ML20073L919
| ML20073L919 | |
| Person / Time | |
|---|---|
| Site: | San Onofre  |
| Issue date: | 04/21/1982 |
| From: | Horton C, Oconnor K SOUTHERN CALIFORNIA EDISON CO. |
| To: | |
| Shared Package | |
| ML13309B253 | List: |
| References | |
| 2PE-358-01, 2PE-358-01-R00, 2PE-358-1, 2PE-358-1-R, NUDOCS 8304210339 | |
| Download: ML20073L919 (949) | |
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_- @ PLANT PROTECTION SYSTEM (PPS) RESPONSE TIME TESTIN Tf) g g Q$Y REVISION 10T FOR cod 88,j3.UCTIO l 2PE-358-01 I er.. ' [ RECENED UNIT II f - n-MUL N' QUALITY CLASS II SAN ONOFRE NUCLEAR GENERATING STATION
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. T/P NO. 2PE-358,Al '
REV. NO. 0
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MISSING INFORMATION DATA SHEET WHEN SOURCE CLEARED SECTION INFORMATION NOT INITIAL /DATE AVAILABLE EXPECTED NO. , 10.1.12 & Expected Times - CE i 10.1.13 of Table 1 EM - 2.1.3 AccePt ance Criteria - A uLts Acceptance Criteria 2.1.4 .
- uk.(n 2.1.10 AccePt ance Criteria R(w N 2.2.6.1 Acceptance Criteria Table 11 Acceptance Criteria for a b e a j M(M as Shawn in Text.
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I TEST
SUMMARY
(. 2PE-358-01 PLANT PROTECTION SYSTEM (PPS) RESPONSE TIME TEST I. The test satisfied the requirements of F.S.A.R. 14.2.12.72s. II. The resultc of the test were acceptable including all retests, with the exception of TERs 14,15 and 16. TER 14 involved testing of hot and cold leg resistance temperature detectors (R.T.D.'s) which must be' tested at normal primary flow and tempera-ture, and will be handled via a retest at post core H.F.T. with a stand alone criteria from plant technical specifications. TER 15 involves the channel "D" N.I. safety drawer which is inoperative. This device and its associated data collection will be handled as a retest. (' TER 16 documented an acceptance criteria failure of 10.11.3 (3-EFAS 2) of 0.707 sec. vs. 0.700 sec. This is to be evaluated for acceptance and retested if necessary. III. Thirty six test change notices were issued against the procedure. Twenty seven TCN's were non-scope / intent involving correcting procedure flow. None l TCNs were scope / intent involving acceptance criteria addition or correction and scope of testing. IV. Three open items will be resolved outside of this l procedure for TERs 14, 15 and 16. V. Data collection was made in accordance with Table 11 footnotes with the following explanations: i o Dg -\D\
- 1) Sensor-transmitter times were recorded pg7.requifh5.
There were no sensor tests for high high linearpower, excore detectorg,0.Jdg powep)) C'EA - 4Wdtions l and R.C. pump shaft speed. Co jandA eg temperature elements are stand opdVtests with criteria per sect. 10.2.
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- 2) Trip unit-times were recorded as required. High log includes the trip unit and the log drawer time separately. C.P.C. trip units are tested with C.P.C. signal processing (Note 6) and recorded in (6) .
(3- Matrix to R.S.T.G. -times were recorded as re-guired with the longest o,r most conservative of all being recorded.
- 4) Test total-summation made as required on all data applicable.
- 5) Tech. Spec. acceptance criteria-as specified.
- 6) C.P.C. signal processing-data listed as required and includes trip unit times of 2) inherent to the test method. The longest T (hot) , T (cold) or pump speed for the channel was recorded.
- 7) C.P.C. acceptance criteria - as specified.
, 8) Matrix to E.S.F. initiation relay - the longest
{ or trip most conservative time was recorded for each function.
- 9) E.S.F. actuation relay - the longest or most con-l servative subgroup relay time was recorded. For (S.I.A.S., C.I.A.S, C.C.A.S., C.S.A.S.,
For M.S.I.S., E.F.A.S.-l and E.F.A.S.-2, and the R.A.S.). l longest subgroup relay was added to the longest interposing relay for each train (A or B) . Then the longest train value was recorded.
- 10) Test total-as specified.
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- 11) As specified for non-applicable data blanks.
VI. E.S.F. response times of Tech. Spec. Table 3.3-5 are total system response times whereas the E.S.F.A.S. response times only. times of Section 2.2 are channel response y
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TABLE OF CONTENTS l'k- Section h 1.0 OBJECTIVES 1 2.0 ACCEPTANCE CRITERIA - 1
3.0 REFERENCES
3 4.0 PREREQUISITES 12 5.0 LIMITS AND PRECAUTIONS 15 6.0 TEST EQUIPMENT 16 7.0 INITIAL CONDITIONS 19 8.0 PROCEDURE AND DATA COLLECTION 25 9.0 RESTORATION 450 10.0 ATTACHMENTS / DATA 451 10.1 Sensors Response Time 451 l (( 10.2 Resistance Temperature Detectors 454 10.3 Matrix Ladder Bistables Response Time 455 10.4 Reactor Trip Switchgear Response Time 459 10.5 ESFAS Initiation Relays Response Time 461 10.6 ' Trip Voltages 470 M
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2PE-358-01
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10.10 ESFAS Interposing Actuation Relay Response Time 505 Test 10.11 Response Time Testing . 507 Appendix A Generic Test Procedure Pressure Sensor . Response Time Verification 517 Appendix B Generic Test Procedure Process Sensor Restoration After Test 531 Appendix 0 Generic Test Procedure Test Pressures Appendix D Generic Test Procedure Wide Range 536 Safety Channel Setup For Testing Appendix E Generic Test Procedure Power Range (Linear) 540
, Safety Channel Setup for Testing Appendix F CPC/CEAC Response Time Test Software User's Manual 544 Appendix G ESFAS Actuation Relays Electrical Lineup 573 Appendix H Relay Contacts Test Connection 576 l , Appendix I Rotary Select Switch Positions 577 l
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l 1.0 OBJECTIVES 1.1 To demonstrate that the PPS system trip paths response times are in accordance with technical speelfications and Safety Analysis. NOTE This procedure satisfies F.S.A.R. Commitment 14.2.12.725. 2.0 ACCEPTANCE CRITERIA 2.1 All category I and 2 RPS and ESFAS trips will confonn to the response time criteria as listed in Tables 3.3-2 and 3.3-5 (see Note below) of Ibf 3.1.4.2.
- NOTE ESFAS response times are measured to the contact transfer of the Auxiliary Relay Cabinet valve and pump relays. The physical response time of the actuated components (i.e., valve opening or closing times) are verified during the system preoperational test. For instance, the closure time of containment isolation k- valves is measured in test description 14.2.12.32.
2.1.1 High Logarithmic Power Level response time less than or equal to 0.45 seconds
- for specified channels.
2.1.2 High Linear Power response time less than or equal to 0.4 seconds
- for all channels.
' 2.1.3 High Local Power Density response time less than or equal to values listed below. t,p g % ,",I.
- a. Neutron Flux Power from ,1'ft#ER)- excoreS'ec. '
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' 2.1.4 Low Departure from Nucleate Boiling Ratio response time less than or equal to values liste'd below for all cha'nnels:
- a. Neutron Flux Power from excore neutron ,g detectors i IL""")- Sec.*
. b) C.E.A. positions 1( Sec.**
h' c) Cold leg temperature i (4."TE",) Sec. et f d) Hot leg temperature 1([ Sec.## g e) Primary coolant pump shaft speed 1 (L..E# Sec.g f) Reactor coolant pressure from pressurizer 1-(OIE Sec.t## g) C.E.A. positions as transmitted by ,g3 C.E.A.C. penalty factor 1 (L m o LSec. T 2.1.5 High Pressurizer Pressure response time less than or equal to 0.9 seconds for all channels. 2.1.5 High Pressurizer Pressure response time less than or equal to 0.9 seconds for all channels. E N 2.1.6 Low Pressurizer Pressure response time less than or equal to 0.9 seconds for all channels.
,. 2.1.7 Low Steam Generator Pressure. for both generators response time less than or equal to 0.9 seconds for all channels.
2.1.8 Low Steam Generator Level for both Generators response time 1 l less than or equal to 0.9 seconds for all channels. 6
' 2.1.9 High Containment Pressure response time less than or equal to 0.9 seconds for all channels.
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' 2.1.10 Low Reactor Coolant Flow response time less than or equal to h
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- Neutron detectors are exempt from reponse time testing.
'( Response time of the neturon flux signal portion of the channel shall be measured fonn detector output or input of ,
. first electronic component in channel.
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** Response time shall be measured from the onset of a single CEA drop.
# Response time shall be measured from the onset of a 2 out of 4 Reactor Coolant Pump coastdown.
ff Based on a resistance temperature detector (RTD) response time of less than or equal to 6.0 seconds where the RTD response time is equivalent to the time interni required for the RTD output to achieve 63.2% of its total change when subjected to a step change in RTD temperature. I. ### Based on a pressure transmitter response time of less than ('b or equal to 0.7 seconds where the pressure transmitter re-sponse time is equivalent to the time interval required for the transmitter to achieve 63.2% of its total change when subjected to a step change in pressure transmitter pressure. l 2.2 ESFAS Response Times 2.2.1 Manual Not Applicable 2.2.2 Pressurizer Pressure-Low SIAS 2.2.2.1 Safety Injection (ECCS) i 1.2 sec. 1 2.2.2.2 Containment Isolation i 1.2 sec. 2.2.2.3 Containment Spray (Pumps) i 1.2 sec. 2.2.2.4 Containment Emergency Cooling (CCW) i 1.2 sec. CCAS 2.2.2.5 Containment Emergency Cooling i1.2sec.
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2.2.3 Containment Pressure-High SIAS 2.2.3.1 Safety injection (ECCS) i1.0sec.
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( 2.2.3.2 Containment Spray (Pumps) 11.0sec. 2.2.3.3 Containment Emergency Cooling (CCW) i 1.0 sec. CIAS 2.2.3.4 Containment Isolation 10.9sec.
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3,5 Containment Emergency Cooling i 1.0 sec. 2.2.4 Containment Pressure-High-High
- CSAS 2.2.4.1 Containment Spray 1 1.0 sec.
2.2.5 Steam Generator Pressure-Low MSIS 2.2.5.1 Main Steam Isolation 1 0.9 sec. 2.2.5.2 Feedwater Isolation 1 0.9 sec. Y 2.2.6 Refueling Water Storage Tank-Low e '. b-RAS O.45 h 2.2.6.1 Containment Sump Valves Open <'L*TER)sec. v L-2.2.7 Steam Generator Level-Low and(No Pressure f.ow Tri N EFAS fOO - b 2.2.7.1 Auxiliary Feedwater (AC Trains) 10.7sec. 2.2.7.2 Auxiliary Feedwater (Steam /[C Trains) 10.7 sec. . o p-2.2.8 Steam Generator Level-Low and(AP High Trip EFAS 2.2.8.1 Auxiliary Feedwater (AC Trains) 1 0.7 sec. 2.2.8.2 AuxiliaryFeedwater(Steam /fCTrains) 10.7'sec. l 2.3 Instrument inaccuracies have been considered in the establishment of Acceptance Criteria. M 7o %i 04.4 M 55 N 4. W1T% uo h s to d.C. AN i % 0. Acc.a e h e E c e-w c; a.A 4 , 'o 1 l
3.0 REFERENCES
3.1 San Onofre Units 2 and 3 Final Safety Analysis Report, Amend- f ment 24, dated April 1981. 3.1.1 Section 7 Instrumentation and Controls 3.1.1.1 Section 7.3 Engineering Safety Features 1 2PE-358-01 J Mty P.* 'iTIOM . Rev. 0 [ibi iUNbgGUCil0M -- Page 3A of 579 i
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3.1.3 Section 15 Accident Analysis 3.1.4 Section 16 Technical Specifications 3.1.4.1 Standard Technical Specification, Table 16.3-2 and 16.3-5. 3.1.4.2 n aft Technical Specification Table 3.3-2 and 3.3-5, Rev E. 3.2 BECHTEL Reference Drawings Go 2. TH E:. L A 'TG. 5 T fLEV l5iO M L W 6t. ro -otir C-os l. 0 44.Ot~ Da.Au. A St- L 'P A G E K a_ u A s b. 31506 Wiring Diagram Cont Bldg Eng Saf Feat Syst, Rew 31541 Wiring Diagram Cont Bldg PPS Cabinet, Rew-S 31543 Wiring Diagram Cont Bldg ESF Actr Syst Aux Cab A. Rai. 4 31544 Wiring Diagram Cont Bldg ESF Actr Syst Aux Cab B Rev. 5 31560 Wiring Diagram Cont Bldg NSSS Aux Relay Cabinet, Rew-4 31579 Wiring Diagram Cont Bldg NSSS Prot Area (Vault), Rev. 4 31604 Wiring Diagram Cont Bldg Proc Prot Cab, R;v. L 31608 Wiring Diagram Cont Bldg Proc Prot Cab,-Re,. 5 31612 Wiring Diagram Cont Bldg Proc Prot Cab, Rev. 3-31614 Wiring Diagram Cont Bldg Proc Prot Cab, Rev. 5 - 31708 Wiring Diagram Cont Bldg NSSS Aux Relay Cab 2L344. Rev. 3 31710 Wiring Diagram Cont Bldg NSSS Aux Relay Cab 2L345, Rcv. 5 32021 Wiring Diagram Pen Area Penetrations, Rev. 11 - 32084 Wiring Diagram Cont Bldg Misc Devices, Rev. 15-34550 Cabling Block Diagram Spec 200 Tem Cab NSSS 2L-121. Rev. 3 34553 Cabling Block Diagram Spec 200 Tem Cab NSSS 2L-125, Rew-S 34554 Cabling Block Diagram Spec 200 Tem Cab NSSS 2L-133. Rev. 3-- 34555 Cabling Block Diagram Spec 200 Tem Cab NSSS 2L-129. Rev. 3 40101 PAID PPG a Equipment Symbols. Rev.--7 2PE-358-01 [ %CE, 'r.T\nN CM.M-' 'l. Rev. 0 w c~n0M {ty,i bM Page 4 ofi 579
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r 40102 PAID Diagram Drawings, Panels and Abbreviations, L. 6 40103 PAID Diagram Instrument Identification Symbols, R:v. S 40111 PAID Reactor Coolant System No 1201 Rev. '- (i ( 40112 PAID Safety Injection System Sh 1 of 2. R:7. 0 40113 PAID Safety Injection System Sh 2 of 2 hv. 7 - 40114 PAID Diagram Containment Spray System ":v. 0 - 40122 PAID Fuel Pool Cooling System, R:9. 12 40123 PAID Chemical and Volume Control System Sh 1 of 3, Ms. 75 1 40124 PAID Chemical and Volume Control Systen Sh 2 of 3 Rew-7 40125 PAID Chemical and Volume Control System Sh 3 of 3, Av.-5 40126 PAID Component Cooling Water System Sh 1 of 2 .":7. 11 40127 PAID Component Cooling Water System Sh 2 of 2 hv.11 3.3 COMBUSTION ENGINEERING DRAWINGS , 3.3.1 Functional Diagrams E-1370-411-501, Sheet 1 PPS Simplified Functional Diagrams, Vendor Log No. S023-944-600-0 " E-1370-411-501, Sheet 2. PPS Simplified
.I I Functional Diagrams, Vendor Log No. 5023-944-601 (b. E-1370-411-501, Sheet 3,PPS Simplified Functional Diagrams, Vendor Log No. S023-944-602-0 /
E-1370-411-501, Sheet 4. PPS Simplified Functional Diagram, Vendor Log No. S023-944-603-0 / 3.3.2 Logic Diagrams D-ICE-411-502, Rev 05, ESFAS Logic Diagram, Vendor Log No. S023-944-7-4 . E-1370-411-503, Rev 02, Plant Protection System Interface Logic Diagram, Vendor Log No. S023-944-422-2 / D-ICE-411-504, Rev 03, ESFAS Auxiliary Feedwater, Vendor .gj Log No. S023-944-44-2 .' . , .M' ,'.gg\D
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- 7. CHANGE 5 REQUIRED Section 3.2 F.rCir;Il Reference Dravinos Dn SH FIV DCN . Dm EH PEV D:N 31506 1 4 4 31544 1 2 2 4 5 2 5 5 3 2 2 3 5 4 1 1&2 4 2 5 8 10 5 2 6 6 6 4 4 7 4 4 7 4 6 8 3 3 8 2 9 5 7 9 4 30 0 1&2 10 3 11 1 2 11 3 12 2 17 5 13 0 1 31560 1 9 7&8 I' [ 14 ,
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5 2 3 15 5 6 3 16 8 18 7 2 2 17 5 8 3 18 5 2,3,4 4 '> 31579 1 2 3154 3 1 4 2 1 2 3 3&4 3 3 3 1 4 3 4 4 5 4 5 3 _ _ .3)fn4 6 6 3 31608 8 i 7 3 rI 8 2 INFOR:" TION ONLY 2 er- a n.O. I 10 3 UOT FC;: LUkSH!UCTl0N EN 0- e 8,i 11 4 P a '3 5- IA 12 4 S0 "65 2T f', m . . r e . , . . , , . . .'.] O !Y T f**)* 'b D *
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- 4. PROCEDURE TITLE 5. PROCEDURE NUMBER REVISION 2 3 or 3
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' 2/4 Logic Matrix Sch, Vendor Log No. 5023-944-13-5 /
.( k - E-ICE-411-531, Sheet 2 Rev 06, Plant Protection System 2/4 Logic Matrix Sch, Vendor Log No. S023-944-14-5 v' E-ICE-411-531, Sheet 3 Rev 06, Plant Protection System 2/4 Logic Matrix Sch, Vendor Log No. 5023-944-15-5 v ;
E-ICE-411-531, Sheet 4, Rev 06, Plant Protection System 2/4 Logic Matrix Sch, Vender Log No. 5023-944-16-5 , E-ICE-411-531, Sheet 5 Rev 06, Plant Protection System 2/4 Logic Matrix Sch, Vendor Log No. S023-944-17-5 ,. E-ICE-411-531, Sheet 6. Rev 06, Plant Protection System 2/4 Logic Matrix Sch, Vendor Log No. 5023-944-18-5 t, E-ICE-411-561, Rev 03, Auxiliary Logic Sch, Vendor Log No. S023-944-46-3 , 3.3.3 Interconnection Diagrams B-1370-416-006, Rev 02, Channels T-112CA and T-122CA Interconnection Diagram Vendor Log No. 5023-944-82-2' ( B-1370-416-007 Rev 02, Channels T-112CB and T-12?CB Interconnection Diagram, Vendor Log No. 5023-944-83-2 . l B-1370-416-008, Rev 03, Channels T-112CC and T-122CC Interconnection Diagram. Vendor Log No. S023-944-84-3 ' B-1370-416-009, Rev 03, Channels T-112CD and T-122CD V i Interconnection Diagram Vendor Log No. S023-944-85-3 f B-1370-416-010, Rev 02, Channels T-112HA and T-122HA Interconnection Diagram. Vendor Log No. S023-944-86 B-1370-416-011, Rev 02, Channels T-112HB and T-122HB l Interconnection Diagram, Vendor Log No. S023-944-87-2 t B-1370-416-012, Rev 02, Channels T-112HC and T-122HC Interconnection Diagram Vendor Log No. 5023-944-88-2 g B-1370-416-013. Rev 02, Channels T-112HD and T-122HD Interconnection Diagram Vendor Log No. S023-944-89-2 =~ B-1370-416-014, Rev 02, Channels P101A, B, C and D y Interconnection Diagram, Two Sheets, Vendor Pri Lof}O M ",@ Nos. 5023-944-90-2 and 91-2 /
~ ~
K fj ~( N 2PE-358-01 Rev. 0
,, fYhrY' Sian nbfrh Unit 2 ~ ... . - -. _ . _ - -. . . . . . . . , . . -
n.-.... . . . . . . . . - - . - - - - . . . .
. . . . .. - -.. . . - .a - === . .= == = = :: . := - = : .n B-1370-416-015. Revs 02 and 03, Channels P102A, B, C, and D Interconnection Diagram, Four Sheets, V2ndor Print Log Nos. 5023-944-92-3' 93-3.' 94-2," 95-2" B-1370-416-016. Rev 02, Channels P1013A and P1023A ,h Interconnection Diagram Two Sheets, Vendor Print Log Nos.S023-944-96-2[97-2i B-1370-416-017. Rev 02, Channels P1013B and P1023B Interconnection Diagram Vendor Print Log No. 5023-944-98-2 /
B-1370-416-018, Rev 02, Channels P1013C and P1023C _ Interconnection Diagram. Vendor Print Log No. S023-944-99-2'v' ! B-1370-416-019 Rev 02, Channels P1013D and P10230 - Interconnection Diagram Vendor Print Log No. S023-944-100-2 v' B-1370-416-020. Rev 02, Channels L1113A and L1123A Interconnection Diagram. Two Sheets. Vendor Print Log . No. S023-944-101-3; 102-3 s B-1370-416-021, Rev 03, Channels L1113B and L11238 l Interconnection Diagram, Vendor Print Log No. 5023-944-103-3 $ B-1370-416-022, Rev 02, Channels L1113C and L1123C Interconnection Diagram. Vendor Print Log No. S023-944-104-2 ' B-1370-416-023, Rev 02, Channels L1113D and L1123D Interconnection Diagram, Vendor Print Log No. S023-944-105-2 ' B-1370-416-024, Rev 02, Channels LO305A, B, C, and D Interconnection Diagram, Two Sheets, Vendor Print Log Nos. S023-944-106-2,' 107-2 v' . B-1370-416-025, Rev 02, Channels P0351A, B, C, and D and P0352A, B, C, and D Interconnection Diagram, Four Sheets. Vendor Print Log Nos. 5023-944-108-2', 109-2' 110-2, 111-2 ' l B-1370-416-033, Control Board Mounted Nuclear Instru-mentation Interconnection Diagram, Eleven Sheets, v, e , Vendor Print Log Nos. S023-944-122', i23',124l 127,130,131, f 132,' Rev. 2,125; 126,' 128; 129[ Rev. 3 g . Ih l B-1370-416-039, Reactor Trip Switchgear Interconnection [
.g l
Diagram, Vendor Print Log Nos. S023-944-312', 314$ 317,* 318,' Rev. 3, 313, 315, 316, 319. Rev. 2 < [j2
,s.; .
B-1370-416-040, ESFAS Auxiliary Relay Cabinet Inter- d* ' . l connection Diagram, Eight Sheets, Vendor Print Log Nos. S023-944-371',3741375[Rev.1,372,373',376',377', Rev.Ib.[j:' [/ B-1370-416-043. Rev 01, Channels PD115A, B, C, and D and PDp, B., '( C, and D Interconnection Diagram, 5023-944-549'thru 5526 Rev. 1 2PE-358-01 i (" " . ~ ' l; m p sw Rev 0 l 8 s w: . L E., S g Dl ahg,f579 ey o San Onofre Unit 2 L -~~ n :-r L _, :_ r - :~: v.- - .. .. n 7.. :- .. . . . y : :- : ..
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3.4 Electro-Mechanics Drawings 3.4.1 Plant Protection System Technical Manual Vclume II figures ff Vendor Log No. S023-944-545-0 / b Fig. 8-1 System Parameter Input and Distribution, Wiring i Schematic Fig. 8-2 Power Trip Test Interlock, Wiring Schematic
~
Fig. 8-4 Bistable Comparator Cani, Wiring Schematic Fig. 8-6 Differential Bistable Comparator Cards Wiring Schematic Fig. 8-7 RPS AB Matrix, Wiring Schematic , Fig. 8-8 RPS BC Matrix, Wiring Schematic Fig. 8-9 RPS BD Matrix, Wiring Schematic Fig. 8-10 RPS AC Matrix, Wiring Schematic Fig. 8-11 RPS CD Matrix, Wiring Schematic Fig. 8-12 RPS AD Matrix, Wiring Schematic Fig. 8-13 ESFAS AB Matrix, Wiring Schematic Fig. 8-14 ESFAS BC Matrix, Wiring Schematic I Fig. 8-15 ESFAS BD Matrix, Wiring Schematic Fig. 8-16 ESFAS AC Matric, Wiring Schematic Fig. 8-17 ESFAS CD Matrix, Wiring Schematic Fig. 8-18 ESFAS AD Matrix, Wiring Schematic Fig. 8-27 PPS Status Panel . Wiring Schematic Fig. 8-37 Matrix Test Module Wiring Schematic Fig. 8-38 Matrix Test Module, Wiring Schematic Fig. 8-39 Matrix Test Module, Wiring Schematic Fig. 8-56 Bistable Comparator Card, Schematic Diagram Fig. 8-57 Variable Setpoint Card, Schematic Diagram Fig. 8-58 Differential Bistable Comparator Carc., Schematic Diagram 3.4.2 Other Electro-Mechanics Drawings (which included S.G. Differential s. '- .O f , cN Pressure) E-30400, Rev 06, Vendor Print Log Nos. 5023-944-518-1 and 519-1 E-30427. Rev 03, Vendor Print Log No. S023-944-588-0 < .*z
*,[ [;.
~
- E-30850. Rev 07, Vendor Print Log No.' 5023-944-583-0 v I/
i E-30800, Rev 07, Vendor Print Log No. S023-944-598-0 v & # 1 E-30801, Rev 07, Vendor Print Log No. 5023-944-530-1 / ~
,ff,. ,.
E-30802, Rev 06, Vendor Print Log No. 5023-944-596-0 / 2PE-350-01
* ~ " ~1.1 % Ae h eM 7kbV T O'lP U(Ngeyof579 7 San Onofre Unit 2 - ,- , . - --- 7_. . .q . . - _ . .. .. .
._.....___-u____.1 3.5 Foxboro Reference Drawings PW-1, Rev 8; Teminal Block Wiring, Rack No. L-121, Vendor Print Log No. 5023-924-489-5 '
PW-2, Rev 10; Teminal Block Wiring, Rack No. L-124, Vendor Print Log No. S023-924-490-4 v PW-3, Rev 6; Teminal Block Wiring, Rack No. L-125 Vendor Print Log No. S023-924-491-3 / PW-4, Rev 10; Teminal Block Wiring, Rack No. L-128, Vendor Print tog No. 5023-924-492-4 < < PW-5, Rev 5; Teminal Block Wiring, Rack No. L-129, 1 Vendor Print Log No. 5023-924-493-4 / PW-6, Rev 6; Teminal Block Wiring, Rack No. L-133 Vendor Print Log No. 5023-924-494-4 PW-7, Rev 7; Teminal Block Wiring, Rack No. L-137 Vendor Print Log No. S023-924-495-4 / PW-8, Rev 7; Teminal Block Wiring, Rick No. L-140 Vendor Print Log No. 5023-924-496-3 PW-9, Rev 2; Teminal Block Wiring, Rack No. L-141 Vendor Print tog No. S023-924-497-1/ l PW-10, Rev 2; Terminal Block Wiring, Rack No. L-144,
- Vendor Print Log No. S023-924-498-1 .
PW-11, Rev 2; Teminal Block Wiring, Rack No. L-145, Vendor Print Log No. S023-924-499-1 v PW-12, Rev 2; Teminal Block Wiring, Rack No. L-148 Vendor Print tog No. S023-924-500-2
- PW-13, Rev 3; Terminal Block Wiring, Rack No. L-149 Vendor Print Log No. S023-924-501-3 -
PW-14, Rev 1; Teminal Block Wiring, Rack No. L-152, l Vendor Print Log No. S023-924-502-2 v f 3.6 Reference Manuals g&, 3.6.1 Plant Protection System Technical Manual, Vendor Print 7 . Log No. 5023-944-545, Rev. O e y / 3.6.2 Ex-Core Nuclear Instrumentation Technical Manual Ve ,, .(f Print Log No. 5023-941-45-3 v C.,\ A .' , # I
$dn On'o
l 3.6.3 Core Protection Calculator System Tednical Manual rJ Vendor Print I4g No. S023-944-498-1 y
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- 3.6.4 Reactor Trip Circuit Breaker Switchgear Technical Manual
. Vendor Print Icg No. S023-944-351-0 /
3.6.5 Time Response Test Set Instruction Manual Model ID-100; Industrial Design & Engineerirg Assoc. 3.6.6 ESFAS Aux. Relay Cabinets, ElectrcHkH:hanics,. Vendor Prirt. Icg No. SO23-944-453-0 y
- n. .
3.6.7 RID Time Response Test Instrument *APS Model ERP-1 Operation and Maintenance Manual; Analysis & Measurement Services. 3.6.8 IISR Analyzer APE MJdel EIf-1B Operation and Maintenance Manual; Analysis & Measurement Services. 3.6.9 Operation and Maintenance Instructions for Response Time Test Equignent Model #39300, Electro Mechanics.- Unpublished. 3.7 Specifications 3.7.1 Project Specification for a Plant Proter: tion Systen, Ccrbustion Engineerirg, Inc., Specification No.1370-ICE-3001, Rev 01, Vendor Print Iog No. S023-944-42-2 / I. 3.7.2 Core Protection Calculator System Response Time Software 4 User's Manual Specification No. 00000-ICE-3518 Cabustion Ergineerirg - Feb. 20, 1981 Vendor Print Iog No. SO23 - 944-630-0 /
\
2PE-358-01 Rev. O Page 10 of 579 San Onofre Unit 2
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3.8 Miscellaneous 3.8.1 EICSB Branch Technical Position 24 " Standard { Review Plan," Appendix 7A, November,1975. { 3.8.2 Regulatory Guide 1.118. Revision 01 " Periodic ! Testing of Electric Power and Protection Systems," November, 1977. - 3.8.3 1EEE Std. 338-1975 "IEEE Standard' Criteria for Periodic Testing of Nuclear Power Generating Station Class IE Power and Protection Systems." 3.8.4 GDC-21, " General Design Criteria for Nuclear Power Plants - 10CFR50," Title 10 Chapter 1, Code of Federal Regulations - Energy, Part 50, Appendix A, Criterion 21, 3.8.5 EPRI NP-267, final report, " Sensor Pesponso j, Time Verification," Electric Power Research
-(( : Institute, October, 1976.
3.8.6 EPRI NP-834, final report, "In-Situ Response Time Testing of Platinum Resistance Themo-meters," Electric Power Research Institute, July,1978. 3.8.7 Electro-Mechanics, Ins., " Technical Manual for Plant Protection System," Volume 1. Section Vendor Print Log 5023-944-545-0. / 3.8.8 Combustion Engineering NSPD-82-P, Proprietary .y .gY, Report Plant Protection System Response Time e * ' gik n ' Testing Guidelines, December,1979. d U" 3.8.9 ESFAS Auxiliary Relay and Temination kisignments - l 90016 a 90017 Rev. 3 ( 2PE-358-01 e m .m .:
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Verified By Initial /Dato 4.0 PREREQUISITES , ( 4.1 MasterTrackingSystem(MTS) 4.1.1 The MTS has been reviewed to insure outstanding items will not affect this test and a stanary
. list of outstanding items is attached to this _
g procedure. _
/'/,c/r 4.2 Temporary Modifications 4.2.1 The log of temporary modifications has been reviewed, is current, and is satisfactory for P /
this test. A summary listing is attached. /7/r i I G i 4.3 Turnover Documentation
- 4. ~3.1 Pre-op Turnover of the P.P.S and E.S.F.A.S. are I I complete iri accordance with TI-17. / ~I II' YI
,g' '
4.4 System Tests 4.4.1 2PE-357-01, 357-02 and 356-02 are perfonned ! to the extent required.
/1 (6 h n
4.5 Inspections and Indoctrination 4.5.1 The system has been walked through and veri-fied complete to the extent required to conduct this test. /
- i3
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A pretest indcctrination meeting has been
~
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%ction No u.c held to familiarize test and operations ed 'Y h
g personnel with this 1est per TI-8 " Conduct of
,.g,b paw r-sy-g7 Testing. . , /
Go .* e . I.' k[ 2PE-358-01 m ; .c c: " e ;-4:. ,Re,y.f0 . I u 6 i i$ g C O d Page'.,12 byf,579 San Onofre" Unit 2
- - . - - . . ~ _ .
Verified By Initial /Date 4.6 Equipment - System Readiness ( 4.6.1 Construction Release N/A l 4.6.2 Mechanical Equipment _ N/A 4.6.3 Electrical Equipment - All electrical systems and equipment required for the performance of this test have been tested and are available.
] /g'/F/irl U) j 4.6.4 Instruments - It will be necessary to monitor some instrumentation during the perfomance of this test. All instrumentations required by operatirg proceoures and technical specification j shall be operational. U// 5V/
I . ' y'~' 4.6.5 Special test Apparatus and Test Equipment - All equipment being used in conjunction with the test has been listed in Section 6.0, with ( individual I.D. numbers. Since the test will 3 probably be conducted one part at a time, only that equipment required for that part need be ready. Signoff for part to be conducted: y Part I Pressure Sensor Tests b / 'hW I Part II LCSR of RTD's Tests / E Part III Bistable Trip Unit Tests lh /18/O Part IV Bistable Control Panel. to RTSG b /'Y'Mrs Part V Bistable Control Panel to ESFAS Relays th / Mi -- Part VI CPC/CEAC Tests N / 'Shi
~
4.6.6 The following tests have been satisfactorily completed QV 'g to the extent necessary to conduct this test. 7. - @- /
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. 10 AMU rt4j Initial /Date 4.6.6.1 2PE-312-01, Excore Nuclear Instrumentation 7
i( j System. / H 4.6.6.2 AC-341-01, Plant Monitoring System / 1, f 4.6.6.3 2PE-356-02 Engineered Safeguards Features j j Actuation System 4)//IG/r( k> 7 4.6.6.4 2PE-357-01 PPS Preoperational Test / l + 4.6.6.5 2PE-357-02 Core Protection Calculator / Control Element Assembly Calculator Preoperational Test Procedure. . /9 , vi r 4.6.6.6 Pressure Stability test of Section 5.2.1 of Reference 3.6.5. _ / >jkf 4.6.6.7 Reference Stability test of Section 5.2.2 of
/l - Reference 3.6.5. [ / '-. , rf q ,
4.6.6.8 Diagnostic Self-Test of Section 5.3 of Reference 3.6.5. L
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4.6.6.9 Meter Calibration of Appendix A of Reference 3.6.7. / , , ~, . T-ft l 4.6.6.10 Resetting Main Power Supply of Appendix B of g j[ Reference 3.6.7. N> /MM
~3-4.7 Support Systems and Equipment Readiness - The following
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support and/or related mechanical systems (or subsystems) P' are operational. % P~b .Tjb . g.? ;. g,,,
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giS ' "_ , 2PE-358-01 Rev. O (f N' ' Page.14 of 579 7 7 p ,: ,,. , , , , San Onofre' Unit 2 w ail,udST Copy
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_ _ _ . ~ _ _ . . . . . _ . Verified By Initial /Date 4.7.1 System Operational, Mechanical - The following
- e support and/or related mechanical systems are
( operational: NONE REQUIRED. 4.7.2 Systems Operations, Electrical - The following support and/or related electrical systems (or subsystems) are operational to. the extent required to perfonn the test: 4.7.2.1 PlantProtectiveSystem(PPS) /N I 4.7.2.2 Core Protection Calculators (CPC's) / / Pl 3' g 4.7.2.2 Reactor Trip and B / 5 fm m em.ru-)ypass Breakers - ee-w o m s e 8, .0 LIMfiND?EYkuT!Ms " Ni- ~
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,f . %. i a A% u a.4_. g7 A 5.1 All persor.nel who will be perfonning tasks to conduct ,
l the test have been instructed to ooserve proper electrical precautions when working or, energized equipment. 5.2 All personnel have been instructed to follow proper procedures when connecting and disconnecting the pressure test rig to ensure that no damage occurs to the pressure and level (differential pressure) trans-l mitters. d pt) .O 5.3 Grade A demineralized water is available for use in e
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L the pressure test rig. pp';I.j' '
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Verified By ] Initial /Datt l 5.4 Personnel have been instructed that riuclear instru-mentation cable connectors are to be kept clean during
~
the Nuclear Safety Channel Testing. [ /a [ 5.5 ESFAS Contact isolation has been performed per 2ST-356-01 to the extent required for this test. i / i 6.0 ' JEST EQUIPMENT NOIE Test apparatus equivalent to that specified may be used. Prior to the start of the test, equignent I.D. numbers shall be recorded and calfbration shall be verified. Where the test equipnent nurrbor is not recorded in the test at the time of use, this section shall contain the i followirg statem2nt: 'If different test equignent is esed durirg test, record the test equipaent I.D. nteber (;
, ir. the specified step." [c3g_ 'TE.5T n Q u -f wT H c3T j
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- 1' 0.Co es G.- u s tw j n. 6 % 4 C ' g ( p. [g p w- l l1 'l .
wo s 7 6.1 Indicatirg % #: %m. Instruments Ident. No. ?[ 6.1.1 0 - 3000 psig Pressure Gatge .S 31 l Calibration Due Date ,[y' b/M1 , 73 8D
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6.1.2 0 - 3000 psig Pressure Gauge ub Calibration Due Date t4 A td / b icGo 6.1.3 0 1500 psig Pressure Gauge U "l13N g "li5hr1 ( I) l Calibration Due Date -
"f e,
- . < .s l toco l 6.1.4 0 -Mpsig Pressure Gauge 4A Calibration Due Date 4A i N./ A 6.1.5 0 - 200 psig Pressure Gauge YtA 109 s
'Y '
Calibration Due Date /o/is/r/ t , . 93 2E 6.1.6 0 - 200 psig Pressure Gauge
' k tx,d'e.tg- .,
Calibration Due Date MN'- A/b 1,l. 7 0 - 3 So Hso s're >s ur e cause s u 6 k1 '- Q l c.a li b ra t k. p u cat s '2hnh 82"lMn/n i<
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6.2 Sensors and/or Transducers 6.2.1 Pressure Transmitter Validyne DPISTL with interchangeable diaphragms.
- '\e (l c'a14hraticm Due Date N/A 6.2.1.1 0 - 3000 psig range hf0 6.2.1.2 0 - 1500 psig range h'/32N 6.2.1.3 0 - 200 psig range hp2W 6.3 Recording Instrument - Analog 6.3.1 High Speed Recorder l(oQ /7 P '
Make %sJ Model i TOTc I$ ' Godm T4.8tt SljolYf 4,p
/ / ( 7/ Tr-2-. , 7 2,3 (( d2 -
Calibraticn tue Date * '
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6.4 Recording Instrument - Sequence J 6.4.1 None required 5.5 Sigt.al Generators C.5,1 (In-Juded in C-E Test box) ., / IDk3 3( l,l 6.0 Oti.ee Calibrated Equipment '((- 6.6.1 Electro-Mechanics Response Time Test Equipment Model A39300 5t4 - G b7 4 3 *[/td3\hl y sCalibraticn o - \ 610 "k'2 M8l If2 " Due Date \\3kM i 2 T[f II 6.6.2 Industrial Design and Engineering Assoc. Model 10-100. L / Calibraticn Due Date N/A 6.6.3 Analysis a Measurement Services RTD Time Response i Test Instrument #15 Model ERT-1. ./ 8 4 Calibraticn Due Date 2PE-358-01 i Rev. O Page 17 of 579 q San Onofre Unit 2 a r M' ' . QQN g es.c..s,.
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Verified By Initial /Date Y s 6.6.4 Analysis a Measurenent Services LCSR Analyzer AMS I 1 Model ELC-1B. / 4 b ceU.bratim rue rate ") 6.6.5 Digital Voltmeter, Fluke 8600 r equivalent. / I d-f CnUhratim rue Date ll I 'f l
, , YA0Y3 6.7 Other Non-Calibrated Equipment 6.7.1 250 ohm test resistor -
_ N /b 6.7.2 7 Assortment of Test leads and connectors b / [dt-( 6.7.3 Four (4) P.P.S. Input Signal Simulation boxes (by SCE). 7
/,,I 6.7.4 LED's for replacing incandescent lamps in various panels as required. y / l\hh 6.7.5 LED's mounted in a jumper cable socket required where a signal is obtair.ed between te.minals as required. -h / l(D )t b 6.7.6 D.C. Power Supply to power !.ED's in jmper cables ,//
(6VDC). (Q) 7 / fg/w
< a 6.7.7 Vit.icorder Chart Stamp es shown belov::
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p I.P. ho, Step Date InitTil i(
- Pen.No. , _ _
' Den.Ra nge_
Input Parameter Parameter Range __ Recorder No. Chart Speed 2PE-358-01 Rev. O Page 18 of 579 San Onofre Unit 2 l l R .. 3g. cw.a l 9.6 U (,l - O F*C t vT." ' .' :? ~ ~..s n n m , a.s' ~. *w U Gyy 3 (-....,-.. ,
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u u (l ( Verified By Initial /Date 7.0 INITIAL CCNDITICNS 7.1 he four PPS Analog Test Boxes have been installed, one to each channel, by disconnecting transmitter - wirirg at the Foxboro cabinets and connectirg test bcx inputs to the followirs T.B. locations and adjusted for the listed input values as read on the P.P.S. panel meters. %e adjusted tolerance is +0.1 VDC.
'Ihe contact inputs are connected to the a~ppropriate input terminals with the normal input leads lifted, and the test seitches are in the listed position.
OiRNEL A Terminal ' Initial PPS Board Signal Verified by Transmit.ter l Paramter Inca?.f ca Value/ Status -!nitial/Date 2PT-0101-1 High Pzr. Press. L-lil 4.00 Vtr [ ~
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'IU 1-39/4q ___ _ _
(l, 2PT-0102-1 Im Pzr. Press. L-121 4.00 VDC h Jyl18 M
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Pzr. Press. Bypass E l-36/37 h J7 I 8 U 2LT-1113-1 Im SG-1 Imel L-121 3.50 VDC High SG-1 Imel 'IB 1-24/25 2LT-1123-1 Im SG-2 Level L-121 3.50 VDC gL181) High SG-2 Level 'IB l-21/22 2PT-1013-1 Im SG-1 Press. L-121 3.70 VDC JVL 1813T SG-1 6 P 'IB l-33/34 2PT-1023-1 ' Im SG-2 Press. L-121 3.70 VDC Jlp.1819il SG-2 h P 'IB l-30/31 s ,' 2PI-0351-1 High Cont. Press. RPS L-121 1.00 VDC l JUM 10 I*- High Cont. Press. ESP 'IB l-43/44 _ 2PT-0352-1 Hi-Hi Cont. Press. L-121 1.00 VDC JIK.18 IS31
'IB l-46/47 S
l 2T/t-0305-1 Low RWI Invel L-121 2.50 VDC \7 JT 18 l' 3
'IB 1-27/28 c r'RN
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CHMNEL A (con't) ( Terminal Initial PPS Board Signal Verified by Transnitter Parameter Incation Value/ Status Initial /Date 1 2PDJ-0978-1 SG-1 Iow Flow L-121 5.00 VDC JpL 18 IlB1 IB 3-13/14 A Y 2PDP-0979-1 SG-2 Iow Flow Ir121 5.00 VDC V Jpl1811 81 i 2 3-19/20 m i INBR Trip 'IBA2-62/63 CICSED hJE1819!1 INBR Pretrip 'IBA2-64/65 CICSED \ J/L 18 li 31 LPD Trip 'IBA2-66/67 CIG ED DJ7,1819 1 IPD Pretrip 'IBA2-68/69 Cl4 SED JUY18El CWP 'IB -70/71 CICSED IU/ 1 8 Bi t Turb. Trip 'IBA2-123/124 CIC6ED k JZ 18 lb l
.J 55% Power 2A7-24/25 CIE ED bJl/18INI 10~44 CPC Bypass 'IBA7-42/43 CICSED Jt/.18 Gil CHMNEL B Terminal Initial PPS Board Signal Verified by Transmitter Parameter Incation Value/ Status Initial /Date 2PT-0101-2 High Pzr. Press. Ie125 4.00 VDC U/10 ,
'IB 1-39/40 1
2PT-0102-2 Iow Pzr. Press. Iel25 4.00 VDC ' U)c 18 ISl Pzr. Press. Bypass 'IB 1-33/34 2LT-lll3-2 Iow SG-1 Invel Ie125 3.50 VDC Jtg 18 B:1 High SG-1 Ievel 'IB 1-24/25 Ic125 3.50 VDC Up 18 ISi t 2LT-ll23-2 Iow S3-2 Invel l High Ki-2 Level E l-21/22 e ((AY,n .s ST* \ i,00 Oe WlYw.e.w f i^ ' - ll
.c.
N b. \e
. # 2PE-358-01 - Rev. 0 -
Page 20 of 579
- r ~<,e.* - e: S.a,n Onofre Unit 2 0 P'.' r,- M a Ce e,ynCOPy
- m. _____ ___ _._...~,.__.,___ _.
-m ., . _,_ _ _.
l . {g . CHRNEL B (con't) Terminal Initial PPS - Board Signal Verified by Transmitter Parameter location Value/ Status Init_ial/Date Iow SG-1 Press. L-125 3.70 VDC JUj,18191 1 2PT-1013-2 SG-16 P 'IB l-30/31 a
- 2PP-1023-2 Iow SG-2 Press. Ie125 3.70 VDC JUK 181911 SG-2 6 P 1B 1-27/28 _
High Cont. Press. RPS Iel25 1.00 VDC JUp1819! ! 2PP-0351-2 High Cont. Press. ESP 1B 1-43/44 o JUy 18191 1 2PT-0352-2 Hi-Hi Cont. Press. L-125 1.00 VDC i 1B l-46/47 O Iel25 2.50 VDC Jupi8IS3 l l 2L M 305-2 Im E.T Imel - Ta 1-36/37 m t 2PDT-0978-2 SG-1 Irv FJew Irl25 5.00 VDC r IUY 1 8 I33 G 3-11/14 _ Up 18131 1 l SG-2 Law Flow Iel25 5.00 VDC [ ,' 2PU2-0973-2 T 3-19/20 m _ _ _
- DiBR Trip UPB2-62/63 CLOSED @JUyl a 193 !
I DiBR Pretrip '1BB2-64/65 CIDSED (10 _ LPD Trip 1BB2-66/67 CLOSED 1//JtK 1 B 13 !1 LPD Pretrip 'IBB2-68/69 CIOSED hjyL18li 31 C.W.P. UBB2-70/71 C146ED bl# 10 EI Turb. Trip TBB2-123/124 CIEED \ # 18 8II II 55% Power 'IBB7-24/25 CIESED \)di/I313 f 10-4% CPC Bypass 'IBB7-42/43 CIOSED h(Z 1813L1 e
~
npta,n ' D Mz
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l' Y-2PE-35841
' Rev. 0
,. E E,0 .9 g, 4 & U c j. .) ,_@
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- Page 21 ofi 579,ofreUni
; h eh. San $
OiA!EL C C'k ' Terminal Initial . PPS Board Signal Verified by Transmitter Parameter Iocation Value/ Status Initial /Date 2PI-0101-3 High Pzr. Press. Ir129 4.00 VDC J%1811B1 TB l-42/43 2PT-0102-3 Iow Pzr. Press. - Ir-129 4.00 VDC \v JK 1819 31 Pzr. Press. Bypass 2 1-39/40 1 2L*P-lll3-3 'Iow SG-1 Level I,-129 3.50 VDC JUp 1815 High SG-1 Level 2 1-24/25 2LT-1123-3 Iow SG-2 Invel Ir-129 3.50 VDC High SG-2 Level 2 1-21/22 _ 2PD-1013-3 Iow SG-1 Press. Ir-129 3.70 VDC JA 10 I31 I SG-1 6 P W 1-36/37 / 2PT-1023 3 Iow SG-2 Press. Ir-129 3.70 VDC ' yBW SG-2 /i P T3 1-33/34 l 2PT-0351-3 igh Cont. Press. PPS L-129 00 VDC
~ '
UY10I3E High Cont. Press. ESF ':'B l-46/47 2PD-0352-3 Hi-Hi Cout. Press. Ir-129 1.00 VDC JUP1013EI ~ TB l-49/50 ' UI 1 8 19sl 2LT-0305-3 Iow PHP Level Ir129 2.50 VDC / 2 1-30/31 ' 2PDP-0978-3 SG-1 Iow Flow Ir129 5.00 VDC UY10I3i 2 3-13/14 ' 2PDr-0979-3 SG-2 Iow Flow I,-129 5.00 VDC tup 1813H 2 3-19/20 l DNBR Trip TBC2-62/63 CIOSED JUY1013 DNBR Pre-trip 2C2-64/65 CIOSED hJUk181331 LPD Trip 2C2-66/67 CIOSED J4r 1819! 1 LPD Pre-trip 2C2-68/69 CIOSED N U Y 1 0 I3 l C.W.P. TBC2-70/71 ,, CIOSED Y10I3 r-
\QIk2PE-358-01 kk$ ' 'e55
V PY-MLub Rev. 0 Page 22 of 579
' Ikgj 'g L s. San Onofre Unit 2 fl-
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, , . :p: 3 - . .: --- . , ., .
. _ _ . _ . . . . ~ _.
- , .m . . .
f ( CHMNEL C (con't) Terminal Initial PPS Board Signal Verified by Transmitter Parameter- Iocation Value/ Status Initial /Date Turbine Trip 2C2-123/124 CliEED D Ji/ 1 S 1H1
~
55% Power SC7-24/25 CIASED JK 181!31 10 % CPC Bypass 'IBC7-42/43 CIISED hJlf.181931 CHMNEL D Terminal '. Initial
~
PPS Board Signal Verified by Iocation ' initial & ate,
~
Transtaitter Pe.rameter Value/Strtus , 1 2FM)101-4 Higb Ezr Press. , 1<-133 4.00 VDC %10I9!t
'IB l- 7/8 2PT-0102-4 I m Pzr. Press. L-133 4.00 Vr.C f10 1 Par. Press. Bycass 'IB 1- 1/2 ,_ __ _
]
' f 1, 2LT-1113-4 Trae SG-1 Level Iel33 3.50 VDC rDNIO
' ' ~
High SG-1 Level
~
':B .1-33/34 _
2LT-1123-4 Im SG-2 Ierel Iel33 3.50 VDC yup 1813D
~
High SG-2 IAn,'el 2 1-30/31 _ , Uy 18 8 2PP-1013-4 Im SG-1 Press. L-133 3.70 VDC S3-1 A P 'IB 1-39/40 1 2PT-1023-4 Im SG-2 Press. L-133 3.70 VDC f SG-2 a P 2 1-36/37
.1 High Cont. Press. RPS L-133 1.r0 VDC JUp l 815 2PT-0351-4 High Cont. Press. ESF 2 1-43/44 1.00 VDC Up 181.; 1 2PP-0352-4 Hi-Hi Cont. Press. Iel33 2 1-46/47 2LT-0305-4 Im RWr Level Iel33 2.50 VDC UI/1 0 I53!
'IB 1- 4/5 L-133 . (n$'.'Oh U}t 1815j i 2PDI-0978-4 SG-1 Im Flow 2 3-13/10, h /
V u
.s. \ s ~
\
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. (.
\(h;* yG\.Q 2PE-358-01 nev. 0 Page 23 of 579 p .- ,... San,Qnofre Unit 2 0 f,87 ? (f. T 00 EV(({f " .'. :;'-.s
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I V;rified By Initial / Data : l CHRIEL D (con't) ((r. PPS Terminal Board Initial Signal Verified by Transmitter Parameter Iocation Value/ Status Initial /Date 2PDP-0979-4 SG-2 Low Flow L-133 5.00 VDC JU).1813:1 2 3-19/20 m INBR Trip 2D2-62/63 CWSED h ) Jyt 1 8 13:1 DiBR Pre-trip SD2-64/65 CIGED t)/ ytJ1 8 13L.1 IPD Trip 2D2-66/67 t rmm ) JU}r18193 1 LPD Pre-trip 1BD2-68/69 CI4 SED JU't 1815! 1 C.W.P. ED2-70/71 CWSED lEJUI/10IEE Turbine Trip 2D2-123/124. CLOSED h JU/ 10 8 I ' 55% Power ':DD7-24/25 CwSED b)JLP10132I 10-44 CPC Bypass 'l/ 1 f' I
- 73D7-42/43 f CICSED -
_ i 7.2 Core Proteccion Calcolators (CPC*1.) al'e energized (f i-ard cperational for the CPC section of the test to the extent ( required to perform this test. _\) ; /y/./r.M -
/ ' , y -
7.3 %e pressure censor test rig shown in Figures A-1 through Q ff A-3 of Appendix C is available. & / )/gfd a . 7.4 %e special test apparatus listed in Section 6 is available. (( 10 / )Injfyf 7.5 Temporary Installations - No temporary installations, except those specified in the body of the procedure, ! need be made if the test is performed as specified. If there is concern that errors may be made that will l onuse a trip, temporary circuits and P.P.S. input simulation , l boxes may be used to clear trips at the discretion of the Q cognizant engineer. 6)/ 7l/ lY v) 7.6 other Temporary Installation. S ee ESFAS actuation relays could be de-energized if errors are made in pe,pforming this test. Jumper wires may be installed in c 16ets p4and2L35. ~ , Refer to the ESFAS Aux. Relays Assiy4 't 990017 as a reference. 490016 and U/ (/)P Y
~
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. JY,g
.t-2PE-358-01 I
k Y h ~ nev. 0 Page 24 of 579 ( San onofre Unit 2 I Q (f e 'u%, 3 ,,_s.Ad TFe6QT
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- ,.---....y...-_ . ~.. ,.......y__.
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- 2:rr::= ~ :r: '- - - -
Verified By Initial /Date
, i
PROCEDURE AND DATA COLLECTION 8.0 Y m Major procedure subsections may be performed in any order at the discreticn of the cognizant engineer. m his note is applicable to all parts of sectim 8. Each channel is to be tested independently. kere designaticms , differ between channels, the different value(s) will be given in parentheses. Verification signoff blanks are designated A, B, C and D corresponding to each charatel except that CEAC channels will be designated 1 arx5 2.
. N. i ne test procedre is crganized to perfom all pressur?
r related sensor tests as Part I of the test to minimize the (- , v time required for sett.ing up and disnr.tling equipnent
}- within ocntainment. S ey may be tested ir. m y order to the ,
discreticn of the cognizant engineer. ; m
%e systen cognizant Startup Engineer may realign the PPS at any time during the test if it beccznes necessary to do so in order to prcnide the required system status to perfonn the test.
M N p . D,.0 fs A .- men testing devices where the Test Ihgineer mugt Inanuallyhv\ c .. . alter analog signals, fine adjustments to d,et'ennine test wo .. v results must be made with extreme care. 'Ihs tgttng s
. e. r
. sequence should be repeated where neces g to achieve a -
representative value of the signal. 2PE-358-01 l OFFIClE 757 CAPyof Page 2 579
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, -_.~-..n. .~.-.............a........ - Verified By Initicl/ Data 8.1 PARP 1 Pressure, Differential Pressure md Ievel Sensor SCFOA ntTNESS POINT 8.1.1 Response Time resting of High Pressurizer Pressure Secton No Y o Sensor 2PN)101. Para No. T!. / . QA EngrIM&5w N
.Date pA %f/ The following Step will cause a loss of indication and.ccntrol ftnetions supplied by this detector.
?
8.1.1.1 Isolate Pressure Transnitter 2PT-0101 by closing the root valve. 7 2PT-0101-1. A /) W tt 2Pr-0101-2 B (b /Mhh 2PT-0101-3 _C ; b 7/ /E k 2PT-0101-4 D fN /9 Id'/I / 8.1.1.2 Prepare the Time Pespcnse Test Set for response ti:ne testing of Pressure Transnitter 2PI-0101 by performing Section 8.1 and 8.2 of Appendix A.
. [' 2PT-0101-1 MD / '/Plif /
' A 2PT-0101-2 2PT-0101-3 B C bh b '/[27
/Y.2fh'n ,
2PT-0101-4 h / /7/F1 I 8.1.1.3 Perform Section 8.3 of Appendix A. 2PP-0101-1. h .A / / 2PT-1010-2 cM- )o'h I D / h4 2PI-1010-3 of - C ( M 'N7hr 2PI-1010-4 g%, ,4.'u D $ / k[/N
/
,/
8.1.1.4 Perform Secticns 8.4 urough 8.8 of Appendix A. jj 2PT-0101-1 A li) / '/ISfrl 2PT-0101-2 (($,800. . A I77 . d h/$NM
. 2PT-0101-3 cr,t.r. m V A 3 %/ c.ttarh/M/____C LD/ hN_
~
2PP-0101-4 D h / ld N 2PE-358-01 7r-:nnyr :n rMY.y?zr s 7 5 N 'd N so [ h..U 's (Ea9eJ6, of 579 7 -- ----m 7.-.,. ,...,,y.,....,
. . . . . , _ _ . , _ , . Sn Oaofre .thit 2
. . . . ... ..............-.x. . . . . . . . . . .
o .:
..:. -. z. .'iL*:
. . . . .T.i. u . . -
.i a . D .:..t..\
Verified By Initial /Date 8.1.1.5 Label the high speed traces with the infoma-tion required on the standard ink stamp of _ 6.7.7. 2PT-0101-1 . A / /f / 2PT-0101-2 B / M 2PT-0101-3 C / 2PT-0101-4 D /t i g( NDTE k for tnfon.atica cr. interpretction of the f Visicorder traces, sa2 Reference 3.0,5 pages 25-27. ) 8.1.1.6 Record the response time in Section 10.1 Table 1, Step 10.1.1. 2PT-0101-1 (p.} .gh 2PT-0101-2 o B dM pC @ -6 2PT-0101-3 'b C /
. c.~ i y.v . i1 2PT-0101-4 D b,/ l' Y 2PE-358-01 Rev. 0
()pr!."',"3 "h L i f.,.m nfate,27of579
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Verified By
, Initial /0 ate
\
N. 8.1.1.7 Perform Appendix B to disconnect the sensor p from the Time Response Test Set. 2PT-0101-1 A trl 2PT-0101-2 . B $9/NT( 2PT-0101-3 CD/9 17M 2PT-0101-4 D b /$sk M 8.1.2 Response Time Testing of Low Pressurizer Fressure SCE 0A Sensor 2PT-0102. WITNESS POINT
;ection No F*
NOTE 4ra No. TI 7 - V Engr' 5 J 9% 5 5 uty P-d V- F/ The following Step will cause a loss of indication and control functions supplied Ly this detector. 8.1.2.1 1solate Pressure Transmitter 2PT-0102 by cl sing the root valve. I. r. 2PT-0102-1. A / k 2PT-0102-2 .B D / Yf'/# EPT 0;C?-3 C b /721' b Y 2PT-0102-4 D h / /M M 8.1.2.2 Prepare the Time Response Test Set for responsetimetestingofPressureTransmitpr\ rf4 2PT-0102 by performing Sections 8.1 an$$.2 ' of Appendix A. tN 4 3 s g _j y 2PT-0102-1 Jg A V)/7 3/oi 2PT-0102-2 h B b / N3 2PT-0102-3 C h/%yhl l l 2PT-0102-4 D h /kt vl I I ItsT EQUIP. lD c t 0"t 1 kl cat out IC'[AfYI [ 2PE-358-01 Rev. O i Page 28 of 579
. bi "". k l ,
c .. .......-.......--......:.... . . . . . . . . _ - . . . . . . , .
'( ... .
Verified By
, Initial /Date
.- T t.
k. 8.1.2.3 Perform Section 8.3 of Appendix A. g 2PT-0102-1. A *U/ I la( T 2PT-0102-2 8 6 /*/ del 2PT-0102-3 C D/Y 2PT-0102-4 0 Q/ a4 q 8.1.2.4 Perform Sections 8.4 through 8.7 and Section 8.9 of Appendix A. 2PT-0102-1 344 A 2 ell 2PT-0102-2 B b fMN 2PT-0102-3 _C I [N '/Fr/_ 2PT-0102-4 D b / 'd /bl 8.1.2.5 Lt. bel the high speed traces with the liiforma-tic 1 required on the standard ink stamp (6.7.7). t' I 2PT-0102-1 A / hl ' 2PT-0102-2 B M /*/2 k 2PT-0102-3 C D /Nd@ 2PT-0102-4 D h /*/qi/vl NOTE 6'k.$.9 ( [,h
^ tf A
- For information on interpretationTof th,j! #
Visicorder traces 'see ReferaME 3.8,!f pages 25-27. 5 (k) Y g_
- lI 2PE-358-01 Rev. O Page 29 of 579 0 F .=.? $ ? ,,
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~ .
W. y
,c ..
. . . . . . . . . . . .+.. . . . . . . . .
V3rified By Initial /Date (- . 8.1.2.6 Record the re'sponse time in Section 10.1, -
\
Table 1 Step 10.1.2. fr l
/ r/d 1
2PT-0102-1 A / /ITNql s\ e D 2PT-0102-2 B 6/*/><bt 2PT-0102-3 C D /*/w/*Il 2PT-0102-4 D (D /*/m/>l @h 8.1.2.7 Perform Appendix B to disconnect the sensor from the Time Response Test Set. p gjg 2PT-0102-1 A UJ / V M 2PT-0102-2 B b/Y><di 2PT-0102-3 C ' l6 / . +- 2PT-0102-4 D h/2'/rl . 8.1.3 Response Time Testing of Low Steam Generator fl Pressure Sensor 2PT-1013.
- /I-? NOTE
'k The followin-) Step will cause a loa of indication and cohtrol fuPctions supplied by this detector.
8.1.3.1 Isolate Pressure Transmitter 2PT-1013 by closing the root valve. f 2PT-1013-1. A /D 2PT-1013-2 B h /N#$ 2PT-1013-3 > 2PT-1013-4 Q $f [c$C D[fF/ic/sb #/ v/iN5/ e.p:w - t s ,, 2PE-358-01 Rev. 0 p r .* m = . r -- : . .. , Pase 30, of 579 0E'I5D6 sin.idJjSa no,fr(Unit 2 7 . . . . ....... . _ .
. . . . . . . .. a. .-.........=w..+..s...
Verified By Initial /Date 6 8.1.3.2 Prepare the Time Response Test Set for response tin.e testing of Pressure Transmitter 2PT-1013 by performing Sections 8.1 and 8.2 of Appendix A. ; 2PT-1013-1 Ah/fil / 2PT-1013-2 B k/ 'M 2PT-1013-3 cad' W fon/,, 2PT-1013-4 D f//7f /t/5/r, 8.1.3.3 Perform Section B.3 of Appendix A. 2PT-1013-1. A_ /I A 2PT-1013-2 B b/"/b/rr/ 2PT-1013-3 fM y/,eff/u 2PT-1013-4 D/S%/rc/Shi 3 8.1.3.4 Perform Sections 8.4 through 8.7 cnd Section , 8.9 of Appendix A. I f 2PT-1013-1 Ab/ I%D 2PT-1013-2 B dj/'#/A/*/ 2PT-1013-3 C#t' ?r/ fc/5/ri 2PT-1013-4 EFg &/,etspf 8.1.3.5 Label the high speed traces with the infonna-tion required on the standard ink stamp of q, sg 6.7.7.
+pg[,,(1 c
Yg',,6 ,4-
@. -l , v/.. - '
N . q. 2PE-358-01 (<s' Rev. O A sf( f Unit 2
u, .e ._- c. . ...__..a . . - ..-. ....<__.t.un_.........__.:._ .r-- J. ' Verified By Initial /Date 2PT-1013-1 A /' B lb /*/O ( (, 2PT-1013-2 C //7r/ic/r4r; 2PT-1013-3 2PT-1013-4 0oV/udisf/w NOTE For infomation on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. 8.1.3.6 Record the response time in Section 10.1, I Table 1, Step 10.1.3. l _SCE 04 f mess nomi 2PT-1013-1 A /,: i d l ggn g g. , Para No._1. /. 3.27 2PT-1013-2 B b/^4'4/ CA Engr d.YZ7[- 2PT-1013-3 C96W/ /c/5/n Date- NN -4/ e 2PT-1013-4 Dfd W/tv/fA1 i) < 8.1.3.7 Perfom Appendix B to disconnect the sensor l from the Time Pesponse Test Set. 2PT-1013-1 A b/ 2PT-1013-2 Bz6/'Ia/W 2PT-1013-3 C ##2/te/s/o 2PT-1013 '. Ofn w/ro/5Ai ( 8.1.4 Response Time Testing of Low Steam Generator #2 l i Pressure Senso'r 2PT-1023. NOTE
. /#
#[.d. f g,) _ -'
.: ~'
The following Step will cause a loss of i .haion, Q* l and control functions supplied by this detectoY. - 1 R;:* ' ._ 2PE-358-01 { CCWf QII6UiMl1?i- i.'r'= l.J.Page R r P-(Ja?n. jb;f' n v579 San Onofre Unit 2 l ,e---~--- -
.-..n.. .r - - -
1~ ,
~ ~ - - - - ~
, ._- s . .. .
ir .,-.n.-- . ,; .. ..-.. , .:
~ . , . . _ _ . - - _ . . . . _ , . . . . . .
- - _.. . - _ . ... - - -. . . . . _.. . . . .x z:, :. . . . . '
h Verified By Initial /Date
. 8.1.4.1 Isolate P,ressure Transmitter 2PT-1023 by closing the root valve.
2PT-1023-1. Ab // N 2PT-1023-2 B f#N tr/r/r/ 2PT-1023-3 'C #47t/f,/ure 2PT-1023-4 D h/10 h\ 8.1.4.2 Prepare the Time Responss Test Set for response time testing of Pressure Transmitter 2PT-1023 by performing Sections 8.1 and 8.2 of Appendix A. 2PT-1023-1 A // W 2PT-1023-2 Bg/n/ to/i/sf 2PT-1023-3 Cyat-/u/2/u 2PT-1023-4 D D /io VM 8.1.4.3 Perfonn Section 8.3 of Appendix A. 2PT-1023-1. A h/ / M 2PT-1023-2 B//J/'/w/i/rt 2PT-1023-3 _C#/16/a/re 2PT-1023-4 D b/ :Dy % 8.1.4.4 Perfonn Sections 8.4 through 8.7 and Section 8.9 of Appendix A. 2PT-1023-1 A / ## fl 2PT-1023-2 B f077/In/f /c/ 2PT-1023-3 C##t /it/2/s/ 2PT-1023-4 D b /w 'l kd
. . , \ v '
J- 2PE-358-01
\W2 Rev. 0
- 3) .,- s- p a Ra P) F :, , y'i iu i n i
. ,C (so#erre gg'33u"'t of 2579
Verified By Initial /0 ate ('(I 8.1.4.5 Label the high speed traces with the infoma- , tion required on the standard ink stamp of 6.7.7. 2PT-1023-1 Ab/ / / 2PT-1023-2 B /0 y/ tor,/,, 2PT-1023-3 ~ C # 4 2-/ro n/s/ 2PT-1023-4 D t /4 / M D NOTE For infomation on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. 8.1.4.6 Record the response time in Section 10.1, [, Table 1, Step 10.1.4. 2PT-1023-1 A
#3
/
2PT-1023-2 B 8 2v / w /i/ u 2PT-1023-3 C)#p.21/e/r/n 2PT-1023-4 0 b/ io/2./vl
- , w 8.1.4.7 Perform Appendix B to disconnect the sensor from the Time Response Test Se'. .
I 2PT-1023-1 A / l 2PT-1023-2 B h ?r/ic/,ir , 2PT-1023-3 C##v1er,/n 2PT-1023-4 D & / )o/2.l'r] ' gen l a m,,. ,,9v . 6, . w'f jT. ' - - c'.' i i I , 2PE-358-01 0Fs u k' 8 L IC1:' 8
"!',y;I.m-l^3
" [Page.
of ,579 San Onofre Unit 2
.r..---.-.7-.-.__.
- . _ ~ . . L' . - - - - - - - - - - - - - - '
. u kd.:: .;::.-L: _ :, :. .L ...
Verified By Initial /Date 8.1.5 Response Time Testing of High Containment Pressure Sensor (( L~ 2PT-0351. NOTE The following Step will cause a loss of indication and control functions supplied by this detector. 8.1.5.1 Isolate Pressure Transmitter 2PT-0351 by closing the root valve. 2PT-0351-1. A b fEP 3 01981 2PT-0351-2 B f/ y /p/7r/r, 2PT-0351-3 _C8F//h7/s/ 2PT-0351-4 D hip 2 61321 8.1.5,2 Prepare the Time Response Test Set for
~
response time testing of Pressure Transmitter 2PT-0351 by perfoming Section 8.1 and 8.2 of Appendix A. 2PT-0351-1 Ab/ 3 0 r""
*3 (h 2PT-0351-2 B R >r/r/ inn 2PT-0351-3 C f0y/r/27/n h 2PT-0351-4 D g p 2 61221 8.1.5.3 Perfom Section 8.3 of Appendix A.
2PT-0351. 2PT-0351-1. Q A %/ / ": e o g: 2PT-0351-2 B //pr/#nwr 2PT-0351-3 C b F /#i7/n
- 2PT-0351-4 D rW/..; z 6 EG1 l
8.1.5.4 Perfom Sections 8.4 through 8.8 of Appendix A. 2PT-0351-1 'sii)'r,'
. A p 3 0 E; 2PT-0351-2 .6.? d BD?rO%nn_
2PT-0351-3 t' - C _F/# /f/27/e, 2PT-0351-4 , '. ,I D b/: 2 6 na
~
r ld t 2PE-358-01 Rev. 0
.' ' " g (I v <- ... {gge 35 of 579 DMEb h h$ftko#fre Unit 2 v.r. . . -
y.. ,. -
. --.= - - . . . . .
---____...m . . . . . .
Verified By Initial /Date 8.1.5.5 Label the high speed traces with the infoma-tion required on the standard ink stamp of 6.7.7. 2PT-0351-1 A / SEP 3 019M 2PT-0351-2 B /# M m rf,, 2PT-0351-3 C // ?r /#n/s/ 2PT-0351-4 D h c/o e e nai NOTE For infomation on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. 8.1.5.6 Record the response time in Section 10.1 Table 1, Step 10.1.5. , ((l -
\ SCE OA WITNESS POINT 2PT-0351-1 A Q\.V /EEPS0 El i]
8 " 2PT-0351-2 B // 2'/Mr/tr No 6 QA Engr M.,/BD 2PT-0351-3 C /s9r/rhthe "ff ' #/ i Date 2PT-0351-4 D b / df51 8.1.5.7 Perfom Appendix B to disconnect the sensor from the Time Response Test Set. S0 W 2PT-0351-1 A J 2PT-0351-2 B #/' v/purg, 2PT-0351-3 C MC5V//h7/f/ 2PT-0351-4 - c [. . .. .D @ / f2 M,
- 4. . Q ;
\ ' [d,N 4-e.'U & ry.Q'
[-l - T '" h 2PE-358-01 ( .. -3 7,' " h. Rev. O s ; -. L%? _7[a t ge y*./ age.#,36,,of 579 i P LsOpngfre unit 2 e.-.,.r,......_ . . , _ , . _ .
*'- ~w.- . .. , , , , , ,, ; _
. . . ....-.. x .e. .. ..:.. ?..
. Verified By Initial /0 ate 8.1.6 Response Time Testing of High High Containment Pressure Sensor 2PT-0352.
NOTE The following Step will cause a loss of indication aM ' control functions supplied by this detector. 8.1.6.1 Isolate Pressure Transmitter 2PT-0352 by closing the root valve. 2PT-0352-1. A8/Jr///i>/s, 2PT-0352-2 , B//1//hr/n 2PT-0352-3 C //F//h 7/ri 2PT-0352-4 D%/p261981 8.1.6.2 Prepare the Time Response Test Set for <l
~
r, response time testing of Pressure Transmitter 2PT-0352 by performing Section 8.1 and 8.2 of Q g Appendix A. - 2PT-0352-1 A/nr///rp/cr 2PT-0352-2 B M y /ph r/r, 2PT-0352-3 Cfv?r/#n/rr 2PT-0352-4 D b/:- 2 6151 8.1.6.3 Perform Section 8.3 of Appendix A. 2PT-0352-1. A Y/?f/P/29/n 2PT-0352-2 6Bl#W/phf/a 2PT-0352-3 A bsfNN'1;hh7/ri D @ p 2 61581
. 2PT-0352-4 3
\Y
$ $s x ,O
@2' dI #- - (.
tI {, 2PE-358-01 c Rev. 0 0 j. . . . *f\, m '? y n, ~ M.s 7:o 579
- P 4 cm s .
Sant.3nofr Unit 2 m-. _-...y_.-.. , - - . . , _ , - . . .
- _ - . . . . ~ . , - . - . . . . . . . . . . . . .. . . . - ,
Verified By ; 1 Initial /Date 8.1.6.4 Perform Sections 8.4 through 8.8 of Appendix A. ; 2PT-0352-1 A /##/Nu/s, 2PT-0352-2 B.N2V /Nishi 2PT-0352-3 C#ay1f/7,/,, 2PT-0352-4 D b/a2e1991 8.1.6.5 Label the high speed traces with the infonna-tion required on the standard ink stamp of 6.7.7. 2PT-0352-1 A b/F9eo131 2PT-0332-2 B f//7r/f/7 r/si 2PT-0352-3 C d pr /ph 7hv 2PT-0352-4 D CD / E: 2 6 1521 s NOTE ( ' For infomation on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. 8.1.6.6 Record the response time in Section 10.1 Table 1 Step 10.1.6. 2PT-0352-1 . A / E E ? 3 0 1521 2PT-0352-2 B///7r/phe/s, 2PT-0352-3 C fgy/p/nt,, 2PT-0352-4 D b/f d 1
. pil\.N
\g}Qf ,, $
(l $O-r'{U.' # 6 1 2PE-358-01 Rev. O y7 - r,- c. == ct n,
- ' n a
'h. i.. I.$a si a> ,m'. . cc.
imob Pag,e w c.38'o v 579 San Onofre Unit 2 .r--.-.-,_..
. . g . ,. --
Verified By- _ Initial /Date (( 8.1.6.7 Perform Appendix B to disconnect the sensor from the Time Response Test Set. 2PT-0352-1 A b SEP 3 01931
/ Q 2PT-0352-2 BAI/W//hr/r/ N 2PT-0352-3 Cfcy/f/=vsf 2PT-0352-4 ,
D 6 /#p/C/ 8.1.7 Response Time Testing of Low Refueling Water Tank Level Sensor 2LT-0305. NOTE The following Step will cause a loss of indication and control functions supplied by this detector. 8.1.7.1 Isolate Differential Pressure Level Transmitter g 2LT-0305 by closing the low side and the high
- k. side Root Valves.
2LT-0305-1. A / ? 2 4 1931 2LT-0305-2 B 6 7E: 2 51931
~
2LT-0305-3 C D gP 2 51931 2LT-0305-4 D // f/fh v/o 8.1.7.2 Prepare the Time Response Test Set for response time testing of Pressure Transmitter 2LT-0305 by performing Sections 8.1 and 8.2 of Appendix A. 2LT-0305-1 A EP247331 2LT-0305-2 B $ pp 2 51531 ! 2LT-0305-3 ;p g 4 ..yi[i;). (p'2Y . . C U7 P 25 1931 g pr.g..;
~
2LT-0305-4 ,,
. i ' ' D MT///r v/v i
k 2PE-358-01 e~ Rev. 0
, s ., -e .. , . , , .
.U Pa'ge f9 l' f. 3 0hk il?*E*i 3 V G l'ci s r ,. . .s v'o SanOnoff'eU t2 s
- - - - , - , . , ~ ,
, .,. ...,...y.,.,....~ ..m....,..
Verified By Initial /Date 8.1.7.3 Perform Section 8.3 of Appendix A. 2LT-0305-1. A h p 2 41931 2LT-0305-2 B [3 /EP 2 5 IS81 2LT-0305-3 C 'hMP2s1931 f 2LT-0305-4 D #/2r//hv/n 8.1.7.4 Perform Sections 8.4 through 8.7 and Section 8.9 of Appendix A. 2LT-0305-1 A h p 241331 2LT-0305-2 B 01/r= e t jgg; 2LT-0305-3 C UJy SE: 2 5 1351 2LT-0305-4 D //y/f/yyh 8.1.7.5 Label the high speed traces with the informa-J. tion required on the standard ink stamp of 6.7.7. 2LT-0305-1 A bf3241331/ 2LT-0305-2 B d S/F 2 51931 2LT-0305-3 C U f/ 2 F 1351 2LT-0305-4 D faF/ph/s/ NOTE For information on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. ON in y
\Y,.pty1.0Mp?.}
I'y j {,'M
.g i V ' y. Ab ' ,
I 2PE-358-01 Rev. O rr:m- e r - .m em n .y V V b b i.NEs{ :' uA. ; #Ea . $ SanDn'dfrebnit2
._.y.....,_.
i Verified By Initial /Date
'( -
8.1.7.6 Record the response time in Section 10.1 Table 1. Step 10.1.7. 2LT-0305-1 . A 7p 2 41981 2LT-0305-2 B 3 /EP 2 51331 2LT-0305-3 C db /EP 2 s 1931 2LT-0305-4 Dhr/p/zy/p 8.1.7.7 Perform Appendix B to disconnect the sensor from the Time Response Test Set. 2LT-0305-1 Ab KP 2 413;] 2LT-0305-2 B db /EP 2 515El 2LT-0305-3 C O yrP 2 51931 2LT-0305-4 Db?r///2Ws] [, 8.1.8 spnse Time Testing of Low Steam Generator Al {b Lev Sensor 2LT-1113. NOTE l The following tep will cause a loss of indication ) and control fun iyns supplied by this detector. f GL&TCb V 8.1.8.1 Isolate Dif rential Pressure Level Transmitter 2LT-1113 by c1 ing the low side and the high side Root Valves. 2LT-1113-1. A ] 2LT-1113-2 B [ /CT 1 gal 2LT-1113-3 C / 2LT-1113-4 D / I ~ ggEORtgTIONT9)0N (I 30, you con 5R 2e:3;8-o1 0FF E'5N' ' b"Ub 5I-
~
m r 579 o're Unit ar$,b60f
. . _ _ . . . . . _ . . . . . . . _ . . . . _ . . _ .. . _ , u....__._._...:..._... . . . , , ,
1 Verified By g Initial /Date
\
1 8.1 8.2 Prepare the Tice Response Test Set for 1 response time testing of Pressure Transmitter ! . 2LT-1113 by performing Sections 8.1 and 8.2 of Appendix A. 2L 1113-1 A / 2LT- 13-2 gyT
~
1 193; 2LT-11 -3 C / 2LT-1113 4 0 / 8 1.8.3 PerforTa Sec fon 8.3 of Appendix A. 2LT-1113-1. Am / 2LT-1113-2 O B /7 1 1551, 2LT-1113-3 C / 2LT-1113-4 D / 8.1.8.4 Perform Sections 8.4 th ugh 8.7 and Section 8.9 of Appendix A.
. 2LT-1113-1 A /
2LT-1113-2 BNd/7 1 135 i 2LT-1113-3 C / 2LT-1113-4 D / 8.1.8.5 Label the high speed traces with th infonna-tion required on the standard ink sta, of 6.7.7. 2LT-1113-1 A / 2LT-1113-2 BMET / 1 13M 2LT-1113-3 C / 2LT-1113-4 gl{d D / WD Nb fh Y - 2 E-358-01 0'F8& 3 V' W' n: - 5'h i . E a = L. k6OjPgaggykf579 San Onofre Unit &
. . . . ..m_....._...... :. _..- .. .
Verified 8y Initial /Date (. ,( NOTE
,1 For infonaation on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. f he response time in Section 0.1, r
8.1.8.6 Reco f Table 1, ep 10.1.8. 2LT-1113-1 b A / 2LT-1113-2 \ B M'T 11El 2LT-1113-3 C / 2LT-1113-4 D /
.; 8.1.8.7 Perfona Appendix B to disconnect he sensor
( from the Time Response Test Set. 2LT-1113-1 A / 2LT-1113-2 BM[I 1 li l 2LT-1113-3 C / 2LT-1113-4 D\ / N' 8.1.9 Response Time Testing of Low Steam Generator A2 Level Sensor 2LT-1123. INFORMATION ONLY NOTE NOT FOR COETRUCTION The following Step will cause a loss of indication and control functions supplied by this detector. 2PE-358-01
- (; Rev. 0 Page 43 of 579 7 p~ e e. . .. ,
0i l hi,g d '
*J 5,k gs. Y.y (/Sa6 g j 0nofre Un i
Verified By Initial /Date l
- 8.1.9.1 Isolate Differential Pressure Level Transmitter 2LT-1123 by closing the low side and the high side Root Valves.
2LT-1123-1. Ab/h 2LT-1123-2 B D / eo/./w 2LT-1123-3 C#vV/ so/r/n 2LT-1123-4 DD /f /Nk1 C 8.1.9.2 Prepare the Time Response Test Set fo-response time testing of Pressure Transmitter 2LT-1123 by performing Sections 8.1 and 8.2 of Appendix A. 2LT-1123-1 Afay/so///n 2LT-1123-2 B dh /l'/'/W 2LT-1123-3 C/dF//sh&f l . 2LT-1123-4 o 05/o/g y (L 8.1.9.3 , Peg [_orgSectiorL 8.3 of Appen, dix A. Evcce r o.ss iss Edr L.vi.xc ;,00 vice 74e T4.pT r.4.HrMC-W>E. ss/ $ cj g 7,ig'g p'p' *se [gpr'd esT cc M Ec.T.c.o so 2LT-1123-1. Agd7p/,s/g/s. 2LT-1123-2 B $ /e c/a/v/ 2LT-1123-3 C/0Jr/wh/r/ 2LT-1123-4 D DD/tU[1 % 1 l 8.1.9.4 Perform Sections 8.4 through 8.7 and Section 8.9 of Appendix A. 2LT-1123-1 A ff y /t,t</, # 2LT-1123-2 B 1/ /c/'/&' 2LT-1123-3 C877/w/2/e/
. 2LT-1123-4 n A 'Y D h/'*/1[
-f ?~' thin 5 f.D:.~h'f'.h RN .
..s e '
l1 1 '
\ g l; ..V-Ln~ ( Q . 2PE-358-01 Rev. O C' VA!
DCh!.fY.il w idii = L,U
'iT C OTj Pye,4f -f 4 o{ 579 San Onofre Unit 2
. . , _ _ . . . _ _ . _ - . . . , .. .. . .-._.. . . . . . . . . _ , . ~.,.. .
Verifi;d By Initial /Date ('(I 8.1.9.5 Label the high speed traces with the informa-tion required on the standard ink stamp of 6.7.7. 2LT-1123-1 A //Y/ec/<4/ 2LT-1123-2 B D / /6/a/v/ 2LT-1123-3 C fnr/fc/t/sf 2LT-1123-4 D b / <Nvi NOTE For information on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. 8.1.9.6 Record the response time in Section 10.1, j, Table 1, Step 10.1.9.. 2LT-1123-1 A g en y/,c h f ,, 2LT-1123-2 B 6/'Yi/r/ 2LT-1123-3 CfvFhc/2 /r, 2LT-1123-4 D ID /'#b,b, 8.1.9.7 Perform Appendix B to disconnect the sensor from the Time Response Test Set. 2LT-1123-1 A 'a y//c/asi 2LT-1123-7. B M / 'Y'M 2LT-1123-3 C/M!. /ro/ 2 i,, 2LT-1123-4 D h /'Tdvf INF0ntaT10N ONI.Y .
'I NOT FOR CONSTRUCTION 2PE-358-01 E'* 3 5 3 ? !," ?, , R .0 0fffL'i=1i.L. iZ6)p ,
s'.'or '579 a 3 San Onofre Unit 2
- _ _ . . . . . . m . . .a u . _ _ , _ m ._ . ;._.. . _ .
Verified By Initial /Date Lo ((l . 8.1.10 Response Time Testing of 6 Steam Generator A1 7 Level Sensor 2LT-1113. NOTE The following Step will cause a loss of indication and control functions supplied by this detector. 8.1.10.1 Isolate Differential Pressure Level Transmitter 2LT-1113 by closing the low side and the high side Root Valves. 2LT-1113-1. AE/'D!srf 2LT-1113-2 B 65 /'fe%1 2LT-1113-3 C 8 /'7e/t/ 2LT-1113-4 D bb/'[6/V
-l. 8.1.10.2 Prepare the Time Response Test $et for response time testing of Pressure Transmitter 2LT-1113 by perfonning Sections 8.1 and 8.2 of Appendix A.
2LT-1113-1 A b /la d 2LT-1113-2 8bb/'N[/ 2LT-1113-3 C (8 / '%// 2LT-1113-4 . Dtb/'I/$/v/ , 8.1.10.3 Perform Section 8.3 of Appendix A. Acr r use Tiw to > sies d g r.o.t via Tes- toppstTioed vics Tiae s ica u n c , D 7an UDN DE M Ys.@J 3 gg,g7,g,cadetTio.o soATWAT 2LT-1113-1. 3 /'3 [5M 2LT-1113-2 B (Y) / 'Yu/r/ 2LT-1113-3 C b / #['h/_ 2LT-1113-4 D/h//N/r/ ( F0R 9R sR ON 2et-ass-01
',r.5 y g - r-= c.-= eqageg46 of 579
- 0. .{ i '2 D s ei.E., 21.d h' IgSin'tn'pfre s Unit 2 y .- - .-..-..-,
, . .. . . . .. . . .= . . . -
a : -. .a z. v 1= = = - = u .a .u. ... . . Verified By Initial /Date 8.1.10.4 Perfom Sections 8.4 through 8.8 of Appendix A. 2LT-1113-1 A h /' if ( G 2LT-1113-2 B & / [@NI 2LT-1113-3 _Cd5/'76/&l 2LT-1113-4 D 65 /'Y'N 8.1.10.5 Label the high speed traces with the infoma-tion required on the standard ink stamp of 6.7.7. 2LT-1113-1 A /t 'd 2LT-1113-2
~
B d //@hl 2LT-1113-3 C b3 / Mkbf 2LT-1113-4 O/#ofNtf D NOTE I For infomation on interpretation of the Visicorder traces, see Reference 3.8.5 l pages 25-27. 8.1.10.6 Record the response t me in Section 10.1, f Table 1, Step 10.1.M. E /g p 2LT-1113-1 A b / Ich l 2LT-1113-2 B h/ < oNl ( 2LT-1113-3 C b / (oh 2LT-1113-4 Du V/(*bk m INFORMAT!0N ONW . r (40T FOR C0!<suuCTl0M 2PE-358-01 Rev. 0
*i
." *
- j""()',' ' k )' [O "." fage. g of 579 56$.bnoffeUnit2 l - -- . . . . . . . . . . . . . . , _ _ _ _ , , . , , _ . . , , , , . , _ . , , , , . . .
. . - . . . m.._. s .s . . . . _ _ . ..x..:.__...... .
Verified By Initial /Date 8.1.10.7 Perfonn Appendix B to disconnect the sensor h(- from the Time Response Test Set. 2LT-1113-1 A b/ / I 2LT-1113-2 B b / /Yfd/ 2LT-1113-3 C O /'Nh/ 2LT-1113-4 D 6 /#/6/d 8.1.1 Response Time Testing of High Steam Generator A2 I
. evel Sensor 2LT-1123.
NOTE The fo lowing Step will cause a loss of indication and' cont 1 functions supplied by this detector. 8.1.11.1 Isol e Differential Pressure Level Transmitter 2LT-112 by closing the low side and the high f side Root alves. g wie \y 2LT-1123-1. , 4 A / 2LT-1123-2 B / 2LT-1123-3 C / 2LT-1123-4 D / l 8.1.11.2 Prepare the Time Response T t Set for , response time testing of Press e Transmitter 1 2LT-1123 by performing Sections 1 and 8.2 of Appendix A. l l 2LT-1123-1 A / 2LT-1123-2 B /
. 2LT-1123-3 C /
2LT-1123-4 - r j :n.. Oibu f. T ' ' P ' j g.'~ k / u o5 [ ;o. ._"'c ... n. r. . . ' d. . 2PE-3 -01
~
Rev. 0 g y s. g e --. . - . . 0FTIv'NLsLPage; s C9 San On rd]Ufiit2 7 - -- . . .
.- .u- . . . . . . . . . . . . _ _ _ _ . , _ , _ . , . .
.. 7..
Verified By Initial /Date
- 8. 11.3 Perform Section 8.3 of Appendix A.
2LT-l'123-1. A / LT-1123-2 ,8 / 2L 1123-3 .C / 2LT- 3-4 D / 8.1.11.4 Perform S tions 8.4 through 8.8 of Appendix A. 2LT-1123-1 A /
)
2LT-1123-2 B / 2LT-1123-3 2LT-1123-4
\ C / (I D /
8.1.11.5 Label the high speed trace with the informa-tion required on the standa ink stamp of 6.7.7. b.[ ., 2LT-1123-1 A / 2LT-1123-2 B / 2LT-1123-3 C / 2LT-1123-4 D / NOTE For information on interpretation of the Visicorder traces, see Reference 3.8.5 pages 25-27. l g?0RY P :.O QYb.
~
.gV0n"3$CD0 .-
f 2PE-358-01 0 "e to.*.e: n . ae ., , 'a r a rvd -
* ' A i- t a c. 2 Page.4 579 San Onofre Unit 2
- - - - , - ~ - . . . , . - . . . . , . _ , _ .
. . . . . . _ _ . . _ . . . ~ _ . . , , . . , _ _ , _ _ ._, ,_
~
Verified By Initial /Date : l 8.1.11.6 Record the response time in Section 10.1, I Table 1, Step 10.1.11. k' 2LT-1123-1 A / LT-1123-2 Q g B / 2L 123-3 N _C / 2LT-11 -4 D / 8.1.11.7 Perfonn Appen B to disconnect the sensor from the Time Resp se Test Set. 2LT-1123-1 A / 2LT-1123-2 B / 2LT-1123-3 C / 2LT-1123-4 D / 8.1.12 Response Time Testing of High Steam Generator No.1
.J Differential Pressure Sensor 2PDT-0978.
NOTE The following step will cause a loss of indication and control functions supplied by this detector. 8.1.12.1 Isolate Differential Pressure Transmitter 2PDT-0978 by closing the root valves for the high and low sides. 2PDT-0978-1 A / .I 7l 2PDT-0978-2 B D3 / Di[1rf 2PDT-0978-3 C .dMNum 2PDT-0978-4 Dh/'/lY/d ageM3IF 0!'l , og (I ggz pon CU~iain" zee-ass-ol Rev. 0 0f m--
-ec,,S t
" Pa
" ' "
- b b:w bmN~ h ,a'ge 50 of 579nf[
~ ~ ~ - m~ . n.: ( . -r n .-: . . . - . e g -- ,. - - . ,...
- u. . /. . .
. . . . . . . . ... ...Ma.5. . .:. K ;.=:::::..i.1.l:. X .;:L.-:. .- u s....
Verified By l Initial /Date 8.1.12.2 Prepare the Time Response Test Set for
- response time testing of Differential Pressure Transmitter 2PDT-0978.
2PDT-0978-1 Ah / I [ 2PDT-0978-2 B b / [HIbl T . 1 2PDT-0978-3 C db/A2Ns 2PDT-0978-4 - D O / /t{[H 8.1.12.3 Perfonn Section 8.3 of Appendix A for 2PDT-0978 7td 5
.us4*g the lew side imet cennsctien i;r;;; hs47ED tk hi;;h side.- DELET&i>
2PDT-0978-1 A b/ 7 [ 2PDT-0978-2 B&/Ydl 2PDT-0978-3 Cf[77/N7 zk, 2PDT-0978-4 D h /Te fri k,(.., . . The icat vill be conducted by venting the high eida- Mc,t; of the tr=nsmitter4fr oi.m05pher; :nd increasin; th 5 L&TED low cida at a given-fate entil th; different-fel-prees' ira hae hoen increased te thet ,,hich ,,0wid cesse
,a +cip._
8.1.12.4 Open the transmitter bypass valve and fill the connecting tubing and both high and low sides of the sensor when filling the test unit , per Sections 8.4 and 8.5 of Appendix A. 2PDT-0978-1 A / 2PDT-0978-2 B b /YN*{ 2PDT-0978-3 C,d/F///2 h/// 2PDT-0978-4 DD/ IM y O.N b .. Y 'I l s Q{ .
, r QOh 2PE-358-01 eF Rev. O M 110 8 of sn U . f f P>?.u;A .3A: p 7PQT pP b@fre Unit 2 E ;,. ;;. e sesan Onp
Verified by Initial /Date I 8.1.12.5 Close the transmitter bypass valve. ;
- f{I Ab/YIfW B D / Y4/Vf C J/ f/})/flzr/m D b. /N.ord 8.1.12.6 Open the Mgh side test connection so that Q Leave i. 5 the gside is vented to atmosphere.
open. Ab/li!Y Bt$/NhlQf CY$2M//rzlel D b / T,VN r i 8.1.12.7 Perform Sections 8.6 through 8.8 of Appendix A. 2PDT-0978-1 A b / ('t [ 2PDT-0978-2 B D /N/c/ 2PDT-0978-3 C 87/#n/ri 2PDT-0978-4 D / I w sA 8.1.12.8 Label the high speed traces with the informa-tion required on the standard ink stamp of 6.7.7. 2PDT-0978-1 A / lb't l 2PDT-0978-2 B D / iln v1 2PDT-0978-3 C fB17/9/22 /rI t 2PDT-0978-4 D /l i vkQ. i I i IRFCPp' r.~ > nN t.Y g[][Oi(bua-'**CTION , ! , l' ' f 2PE-358-01
) d 2 of 579 San Onofre Unit 2 l .,
l- _____l____ _ _~ ~ ~~'
'~~~~""~~_"'~~~~~"'~~~~~~-A~~~~"''**'~~~""~'
Verified by Initial /Date NOTE For infomation on interpretation of the c Visicorder traces, see Reference 3.8.5 pages 25-27. : 8.1.12.9 Record the response time in Section 10, . Table 1. Step 10.1.12. 2PDT-0978-1 A /kofvf 2PDT-0978-2 B h / T4ti 2PDT-0978-3 _C//7r/fh
- 2PDT-0978-4 -
D D /Irv vt 8.1.13 Response Time Testing of High Steam Generator No. 2 Differential Pressure Sensor 2PDT-0979. NOTE The following step will cause a loss of indication l and control functions supplied by this detector. 8.1.13.1 Isolate Differential Pressure Transmitter 2PDT-0979 by closing the root valves for the high and low sides. ! 2PDT-0979-1 A / > k 2PDT-0979-2 B D)/lMM 2PDT-0979-3 C D /T W
. 2PDT-0979-4 D b / y1 M
)MiO"3,.rine OMCY
',.gcT10M g y% v .
b ,(f 2PE-358-01 Rev. 0 0FFIC:AL TEST CliMIfrS'
- ~ ~ ~ ' " " ' '
~3 ~~".
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Verified By _ Initial /Date e' 8.1.13.2 ~ Prepare the Time Response Test Set for
\{ response time testing of Differential Pressure Transmitter 2PDT-0979.
r 2PDT-0979-1 _A /DM 2PDT-0979-2 2PDT-0979-3 B D/c(M _C DMn% 2PDT-0979-4 D_h / 7/>3h( 8.1.13.3 Perfonn Section 8.3 of Appendix A for 2PDT-0979 ming th: 10.: id: t:rt caaertic.- icre-; Ib6A ET'GD j t'; high ;id;. 2PDT-0979-1 Ah/ 2PDT-0979-2 B 6/T 2PDT-0979-3 2PDT-0979-4 Cb/D'kM
.. - D b /9fD N ..I 1 u
{ NOTE The tesi wiii oe conouctea oy ventiny M i ? eidr of the transmitter tc etmosphere end increasing-the T(d
-l eu side et : given rei.e uni-;l the differ nii.1 D&fr$ S prenure h" heen-increased-to-that+hich would-uuse-O t7ii, 8.1.13.4 Open the transmitter bypass valve and fill the connecting tubing and both high and low sides of the sensor when filling the test unit per Sections 8.4 and 8.5 of Appendix A.
2PDT-0979-1 A / r 2PDT-0979-2 B b/MId 2PDT-0979-3 _C b/ TDb i> m0i} ONb D'dD /'I Nu
. 2PDT-0979-4 r
J \NE0g. -- ( gg] {0E gzgguG110N 2PE-358-01 Rev. 0 . ym
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l Verified by
. . Initial /Date
, 8.1.13.5 Close the transmitter bypass valve. gj
-( A b /32 (N B b 'TJM
/
C b/ T2M koa 8.1.13.6 Open the Mgh side test connection so that ,- W'O 'p gp the side is vented to atmosphere. Leave A /7 B U / T[2 M C M/N2M D O ) / T'A N ( 8.1.13.7 Perfonn Sections 8 6 through 8.8 of Appendix A. 2PDT-0979-1 A h/ . I 2PDT-0979-2 B b / NIN,i 2PDT-0979-3 C DD / "[ P N 2PDT-0979-4 D fD /f[Df9f
; 8.1.13.8 Label the high speed traces with the informa-tion required on the standard ink stamp of 6.7.7.
l 2PDT-0979-1 Ab / M B b / /[28 2PDT-0979-2 2PDT-0979-3 C b/ 3 'DN 2PDT-0979-4 D 6') /7 N NOTE For infonnation on interpretation of the i Visicorder traces, see Reference 3.8.5 g pages 25-27. p, Q ,':gD 8.1.13.9 Record the response time in Section 10 g'\ '.'. fD, M Table 1, Step 10.1.13. D 'M' 2PDT-0979-1 g$ A / 23 2PDT-0979-2 k B h /idM 2PDT-0979-3 kg'\ ' Cb /I'AU 2PDT-0979-4 D h / }[23 d I 2PE-358-01
' " ' ' - - - - - "ev-0F"bD1"'sb!bhf(kge'.,95[of 579 San Or.ofre Unit 2
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Verified by Initial /Date
?l 8.2 Part II Loop Current Step Response Test of Resistance Temperature Detectors (LCSR OF RTD'S)
NOTE While equipment is setup and access is being made to the Spec 200 cabinets, it would be convenient to do the CPC LPD/DNBR calculator tests Section 8.6.2, which use temperature input. NOTE h J
.. J . }
The AMS Model ELC-1B LCSR Analyzer and AMS Model ERT-1 { Response Test Instrument which SCE has purchased from D y AMS will be used to perform this portion of the test. \d/ Some of the following steps will be perfomed using this [ equipment and the analyzer will process the appropriate response times. Refer to References 3.6.7 and 3.6.8 for a description. l T l
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_ m _ . . _ _ verified by Initial /Date i (x . - Nare Each te:tperature elenent (RID) channel will hwe five (5) connection points in the Spec. 200 cabinet. Two are the leads frcan the RID resistance element, two are - referred to as dtrnmy lea:Is and the fifth is a cable shield grotnd. NOTE Ebr best results, this test should be performed cnly when the plant is at normal operating tenperature and primary coolant flow rate. 8.2.1 RID TFeOll2-1 (TE-ll2HA) Hot Iag Temperature Elenent SCE0A (TE-Oll2-2) (TE-ll2HB)
! VITNESS POINT (TE-Oll2-3) (TE-ll2HC)
- tion No T # (TE-Oll2-4) (TE-ll2HD) rara No. CA/
QA Engr W Date 8.2.1.1 Iocate the test equipnent at cabinet Ir-121. l he test equipnent shall incitx3e the following: 1 8.2.1.1.1 %e RTD Time Respcnse Test Instrunent. / 8.2.1.1.2 %e LCSR Analyzer. / I 8.2.1.1.3 Test leads (4) of sufficient length to connect the Analyzer to the hst Instrtunent (2) and the Test Instrunent to the Sensor. / 8.2.1.1.4 Digital Voltrneter .. .
- . /
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Verified by Initial /Date 8.2.1.2 verify / position the POKER switch cn the RID Time Response Test Instrunet tiack panel to OET (dom). E-Oll2-1 (E-ll2HA) A /
' E-Oll2-2 (E-Il2HB) B /
E-Oll2-3 (TE-ll2HC) C / TE-Oll2-4 (TE-ll2HD) D / 8.2.1.3 Verify /positicn the TRIM switch m the RID Time msponse Test Instrunent frcnt panel to the up positicm. TE-Oll2-1 (TE-112HA) A / Ecoll2-2 (E,-ll2HB) B / TE-Oll2-3 (TE-ll2HC) C / TD-Oll2-4 (TE-ll2HD) D / 8.2.1.4 Plug the RTD Time Nspcnse Test Instrunent into a 120 VAC power outlet. . 3 ( TE-0112-1 (TE-ll2HA) A / s E-Oll2-2 (TE-ll2HB) B /
}
TE-Oll2-3 (TE-ll2HC) C / c) s TE-Oll2-4 (TE-ll2HD) D / 9 Y 8.2.1.5 Positicn the PCEER switch on the Test Instranent back panel to ON (up) and allow at least ten m.nutes wann up time. . TE-Oll2-1 (TE-ll2HA) A / TD-0112-2 iTE-ll2HB) B / l ! TE-0112-3 (TE-ll2HC) C / I TD-Oll2-4 (TD-112HD) D / __ u "IN.i g%O '* q[lih 2PE-358-01
-c. Rev. O l g* i y vi. CDb Page 58 of 579 l k San Chofre thit 2 0 Vz{?!*?%{ 'ISQY 000 f V E s k u bh li i e i Uvs
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- Initial /Date 'l NTE
[' Each temperature elenent (RW channel will have five (5) connection points in the Spec. 200 cabinet. ho
- are the leads frcrn the RID resistance elenent, two are -
referred to as dumy leads and the fi'th is a cable shield gromd. NWE Ibr best results, this test should be perfonned only when the plant is at nonnal operating ternperature and primary coole t flow rate. 8.2.1 RID TE-0112-1 (TE-112HA) Hot Ieg Temperature Elenent SCEOA m-0112-2) (mil 2HB)
! VITNESS POINT (TE-Oll2-3) (TE-ll2HC) " clion No T # (TE-Oll2-4) (TE-ll2HD) rara No. fA/
hA Engr W Date--- 8.2.1.1 Iocate the test equignent at cabinet L-121. l We test equipnent shall incitx3e the following: 8.2.1.1.1 %e RfD Time Response Test Instrunent. / _ M l l 8.2.1.1.2 %e LCSR Analyzer. / 8.2.1.1.3 Test leais (4) of sufficient length to ccnnect the Analyzer to the hst Instnrnent (2) and the Test Instrunent to the Sensor. / l 8.2,1.1.4 Digital Volt 2neter , ',, ~ ');
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8.2.1.2 Verify / position the POKER switch cn the RID Time Nspcnse Test Instrment liack panel to OFF (dom). TE-0112-1 (E-112HA) A / TE-0112-2 (TE-112HB) B / TE-Oll2-3 (TE-112HC) . C / TE-0112-4 (TE-112HD) D / 8.2.1.3 Verify /positicn the TRIM' switch on the RID Time msponse 'Ibst Instrument front panel to the up psition. TE-0112-1 (TE-112HA) A / TD-0112-2 (E.-112HB) B / TE-0112-3 (TE-112HC) C / TE-0112-4 (TE-112HD) D / 8.2.1.4 Plug the RID Time mspcnse 'Ibst Instrment into a 120 VAC power outlet. ((l - TE-Oll2-1 (TE-112HA) A / TE-0112-2 (TE-112HB) B / TE-0112-3 (TE-ll2HC) C / TE-0112-4 (TE-112HD) D / 8.2.1.5 Positicn the PCKER switch on the 'Ibst Instrment back panel to ON (up) and allow at least ten m.nutes wam up time. , TE-0112-1 (TE-112HA) A / TE-0112-2 (TE-112HB) B / TE-0112-3 (TE-112HC) C / TD-0112-4 (TD-112HD) D / u MM.i 2PE-358 gpQ$. .. " '. CONS jdh mv. o lI g'() t Y O *\ Page ST ( San Cho
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Verified by Initial /Date . 8.2.1.6 Positicn the vbltmeter Intemal/Extemal switch (top center toggle switch) cn the Test Instrtunait front panel to EXT. Connect the digital voltmeter (VDC) to the EXT. meter BNC ccnnector. (7bp center of ERT-1 hst Instrtunent) TE-Oll2-1 (E-ll2HA) A / TE-Oll2-2 (TE-112HB) B / E-Oll2-3 (TE-112HC) C / TE-0112-4 (TD-112HD) D / 8.2.1.7 Position the Voltmeter Selector switch (top and to the left of the Voltmeter Inte' mal /Extemal switch) en the Test Instrtunent front panel to D. TE-Oll2-1 (TE-ll2HA) A / TE-0112-2 (TE-ll2HB) B / C /
'S TE-Oll2-3 (TE-112HC) '
TE-0112-4 (TE-112HD) D /
)
ri. N., 8.2.1.8 Position the Amplifier Gain switch (bottczn and g,) to the right of the Sensor ccnnector) to 100. j _, TE-0112-1 (TE-ll2HA) A / TE-Oll2-2 (TE-112HB) B' / TE-0112-3 (TE-Il2HC) C / TE-Oll2-4 (TE-ll2HD) D / NOIE Nhenever the gain is chaaged the acplifier offset voltage must be checked and set to Zero. p} lop ON.N
- 2rE-3ss-01 hh5 ,Y . n.
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Verified by Initial /Date 8.5.26.8 Reset the test equipment timer. 1 [# ' 2M fiDV 0 51981 3sP/Nov 0 51981 4 M If0v 0 5 E 1 8.5.26.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1 [OV 0 5 2 2 I fiDV 0 51981 3 M/NOV 0 51981 4 8dp0v 0 51981 8.5.26.10 After the relays have changes state and the (( ' digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step i 10.5.17.2 (10.5.18.2, 10.5.19.2, 10.5.20.2). 1
$ NOV /
0 51931 l 2 MJ0v 0 51981 3 @/NOV 0 51981 4 _Q'? 0y K 0 51981 NOTE Do not break down the test setup. l l l l 2PE-358-01 Rev. O l Page 278 of 579 San Onofre Unit 2 i . OFFiCa.t. s iCOPY .
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8.5.27 BD Matrix for MSIS-1 8.5.27.1 Verify that the C-E RTT test equipment is turned ON and the PPS ' Test Power Supply is turned ON. [ i 8.5.27.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for nlay B11-3 in bay B and relay 011-9 in bay D. g 70V 0 5 W 2 @Lov 0 5 last r 3 8 /tiDV 0 5 1331 ({ 4 # NOV f 0 51931 8.5.27.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on terminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid NOV 0 51331 State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1 'f /
- 2 @/sov 0 51931 3 M/t 0V 0 51331 4 7A0v 0 51981
- 2PE-358-01 Rev. 0 Page 279 of 579
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Verified by Initial /Dato I 8.5.27.4 In bay 5 (8,'6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 34 and 36 on teminal strip TB55 (TB85, TB65, . TB75). This monitors contacts on the Solid State Relay SSRIB (SSR28, SSR3B, SSR48). 1 / 2 M /iDV 0 5 1981 3$ / NOV 0 51981 4 M/h0V 0 51981 NOTE The following three steps refer to switches in the PPS cabi'iet (21.032) in the front of Bay B on the BD matrix module. 8.5.27.5 Rotate the system channel trip rotary switch EI to "MSIS-1". /'N# ((r . 8.5.27.6 Rotate the RPS channel trip rotary switch to
/ NOV 0 51981 position 0FF.
8.5.27.7 Rotate the relay trip switch to position I number 1 (2, 3, 4). 'I f 2 2/tiOV 0 51981
- 3. TA'0V 0 51981 4 M/tiDV 0 51981 l
2PE-358-01 Rev. 0 Page '280 of 579 San Onofr5 Unit 2 f OFFICIAL TEST COPY it?- --- ~ r --.., y- - ...... ,,,,,,,5,. _
s .- . .. . . - . Verified by Initial /Date NOV 0 51981 8.5.27.8 Reset the test equipment timer. 1 & / 2 ,%OV 0 5 21 ;
~
3 @/Nov 0 51931 4 MOV 0 51981 8.5.27.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then
~
release. . 1 /NOV 0 51981 2 MfiOV 0 51981 3 -@/NOV 0 51331 4 Qp0V 0 51981 5, 8.5.27.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in.Section 10. Table 5, step Nov 0 51331 10.5.17.3 (10.5.18.3, 10.5.19.3, 10.5.20.3). 1 / 2 prov 0 51981 3 M Aiov 0 51981 4 & DV 0 5 1981 I NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 l Page ~281 of 579 cf San Onofre Unit 2 ( i
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Verified by Initial /Date I l 8.5.28 AC Matrix for MSIS-1 8.5.28.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is pov 0 51981 turned ON. 8.5.28.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A11-10 in bay A and relay C11-10 in bay C. 1j '0V 0 51931 2.7 A0V 0 51981 3M/NOV 0 51981 4 N/Nov 0 51981 8.5.28.3 In bay 6 (7. 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Solid State Relay V 0 5 ISB1 SSRIA(SSR2A,SSR3A,SSR4A). i 2 h/ NOV 0 51981 M A0V 0 51981 4M/NOV 0 51981 1 2PE-358-01 Rev. 0
. Page 282 of 579 San Onofre Unit 2 0 FFICMi. TEST CO.Py
. ._ __ ...._.m .
7 Verified by
' Initial /Dato 8.5.28.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). I p0V 0 5 21
- 28ADV 0 5 581 3 &/h0V 0 5 581 4 @/NOV 0 5 B81 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module.
8.5.28.5 Rotate the system channel trip rotary switch to "MSIS-1". f
,,. c .
8.5.28.6 Rotate the RPS channel trip rotary switch to 1- .Qd NOV position 0FF. / 0 5 B81 8.5.28.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 /DV 0 5 sal 2g p0y 0 5 E81 3 @/iDV 0 51981 4 M/h0V 0 5 881 2FE-358-01
- v. 0
. Je 283 o,f 579 San Onofre Unit 2 r'
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Verified by Initial /Date 8.5.28.8 Reset the test equipment timer. I p0v 0 5 581 2 M/Nov 0 51981 3 M;0v/ 0 51981 4 MA0V 0 51981 8.5.28.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then NOV 0 51981 release. 1 / g q joV WN' 3 9 tiDV 0 51$31 4 YF0V 0 51981 (( 8.5.28.10 After the relays have changes state and the digital timer incrementing has stor, ped, record the elapsed time in Section 10. Table 5, step 10.5.17.4 (10.5.18.4, 10.5.19.4, 10.5.20.4). 1 -[y0V 0 51981 2 Y/tiDV 0 5 1981 3 N/iDV 0 51931 4 @/tiov 0 51931 i NOTE Do not break down the test setup. 2PE-358-01 l Rev. 0 Page 284 af 579 San Onofre Unit 2 , W. l . : .+; :Mu h.....,..ai.:.y ? ty;pw ( woi Y d h 8 l l-- - ..-.. . : . _ _ -, , 7.-,, ~ ,
_ - . ~ . . _ . _ . - . . . Verified by Initial /Dat'a l 8.5.29 CD Matrix for PSIS-1 8.5.29.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. pov 0 5 m 8.5.29.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the CD matrix lights in the ESF section of the bistable control panel for relay C11-11 g NOV 0 51981 in bay C and relay D11-10 in bay D.. 1 7 2 ,gp0V 0 51931 3 @/ icy 0 51981 4 @ADV 0 51981 ( 8.5.29.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave
~
the optical pickup setup connected to contacts 34 and 36 on terminal strip TB65 (TB75. TB55, l TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1 p0V 0 51981 l 2 W/iDV 0 51981 l 3 MOV 0 51981 4 IPOV 0 51931 l l l - 2PE-358-01
. ~
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- Page285 of 579
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Verified by Initial /Date 8.5.29.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the (, optical pickup setup connected to contacts 34 and 36 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR38, SSR4B). I hiDV 0 51981 2 Q#pDV 0 51981 3 Y/NOV 0 51981 4 yp0V 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module. 8.5.29.5 Rotate the system channel trip rotary switch p0V 0 51981 to "HSIS-1". 8.5.29.6 Rotate the RPS channel trip rotary switch to p0V 0 51981 position OFF. 8.5.29.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 / NOV 0 51981 2 $f0V 0 51981 37/ NOV 05 1981 4 $p0V 0 5198. l 2PE-358-01 Rev. 0 Page 286 of 579 San Onofre Unit 2 ll(
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Verified by Initial /Date 8.5.29.8 Reset the test equipment timer. I p0V 0 51981 2 6 0 0V / 0 5 581 3 M/rioV 0 51981 4 91r/av 0 51981 8.5.29.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then 1 @p0V 0 51981 release.
- 2 @p0V 0 51981 3 T-/riov 0 51981' 4 I /40V05BB1
( 8.5.29.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5 step 10.5.17.5 (10.5.18.5, 10.5.19.5, 10.5.20.5). 1 -Y /fiOV 0 51981 2 @t/JV 0 5 taal 3 M /;0V 0 5 B31 4 yp0V 0 51931 NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 287 of 579 San Onofre Unit 2 r'
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Verified by Initial /Date 8.5.30 AD Matrix for MSIS-1 8.5.30.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. /NOV 0 5 B61 8.5.30.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of
- the bistable control panel for relay A11-11 in bay A and relay D11-11 in bay D. I f 2 Y /riOV 0 5 E31 3 8 /;0v 0 5 1931
- 4 Myov 0 51981
( 8.5.30.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on terminal strip T865 (TB75, TB55, TB85). This monitors contacts on the Solid .DV 0 51981 State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1 2M A0V 0 51931 3 I /tiDV 0 5 1931 4 TF0V 0 51931 l 2PE-358-01 Rev. 0 Page 288 of 579 4 f San Onofre Unit 2 Ofrfcp m% u m.0PY
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Verified by Initial /Date 8.5.30.4 In bay 5 (8,6,7) of cabi' net B (2LO35), leave the optical pickup setup connected to contacts [. 34 and 36 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid l State Relay SSR1B (SSR28, SSR38. SSR4B). 1 2 @A0V 0 51981 3 @jNOV 0 51981 4 04 NOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.30.5 Rotate the system channel trip rotary switch to "MSIS-1". / OV 0 5 El 8.5.30.6 Rotate the RPS channel trip rotary switch to (' ' ~ position 0FF. @ fiDV 0 51981 8.5.30.7 Rotate the relay trip switch to position number 1 (2, 3, 4). I f ' 2 @I 3y/ 0 51981 3 y93y 0 51981 4 M NOV / 0 51981 2PE-358-01 Rev. 0 Page 289 of 579 San Onofre' Unit 2 c 0FFICiA!. TEST COPY
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Verified by Initial /Date I 8.5.30.8 Reset the test equipment timer. 1 [ 2 M /NOV 0 51981 3 ff0V05El 4 @A0V 0 51981 8.5.30.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then NOV 0 51981 release. 1 / 2 &p0V O 5 El 3 @/ Nov 0 51931 4 & ADV 0 51981 8.5.30.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5 step 10.5.17.6 (10.5.18.6, 10.5.19.6, 10.5.20.6). 1
- pW 0 51981 2 @/NOV 0 51931 3 M/NOV 0 51981 4 NE0V 0 51981 l
NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 Page 290 of 579
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Initial /Date 4 s . 8.5.31 AB Matrix for MSIS-2 _ 8.5.31.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is OV 0 51881 turned ON. 8.5.31.2 Move the optical ends of the two " START" pickup caoles of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay A12-9 in bay A and relay D12-9 in bay B.- 1 @)iDV 0 5 El 2 M3V 0 51981 3y pay 0 51381 r 4,Mif0V 0 51881 (( 8.5.31.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB65 (TB75,1855 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). I ff0V 0 51981 2 @ fiDV 0 51981 3 M/ NOV 0 51981 4 $p0V 0 51981 2PE-358-01 Rev. 0
.- Page 291 of 579 San Onofre Unit 2
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Verified by Initial /Dat'a 8.5.30.8 Reset the test equipment timer. 1 DV 0 5 3 2 M /NOV 0 5198 3 &f 0v 0 5 E81 4 @A;0V 0 51981 8.5.30.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. NOV 0 5 W1 1 / 2 & p0y05 M1 3 Y/ Nov 0 5 Iti 4 5 F0V05 ml 8.5.30.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.17.6 (10.5.18.6, 10.5.19.6, 10.5.20.6). 1 [OV 0 5 Bat 2-@-/NOV 0 51931 3 M/Nov 0 51981 l 4 NEDV 0 51981 l l NOTE 1 Do not break down the test setup. 2PE-358-01
, Rev. 0 Page 299 of 579
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u -- L Virifiecl Initial L ( -. 1 i 8.5.31 AB Matrix for MSIS-2 d N 8.5.31.1 Verify that the C-E RTT test equipment is gr turned ON and the PPS Test Power Supply is h l turned ON. f l ll 8.5.31.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to g the AB matrix lights in the ESF section of h the bistable control panel for relay A12-9 f in bay A and relay D12-9 in bay B. I h f' ( 2M3
$ 3M EC 4 M WC l 8.5.31.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave l
3 the optical pickup setup connected to contacts l 34 and 36 on terminal strip TB65 (TB75. TB55, k TB85). This monitors contacts on the Solid { I State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1 E 2:p p
. 3 M/l 4 M PO l ! ,
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terified by Initial /Datt 8.5.31.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the p i optical pickup setup connected to contacts 24 and 36 on terminal strip TB55 (TB85. TB65, TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1 POV 0 51981 2 MiOV 0 51981 3 MkOV 0 5 581 4 @h0V 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay A on the AB matrix module.
~
S.5.31.5 Rotate the system channel trip rotary switch to "MSIS-2". p0V 0 5 881 8.5.31.6 Rotate the RPS channel trip rotary switch to DV 0 5 881 position 0FF. y / 8.5.31.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 EDV 0 5 581 2 @) icy 0 5 581 3 Maf3V 0 5 E81 4 C M A 0v 0 5 E81 i 2PE-358-01 Rev. 0 Page292 of 579 San Onofre' Unit 2 ( OFFICf!R TEST C'0PY
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. 8.5.31.8 Reset the test equipment timer. 1 y0V 0 51981 2M@v 0 51981 3@NDV 0 51981 4 MA0v 0 51931 8.5.31.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. I h/ NOV 0 51981 2MMy 0 51981 3 MADV 0 51981 4 ,Qd pov 0 51981 8.5.31.10 After the relays have changes state and the digital timer incrementing has stopped, reconi the elapsed time in Section 10. Table 5, step 10.5.21.1 (10.5.22.1, 10.5.23.1, 10.5.24.1). 1 @p0V 0 5 21 2 yJrgy 0 51981 3YW0y 0 51 sat
, 4 Qd f/0V 0 51981 l NOTE Do not break down the test setup. 2PE-358-01 Rev. C
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Page 293 of 579 San Onofre Unit 2 OFRCil!L TEST COPY 7 - .-- y - - .. .
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Verified by Initial /Date s 8.5.32 BC Matrix for HSIS-2 8.5.32.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. /NOV 0 51981 8.5.32.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section of the bistable control panel ~ for relay B12-10 in bay B and relay C12-9 in bay C.- I Q'0V 0 5 m1 2 C)G JV / 0 51931 3 Tyov 0 51981 47 rpy 0 51981 (( 8.5.32.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave l the optical pickup setup connected to contacts 34 and 36 on teminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1 90V 0 51931 2 %)v 0 51981 3 -QCff0V 0 51981 4 9 Nov 0 51981 ' 2PE-358-01 Rev. 0
- Page 294 of 579 r
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Initial /Date 8.5.32.4 In bay 5 (8.6.7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts {(, 34 and 36 on teminal strip TB55 (TB85. TB65 TB75). This monitors contacts on the Solid State Relay SSR1B (SSR2B, SSR3B, SSR48). 1 GV 0 51981 2Mf0V 0 51981 3 730V 0 51981 4 gy 0 5 21 NOTE The following three steps refer to switches in the PPScabinet(2LO32)inthefrontofBayBonthe BC matrix module. 8.5.32.5 Rotate the system channel trip rotary switch
'0V 0 51981 to "MSIS-2".
I 8.5.32.6 Rotate the RPS channel trip rotary switch to position 0FF. -@0V 0 5 21 8.5.32.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 70V 0 51981 2 Ytf0V 0 51981 3 GJpov 0 51981 4_MfJV 0 51931 f 2PE-358-01 Rev. 0 Page 295 of 579 San Onofre Unit 2 l
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Verified by Initial /Date 8.5.32.8 Reset the test equipment timer. 1 Ppv 0 51981 2 N inu n = gg; 3 knov 0 5 581 4Y/NOV 0 5 581 8.5.32.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then pov 0 5 E81 release. I
, 2 MA0v 0 5 581 3 Minv 0 5 381 4 ylpDV 0 5 B31 8.5.32.10 After the relays have changes state and the
(~ digital timer incrementing has stopped, record i the. elapsed time in Section 10, Table 5, step 10.5.21.2 (10.5.22.2, 10.5.23.2, 10.5.24.2). 1- pov 0 5 881 2 IX0v 0 5 E81 3 M A y n " E81 4 0hf0V 0 5 581 l NOTE Do not break down the test setup. 2FE-358-01 Rev. 0 Page 296 of 579 San Onofre Unit 2 lt' O4 c!C?" #a vr
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Verified by Initial /Date 8.5.33 BD Matrix for MSIS-2 8.5.33.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. i B.5.33.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for relay B12-11 in bay B and relay D12-9 in bay D. 1, pV 0 51981 2.Y40V 0 51381 3 MWOV 0 51981 4 $;pV 0 51981 (} 8.5.33.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical. pickup setup connected to contacts
- 34 and 36 on tenninal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). I j0V 0 5 M l
2 @WOV 0 51381 3 jfiDV 0 51981
. 4 y tjoV 0 51981 l
l 2PE-358-01
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Rev. 0 Page 297 of 579 (, San Onofre Unit 2 On k.i JSiCOPY
KWuvEty Initial /Date 8.5.33.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts
.() - 34 and 36 on teminal strip TB55 (TB85, TB65 '\
TB75). This monitors contacts on the Solid NOV 0 51981 State Relay SSRIB (SSR2B, SSR3B, SSR48). 1 284V 0 51981 3 @/iOV 0 51981 4 $0V 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BD matrix module. 8.5.33.5 Rotate the system channel trip rotary switch 05m to "MSIS-2". / f 8.5.33.6 Rotate the RPS channel trip rotary switch to ,,
.- position OFF. f 8.5.33.7 Rotate the relay trip switch to position 3,8NOV 0 51981 number 1 (2, 3, 4). 1 /
2 @ V 0 51981 3 9/NOV 0 51981 4 ddNOV 0 51981
- 2PE-358-01 Rev. 0 Page 298 of 579 San Onofre Unit 2
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- Initial /Dato 8 5.33.8 Reset the test equipment timer. 1 O NOV 0 51981 2 O/50v 0 51981 3 @ov o s 1981 4 My 0 51981 8.5.33.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then NOV 0 5 E81 release. 1 /
2 Y E0v 0 51981 3 @hy o n jggi 4 O # (OV 0 5 E31 8.5.33.10 After the relays hve changes state and the (!. - digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step 10.5.21.3 (10.5.22.3, 10.5.23.3, 10.5.24.3). 1 y0V 0 5 B81 2d8p0V 0 51881 3 Nyov 0 51981 4 ,ypy 05 S NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 Page 299 of 579 San Onofre Unit 2
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Initial /Date i 8.5.34 AC Matrix for MSIS-2 8.5.34.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is ,0V 0 51981 turned ON. / 8.5.34.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A12-10 iOV 0 51381 in bay A and relay C12-11 in bay C. 1 / 2 $pov 0 51381 3 Myov 0 51981 4 @ /iOV0 5 El f y-
- l. 8.5.34.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). I p0V 0 5 2 2 @E0v 0 51981 3 fp0V 0 51981 47/NOV 0 51981 1
l 2PE-358-01 Rev. 0 l Page 300 of 579
- , San Onofre Unit 2 0MCw'n t~eu copy
Verified by Initial /Date , 8.5.34.4 Inbay5(8,6,7)ofcabinetB(2LO35),leavethe optical pickup setup connected to contacts 34 and 36 on teminal strip TB55 (TB85, B65, TB75). This monitors contacts on the Solid h'0V 0 5 W1 State Relay SSR1B (SSR28, SSR3B, SSR4B). I 2 U'j0V r 0 51981 3 MOV 0 51981 4 f/iOV 0 51981 NOTE The following three steps refer to switches in the ' PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. 8.5.34.5 Rotate the system channel trip rotary switch NOV 0 51981
'I to "MSIS-2". /
8.5.34.6 Rotate the RPS channel trip rotary switch to position 0FF. 50V 0 51831 8.5.34.7 Rotate the relay trip switch to position Y '0V J 0 51981 number 1 (2, 3, 4). 1 2 -QiOV 0 51981 3 WMpV 0 51981 4 Mh0V 0 51981 e 2PE-358-01 Rev. 0 Page 301 of 579 San Onofre Unit 2 ([g '.., %~ ~ .. m u
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Verified by Initial /Date N 8.5.34.8 Reset the test equipment timer. I p0V 0 5 581 2 7 F 0V 0 5 1981 3 &A0v 0 5 381 4 @/NOV 0 51981 8.5.34.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1 yv 0 5 581 2Mp0V 0 51981 3 T ,0Vf 0 5 Gal 4 2/Nov 0 5 BB1 3 8.5.34.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5. . step 10.5.21.4 (10.5.22.4, 10.5.23.4, 10.5.24.4). 1 yov 0 51981 2 MOV 0 5 sat 3 M/Nov 0 51981 4 7 A0v 0 5 sal NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 302 of 579
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8.5.35 CD Matrix for MSIS-2 8.5.35.1 Verify that the C-E RTT test equipment is
"- turned ON and the PPS Test Power Supply is
' n0V 0 51981 turned DN. 4 8.5.35.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to
- the CD matrix lights in the ESF section of the bistable control panel for relay C12-11 in bay C and relay 012-10 in bay.D. 1 /
2 ~@iDV 0 5 E81 3 O40v 0 51981 [, 4d f/ VNO0 51981 ( 8.5.35.3 In bay 6 (7. 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Solid pov 0 51981 State Relay SSRIA (SSR2A, SSR3A, SSR4A). I 2 M/hDV 0 51981 3 N/nov 0 51981 4Y/NOV 0 51381 l t
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Verified by Initial /Dato 8.5.35.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 34 and 36 on teminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSR1B (SSR28, SSR3B, SSR4B). I hp0V 0 51981 2 $NOV 0 51981 3 @A0V 0 51981 4 @/NOV 0 51981 _ NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module. 8.5.35.5 Rotate the system channel trip rotary switch to "MSIS-2". If0V 0 51981 ([ 8.5.35.6 Rotate the RPS channel trip rotary switch to position DFF. Y/ OVN 0 51981 8.5.35.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1- / DV 0 5 at 2 dAA0V 0 51981 3 7f 0V 0 51981 4 @/h0V 0 51981 I -
.
- 2PE-358-01 Rev. 0 Page 304 of 579
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Verified by Initial /Date (' 4 8.5.35.8 Reset the test equipment timer. 1@f ' 2 M/Nov 0 51981 3 M/NOV 0 51981 4 7 A'0V 0 51981 8.5.35.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. Id y0V 0 51981 2 M/40V 0 51981 3 &/Nov 0 51981 4 MbOV 0 51981 8.5.35.10 After the relays have changes state and the digital timer incrementing has stopped, record i the elapsed time in Section 10. Table 5, step 10.5.21.5 (10.5.22.'5, 10.5.23.5, 10.5.24.5). 1 A0v 0 51981 2 @fiDV 0 51981 3 @/iov 0 51981 4 MW3v 0 51981 NOTE Do not break down the test setup. 2PE-358 '01 Rev. 0 Page305 of 579
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Verified by Initial /Date 8.5.36 AD Hatrix for MSIS-2 - 8.5.36.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. gp;r f/0V 0 51981 8.5.36.2 Nove the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of the bistable control panel for relay A12-11 in bay A and relay D12-11 in bay'D. idyp 40V 0 51931 281< POV 0 51321 3/vh' kov 0 51981 ( 4/dF F0V 0 51981 8.5.36.3 In bay 6 (7, T. 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 34 and 36 on terminal strip TB65 (1875. TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1//J:(if)v 0 5 El 2.701r t/Dy 0 5 $1 3hy /iov 0 51981 4//F #0V 0 51381 2PE-358-01 Rev. 0
- Page 306 of 579 San Onofre Unit 2 i
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. . m-Initial /Date 8.5.36.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the I optical pickup setup connected to contacts
\ 34 and 36 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSR1B (SSR28, SSR3B, SSR48). 1/#y A0V 0 51981 2MV / NOV 0 51981 3hy / Nov 0 51981
(/#F / Nov 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.36.5 Rotate the system channel trip rotary switch to "MSIS-2". ,/vy /Nov 0 51981
.I ,
8.5.36.6 Rotate the RPS channel trip rotary switch to position 0FF. /## /Nov 0 51981 8.5.36.7 Rotate the relay trip switch'to position number 1 (2, 3, 4). 1//f/ /Nov 0 51381 2IJF / Nov 0 51981 34fJr / Nov 0 51981 4//W E0v 0 51331 l l 2PE-358-01 Rev. 0 Page 307 of 579 l San Onofre Unit 2 op ATIOI'I N5 0IG18!Mif$7ff, n., . .- . . _ _ , - . , . -
Verified by Initial /Date 8.5.36.8 Reset the test equipment timer. L/dW / N0y 0 5 El l 2 YOW / NOV 0 5 $1 3/#F /enun5 31 4._p#W /NOV 0 5 31 8.5.36.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1/JY /tiDV 0 5 EM 2Fv77 /NOV 0 5 El 34F /riOV 0 s 1g33 4YtW / iDVl 0 51351 I 8.5.36.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.21.6(10.5.22.6,10.5.23.6,10.5.24.6). 1[0b F0V 0 5 El 270 M' F0V 0 51931 3.[//F F0V 0 5 El 4//F /iDV 0 51931 NOTE Do not break down the test setup. 1 2PE-358-01 Rev. 0 Page 308 of 579 San Onofre Unit 2 f 0 FRCIAL TEST COPY n ;. 7..,...--... .
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Verified'by ~ Initial /Date 8.5.37 AB Matrix for EFAS-1 8.5.37.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. M F /Nov 0 5 31 8.5.37.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay A21-1 in bay A and relay B21-1 in bay B. 18# X0V 0 5 31 ! 2My W0y 0 51981 38/r WOV05 E1
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48W f/DV 0 5 21 8.5.37.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), connect the optical pickup setup to contacts
- 37 and 39 on terminal strip TB65 (TB75. TB55, TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1/f/24/v o s n31 2//yNpy051931 3H71r frJV 0 5 31 4M;y fj0v 0 51981 2PE-358-01 Rev. 0
- Page 309 of 5'19 San Onofre Unit 2
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Verified by Initial /Date 8.5.37.4 In bay 5 (8,6,7) of cabinet B (2LO35), connect the optical pickup setup to contacts 37 and 39 on teminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR28, SSR3B, SSR4B). 18F /NOV 0 5 381 2/rF / NOV 0 5 381 3//y / NOV 0 51981 4,Vgv / NOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay A on the AB matrix module. 8.5.37.5 Rotate the system channel trip rotary switch to "EFAS-1". 48/>' / NOV 0 51981 ( 8.5.37.6 Rotate the RPS channel trip rotary switch to position 0FF. //fr A;0V 0 513t1 8.5.37.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1[82:' BiDV 0 51961 2/t)y 50V 0 51931 i 3//>r' ADV 0 51981 ( Ed 77 F0V 0 5 581 L l 2PE-358-01 Rev. 0 Page 310 of 579
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Verified by Initial /Date l 8.5.37.8 Reset the test equipment timer. D'ar inv o s a 281# ADV 0 51831
. 3/pF Aiov 0 51981 4.f//r A ov o x 1921 8.5.37.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then
~
release. IAV A0v 0 51931 2/8lf' F0v 0 51931 3 YOW 5oy 0 51981 4)/#F A0v 0 51931
-' 8.5.37.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.25.1 (10.5.26.1, 10.5.27.1, 10.5.28.1). 1/pr iby 0 51931 Zd')r r,0v 0 51381 3ff/pr @v 0 51981 4)(ppy /iov 0 51981 NOTE Do not break down the test setup.
i l 2PE-358-01 Rev. O
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Verified by Initial /Date Sci 0A 8.5.38 BC Matrix for EFAS-1 FITNESS POINT Section No T:o Para No. f:f: 3r 8.5.38.1 Verify that the C-E RTT test equipment is IT # turned ON and the PPS Test Power Supply is turned ON. . /NOV 0 51981 8.5.38.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section of the bistable control panel for relay B21-2 in bay B and relay C21-1 in bay C.- Id# /ev o s 1981 EfW/'If0V 0 513!1 3fSF /NOV 0 51931 4Mh/ KOV 0 51981 (( 8.5.38.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 37 and 39 on tenninal strip TB65 (TB75. TB55, TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1//A' yev 0 51981 2/#77 YOV 0 51981 38F /Nov 0 51981 487/ yov 0 51981 2PE-358-01 Rev. 0
- Page 312 of 579 San Onofre Unit 2
( OAEisua?STCOPY
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WrWUmrEy Initial /Date 8.5.38.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the (f optical pickup setup connected to contacts 37 and 39 on teminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1[W /NOV 0 51981 2//77// NOV 0 51981 3/(/h/ /NOV 0 51981
- 4gdfy if0V 0 51981 NOTE The following three steps refer to switches in the '
PPS cabinet (2LO32) in the front of Bay B on the BC matrix module. 8.5.38.5 Rotate the system channel trip rotary switch to "EFAS-1". N?r /Nov 0 51981 (f 8.5.38.6 Rotate the RPS channel trip rotary switch to position 0FF. 87V ADV 0 51981 8.5.38.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 18)y ADV 0 51981 I 2$(/17 l3V 0 51951 3Mfr / NOV 0 51981 4MJ/lInyoxjggj 2PE-358-01 Rev. 0 Page 313 of 579 San Onofre Unit 2
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OGr1Tieu py' Initial /Date. ((r 8.5.38.8 Reset the test equipment timer. 1[/Jr /NOV 0 2X6W k;0V 0 i 3Y0}YNOV0j 4ffVlNOV0l 8.5.38.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 18/rA0y1
. 287F"fiDV0!
3MF Aav 0 (YOW fCV0l 8.5.38.10 After the relays have changes state and the (f (
. digital timer incrementing has stopped, record the elapsed time in Section 10, T6ble 5, step 10.5.25.2 (10.5.26.2, 10.5.27.2, 10.5.28.2). 1[#1y fiOV0 2,(6?YDV 0_\
3h77 WV 0 ! 4Y9Wthy 0 s NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 Page 314 of
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Verified by Initial /Date [~ 8.5.39 BD Matrix for EFAS-1 8.5.39.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. M' hv 0 5 till 8.5.39.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF ssetion of the bistable control panel for relay B21-3 in bay B and relay D21-1 in bay D. 18/r tr)v 0 51321 2)(f y jt.0V 0 5 G 387/ / 0v 0 513; I, 4MF ADV 0 5133: 8.5.39.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 37 and 39 on teminal strip TB65 (T875, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). Ig/J rgy / 0 51931 2 [f F A DV 0 5 1 3.[##/A0v0sg 4f//r/ 70V 0 51931 l 2PE-358-01 Rev. 0 Page 315 of 579 (. San Onofre Unit p p f- c e s p o .*
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Verified by Initial /Date 8.5.39.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 37 and 39 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid StateRelaySSRIB(SSR28,SSR3B,SSR4B). 1[/F / NOV 0 51981 2YdW /Nov 0 51g81 3//w Jiov 0 51981 4ggy / NOV 0 5193( NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BD matrix module. 8.5.39.5 Rotate the system channel trip rotary' switch to "EFAS-1". [tF / ovN 0 51931 k 8.5.39.6 Rotate the RPS channel trip rotary switch to position 0FF. [dW / NOV 0 5198 8.5.39.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1/#F /NOV 0 51981 2/4'y /iOV 0 51931 3ffF/ ov N0 51981 4/f71// NOV 0 51331 2PE-358-01 Rev. 0 Page 316 Of SD San Onofre Unit 2 0FF!Cin TEST COPY
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Verified by Initial /Date 8.5.39.8 Reset the test equipment timer. INFifDV 0 s 31 2/#7//NOV 0 51981 3//?r'/NOV 0 5 El 4Y/77 ADV 0 5 31 8.5.39.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 18//' /NOV 0 51331 g8y'/ NOV 0 51981 3///# /NOV 0 51981 4/#7;'/ Nov 0 51931 8.5.39.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step 10.5.25.3 (10.5.26.3, 10.5.27.3, 10.5.28.3). Ivf?F T,DV 0 51931 244/7;' /NOV 0 51931 38')r / NOV 0 51931 4/W /;ov 0 51931 NOTE Do not break down the test setup. ( 2PE-358-01 Rev. O Page 317 of 579 San Onofre Unit 2 0FFICIAL TEST ~ COPY
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Verified by Initial /Date 8.5.40 AC Matrix for EFAS-1 8.5.40.1 Verify that the C-E RTT test equipment is turned ON and the PPS' Test Power Supply is turned ON. .MF knv n m 8.5.40.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A21-2 in bay A and relay C21-2 in bay C. 1/t'ir /Nnv n n 2//77 /NOV 0 9 3R'97;'FDV 0 5 g 4d2V /NOV 0 5 8.5.40.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 37 and 39 on terminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1[/JV/NOV05 I 2 M //~the o n 1 3/(/F/NOV 0 5 4)(pF /NOV 0 5 l 2PE-358-01 Rev. O Page 316 of 5' {, San Onofrs Un E ; .$ , Jih- M fau. C) c T,
Verified by Initial /Date 8.5.40.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 37 and 39 on terminal strip TB55 (TB85, TB65,- TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1///r /NOV 0 51931 281r /#V 0 51sa 381/ /h0V 0 51931 4///F /NOV 0 51921 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. 8.5.40.5 Rotate ~ the system channel trip rotary switch to "EFAS-1". MJr fiOV 0 51331 ( 8.5.40.6 Rotate the RPS channel trip rotary switch to position 0FF. Mfi/ ADV 0 51931 8.5.40.7 Rotate the relay trip switch to position nuraber 1 (2, 3, 4). Idh' fiDV 0 51931 2//7/ /NOV 0 51331 3///r /;0v 0 51931 4)'N/ K0V 0 51331 2PE-358-01
, Rev. O Page 319 of 579 San Onofre Unit 2 ne.,
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Verified by Initial /Date 1/#y /NOV 0 5 $81 8.5.40.8 Reset the test equipment timer. 2/#1r /NOV 0 51981 3h3/ / Nov 0 51381 4//77/;nyosggg 8.5.40.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. Ihfr /tiOV 0 5 E31 2M77 /,0V 0 51931 3M/V / NOV 0 51331 4fyN/ /;ov o s 339 8.5.40.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.25.4 (10.5.26.4, 10.5.27.4, 10.5.28.4). 1/#r/ /liDV 0 51331 2YO1Y dnu n r 13y 3.hM' liDV 0 513?1 (N2/ F0V 0 51331 l l NOTE i Do not break down the test setup. 2PE-358-01 Rev. 0 Page 320 of 579 l
.. San Onofre Unit 2 0E?lCthL TEST COP - - ----- 7. y. .. ., . . . _ , . _ _ _ _ . . . , , _ _ . . , . , _ _ , . . . . , , , , , , , , . ,
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_ . . _ . - - . . a.- . . . . . .z. o :. :. .- . Initial /Date l l l l l 8.5.41 AR Matrix for EFAS-1 8.5.41.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. /#F /NOV 0 51981 C 8.5.41.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the CD matrix lights in the ESF section of the bistable control panel for relay C21-3 in bay C and relay D21-2 in bay D. IMF /NOV ') 51931 2/#77 /h0V 0 51931 3f07V A0V 0 51931 ( 4/87/ /fiov 0 51931 8.5.41.3 In bay 6 (7. 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 37 and 39 on terminal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1((/1// /iov 0 51931 26/fr ADV 0 51331 38/F/NOV 0 51981 4 / #) F A DV 0 5 1931 2PE-358-01 Rev. 0
. Page 321 of 579 San Onofre Unit 2
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Verified by Initial /Date k 8.5.41.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 37 and :;9 on teminal strip TBS 5 (TB85 TB65 TB75). This monitors contacts on the Solid State Ralay SSR1B (SSR2B, SSR3B, SSR4B). 1[W / NOV 0 51981 2MV / NOV 0 51981 3fb'/ NOV 0 5 331
- 48h' / Nov 0 5 ngt NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module.
8.5.41.5 Rotate the system channel trip rotary switch to "EFAS-1". //2V /NOV 0 5 581 i 8.5.41.6 Rotate the RPS channel trip rotary switch to ' (( position 0FF. //9//t:0V 0 5 381 8.5.41.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1/#7//Nov 0 5 331
- 2 n F /Anvn n 331 3f#W / NOV 0 5 H31 4$$9VliDV 0 51981 2PE-358-01 Rev. 0 Page 322 of 579 p.,t pf# I2
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, Initial /Dat E
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8.5.41.8 Reset the test equipment timer. I#F A0V @ 2YGW /tiDV Q 3Yd7/ /Nov 0 4#4*F / NON 8.5.41.9 At the PPS matrix test module, press the i RELAY HOLD pushbutton all the way in and then release. II/F/NOV E 2/07//Novj 3M/?f ADV 8 Aff ?Y / NOV ' t
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8.5.41.10 After the relays'have changes state and the
. digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5 step .
10.5.25.5(10.5.26.5,10.5.27.5,10.5.28.5). 1[#77/;0v G 2 / G W A;0V Q 3Yely INOV Q 4.fdW mv0J NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 Page 323 00 j - San Onofre i K OFFic!AL TES7 CD;
Verified by Initial /Date 8.5.42 AD Matrix for EFAS-1 8.5.42.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. 3df/ /NOV 0 51981 8.5.42.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of the bistable control panel for relay A21-3 in bay A and relay D21-3 in bay D. 1@ff FDV 0 51331 22?V/tiov 0 s 1931 l, 3/97/ /riDV 0 51381 ( 489r /tiOV 0 51931
- 8.5.~42.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave
! the optical pickup setup connected to contacts 37 and 39 on tenninal strip TB65 (TB75, TB55 TB85). This monitors cont . cts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1[////70V 0 51931 (F//t/ /riov 0 51931 3 /4 W X ov o n jgg , 48F A0v 0 K 1931 l 2PE-358-01 Rev. 0 [ Page 324 of SM
. San Onofre Unit 2 l OFEiciAi. TEST COPY l
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Verified by Initial /Date 8.5.42.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 37 and 39 on tenninal strip T855 (TB85, TB65 - TB75). This monitors contacts on the Solid State Relay SSR1B (SSR2B, SSR3B, SSR48). 1[(/F / NOV 0 5 El 28W / NOV 0 51981 3/vy / Nov 0 51981 (@F / Nov 0 51931 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.42.5 Rotate the system channel trip rotary switch to "EFAS-1". [87 / Nov 0 51331 (l - 4 8.5.42.6 Rotate the RPS channel trip rotary switch to position 0FF. ///F / NOV 0 51931 8.5.42.7 Rotate the celay trip switch to position number 1 (2, 3, 4). Ihr / Nnv 0 51381 2MF 70V 0 51981 INF / NOV 0 51981 (d7F / E0v 0 51981 i i I 2PE-358-01 Rev. 0 l , l Page 325 of 579 _ San Onofre Unit 2 [ h F *" g f: Jq : ' * *. * ? rc nMef hbi b t h$ ' f, l ya . -- . . =-
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Verified G. Initial /Da ({~- . 8.5.42.8 R set the test equipment timer. 1[(/F/NOV 2YdW /Nov 3 /0 # / Nt 4$0W / NOV 8.5.42.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1[fy / ov N 2k'oW lNos ad'v r /h0V 4ffY / Nov (( 8.5.42.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step 10.5.25.6 (10.5.26.6, 10.5.27.6, 10.5.28.6). 1.[v F / NOV 2/ftY/nm i 3 M F / renu 4//W fiDV 1 NOTE Do not break down the test setup. l l l 2PE-358-01 Rev. 0 l Page 326 0' l l I ( INFpogr r, TID'Ga
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Verified by d Initial /Date l Il . f ('(j d a Y N U y 8.5.43 AB Matrix for EFAS-2 i 8.5.43.1 Verify that the C-E RTT test equipment is k:
- r. -
turned ON and the PPS Test Power Supply is turned ON. Mh' AiOV 0 8.5.43.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to g the AB matrix lights in the ESF section of i the bistable control panel for relay A22-1 i .in bay A and relay B22-1 in bay B. Id/r'/Nov 0 f 2Ab' / tiDV i, 3 8 F /fiOV i t (( 4 @ t/ f,3V 0 i 8.5.43.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), f connect the optical pickup setup to contacts l 40 and 42 on terminal strip TB65 (TB75, TB55, [ TB85). This monitors contacts on the Solid l State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1877 fiDV 0 i W//r V0V01
; 3A7/ / fiDV I
[ 4h'#77 /tiOV 0 l I l p 2PE-358-01 Rev. 0 Page 327 of l n San Onofre t OFRC[Ai. iEST CDPy [ - 4
MrWiCn'y Initial /Date 8.5.43.4 In bay 5 (8,6,7) of cabinet B (2LO35), connect the optical pickup setup to contacts ,
'A 40 and 42 on tenninal strip TB55 (TB85, TB65, I
TB75). This monitors contacts on the Solid State Relay SSR1B (SSR2B, SSR3B, SSR4B). 1///)/' /h0V 0 51981 i 2YtW / NOV 0 51981 3/vF Aav 0 5 IS31 (P'vy A0v 0 51981 NOTE i The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay A on the
- AB matrix module.
8.5.43.5 ' Rotate the system channel trip rotary switch to'"EFAS-2".- [# # /NOV 0 5 13g1 (! - 8.5.43.6 Rotate the RPS channel trip rotary switch to position 0FF. A6/7/'/ Nov 0 51981 8.5.43.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1//7 ADV 0 51981 2//F / Nov 0 51981
~
3dy /Nov 0 s 19g1 4.//F /NOV 0 51981 4 l 2PE-358-01 nev. O Page 328 of 579 San Onofre Unit 2 I v U' FFViME.' m "fCui L~OPY 7 .-_ ._ . . , , . . _ . .
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Verified by Initial /Date 8.5.43.8 Reset the test equipment timer. 1/g7/ AiDV 0 51981 2/#F t/av 0 K mt 3$(/W / Nov 0 5135 4 f/h' / NOV 0 51331 8.5.43.9 At the pPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1Y#F (Oy 0 51931 28%' / EDY 0 513!! 3F/F / Nov 0 51931 4'////;' / h0V 0 51581 8.5.43.10 After the relays have changes state and the ([' ' digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step
- 10.5.29.1 (10.5.30.1, 10.5.31.1. 10.5.32.1). 1////r /,0V 0 51831 2N/h' /h0V 0 51931
##F /NOV 0 5.1931 4fff;' A0V 0 51931 l
NOTE i Do not break down the test setup. l 2PE-358-01 Rev. O Page 329 of 579 San Onofre Unit 2 1 5 O RC!Ji TiiST COPY
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' Verified by
. Initial /Date
((.. 8.5.44 BC Matrix for EFAS-2
. 8.5.44.1 Verify that the C-E RTT test equipment is turned ON and the P.PS ' Test Power Supply is turned ON. f)/ ADV 0 51981
! 8.5.44.2 Move the optical ends of the two " START"
pickup cables of the C-E RTT test box to 4
the BC matrix lights in the ESF section of the bistable control panel for relay B22-2 in bay B and relay C22-1 in bay C. IdV /tiDV 0 513!1 2Nff A0V 0 51981 i , ._ N#F r/JV 0 51981 yjyy fiDV05195l 8.5.44.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to
, contacts 40 and 42 on teminal strip TB65 (TB75, TB55.TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A).1[/y' /;0V 0 51331 2/JV / tmv 0 51981 3.FW f 0V 0 51331 487V F0V 0 51981 2PE-358-01 Rev. 0 Page 330 of 579 l
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Verified by Initial /Date y 8.5.44.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the {
- optical pickup setup connected to contacts 40 and 42 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1[#V /NOV 0 51981 2M/F / NOV 0 5 581 3fd#' A0V 0 5 381 48V / NOV 0 5 281 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BC matrix module.
8.5.44.5 Rotate the system channel trip rotary switch to "EFAS-2". Il/F /tiOV 0 51931 i. 8.5.44.6 Rotate the RPS channel trip rotary switch to position OFF. MF / t,0V 0 51931 8.5.44.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1/vF / NOV 0 51381 pfgy/ NOV 0 51381 , 3fif/' EDV 0 51331 (WQ}/" / tiov 0 5193g i 2PE-358-01 Rev. O Page 331 of 579 San Onofre' Unit 2 _ ,, _ ,3 g - :v; c..+. ;3 v f [ g5;gSt % ( b.U il I I r - -_-_ ._ _ . . _ . _ . . _ _ . . . . . . . _ . . _ . _ . . . . . . .. .... _ . .;...
V;rificd by Initial /Date 8.5.44.8 Reset the test equipment timer. 1/#W /iDV 0 51331 2 ft) y [ DV 0 5 1981 3/#he )IOV 0 51981 4/#y /NOV 0 5 Est 8.5.44.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. Igg')V A0v 0 51331 2f/F /;ov 0 s 1931 3Yl)V' f:0V O 519?1 44/r diov 0 51931
- y\({C . 8.5.44.10 After the relays have c.i.i...ges state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.29.2 (10.5.30.2, 10.5.31.2, 10.5.32.2). 1/d?/ /NOV 0 51331 2f3y p0V 0 51981 3/9 F / hov 0 5 Est d827'(ov051931 NOTE Do not break down the test setup.
2PE-358-01 Rev. O Page 332 of 579 San Onofre Unit 2 0FFiCiAL TEST COP'.' 7.--,-............ .
' Verified' by
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Jnitial/Dato ! l 8.5.45 BD Hatrix for EFAS-2 8.5.45.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. M/F /NOV 0 5 B81 8.6.45.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for relay B22-3 in bay B and relay D22-1 in bay D. ifb/V /Nov 0 5 Est 2//h' / Nov 0 5 Est 3/v7r / NOV 0 5 E31 4 f/ W A 0v 0 5 E31 ((.I - 8.5.45.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 40 and 42 on tenninal strip TB65 (TB75 TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1 V/V/,37 n y ggj 2/#/r / NOV 0 5 E31 3ff 7V /Nov 0 51931 4fd?,' A0v 0 51981 2PE-358-01
~
Rev. O Page 333 of 579 San Onofre Unit 2 0FFiO!Al. TEST COPY . . . . . . . .
. .. .... .L a.w Verified by l Initial /Dato l
8.5.45.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the !
- k. optical pickup setup connected to contacts 40 and 42 on terminal strip TB55 (T885 TB65, -
TB75). This monitors contacts on the Solid l State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1//F / NOV 0 5 W1 288W / Nov 0 51981 38F / hOV 0 5 El 4M?r / Nov 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BD matrix module. 8.5.45.5 Rotate the system channel trip rotary switch to "EFAS-2". /0y / NOV 0 5 El
- h. 8.5.45.6 Rotate the RPS channel trip rotary switch to position OFF. MF / wnv n 5 El 8.5.45.7 Rotate the relay trip switch to positien number 1 (2, 3, 4). 1/8F / Nov 0 5 g 2/dW/ nov 0 5 ml 390W / rmy n 5 393; 4YGW / Nov 0 51381 l
2PE-358-01 Rev. O Page 334 of 579 San Onofre Unit 2
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Veriffsd by Initial /Date 8.5.45.8 Reset the test equipment timer. 1/03e /NOV 0 51981 2/(/F / NOV 0 51931 3/#2/ A0V 0 51931 4MF /Nov 0 51981 8.5.45.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1/#);' / NOV 0 51931 2gf F /NOV 0 51331 3/#F /t,0v 0 51331 AP#x' /NOV 0 5 1381 f, 8.5.45.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step 10.5.29.3 (10.5.30.3, 10.5.31.3, 10.5.32.3). INN / renv o 51331 2/vW / NOV 0 51951 3f//714 Nov 0 51931 4/Sy /h0V 0 51331 NOTE l Do not break down the test setup.
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2PE-358-01 Rev. O Page 335 of 579 .{' San Onofre Unit 2 O r F M~ n., s .i,...ta ., - ,t-v,, P .V. g- . . . .
Verified by Initial /Dat'a ' { 8.5.46 AC Matrix for EFAS-2 8.5.46.1 Verify that the C-E RTT test equipment is turned DN and the PPS Test Power Supply is turned ON. [8)r /iov 0 5 E1 8.5.46.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A22-2 in bay A and relay C22-2 in bay C. If#V /;0v 0 51981 2ff?!' A0v 0 51931 3[#Jr' /.0v 0 51331 ,
' 48n;' /Nov 0 5 El 8.5.46.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 40 and 42 on tenainal strip TB65 (TB75. TB55 TB85). This monitors contacts on the Solid StateRelaySSRIA(SSR2A,SSR3A,SSR4A). 1/pfy /Nov 0 51981 2f//r / NOV 0 51931 3_//F Aov o e; 133;
- 4f/j#" /NOV 0 51931 2PE-358-01 f Rev. 0 Page 336 of 579 San Onofre Unit 2 f,
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Verified by Initial /Date_ 8.5.46.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts
' 40 and 42 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1((/)/ / NOV 0 51B31 2///W / NOV 0 51981 3/#W / Nov 0 51981 4.ff/V / Nov 0 51981 NOTE The following three steps refer to switches in the '
PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. , 8.5.46.5 Rotate the system channel trip rotary switch to "EFAS-2". /#'Jr / Nov 0 51931 ( ' 8.5.46.6 Rotate the RPS channel trip rotary switch to position DFF. [#7r / NOV 0 51931 8.5.46.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1,VvF /Nov 0 51931 2/#1V /Nov 0 51981 3YtTW / NOV 0 51981 48/1Y/ NOV 0 51931 2PE-358-01 Rev. 0 Page337 of 579 San Onofre Unit 2 P
- 0FFi0i/R TEST COPY
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Verified by Initial /Date J 1 j
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8.5.46.8 Reset the test equipment timer. IN/M/h0V 0 51381 2MW /NOV 0 51981 3M7/ / NOV 0 5 E81 4YdW /40V 0 5 581 8.5.46.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. Id/F /Nov 0 51931 2///W /Jov 0 51931 38F /40v 0 51931 4#W /iDV 0 51981 I( 8.5.46 10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.29.4 (10.5.30.4, 10.5.31.4, 10.5.32.4). IMF / NOV 0 5 ast 2MI1)y y0V 0 51931 3hy /iOV 0 51931 4Mvt /NOV 0 51931 j NOTE Do not break down the test setup. 2PE-358-01 Rev. O Jge 3k,of 579 INF0PJ//'ilesan ,o}norre unit Y N O T F 0 >: Lute:'"."'4;"rt
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Verified by Initial /Date s. 8.5.47 CD Matrix for EFAS-2 8.5.47.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. [#')r / Nov 0 51931 8.5.47.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay C22-3 in bay C and relay D22-2 in bay D. If/W' / Nov 0 51981 2/fF / hov 0 51931 3///F / NOV 0 51931 I '- 48F / Nov 0 51931 8.5.47.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 40 and 42 on terminal strip TB65 (TB75 TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). IfvT / NOV O_51331 l l g/F /NOV 0 51331 34)r / NOV 0 51831 4diV / NOV 0 51331 l t l 2PE-358-01 Rev. 0 Page 339 of 579 San Onofre Unit 2 i l 0FFl01AL TEST COPY
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Verified by Initial /Date 8.5.47.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts
' 40 and 42 on terminal strip T855 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR48). 81/y A0v 0 51981 2k'd W /Nov 0 5 1991 3M//V / NOV 0 5 $81 4YGW F0V 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module.
8.5.47,5 notate the system channel trip rotary switch f Io "EFAS-2". [fff / iOV 0 51931 E
' /
l* 8.5.47.6 Rotate the RPS channel trip rotary switch to position 0FF. /#W kne n 5 gj 8.5.47.7 Rotate the relay trip twitch to position number 1 (2, 3, 4). II/)f /tav 0 51361 2bW / NOV 0 5 ngt 3##2r / Nov 0 51931 4/gt/ ADV 0 5 $1 2PE-358-01 Rev. O Page 340 of 579
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V2rified by Initial /Dat7 l 8.5.47.8 Reset the test equipment timer. IINV A0v 0 51981 2fSW Aov 0 51981
##1V / Nov 0 51981 4/#1V / Nov o n 1933 8.5.47.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1//r/ /sov 0 51931 24/7 X0v05 IBM 3///r / NOV 0 51981 48W / Nov 0 51931 8.5.47.10 After the relays have changes state and the
((I . digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step
- 10. 5. 29 . 5 (10. 5. 30.~ 5 , 10.5. 31.5 , 10. 5.32. 5 ) . Ldf /Nov 0 51931 2/#11' Acv 0 51961 d#9V/reov o n 193; 4,[#f7 K0y 0 51331 NOTE Do not break down the test setup.
2PE-358-01 . _ . _ . . _
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Rev. O Page 341 of 579 San Onofre Unit 2 0a~lCiliL TEST Copy
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Verified by Initial /Date 8.2.1.9 Observe the amplifier offset voltage now
'I displayed on the Digital Voltmeter. If k ,
indication is other than zero volts, adjust the Amplifer Trim Potenticzneter (screw $ river adjust below TRIM toggle switch) on the Test Instrment frcnt panel for zero volts . offset. TE-0112-1 (TE-Il2HA) A ,/ TE-Oll2-2 (E-ll2HB) B / E-0112-3 (TE-ll2HC) C / TE-Oll2-4 (TE-ll2HD) D. / 8.2.1.10 'Iurn the VOLTA $E ADIUSTMDE potenticrneter cn the Test Instrment frcnt panel counterclockwise to its minim m setting. 2 TE-0112-1 (TE-112HA) A /
'IE-Oll2-2 (E-112HB) B /
TE-0112-3 (TE-112HC) C / TE-0112-4 (TE-ll2HD) D / 8.2.1.11 Positicn the CURRDC switch cn the 'Ibst Instrment ) to IG. Q TE-0112-1 (TE-112HA) A / TE-0112-2 (TE-112HB) B / TE-0112-3 (TE-ll2HC) C / E-0112-4 (TE-112HD) D / 8.2.1.12 Set the Resistance Network (five toggle switches cn the left side) on the Test Instrment front panel to within 10 ohms of the expected value l without exceeding the expected value of the Sensor resistance (420 ohns). N g TE-Oll2-1 (E-ll2HA) g") . s's A / _ E-0112-2 (TE-112HB) t . B / E-0112-3 (TE-112HC) , Y ' # b V . C / ([ TE-0112-4 (TE-ll2HD) , g@ D / h p ,- ,.,
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. Initial /Date 1
8.2.1.13 In cabinet Ir-121, remove the leads 16 and 17 ( frcm terminal strip 'IB-1. E-0112-1 (E-112HA) . A / TE-Oll2-2 (E-ll2HB) B / TE-0112-3 (TE-112HC) C / 2E-Oll2-4 (TE-ll2HD) D / NOTE Ebr most ccnsistent results, the temperature of the reactor coolant should be approximately 540'F. 8.2.1.14 Using a Digital Voltmeter, check the resistance across the above two leads to the RID. @e resistance should be approximately 420 ohms.
% e resistm ce of RID N 0ll2-1 (TE-112HA)is ohms. A /
((J %e resistance of RID TE-0112-2 (TE-112HB) is B ohns. / Be resistance of RID E0112-3 (TE-ll2HC) is C I ohms. /
%e resistance of RID TE-0112-4 (TE-ll2HD) is ohns. D / Ih Y
NOIE If the resistance is not as expected, perform a wire lead checi and specifically check the other two leads to the detector. If other leads are used to perform this test, indicate here the leads that were used and the color code of those leads.. i)
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Verified by Initial / bate fi 8.2.1.15 Connect the 'Ast Ihstrunent Sensor (bnnector
'{
(bottan and center terininal block) to the two leads that go to the RID.
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E-0112-1 (E-112HA) A / E-Oll2-2 (TE-ll2HB) B / E-Oll2-3 (TE-112HC) C / TE-0112-4 (E-112HD) D / 8.2.1.16 Balance the bridge made up of the Sensor and the Test Instrunent by using the Resistance Network to get within 10 ohns cn the low side and the Decade Resistance Element (center) to fine adjust cn the frcnt panel. TE-0112-1 (TE-ll2HA) A / TE-0112-2 (TE-112HB) B / C ( , TE-0112-3 (TE-ll2HC) / ( , E-0112-4 (TE-112HD) D / I 8.2.1.17 Positicn the Voltmeter Selector switch cn the Test Instrument front panel to B and measure and record the voltage indicated. - y TE-0112-1 (TE-ll2HA) VDC A / L TE-Oll2-2 (TE-112HB) VDC B / TE-0112-3 (TE-ll2HC) VDC C / TD-0112-4 (E-Il2HD) VDC D / 8.2.1.18 Positicn the CURRENT switch on the Test Instrunent frcnt panel to HIGH. TE-Oll2-1 (TE-ll2HA) A / TE-Oll2-2 (TE-ll2HB) B / TE-0112-3 (E-ll2HC) C / TE-0112-4 (TE-ll2HD) D / (- INFORMASirFMtm rr E"?g NOT FOR CONSTRU'UtiO'@~ 'd Mrs?' T Page 62 of 579 ' San Chofre thit 2 l
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Verified by Initial /Date (('L-8.2.1.19 Turn the VOLTAGE ADRJSnDTI potenticneter on the Wst Instrment frtnt panel to give an indicated voltage of 6.0 VDC correspmding to a current of 60 ma through the RID. TE-Oll2-1 (TE-ll2HA) A / TE-Oll2-2 (TE-ll2HB) B / TE-0112-3 (TD-112HC) C / TE-Oll2-4 (TE-ll2HD) , D / 8.2.1.20 Positicn the CURRENT switch cn the Rst Instrumnt frcnt panel to 107. TE-Oll2-1 (TE-ll2HA) A / TE-0112-2 (TE-ll2HB) B /
'IE-Oll2-3 (TE-ll2HC) C /
TE-Oll2-4 (TE-ll2HD) D / 8.2.1.21 Position the Volti 'er Selector switch cn the
%st Instrment frcnt panel to D.
([ ' TE-0112-1 (TE-ll2HA) A /
./
TE-Oll2-2 (TE-ll2HB) B /
)
'E-Oll2-3 (TE-112HC) C /
Cd TE-Oll2-4 (TE-ll2HD) D / 8.2.1.22 Balance the bridge, if necessary, using the F Decade Besistance Element cn the hst Instrment frcnt panel. TE-0112-1 (TE-ll2HA) A / TE-Oll2-2 (TE-ll2HB) B , l TE-0112-3 (TS-112HC) C / . _ _ l TE-Oll2-4 (TE-ll2HD) D / l
- 2PE-358-01 Rev. O, Page 63 of 579 f" kf'!FOR Er N. E W san cnotre twit 2 l h'OT F0R CON ,7IQT40,4 q ,,
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Verified by Initial /Date (l 8.2.1.23 Positicn the current switch on the test instnrnet to HIGH. Observe the output voltage now displapd cn the Digital Voltmeter. If the indicated voltage is less than 9.90 VDC the go to 8.2.1.25 A / _ B / c / D / 8.2.1.24 Positicn the auplifier GAIN switch comter clock-wise to the next lower gain setting tntil the output voltage on the digital voltmeter is less than 9.90 VDC. NOIE Each time the gain setting is changed, the amplifier must be retrimed using step 8.2.1.9. I t I tbw increase the amplifier GAIN switch clockwise ONE position such that the indicated voltage is 1, I greater than 9.90 VDC. Now turn the voltage adjustment potentiometer comter-clockwise until the output voltage indicates 9.90 VDC. Skip 8.2.1.25 and proceed to 8.2.1.26. A / B / c / p i itd 2PE-358-01 r k Rev. 0 9 i E $ [V 4 stC ~L ~i.l~,'. d g.kat.r
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Verified by Initial /Dato 8.2.1.25 Increase the aplifier GAIN switch clockwise l ONE positica at a time intil the output (k indicated m the digital voltmeter is greater than 9.90 V.DC. NOIE Each time the gain setting is changed, the splifier must be retrimed using step 8.2.1.9. i
'Ibrn the voltage adjust potentiometer counter-clockwise intil the digital voltmeter I indicates 9.90 V.DC.
l A / B / c / D / Y J ( . 8.2.1.26 mturn the current switch m the test t
}' instrtment frcnt panel to ILE. b
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8.2.1.27 Cbnnect the Analyzer (ELC-1) to the 'Ibst Instrtment (err-1) as follows: i 8.2.1.27.1 (bnnect the ANAIDG IN terminal m the Analyzer back panel to the CUTPUT terminal cn the Test Instrtrnent frcnt panel. TE-0112-1 (TE-ll2HA) A / TE-0112-2 . (TE-ll2HB) B / C / TE-0112-3 (TE-112HC) _ TE-Oll2-4 ('IE-ll2HD) D / - 2Pc-3ss-.01 INFOR.. W! sy W! 0U13 Sv 0 (, N,3,i Pbm. ..
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Wrified by Initial /bato 8.2.1.27.2 Connect the 3 RIGGER teminal cn the (( Malyzer back panel to the CCNIROL IN teminal cn.the Test Instrunent frcnt panel. TE-Oll2-1 (E-112HA) , A / TE-0112-2 (TE-112HB) , B / TE-Oll2-3 (TE-112HC) C / E-Oll2-4 (TE-ll2HD) D / 8.2.1.28 Plug the Malyzer into a 120 VAC power outlet. TL-0112-1 (TE-112HA) A / TE-0112-2 (TE-112HB) B / TE-0112-3 (TE-ll2HC) C / D /
.TE-0112-4 (TE-ll2HD) 8.2.1.29 Depress the OFF/ON buttcn on the Malyzer frcnt pmel to power up the Malyzer.
[* TE-Oll2-1 (TE-ll2HA) A / TE-Oll2-2 (TE-ll2HB) B / TE-0112-3 (TE-ll2HC) C /
\
TE-Oll2-4 (TE-ll2HD) D / th 8.2.1.30 verify the RED IED cn the Malyzer frcnt pmel / I indicating the Beady fede is lit. j A / TE-0112-1 (Trell2HA) B / TE-Oll2-2 (TE-ll2HB) TE-Oll2-3 (TE-ll2HC) C / TE-0112-4 (TE-ll2HD) D / INc0R"^~9 ON NOT EOR Lw >$"M ((
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3.=;. .__ . . ;_ .3_;_*3 Verified by Initial /Date 8.2.1.31 Position the A/B/C/D selector switch on the Analyzer front panel to C and verify the - panel meter displays zero. TE-0112-1 (TE-112HA) A / TE-0112-2 (TE-112HB) B /
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TE-0112-3 (TE-112HC) C / TE-0112-4 (TE-112HD) D / 8.2.1.32 Position the analyzer mode switch to AVG. Depress the START pushbutton on the Analyzer front panel and verify the RED LED on the Analyzer front panel indicating the Sample Mode lights. TE-0112-1 (TE-112HA) A / TE-0112-2 (TE-112HB) B / TE-0112-3 (TE-112HC) C / TE-0112-4 (TE-112HD) D / 8.2.1.33 After approximately 20 seconds, verify the " READY" [ ' LIGHT on the Analyzer front panel lights. Repeat 8.2.1.32 and .33 nine times until the f Red Light indicates " ANALYZER" and proceed to , 8.2.1.34. f TE-0112-1.(TE-112HA) A / g TE-0112-2 (TE-112HB) B / b TE-0112-3 (TE-112HC) C / TE-0112-4 (TE-112HD) D / j 8.2.1.34 After the RED LED on the Analyzer front panel for the Display Mode lights, position the > A/B/C/D selector switch on the Analyzer #ront
, panel to A and record the first time constant.
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2TE-0112-1 (TE-112HA) A /
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B / 2TE-0112-2 (TE-112HB) 2TE-0112-3 (TE-112HC) C / 2TE-0112 4 (TE-112hD) D / {y 2PE-358-01 INF0pr> R ONLY Rev. O NOI IOU , oil MUCI _!O T re Page)7of579 ke ',f,,jln Onofre Unit 2
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- W rified by Initial /Date 8.2.1.35 Positicn the A/B/C/D selector switch cn the
[(,[ Analyzer frcnt panel to B and record the
. seccnd time constant.
2rE-0112-1 (TE-112HA) A / 2E-0112-2 (TE-112HB) B /
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2TE-0112-3 (E-112BC) C / 2TE-0112-4 (TD-112HD) - D /
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8.2.1.36 Ibsiticn the A/B/C/D selector switch cm the Analyzer frcnt panel to D and record the total time ccnstant (including the correcticn factor). kcord also in Section 10.2, Table 2, Step 10.2.1. 2TE-0112-1 (TE-ll2PA) A / 2TE-Oll2-2 (TE-ll2HB) B / 2TE-0112-3 (5-112HC) C / 2rE-0112-4 (TD-ll2HD) D /
.)
8.2.1.37 Depress the RESET pushbutton cn the Analyzer n . (() .
.l frcnt panel. d TE-0112-1 (TE-ll2HA) -A / th TE-Oll2-2 'TE-ll2HB) B / ..e b
TE-Oll2-3 (TE-ll2HC) C / TE-Oll2-4 (TE-ll2HD) D / 8.2.1.38 Disccnnect the Sensor leads frcn the 'Itst Instrument Sensor Ccnnector and reccnnect the leads to the appropriate teminal strip. TE-Oll2-1 (TD-ll2HA) A / E-0112-2 (E-ll2HB) B _ _ _
/
TE-Oll2-3 (TE-ll2HC) C / __
- j. TE-Oll2-4 (E-ll2HD) D / _
INFORMATION ON
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Verified by Initial /Dato 8.2.1.39 Return the Sensor channel to nomal operation. A / TE-0112-1 (TE-112HA) I B / TE-0112-2 (TE-112HB) (- TE-0112-3(TE-112HC) C / D / TE-0112-4 (TE-112HD) 8.2.1.40 Deenergize the test equipment and locate at
/
cabinet L-125. 8.2.1.41 Repeat steps 8.2.1.2 through 8.2.1.12 for
/
Channel 8. 8.2.1.42 In cabinet L-125, remove leads 6 and 7 from teminal strip TB-1. Sign off at 8.2.1.138. / 8.2.1.43 Repeat steps 8.2.1.14 through 8.2.1.39 for
/
Channel 8. 8.2.1.44 Deenergize the test equipment and locate at cabinet L-129.
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8.2.1.45 Repeat steps 8.2.1.2 through 8.2.1.12 for , Channel C. / y 8.2.1.46 In Cabinet L-129, remove leads 16 and 17 from 1-teminal strip TB-1. Sign off at 8.2.1.13C. / t 8.2.1.47 Repeat steps 8.2.1.14 through 8.2.1.39 for
/
Channel C. 8.2.1.48 Deenergize the test equipment and locate at
/
cabinet L-133. 8.2.1.49 Repeat steps 8.2.1.2 through 8.2.1 12 for
/
Channel D. 2PE-358-01 l INFORIM. TION ONLY ~ NOT F )R CONSTRUCTION "*";
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8.2.1.50 In cabinet L-133 remove leads 25 and 26 from terminal strip TB-1. Sign off at 8.2.1.13D. / 8.2.1.51 Repe>'. steps 8.2.1.14 through 8.2.1.39 for Channel D. / 8.2.1.52 Deenergize the test equipment. / h a NOTE I i 6 l This part of the test will check the response time of .(d all RTD'S that provide input to the Plant Protection , System (PPS). SCE purchased test equipment will be utilized for the test and inputs will be made at the Spec. 200 cabinets. t t I E 903 bE l' _ 2PE-358-01 a v . ., E .-,.,,._, ( Rev. 0P,a,Se iQj San Onofre Unit '
_ _ _ _.. ~ .._.-.. .. , . . ,,. .-.. .__... ,m _; ._.. .. ._. Verified by Init_lal/Date ((l =E Each temperature elenent (RID) chmnel will have five (5) ccnnecticn points in the Spec. 200 cabinet. Two are the leads frcra the RID resistance elernent, two are ~ referred to as dtznmy leads and the fifth is a cable shield grotnd. NOIE Ibr best results, this test should be perfomed cnly when the plmt is at nomal operating tenperature and primary coolant flow rate. 8.2.2 RTD 'IE-9178-1 (TE-ll2CA) Oold Ieg Temperature Eleneit [ t (TE-9178-2) (TE-ll2CB) ([- (TE-9178-3) (TD-ll2CC) l!J
} , (TE-9178-4) (TD-ll2CD) t 8.2.2.1 Iocate the test equipnent at cabinet Ir-121.
l
%e test equipnent shall include the following:
I 8.2.2.1.1 %e RID Time Response Test Instrunent. / 8.2.2.1.2 %e ICSR Analyzer. / 8.2.2.1.3 Test leads (4) of sufficient length l to ccnnect the Asalyzer to the 'Iest Instrunent (2) and the Test Instrunent to the Sensor. / ( 8.2.2.1.4 Digital Voltmeter / (f ' 2PE-358-01 ( b'i t n. -
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- Verified by Initial /Dato 8.2.2.2 verify /positicn the POWER switch on the RID Time i pes;rnse 'Itst Instranent back panel to OFF (dom) .
{k' E-9178-1 (TE-ll2CA) A / TE-9178-2 (TE-ll2CB) B / T&9178-3 (TE-ll2CC) C / TE-9178-4 (E-ll2CD) D / 8.2.2.3 Verify /Ecsiticn the TRIM switch m the RID Time Respcnse Test Instrunent frtnt panel to the up positicn. TE-9178-1 (TE-Il2CA) A / - TE-9178-2 (TE-ll2CB) B / TE-9176-3 (E-ll2CC) C / TE-9178-4 (TE-ll2CD) D / h
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8.2.2.4 Plug the RID Time Response Test Instrunent into a
)
120 VAC power outlet. g TE-9178-1 (TE-ll2CA) A / g TE-9178-2 (TE-ll2CB) B / 1-TE-9178-3 (TE-ll2CC) C / TE-9178-4 (TE-ll2CD) D / 8.2.2.5 Positicn the PCWER switch cn the Test Instrunent back panel to ON (up) and allow at least ten
~
minutes warm up time. TE-9178-1 (TE-112CA) A / B / TE-9178-2 (TE-ll2CB) TE-9178-3 (TE-ll2CC) C / TD-9178-4 (TE-ll2CD) D / 2PE-358-01 Rev. O Page 72 of 579
.i San Ch5fre thit 2
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1 __ ,. .; . .g , verified by Initial /Datq 8.2.2.6 Positicn the Voltmeter Internal / External switch l (, (top center toggle switch) cn the Test Instrtnent frcnt panel to EXT. Connect the digital voltmeter (VDC) to the EXT. meter BNC ccnnector. ('Ibp center of ERT-1 Test Instrtnet)
~
TE-9178-1 (TE-ll2CA) ~A / TE-9178-2 (TE-112CB) B / TE-9178-3 (TE-ll2CC) C / TE-9178-4 (TE-112CD) D / 8.2.2.7 Position the Voltmeter Selector switch (top and to the left of the Voltmeter Internal / External switch) on the Test Instrtnent front panel to D. TE-9178-1 (TE-ll2CA) A / TE-9178-2 (TE-ll2CB) B / > TE-9178-3 (TE-112CC) C / I TE-9178-4 (TE-ll2CD) D / i 8.2.2.8 Positicn the Amplifier Gain switch (bottom and k to the right of the Sensor ccnnector) to 100. TE-9178-1 (TE-112CA) A / TD-9178-2 (TD-ll2CB) B / TE-9178-3 (TD-112CC) C / t TD-9178-4 (TE-ll2CD) D '/ WJrE t Whenever the gain is changed the amplifier offset voltage must be checked and set to zero. 2PE-358-01 Rev. O Page 73 of 579
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. Initial /Date 8.2.2.9 Cbserve the amplifier offset voltage now displayed en the Digital vbltmeter. If indicaticn is other than zero volts, adjust the Amplifer Trim Potentianeter (screwdriver adjust below TRIM toggle switch) cm the Test Instrunent frcnt panel for zero volts offset.
TE-9178-1 (TE-ll2CA) A / TE-9178-2 (TE-ll2CB) B / TD-9178-3 ('IE-112CC) C / TE-9178-4 (TE-ll2CD) D / 8.2.2.10 'Ibrn the VOLTAGE ADIUS'mD7f potentiometer on the Test Instrunent frcnt panel counterclockwise
. to its minimun setting.
TE-9178-1 (TE-ll2CA) A / t TE-9178-2 (TE-ll2CB) B / l
. TE-9178-3 (TE-ll2CC) C /
TE-9178-4 (TE-ll2CD) D /
\
8.2.2.11 Positicn the CURED 7f switch cn the '1bst Instrunent totm. TE-9178-1 (TE-ll2CA) A / l1d l, TE-9178-2 (TE-ll2CB) B / TE-9176-3 (TE-ll2CC) C /
'IE-9178-4 (TE-112CD) D /
8.2.2.12 Set the Besistance Network (five toggle switches on the left side) cn the Test Instrunent front panel to within 10 olms of the expected value without exceeding the expected value of the Sensor resistance (420 o!ns) . TE-9178-1 (TE-112CA) , A_ / _ B / TD-9178-2 (TD-112CB) ___
' TE-9178-3 (TE-ll2CC) C /
TD-9178-4 (TE-112CD) ?f.g, D_ / f "afNF.0ifEi@%.pa NOTF0D s San Chofre thit 1
. :. . . . / . : . A. . . . . . . .... --.- .: .~. w c. a - i.x-c= ... .r . . _ _ . . . . . . :~.. .
Verified by Initial /Date 8.2.2.13 In cabinet Ir121, remwe the leads 16 and 17 frce tenninal strip 'IB-1. TE-9178-1 (TD-112CA) A / TE-9178-2 (TD-112CB) B /
~
TE-9178-3 (TE-112CC) C /
- D /
'IE-9178-4 (TE-112CD)
NOIE - Ebr most censistent results, the tenperature of the reactor coolant should be approximately 540'F. 8.2.2.14 Using a Digital Voltmeter, check the resistance across the abcue two leads to the RID. %e resistance should be approximately 420 obns. i
%e resistance of RTD TD-9178-1 (TE-112CA)is ohms. A /
We resistance of RID TE-9178-2 (TD-112CB) is
~
orns. B / g he resistance of RID TE-9178-3 (TD-ll2CC) is ohns. C /' I he resistance of RTD TE-9178-4 (TE-ll2CD) is " ohms. D / s NOTE , If the resistance is not as expected, perfonn a wire lead check and specifically check the other two leads to the detector. If other lea 3s are used to perfonn this test, indicate here the lea 3s that were used and the color code of those leads. 2PE-358-01 dev %d { gggi9
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.1 Initim1/ Data
,. \ 8.2.2.15 Cbnnect the Test Instrinnent sensor Cbnnector I (bottom ed center terminal block) to the two (k_ ' leads that go to the R2D. TE-9178-1 (TE-112CA) *A / TE-9178-2 (TD-112CB) B / TE-9178-3 (TE-112CC) C /
'IE-9178-4 (TD-112CD) D /
8.2.2.16 Balance the bridge made up of the Sensor and the 'Irist Instrtunent by using the Resistece Network to get within 10 cluns on the low side and the Decade Resistece Element (center) to fine adjust on the frmt panel. TE-9178-1 (TD-ll2CA) A / TE-9173-2 '(TD-ll2CB) B / TE-9178-3 (TE-112CC) C / TE-9178-4 (TE-ll2CD) D / ,
' I 8.2.2.17 Positicn the Voltmeter Selector switch on the ib Test Instrtunent frcnt pandl to B and measure and record the voltage indicated. I
'F
- TE-9178-1 (TE-n2CA) VDC A /
~
TE-9178-2 (TE-112CB) VDC B / i TE-9178-3 (TE-112CC) VDC C* / TD-9178-4 (TE-ll2CD)- VDC D / 8.2.2.18 Positicn 'the CURR2Nr switch on the Test Instrunent frcnt panel to HIGl. TE-9178-1 (TE-ll2CA) A / TE-9178-2 (TE-112CB) B_
/
TE-9178-3 (TD-112CC) C / TE-9178-4 (TE-112CD) D / 2PE-358-01 f lev. 0 orriryem@$$fER2 L hv9 % UDPy
verified by Initinl/Dat'a 8.2.2.19 Wrn the VOLTAGE ADJUsmI27r potentiometer cn the Test Instremt front panel to give an indicated {(l voltage of 6.0 VDC correspcnding to a current of 60 ma through the RfD. A / E-9178-1 (TE-112CA)
-B /
TE-9178-2 (TE-112CB) C / TE-9178-3 (TE-ll2CC) D / TE-9178-4 (TE-ll2CD) 8.2.2.20 Positicn the CURRI2iT switch cn the wst Instrment frcnt panel to IIW. A / TE-9178-1 (TE-ll2CA) B / TE-9178-2 (TE-ll2CB) C / TE-9178-3 (TE-112CC) D / TE-9178-4 (TE-ll2CD) 6.2.2.21 Positicn the Voltmeter Selector switch en' the 3
~
Wst Instrmelt frcnt panel to D.
, l- A / J TE-9178-1 (TE-112CA)
B / k TE-9178-2 (TE-ll2CB) C / 1 TE-9178-3 (TE-Il2CC) ~ D / TE-9178-4 (TE-ll2CD) 8.2.2.22 Balance the bridge, if necessary, using the Decade Besistaice Element on the Wst Instrment frcnt panel. A / TE-9178-1 (TE-ll2CA) B / E-9178-2 (TE-112CB) C / TE-9178-3 (TE-112CC) D / TE-9178-4 (E-Il2CD) l t 2PE-358-01 Ibv. O . , f WFOREN,,g,.@ a gi :
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Verified by l Initial /Dsta 8.2.2.23 Positicn the current switch crs the test instrunent
~
to HIGl. Observe the output voltage now displayed m the Digital voltmeter. If the indicated voltage is less than 9.90 VDC then go to 8.2.2.25 A / B / C / D / l 8.2.2.24 Positicn the amplifier GAIN switch comter clock-wise to the next lower gain setting mtil the output voltage en the digital voltmeter is less than 9.90 VDC. IEE Each' time the gain setting is changed, the amplifier must be retrimed using step 8.2.2.9. Y
~
I. N3w increase the ar.plifier GAIN switch clockwise ) O g position such that the indicated voltage is y greater than 9.90 VDC. Id i Now turn the voltage adjustment potenticmeter cotmter-clockwise mtil the output voltage indicates 9.90 VDC. Skip 8.2.2.25 and proceed to 8.2.2.26. A / B / C / D -
/
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\tG0f*U (I Q r f,,3 Page 78 of 579 I U E (s g, j .f' 7'Op% Chofre thit 2
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. . . ._ ___ . . ~ . . . -,. ....x Wrified by Initicl/Dat7 8.2.2.25 Increase the amplifier GAIh switch clockwise ONE positicn at a time mtil the output indicated on the digital voltmeter is greater than 9.90 V.DC.
n11E Each time the gain setting is changed, the mplifier must be retrimed using step 8.2.2.9. -
'nzrn the voltage adjust potentioneter comter-clockwise mtil the digital voltmeter indicates 9.90 V.DC.
A / B / c / D / { N 8.2.2.26 mturn the current switch cn the test f* instrunent frcnt panel to IIM. V 8.2.2.27 Cbnnect the Analyzer (EIC-1) to the '1bst Instrment E (ERD-1) as follows: 8.2.2.27.1 tunnect the ANAIOG IN terminal on the Aialyzer back panel to the CIT.HTT terminal cn the 'Itst Instrment frcnt panel. TE-9178-1 (TE-ll2CA) A / TE-9178-2 (TE-112CB) B / E-9178-3 (TE-112CC) C / E -9178-4 (TE-112CD) D / 2PE-358-01 mv. 0 t2 V kIh . M n .f- - u,0d S (; W ; , Q
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Verified by Initial / Data 8.2.2.27.2 Connect the TRIGGER terminal on the ('~ I Malyzer back panel to the 00 THEL IN teminal at the Test Instrment front panel. TE-9178-1 ('IY.-112CA) . A / TE-9176-2 (E-112CB) B / TE-9178-3 (TE-112CC) C / TE-9178-4 (E-112G) D_
/
8.2.2.28 Plug the Malyzer into a 120 VAC power outlet. TE-9178-1 (TE-112CA) A / TE-9178-2 (TE-ll2CB) . B /
'ITe9178-3 (TE-112CC) C /
TE-9178-4 (TE-ll2CD) D / 8.2.2.29 Depress the OFF/ON button on the Malyzer front pmel to power up the Malyzer. ,3 TE-9178-1 (TE-Il2CA) A / TE-9178-2 (TE-ll2CB) B / TE-9178-3 (TE-112CC) C / g TE-9178-4 (TE-Il2CD) D / l 8.2.2.30 Verify the RED IID on the Malyzer frcnt panel indicating the Ready Pbde is lit. TE-9178-1 (TD-112CA) A / TD-9178-2 (TE-ll2CB) B / TE-9178-3 (TE-ll2CC) C _
/
TE-9178-4 (TE-ll2CD) D / e 2PE-358-01 MQht 0,i19 }f " - '
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Verified by Initial /Date 8.2.2.31 Position the A/B/C/D selector switch on the Analyzer front panel ta i: and verify the panel meter displays zero. TE-9178-1 (TE-112CA) A / B / TE-9178-2(TE-112CB) TE-9178-3 (TE-112CC) C / TE-9178-4 (TE-112CD) D / 8.2.2.32 Position the analyzer mode switch to AVG. Depress the START pushbutton on the Analyzer front panel and verify the RED LED on the Analyzer front panel indicating the Sample i Mode lights. TE-9178-1 (TE-112CA) A / TE-9178-2(TE-112CB) B / C / TE-9178-3 (TE-112CC) TE-9178-4 (TE-112CD) D / 8.2.2.33 After approximately 20 seconds, verify the " READY" LIGliT on the Analyzer front panel lights. (([. Repeat 8.2.2.32 and .33 nine times until the % Red Light indicates " ANALYZER" and proceed to l 8.2.2.34. N TE-9178-1 (TE-112CA) A / lh TE-9178-2 (TE-112CB) B / h C / TE-9178-3 (TE-112CC) I TE-9178-4 (TE-112CD) D / 8.2.2.34 After the RED LED on the Analyzer front panel for the Display Mode lights, position the A/B/C/D selector switch ;n the Analyzer front i panel to A and record the first time constant. A /
. 2TE-9178-1 (TE-112CA)
B / 2TE-9178-2(TE-112CB) C / 2TE-9178-3 (TE-112CC) D / .. 2TE-9178-4 (TE-112CD) p nT\(1J$-NNg , l'. s 579 San O'no e Unit 2 1
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Wrified by Initicl/batt 8.2.2.35 Fosition the A/B/C/D selector switch cn the Analyzer frmt panel to B and record the second time constant. 2TE-9178-1 (TE-ll2CA) A / 2TE-9178-2 (TE-ll2CB) , B / 2rE-9178-3 (E-ll2CC) C / 2TE-9178-4 (E-Il2CD) D / 8.2.2.36 Positicn the A/B/C/D selector switch cn the Analyzer front panel to D and record the total time constant (including the correcticn faeror). Becord als) in Section 10.2, Table 2, Step 10.2.2. 2TE-9178-1 (TE-ll2CA) A / 2TE-9178-2 (TE-ll2CB) B / 2rE-9178-3 (TE-112CC) C / 2TE-9178-4 (TE-ll2CD) D '/ 1
~
r 8.2.2.37 Depress the RESET pushbutton on the Analyzer k front panel. . A / N I E-9178-1 (TE-ll2CA) TE-9178-2 (TE-ll2CB) B / TE-9178-3 (TE-ll2CC) C / TE-9178-4 (TE-ll2CD) D / 8.2.2.38 Disecnnect the Sensor leads fran the ' Inst Instrunent Sensor Connector and reemnect the leads to the apsropriate terminal strip. TE-9178-1 (TE-ll2CA) A / TE-9178-2 (E-112CB) B / TE-9178-3 (TE-ll2CC) C / TE-9178-4 (TE-ll2CD) D / 2PE- 1 a 'non k j$fD ma@%ip g.4 , I of 579 San Chofre thit 2
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Verified by Initial /Date 8.2.2.39 Return the Sensor channel to nonnal operation. A / TE-9178-1 (TE-112CA) TE-9178-2(TE-112CB) B / C / TE-9178-3(TE-112CC) D / TE-9178-4 (TE-112CD) 8.2.2.40 Deenergize the test equipment and locate at -
/
cabinet L-125. 8.2.2.41 Repeat steps 8.2.2.2 through 8.2.2.12 for
/
Channel B. 8.2.2.42 In cabinet L-125, remove leads 16 and 17 from tenninal strip TB-1. Signoff at 8.2.2.138. / 8.2.2.43 Repeat steps 8.2.2.14 through 8.2.2.39 for
/
Channel B. 8.2.2.44 Deenergize the test equipment and locate at ( cabinet L-129. / 1N 8.2.2.45 Repeat steps 8.2.2.2 through 8.2.2.12 for y Channel C.
/
( l 8.2.2.46 In C4. binet L-129, remove leads 6 and 7 from tenninal strip TB-1. Sign off at 8.2.2.13C. / 8.2.2.47 Repeat steps 8.2.2.14 through 8.2.2.39 for
/
Channel C. 8.2.2.48 Deenergize the test equipment and locate at ( / cabinet L-133. 8.2.2.49 Repeat steps 8.2.2.2 through 8.2.2 12 for
/
Channel D. E & P # N- Q Q;it0tl g e.. ._ {p,ro 0hi,t:'^ f
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. . . . _ ,. . _ . . . . _ _ . . . _ . . . . _ . . _ . . _ . ...... . _ . .. . . c . .. . _.
Verified by Initial /Date 8.2.2.50 In cabinet L-133 remove leads 15 and 16 from teminal strip TB-1. Sign off at 8.2.2.13D. / 8.2.2.51 Repeat steps 8.2.1.14 through 8.2.1.39 for Channel D. / 8.2.2.52 Deenergize the test equipment. / y 1 NOTE I This part of the test will check the response time of (- all RTD'S that provide input to the Plant Protection System (PPS). SCE purchased test equipment will be utilized for the test and inputs will be made at the Spec. 200 cabinets. e 2PE-358-01 0FFic.7: mvantua# Qcyr 5,9 an Onofre Unit 2
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Verified by Initial /Date Each tmperature elenent ('RTD) channel will have five (5) cmnecticn points in the spec. 200 cabinet. 'No are the leads frm the RID resistance element, two cre _ referred to as dxtmy leads and the fifth is a cable shield ground. NCTIE Pbr best results, this test should be performed cnly when the plant is at normal operating temperature and primary coolant flow rate. 8.2.3 RTD TE-0122-1 (TE-122HA) Hot Iag hmperature Elenent (TE-0122-2) (TE-122HB) S (TE-0122-3) (TE-122HC) 1 (TE-0122-4) (TE-122HD) (l - e 8.2.3.1 Iocate the test equipaent at cabinet Ir121. D he test equipnent shall include the following: l-8.2.3.1.1 %e R'ID Time Respcnse Test Instrtrnent. / 8.2.3.1.2 he LCSR Jnalyzer. / 4 8.2.3.1.3 hst leads (4) of sufficient length to cmnect the Analyzer to the Test l Instrunent (2) and the %st Instrtrient to the Sensor. /
~
8.2.3.1.4 Digital Voltmeter / I 58-01 lI M
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Verified by Initial /Dat'2 l 8.2.3.2 Verify /positicn the PCKER switch an the RID Time l C Respmse Dst Instrunent back panel to OET (dom). ] TFr0122-1 (TE-122HA) A / l
~
TE-0122-2 (TE-122HB) B / ; I TE-0122-3 (E-122HC) C /
~
TFe0122-4 (TE-122HD) D / 8.2.3.3 Verify /psiticn the TRIM switch m the RID Time kspcnse Test Instrunent frcnt panel to the up psiticn. TE-0122-1 (TE-122HA) A / TE-0122-2 (TE-122HB) B / TE-0122-3 (E-122HC) C / TE-0122-4 (TE-122HD) D / 8.2.3.4 Pltg the PTD Time Respcnse Dst Instrunent into a J 120 VAC power outlet. A /
'I i, TE-0122-1 (TE-122HA)
B / / TE-0122-2 (TE-122HB) I
. t TE-0122-3 (E-122HC) C / I 1)
TE-0122-4 (TE-122HD) D / f 8.2.3.5 Ibsiticn the PCHER switch cn the nst Instrunent f back panel to CH (up) and allow at least ten minutes warm up time. TE-0122-1 (TE-127HA) A /. TE-0122-2 (TE-122HB) B / TE-0122-3 (E-122HC) C / TE-0122-4 (TE-122HD) D / 2PE-358-01 kv. 0 , {j h "g.. TIC.Pg,Nof579 get 2 l
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Verified by Initira/ bats 8.2.3.6 Positicn the Voltmeter Intemal/Extemal switch {t.
' - (top center toggle switch) on the Test Instrunent 1 frcnt panel to EXT. Cbnnect the digital voltmeter (VDC) to the EXT. meter BNC connector. (1bp center of ERP-1 Test Instranent) ,
E-0122-1 (E-122HA) A / 7Te0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / TE0122-4 (IE-122HD) D / 8.2.3.7 Position the Voltmeter Selector switch (top and to the left of the Voltmeter Intemal/Extemal ' switch) cn the Test Instrunent frcnt panel to D. TE-0122-1 (TE-122HA) A / TE0122-2 (TE122HB) B / TE-0122-3 (TE122HC) C / TE-0122-4 (TE-122HD) D / I
- 8.2.3.8 Positicn the Amplifier Gain switch (bottan and ,
to the right of the Sensor ccnnector) to 100. g TE0122-1 (TE-122HA) A / TE-0122-2 (TE-122HB) B / TE0122-3 (TE-12211C) C / TE-0122-4 (TE-122HD) D / NCTIE Khenever the gain is changed the anplifier offset voltage must be checked and set to zero. 2PE-358-01 gyo?F.tt(\%ree#dS .' f 0? b"-san o,0fre u,it 2 (' . - Geric%, n i , i n y g v' uf,P r. y s e-- - 2 .x..,........ 7.-, . , _. - 7 ,
. . - . . . . . - .. . . .. . .. . ... ... . :.= w=r=-~ n.~.:1 :.u.l .m:. .
Wrified by Initial / Data 8.2.3.9 Cbserve the miplifier offset voltage now , displayed cn the Digital Voltmeter. If indicaticn is other than zero volts, adjust the Amplifer Trim Potentiometer (screwdriver adjust below TRIM toggle switch) cn the hst Instrument frcnt panel for zero volts , offset. - TE-0122-1 (TE-122HA) A / 50122-2 (E-122HB) B / TE-0122-3 (E-122HC) C / E-0122-4 (E-122HD) D / 8.2.3.10 Ern the VOLTAGE Atk7USEENT potenticmeter Cm the hst Instrment frcnt panel counterclockwise to its minimtrn setting. TE-0122-1 (TE-122HA) A / TE-0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / -)- TE-0122-4 (TE-122HD) D / 8.2.3.11 Positicn the CURRENT switch cn the Test Instnroent to IIW. Ih TE-0122-1 (TE-122HA) A / TE-0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / j TE-0122-4 (TE-122HD) D / j 1 8.2.3.12 Set the Resistance Network (five toggle switches cn the left side) en the Test Instrunent frcnt panel to within 10 ohms of the expected value without exceeding the expected value of the Scnsor resistance (420 chus). , 1 TE-0122-1 (TE-122HA) A / l TE-0122-2 (TE-122HB) , B / TE-0122-3 (TE-122HC) C __ TE-0122-4 (TE-122HD) T1hW,M T .
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Verified by Initial /Date 8.2.3.13 In cabinet I,-121, terrove the leads 11 and 12 fran terminal strip 'tB-1. E-0122-1 (TE-122RA) , A / 2Tr0122-2 (Ts-122HB) B / TD-0122-3 (TE-122HC) C / E-0122-4 (E-122HD) D / NO2 Pbr nost consistent results, the temperature of the reactor coolant should be approximately 540'F. 0.2.3.14 Using a Digital Volt: meter, check the resistance across the above two leads to the R7D. %e resistance should be approximately 420 ohns. 4.
%e resistance of R7D TD-0122-1 (TE-122HA)is %
ohns. A / .l d 2e resistance of R7D TE-0122-2 (TE-122HB) is (( ohns. B /_ h
%e resistance of R7D TD-0122-3 (TE-122HC) is j ohns. C /
@e resistance of R7D TE-0122-4 (TE-122HD) is ohns. D /
NOTE t If the resistance is not as expected, perform a wire lead check and specifically check the other two leads to the detector. If other leads are used to perform this test, indicate here the lea $s that were used and the color code of those leads. 1 1 f Q,h$\$. *,\h. 0 5 r= n. Page 89 of 579
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verified by Initial /Date 8.2.3.15 Connect the 'ast Instraent sensor connector (bottczn red center terminal block) to the two . leads that go to the RID. TE-0122-1 (TE-122HA) A / TE-0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) .C / TE-0122-4 (E-122ND)
- D /
8.2.3.16 Balance the bridge made up cf the Sensor and the Test Instrument by using the msistance Network to get within 10 ohnt, en the low side i and the Decade Besistance Element (center) to fine adjust en the front panel. TE-0122-1 (TE-122HA) , A __ / B / TE-0122-2 (TE-122HB) C / TE-0122-3 (TE-122HC) (, ' TE-0122--4 (TE-122HD) D / 8 I 8.2.3.17 Positicn the Voltmeter Selector switch on the () Test Instrment frcnt panel to B and measure and record the voltage indicated. I TE-0122-1 (TE-122HA) VDC A / VDC B / TE-0122-2 (TE-122HB) VDC C / TE-0122-3 (TE-122HC) TE-0122-4 (TE-122HD) VDC D / 8.2.3.18 Positicn the CURREN'T switch cn the Test Inttrment frcnt panel to HIGI. A / TE-0122-1 (TE-122HA) l E / TD-0122-2 (TE-122HB) C / TE-0122-3 (TE-122HC) D / TE-0122-4 (TE-122HD) j f' g g 0%)%;U58-01
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e Verified by Initial /Dato 8.2.3.19 'Ibrn the VOLTAGE ADJUSDWI potenticzneter cn the Test Instrunent frcnt panel to give an indicated voltage of 6.0 VDC corresponding to a current of 60 ma through the RID. TE-0122-1(TE-122Hk A / B / TE-0122-2 (TE-122HB) E-0122-3 (TE-122HC) C / TE-0122-4 (E-122HD) D / 8.2.3.20 Positicn the CURREC switch cn the Test Instrment frcnt panel to IIM. TE-0122-1 (TE-122HA) A / B / TE-0122-2 (E-122HB) C / TE-0122-3 (TE-122HC) TE-0122-4 (TE-122HD) D / t 8.2.3.21 Positicn the Voltmeter Selector switch on the Test Instrunent frcnt panel to D. I A / TE-0122-1 (TE-122HA) B / TE-0122-2 (TE-122HB) C / TE-0122-3 (E-122HC) D / TE-0122-4 (TE-122HD) 8.2.3.22 Bala1ce the bridge, if necessary, using the ' Decade msistance Elenent cn the 'Ibst Instrment frcnt panel. - , A / TE-0122-1 (TE-122HA) B / TE-0122-2 (TE-122HB) C /' TE-0122-3 (TE-122HC) D / TE-0122-4 (TE-122HD) 2PE-358-01 j l Sv-OMd f gg[0$ l UhT.gg a~uGM5 c-n- c- n. 30@0 san cnofre uiit 2
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_._...-...-.-_.~....-..~-........-.-.:...m..x.z..... - Wrified by Initial /Datt 8.2.3.23 Positim the current switch on the test instrunent , to HIGl. Observe the output voltage now dispisyed on the Digital voltmeter. If the indicated voltage is less than 9.90 VDC then go to 8.2.3.25 A. / B / C / D / 8.2.3.24 Position the amplifier GAIN switch colater clock-wise to the next lower gain setting mtil the output voltage cn the digital voltmeter is less than 9.90 VDC. , NOIE Each time the gain setting is changed, the amplifier h must be retrimed using step 8.2.3.9. 1
'I . Ibw increase the amplifier GAIN switch clockwise .e CrE positicn such that the indicated voltage is h 1
greater than 9.90 VDC. / l Now tarn the voltage adjustment potenticrneter counter-clockwise until the output voltage indicates 9.90 VDC. Skip 8.2.3.25 and proceed to 8.2.3.26. A / B / c / D _
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verified by Initial /Date 8.2.3.25 Increase the anplifier GAIN switch clockwise ( ONE positicn at a time mtil the output indicated on the digital voltmeter is greater than 9.90 V.DC. NOTE Each tine the gain setting is changed, the anplifier must be retrimed using step 8.2.3.9.
'nirn the voltage adjust potentimeter comter-clockwise mtil the digital voltmete'r indicates 9.90 V.DC.
A / B / C / p J D /
- c. \
8.2.3.26 Return the current switch cn the test d instranent frcnt panel to IIM. yr/ s 8.2.3.27 Connect the Analyzer (EIC-1) to the Test Instrunent (ERT-1) as follows: 8.2.3.27.1 Cbnnect the ARIOG IN terminal en the Analyzer back panel to the OUTPUI terminal cn the Test Instrunent front peel.
'IE-0122-1 (TE-122HA) A /
l TE-0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / TE-0122-4 (TE-122HD) D / 1 I Qt?;IlIE-358-01
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Verified by Initio1/ Data 8.2.3.27.2 0:nnect the 'mIGGER terminal cn the Malyzer back panel to the CONTROL IN terminal cn the Test Instrunent frtmt panel. E-0122-1 (TE-122HA) A / E-0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / TE-0122-4 (TE-122HD) D / 8.2.3.28 Pltg the Analyzer into a 120 VAC power outlet. WD122-1 (TE-122HA) A / TD 0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / TE-0122-4 (TE-122HD) D / 8.2.3.29 Depress the OFF/ON buttcn cm the Malyzer frtnt panel to power up the Analyzer. Y s TE-0122-1 (TE-122HA) A, / J
- (,, tee 0122-2 (TE-122HB) B /
6 TE-0122-3 (TE-122HC) C / TE-0122-4 (E-122HD) ~D /
/
8.2.3.30 Verify the RED LED on the Analyzer frcnt panel indicating the mady !bde is lit. TE-0122-1 (TE-122HA) A- / TD 0122-2 (TE-122HB) B / TE-0122-3 (TE-122HC) C / TE-0122-4 (TE-122HD) ' D / yE-358-01 IN -
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- Verified by Initial /Date 8.2.3.31 Position the A/B/C/D selector switch on the Analyzer front panel to C and verify the panel meter displays zero.
A / TE-0122-1 (TE-122HA) B / TE-0122-2 (TE-122HB) C / TE-0122-3 (TE-122HC) D / TE-0122-4 (TE-122HD) 8.2.3.32 Position the analyzer mode switch to AVG. Depress the START pushbutton on the Analyzer front panel and verify the RED LED on the Analyzer front panel indicating the Sample Mode lights. A / TE-0122-1(TE-122HA) TE-0122-2(TE-122HB) B / C / TE-0122-3(TE-122HC) D TE-0122-4(TE-122HD) / 9 s 8.2.3.33 After approximately 20 seconds, verify the " READY" ; [ LIGHT on the Analyzer front panel lights. g Repeat 8.2.3.32 and .33 nine times until the Red Light indicates " ANALYZER" and proceed to 8.2.3.34. TE-0122-1 (TE-122HA) A / B / TE-0122-2(TE-122HB) C / I TE-0122-3(TE-122HC) TE-0122-4(TE-122HD) D / 8.2.3.34 After the RED LED on the Analyzer front panel l L for the Display Mode lights, position the A/B/C/D selector switch on the Analyzer front panel to A and record the first time' constant. A / 2TE-0122-1(TE-122HA) l / BJ -- 2TE-0122-2(TE-122HB) 2TE-0122-3 (TE-122HC) *F n.M / 2TE-0122-4 (TE-122HD) WM , ' '
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( seccnd time cmstant. ' 2rE-0122-1 (E-122HA) A / 2TE-0122-2 (TE-122HB) B /
~~
2TE-0122-3 (TE-122HC) C / 2TE-0122-4 (TE-122HD) D / 8.2.3.36 Positicn the A/B/C/D selector switch on the Analyzer front panel to D and record the total time ccnstant (including the correction factor). Record alm in Secticn 10.2, Table 2, Step 10.2.3. 2TE-0122-1 (TE-122HA) A / 2TE-0122-2 (TE-122HB) B / 2TE-0122-3 (TE-122HC) C / 2TE-0122-4 (TE-122HD) D / I 8.2.3.37 Depress the RESET pushbutt'on cn the Analyzer frait panel. ((- TE-0122-1 (TE-122HA) A / 'e) c B / TE-0122-2 (TE-122HB) , TE-0122-3 (TE-122HC) C / i TE-0122-4 (TE-122HD) D / l 8.2.3.38 Disecnnect the Sensor leads fran the ' Dest i Instracnt Sensor (bnnector and reccnnect the leads to the appropriate tern.inal strip. A / TE-0122-1 (E-122HA) _ B / TE-0122-2 (TE-122HB) __ C / TE-0122-3 (TD-122HC) D / TE-0122-4 (TE-122HD) _ 1 l .
-358-01 l
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TE-0122-1 (TE-122HA) A / TE-0122-2(TE-122HB) B / TE-0122-3(TE-122HC) C / TE-0122-4 (TE-122HD) D / 8.2.3.40 Deenergize the test equipment and locate at cabinet L-125. / 8.2.3.41 Repeat steps 8.2.3.2 through 8.2.3.12 for Channel B. / 8.2.3.42 In cabinet L-125, remove leads 1 and 2 from teminal strip TB-1. Sign off at 8.2.3.138. / 8.2.3.43 Repeat steps 8.2.3.14 through 8.2.3.39 for Channel B. /
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I 8.2.3.44 Deenergize the test equipment and locate at / k cabinet L-129. / I 8.2.3.45 Repeat steps 8.2.1.2 through 8.2.1.12 for d
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Channel C. / 8.2.3.46 In Cabinet L-129, remove leads 11 and 12 from teminal strip TB-1. Sign off at 8.2.3.13C. / 8.2.3.47 Repeat steps 8.2.3.14 through 8.2.3.39 for i Channel C. / l 8.2.3.48 Deenergize the test equipment and locate at cabinet L-133. / 8.2.3.49 Repeat steps 8.2.3.2 through 8.2.3 12 for Channel D. / l .. Q*,8I- -01
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. Verified by Initial /Date 8.2.3.50 In cabinet L-133 remove leads 20 and 21 from tenninal strip TB-1. Sign off at 8.2.13D. /
8.2.3.51 Repeat steps 8.2.3.14 through 8.2.3.39 for
/
Channel D. W 8.2.3.52 Deenergize the test equipment. / ( NOTE p} h-This part of the test will check the response time of all RTD'S that provide input to the Plant Protection . System (PPS). SCE purchased test equipment will be utilized for the test and inputs will be made at the Spec. 200 cabinets. , I (t ' Y\on guf0Rzp,3\0%9 (' - 2PE-358-01 Rev. 0 T 7 0 't.- o ePag p8 of 579 (!f 6{I N I '"6 ~MTA.? 5 !.S D N h .$/ San nofre Unit 2 A
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verified by Initirl/Datt NOIE Each taperatute element (RID) channel will have five (5) cmnecticn points in the Spec. 200 cabinet. No are the leads frcn the RID resistance elment, two are referred to as dummy leads and the fifth is a cable - shield grotnd. NOTE Pbr best results, this test should be perfomed cnly when the plaat is at nomal operating taperature and primary coolant flow rate. 8.2.4 RID TE-9179-1 (TE-122CA) ColdIeg Temperature Elment (TE-9179 -2) (TE-122CB) (TE-9179-3) (TE-122CC) / l (TE-9179-4) (TE-122CD) (L t,' , 8.2.4.1 Incate the test equignent at cabinet L-121. l
%e test equipment shall incitrie the following: kel f
8.2.4.1.1 he RID Time Response hst Instrtment. ,_ / 8.2.4.1.2 he LCSR Analyzer. __
/
8.2.4.1.3 Rst leads (4) of sufficient length to ccnnect the 7nalymr to the hst Instrument (2) and the hst Instrtment to the Sensor. / 8.2.4.1.4 Digital Voltmeter / 56-01 f 0l~"t.~.*..!gg%@DM 'fp'66 0 ee 99 or s'$ g[bVe hA 6 s.
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Verified by Initial /Date 8.2.4.2 Verify / position the PNER switch on the RID Time Besgnse hst Instrtunent back pmel to OFF (down) . TE-9179-1 (TE-122CA) A / TEr9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) _ C / TE-9179-4 (E-122CD) D /
' 8.2.4.3 verify /positicn the TRIM switch on the RID Time mspcnse hst Instrument front panel to the up position.
TD-9179-1 (TE-122CA) A / TE-9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TE-9179-4 (TE-122CD) D / p
/
8.2.4.4 Pltg the RrD Time Response Test Instrument into a l 120 VAC power outlet. A / 0)
.I . TE-9179-1 (TE-122CA)
TE-9179-2 (TE-122CB) B / J TE-9179-3 (TE-122CC) C / - TE-9179-4 (TE-122CD) D / 8.2.4.5 Positicn the POKER switch on the Test Instrunst back panel to ON (up) and allow at least ten minutes wann up time. TE-9179 ~. (TE-122CA) A / TE-9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TE-9179-4 (TE-122CD) D / 2PE-358-01 s Bev>l'O O*
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Verified try Initinl/ Data 8.2.4.6 Positicn the Voltmeter Intemal/Extemal switch (top center toggle switch) on the hat Instrunent frut panel to EXT. (bnnect the digital voltmeter (VDC) to the EXT. meter BNC canector. ('Ibp center of ERT-1 Wst Instrunent) E-9179-1 (TE-122CA) A / TE-9179,-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TE-9179-4 (TE-122CD) D / 8.2.4.7 Positicn the Voltmeter Diector switch (top and 4 to the left of the Voltmeter Intemal/Extemal switch) on the Test Instruaent front panel to D. p A / # TE-9179-1 (TE-122CA) I TE-9179-2 (E-122CB) B / , TE-9179-3 (E-122CC) C /, TE-9179-4 (TE-122CD) D / b 8.2.4.8 Position the Amplifier Gain switch (bottczn and to the right of the Sensor ccnnector) to 100. TE-9179-1 (TE-122CA) A / TE-9179-2 (E-122CB) B. / TD-9179-3 (TE-122CC) C / TD-9179-4 (TE-122CD) D / l _M__ Whenever the gain is changed the amplifier offset voltage must be checked ed set to [ mee. 2PE-358-01 mv. O _
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w rified by Initial /Date 8.2.4.9 (beerve the amplifier offset voltage now
- displayed cn the Digital vbitmeter. If indicaticn is other than zero volts, adjust the Amplifer Trim Potenticneter (screwdriver adjust below TRIM toggle switch) on the Test Instrment frcnt panel for zero volts offset.
A /
'E-9179-1 (TE-122CA)
B / TE-9179-2 (E-122CB)
- C /
TE-9179-3 (TE-122CC) TE-9179-4 (TE-122CD) D / 8.2.4.10 Turn the VOLTAGE ADJUSmENT potenticrneter cn the Test Instrment frcnt penel counterclockwise to its minimm setting. A / TE-9179-1 (TE-122CA) / B~ / TE-9179-2 (TE-122CB) l C / TE-9179-3 (E-122CC) TE-9179-4 (TE-122CD) D / l' id 8.2.4.11 Positicn the CURREhT switch cn the Test Instruunt f to IIW. A / TE-9179-1 (TE-122CA) B / TE-9179-2 (TE-122CD) C / TD-9179-3 (TE-122CC)
- D /
TE-9179-4 (TE-122CD) 8.2.4.12 Set the Besistance Network (five toggle switches cn the left side) cn the Test Instrunent frcnt panel to within 10 ohms of the expected value without exceeding the expected value of the Sensor resistance (420 ohns). TE-9179-1 (TD-122CA) f..n%
. .B.bi /
TD-9179-2 (E-122CB) \ _ TE-9179-3 (TE-122CC) NWC /
\ c D /
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... .. .. . . . . . . . .- . . - . . . . . .....,.....w . w : ::..=2. ,.............:*.:~.= Verified by Initio1/ Data 8.2.4.13 In cabinet I,-121, remove the leads 1 and 2 G"i fran terminal strip 'IB-1. A / TE-9179-1 (TE-122CA) B / TE-9179-2 (TE-122CB) _ TE-9179-3 (TE-122CC) _ C / TE-9179-4 (TE-122CD) D / NO2E Fcr most consistent results, the ternperature of the reactor coolant should be approximately 540'F. 8.2.4.14 Using a Digital voltmeter, check the resistance across the above two leads .to the RID. %e resistance should be approximately 420 ohns.
.. >./
te resistance of RID TE-9179-1 (TE-122CA)is I ohns. A / g V '
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- 2e resistance of RID TE-9179-2 (TE-122CB) 'id ohms. B / j te resistance of RID TE-9179-3 (TE-122CC) is ohns. d / ,
te resistance of R7D TE-9179-4 (TB-122CD) is ohns. D / NOTE If the resistance is not as expected, perfonn a wire . lead check and specifically check the other tw:) leads to the detector. If other leads are used,to perfonn this test, indicate here the leads that were used and the color code of those leads. g$-358-01 S ? g 03 of s79
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. 8.2.4.15 Cbnnect the Wst Instrtunent Sensor Connector (bottern and center tenninal block) to the too leads that go to the RID.
TE-9179-1 (TE-122CA) A / TE-9179-2 (E-122CB) ~ B / E-9179-3 (E-122CC) C / M9179-4 (TE-122CD) D / 8.2.4.16 Balance the bridge made up of the Sensor and the Test Instrunent by using the Resistece Network to get within 10 ohrns on the low side and the Decade Besistece Elenent (center) to fine adjust cn the frcnt panel. A / TE-9179-1 (TE-122CA) TE-9179-2 (E-122CB) B / Y g TE-9179-3 (E-122CC) C_ / , l ,
'IE-9179-4 (TE-122CD) D / y
- o 8.2.4.17 Positicn the Voltmeter Selector switch cn the y Test Instrtunent frcnt panel to B and measure and record the voltage indicated.
TE-9179-1 (TE-122CA) _VDC A / E9179-2 (E-122CB) VDC B / TE-9179-3 (TE-122CC) VDC C / TE-9179-4 (TE-122CD) VDC D___ / 8.2.4.18 Positicn the CURRD7I switch cn the hst Instrunst frcnt panel to HIGI. i TE-9179-1 (TE-122CA) A / B / l TE-9179-2 (TE-122CB) TE-9179-3 (TE-122CC) ... Q, h _./
? TE-9179-4 (TE-122CD) .\ DC.M*/ ._
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-w-verified by Initial /Date 8.2.4.19 Turn the VOLTAGE ADJUSIMEZE potentianeter at tie
- Test Instrtsnent frcnt panel to give an indicated voltage of 6.0 VDC correspcnding to a current of 60 ma through the RID.
TE-9179-1 (E-122CA) A / TE-9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TE-9179-4 (TE-122CD) D / 8.2.4.20 Position the CURRE!E switch cn the Test Instrunent frait panel to IIM. E-9179-1 (TE-122CA) A / TE-9179-2 (TE-122CB). TE-9179-3 (TE-122CC) B C
/
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'IE-9179-4 (TE-122CD) D / [
8.2.4.21 Positicn the Voltmeter Selector switch cn the ( Test Instrtraent frcnt panel to D. I (' TE-9179-1 (TE-122CA) A / I
/
TE-9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TE-9179-4 (TE-122CD) D / 8.2.4.22 Balmce the bridge, if necessary, using the l Decade Besistance Element cn the 'Ibst Instrisnent frcnt panel. TE-9179-1 (TE-122C.N A / TE-9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TD-9179-4 (TE-122CD) D /
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verified by
,- Initicl/ Data 8.2.4.23 Positicn the current switch on the test instrunent '\ to HIGI. Cbserve the output voltage now displayed cm the Digital Voltzneter. If the indicated voltage is less than S.90 VDC then go to 8.2.4.25 A /
B / c /. D / 8.2.4.24 Positicn the anplifier GAIN switch comter clock-wise to the next lower gain setting mtil the output voltage cn the digital voltmeter is less thai 9.90 VDC. NOIE Each time the gain setting is changed, the amplifier Y must be retrimed using step 8.2.4.9. I mw increase the anplifier GAIN switch clockwise Y/ I .
- CNE positicn such that the indicated voltage is )f greater than 9.90 VDC. f Now turn the voltage adjustment potentiometer counter-clockwise until the output voltage indicates 9.90 VDC. ,
Skip 8.2.4.25 and proceed to 8.2.4.26. A / B / C / D / 2 01 g f. W " nt% , h,PEj 58- {' gg{ 1,. ,i9.Page 106 of 579
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Verified by Initial /Date 8.2.4.25 Increase the splifier GAIN switch clockwise CNE positicn at a time tntil the output indicated on the digital voltmeter is greater than 9.90 V.DC. NOIE Each time the gain setting is chmged, the - amplifier must be retrimed using step 8.2.4.9.
'Ibrn the voltage adjust potenticaneter cotnter-clockwise tntil the digital voltmeter p
/
indicates 9.90 V.DC. A / (
/
C / D / 8.2.4.26 Return the current switch cn the test instnrnent frcnt panel to IDR. 8.2.4.27 Connect the Analyzer (EIC-1) to the Test Instrunent (ERT-1) as follows: 8.2.4.27.1 Connect the A!AIDG IN terminal cn the Analyzer back panel to the OUTPUr terminal cn the Test Instrtnent frcnt panel. . TE-9179-1 (TE-122CA) A / TE-9179-2 (TE-122CB) B / l E-9179-3 (TE-122CC) C / E-9179-4 (TE-122CD) D '/ 2PE-358-01 1 dey. O l
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/
8.2.4.29 Depress the OFF/ON button Cn the Malyzer 'ftcnt g panel to power up the Malyzer. g TE-9179-1 (TE-122CA) A / ,} g k TE-9179-2 (TE-122CB) TE-9179-3 (TE-122CC) B C
-/
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,,f TE-9179-4 (TE-122CD) D /
8.2.4.30 Verify the RED IED on the Malyzer front panel indicating the mady Ede is lit. TE-9179-1 (TE-122CA) A / E-9179-2 (TE-122CB) B / TE-9179-3 (TE-122CC) C / TE-9179-4 (TE-122CD) D / 2PE-
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j,, Ysrified by Initial /Date 8.2.4.31 Position the A/B/C/D selector switch on the Analyzer front panel to C and verify the (, panel meter displays zero. A / TE-9179-1 (TE-122CA) B / TE-9179-2(TE-122CB) C / TE-9179-3(TE-122CC) D / TE-9179-4 (TE-122CD) 8.2.4.32 Position the analyzer mode switch to AVG.
~
Depress the START pushbutton on the Analyzer front panel and verify the RED LED on the Analyzer front panel indicating the Sample Mode lights. A / TE-9179-1 (TE-122CA) B / TE-9179-2 (TE-122CB) TE-9179-3 (TE-122CC) C / y D / TE-9179-4 (TE-122CD) t r 8.2.4.33 After approximately 20 seconds, verify the " READY" d (r) LIGHT on the Analyzer front panel lights. Repeat 8.2.4.32 and .33 nine times until the Red Light indicates " ANALYZER" and proceed to 8.2.4.34. A / TE-9179-1(TE-122CA) TE-9179-2 (TE-122CB) B / C / TE-9179-3 (TE-122CC) D / TE-9179-4 (TE-122CD) 8.2.4.34 After the RED LED cn .the Analyzer front panel-for the Display Mode lights, position the l A/B/C/D selector switch on the Analyzer front panel to A and record the first time constant. A / 2TE-9179-1 (TE-122CA) B / 2TE-9179-2 (TE-122CB) C ..,/ 2TE-9179-3(TE-122CC) t
- 2TE-9179-4 (TE-122CD) .
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./I 8.2.4.35 Positicn the A/4/C/D selector switch cn the k_ Analyzer frcnt panel to B and recdrd the second time constant.
2TE-9179-1 (E -122CA) A / B / 2TE-9179-2 (TE-122CB) 2TE-9179-3 (TE-122CC) C / 2TE-9179-4 (TE-122CD) D / 8.2.4.36 Positicn the A/B/C/D selector switch cn the Analyzer frcnt panel to D and record the total time ccnstant (incitding the correcticn factor). Racord also in Secticn 10.2, Table 2, Step 10.2.4 2TE-9179-1 (TE-122CA) A / 2TE-9179-2 (TE-122CB) B / f' 2TE-9179-3 (TE-122CC) C / I 2TE-9179-4 (E-122CD) D _
/
8.2.4.37 Depress the RESET pushbutton cn the Analyzer p t - frcnt panel. , A / A TE-9179-1 (TE-122CA) ' B / TD-9179-2 (TE-122CB) C / TE-9179-3 (E-122CC) _ D / TE-9179-4 (TE-122CD) 8.2.4.38 Disecr.nect the Sensor leads frcn the Test Instrtraent Sensor Cbnnector and reccnnect the leads to the awropriate terminal strip. A / TE-9179-1 (E-122CA) l B / TE-9179-2 (TE-122CB) C / TE-9179-3 (TE-122CC) _ TE-9179-4 (TE-122CD) D /
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Verified by Initial /Date 8.2.4.39 Return the Sensor channel to normal operation. A / TE-9179-1 (TE-122CA) ( B / TE-9179-2 (TE-122CB) C / TE-9179-3(TE-122CC) D / TE-9179-4 (TE-122CD) 8.2.4.40 Deenergize the test equipment and locate at
/
cabinet L-125. EE.EA - 8.2.4.41 Repeat steps 8.2.4.2 through 8.2.4.12 for WITNESS POINT / Channel B. Secton No l'
- Para No. f M d' QA Engr 8.2.4.42 In cabinet L-125, remove leads 11 and 12 from tenninal strip TB-1. Signoff at 8.2.4.138. /
Y EE.m 8.2.4.43 Repeat steps 8.2.4.14 through 8.2.4.39 for .- WUNESS P0iW Channel B.
/ l Section No I' g Para No. f M
- Y Y Q4 Engr gr}
D=4 8.2.4.44 Deenergize the test equipment and locate at
/ j cabinet L-129.
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- 8.2.4.45 Repeat steps 8.2.4.2 through 8.2.4.12 for WIT SS E /
l Se: ten No r,o Channel C. Para No. f3W QA Engr 8.2.4.46 In Cabinet L-129, remove leads 1 and 2 from 9,g terminal strip TB-1. Sign off at 8.2.4.13C. / SCE OA 8.2.4.47 Repeat steps 8.2.4.14 through 8.2.4.39 for WITNESS POINT f*
- Channel C.
/
Secton No Para No. T 3 d 47 j QA Engr 8.2.4.48 Deenergize the test equipment and locate at Dat. cabinet L-133.
/
8.2.4.49 Repeat steps 8.2.4.2 through 8.2.4 12 for
/
Channel D. _ 2PE-358-01
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_[ _,, _ Verified by Initial /Date 8.2.4.50 In cabinet L-133 remove leads 10 and 11 from teminal strip TB-1. Sign off at 8.2.4.13D. / k-
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. Initial /nate 8.3 Part III Bistable Trip thits Response Time NCfIE Positicn 1, High Linear Powere Position 3, High Local Power, and Positicn 4 Iow Departure from Nucleate Boiling Ratio will use an external signal for this part of the test. Since the setup will be different for the perforn.ance of these tests,'it is recomnende:1 that they be performed before the tests for the other positions.
NME
'Ihe following section of the test (except as noted
((l . , above) measures the respmse time frce the depression of the bistable pushbuttcn (S608) through the tripping l of the bistable relays. Khen the bistable pushbutton is depressed, it applies a preadjusted bistable input test voltage to the selected ccmparator card. 'the l i input test voltage will be adjusted to just exceed the i trip setpoint and the opening of the three matrix ccntacts will signal the end of the elapsed time. 1 2PE-358-01 Bev. O Page 113 of 579 i I o Sa'n ofre thit 2
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Verified by Initial /Date CAUTION THIS TEST IF NOT PROPERLY CONDUCTED, MAY CAUSE A TRIP-0F THE RPS REACTOR TRIP SWITCHGEAR. FOR THIS PRE-OPERATIONAL TEST. THE CEA M-G SETS SHOULD NOT BE RUNNING. THE ONLY PORTION OF THE PPS THAT NEED BE ENERGIZED IS-THAT PART BEING TESTED. 8.3.1 Position No. 1: High Linear Power 8.3.1.1 Perfom all steps of Appendix E for the Safety SCE DA g .3y o 7 1981 Channel to be tested. A- ;f WITNESS P0mi j Section No T- B QMpy 0 71951 ir.3./ Para No' C @ t/jv 0 71931 QA Engr /v/Wg Date #-7-*7 0 M3V 0 71381 NOTE i,-[ The following portion of the test detemines the Y' response time from the initiation of a 5,ignal at the C-E RTT test box to the tripping of the bistable relays as indicated by the triad of LED's. l 8.3.1.2 Attach the optical detector pickups over f the three LED's in column number 1 of the RPS section. A sW/NOV 0 71331 i B Q/3pV 0 71351 l
# C gy0v 0 71331
' D ,@0V 0 7 1981 , 8.3.1.3 Arrange the optical equipment so that it will not change state (produce a signal) until A p0V 0 71331 all three LED's are illuminated. B g4 p0V 0 71331 C yrgy 0 71931 DQ4,7y 0 71931 < ([ e50PJ M N - )tj .10 % . {.; r h "' iC (' 7 gPE;35,8-)01 ( f ils a pit. LUI \Revi 0 Page 114 of 579 _ - -- -- .: ~ -----, m. : .- ; . c f , . .-- 3
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Initial /Date f
' 8.3.1.4 The output of the optical detector shall be connected to the stop side of the digital timer in the C-E test box. A @0V 0 71981 BYWOV 0 71981 C MA0v 0 71981 D M/NOV 0 71981 8.3.1.5 The source current has been preadjusted in the C-E test box to provide a trip. Adjust if n A h,0V 0 71931 necessary. A sp /
BOOp0V 0 71981 C @ ADV 0 71331 D YN3V 0 71331 8.3.1.6 Energize the test equipment and allow it to T- stabilize. A f0V07 M , k- g ggr73V 0 71331 C Y-/r;07 0 71331 D 68/,cV 0 71331 i Aypov 0 71331 8.3.1.7 Depress the test start pushbutton and release. Bj)0V 0 71331 C j A0v OI 1331 D @0V 0 71331 8.3.1.8 Record the elapsed time in Section 10, Table 3, Ay pov 0 71331 Step 10.3.1. By pay 0 7_1931 C f f,0V 0 7 1331 D PEDY 0 71331 1 2PE-358-01 2 g49N ONLY gg k $ we "I f 579 San Onofre Unit 2
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Verified by Initial /Date 8.3.1.9 Disconnect all test leads and return channel
. Q** to nomal operation. A h/ NOV 0 71981 B S[/iOV 0 71981 C M Anv0919g3 D M/ NOV 0 71$31 8.3.2 Position Number 2: High Logarithmic Power SCE 0A 8.3.2.1 Rotate the Bistable Select Switch to position 3, number 2.
Aj pov 0 71931 n , . T3# B MJ/0V 0 71981 Para QA EnF No. #' C O[/fiDV 0 71981 Day 9-22.-/ - D h1;0V 0 71931 8.3.2.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10, Table 6. A jp0v 0 71381 B COfiOV / 0 7133) C M/iDV 0 71981 D I F0v 0 7 1331 8.3.2.3 Disconnect plug P-13 from jack J-13 in the rear of the Safety Channel Process drawer. AO /40v 0 71931 I B M/ 0V 0 71331 C O /) POV 0 7 IS3I D Qd i3V f 0 71331 8.3.2.4 Rotate the Meter Input Select Switch to INPUT. A pov07193; l B @/r;0v 0 71931 C QOlpV 0 71981 g /s0V 0 71381 l . I \g?0$gT\qMONL),.2pE-a !q' H OT i C'" ",'6c Page ' y u116Cof 579 & g', Lw1 0 ? F IC! AL ,i tM,,,..Sarq0fto
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Verified by Initial /Date l i 8.3.2.5 Rotate the coarse potentioraeter (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10 Table 6. A Jiov 0 71931 8 M 0VF 0 71931 C Y/NOV 0 7 ISB1 D $ K3V 0 71921 N01E .
" Bistable" Pushbutton must be depressed while adjusting input voltage.
8.3.2.6 Turn ON power to the RTT Test bo'x. A M/NOV 0 71931 8 -MADV 0 71331 C 710V 0 7 ISBI
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D I/iDV 0 71931 Q 8.3.2.7 Connect the three optical pickup cables to the STOP LAMP L1, L2, and L3 jacks on the RTT equipment and turn the switches next to the jacks to the ON position. Verify that the switches for L4, L5, and L6 are OFF. A /tiDV 0 71331 8 M/tmv o y 1331 C &pov 0 71531 DM /av c 91531 8.3.2.t' Attach these three "STOP" optical pickups over the three LED's which are located in column 2 of the RPS section of the bistable control panel. A /)/ tiov 0 71331 B GQav 0 7__1981 C M ip V 0 7__1981
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_.m Verified by Initial /Date 8.3.2.14 Reset the bistable. Reconnect the plug J13
. k. to jack J13 at the rear of the nuclear -
instrumentation drawer. AM SOV_/ 0 71981 B & ADV 0 71381 CM EDV 0 71981 D @y0v 0 71981 NOTE The following part of this section of the test may be conducted any time when it is convenient to set up the required equipment. The Nuclear Instrumentation CPC-LPD/DNBR calculators response time test (Section 8.6.4) may be conducted while the test equipment is set up at the nuclear instrumentation drawer. 8.3.2.15 Perfom all steps of Appendix D for Nuclear 7 k Instrumentation. 40 / bbcdST Bd39 / 7(w(&t-- C # /3bdez. D I l, I s CAUTION (4 W V l MAKE CERTAIN TO USE A VARIABLE ATTENUATOR NETWORK TO INTERFACE BETWEEN THE PPS AND THE VISICORDER (HIGH SPEED RECORDER). FAILURE TO ATTENUATE THE TEST INPUTS TO THE HIGH SPEED RECORDER MAY DAMAGE THE UNIT. 2PE-358-01 3
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- 8 3.2.16 Attach a second channel of the high speed recorder to terminals 1 and 2 of tenninal
$ o-% O strip TBA2 (TBB2, TBC2, TBD2) in the PPS g . N7# N Cabinet (2LO32). This is a signal that is sent to the log power meter. Adjust this pen for 0-10 VDC full scale. Adjust pen 1 for a ~
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Lacu reasonable trace +4%-the LOG CALIBRATE switch it. pc:itier 5. is 4 m^d.E A @ /N/4 ke> toL5 t 'B^ 6- gggg (pcM fea \ os w (ow w.u '.u N 6Atfs,w 00Y'. ad 7
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gg 9 Qe 5bO. D / 6.3.2.17 On the safety channel drawer front, turn the log calibrate switch to position number 5. This position should produce a 5 microsecond square wave pulse with an amplitude of 0.9 volts for a frequency of 10 KHz. AM / 3f M(h
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Bd8 /34$C2 d.' C']# /3(tdh D / so NOTE T t}- This will produce a trip signal. When the switch h is moved from operate, an 8.2 volt signal is sent t to the trip circuit. A-8.3.2.18 Set th{high speed recorder ci; art speed 44-do cl.MD % etel-y- 20 inches e5 A8 /3(4(E per IPS) second d
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Verified by Initial /Date 8.3.2.19 Start the high speed recorder and quickly turn the log calibrate switch from position 5 to position 6. Position 6 should produce a 5 microsecond square wave pulse with an amplitude of 10 volts for a frequency of 10 KHz. A /3[edS:r.- BE / 3 h t\f 2._ CM /3 ) u\J,_ D / NOTE. The pulse change is sent to the preamplifier and returned to the processing drawer where it is sent through a buffer to the connector J " and then to the teminal strip. I d 8.3.2.20 After the high speed recorder trace indicates d that the new pulse has been received, turn off the high speed recorder. A d[ /UdA7 - - {' B & /9(t\(& z _ (' C_ 8 /75tdSz.__. D / 8.3.2.21 Label the high speed trace with the information required on the standard ink stamp of 6.7.7. l I i i A W /1{t& W B .OM/ 3 hd32 C-9 8 / 3 (ld3 v D / PE-358-01 1.' 0@- a0 gyO?,$' QOb e 121 of 579 yQ?, b San Onofre Unit 2
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Verified by Initial /Date 8.3.2.22 Record the response time in Section 10 Table 3, Step 10.3.2. AG/0 3 N&L (( - be'22/Shdfrs
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C00/ 3\NVL D / NOTE The response time is the time necessary for the signal initiated at the PPS cabinet terminal strip to go through 63.2% of its total increase after moving the g switch from position 5 to position 6. l
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8.3.2.23 Return all connections and switches to the normal operate position. Place the channel into normal operating mode. A /3N E'b B 8 /31s08L C W / 35 %\k i ' u / \ 8.3.3 Position No. 3: High Local Power Density l NOTE Local Power Density is a contact input from the CPC and does not have a bistable. Response time is checked in Section 8.6. i 8.3.4 Position No. 4: Low Departure from Nucleate Boiling Ratio l NOTE _ Low DNBR is a contact input from the CPC and does not have a bistable. Response time is checked in Section , I f, 8.6. I- '
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.. 8.3.5 Position Number 5: High Pressurizer Pressure
( 8.3.5.1 Rotate the Bistable Select Switch to position number 5. A PCT S 1 Ett B O8 ACT S 1 El C g PCT 31BB1 DO8F0V o e 1981 8.3.5.2 Rotate the Meter Input Select Switch to Trip S.P. and record tha voltage which is displayed on the D.V.M. in Section 10. Table 6. d# PCT 31 El B d . O OT F S 1 221 C@ 4CT 3113!! DM F0V 0 2 W31 8.3.5.3 Rotate the Meter Input Select Switch to INPUT. A d h0T81231
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B d 9CT C @ ACT s 1 1931 ( r DMd OV K 0 2 SE1 8.3.5.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10, Table 6. AQQCT 311331 BD,M CT A 311981 C D /oc L u 1;;j D PA0V 0 2 B31 - wV l ' 34 j 7 \y'{rb.q@ty$ddO a g h age 123 of 579 l( San Onofre Unit 2 [ 0FF! Cia TiiST COPY
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_ 3 .- . _ Verificd by Initial /Date 8.3.5.5 Turn ON power to the RTT Test box. A /0CT 311921 B @/007 s 1 ggg C M/0CT 311981 _ D _@ /NOV 0 2 8?1 8.3.5.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches OCT 311221 for L4, L5 and L6 are OFF. A B O.#/0CT S 11321 C O[fCT 311331 D_ T /NOV 0 8 31 8.3.5.7 Attach these three "STOP" optical pickups
' over the three LED's which are located in column 5 of the RPS section of the bistable 0CT 311331 co-trol panel. A .- /
B 9/S JDCT 311531 C C f PCT 3 1 1331
.D- Y/ / 0 2 Bi1 NOV 8.3.5.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A 007811!31 f
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Verified by Initial /Date 8.3.5.9 Insert an extender card into the T a C circuit [ {r board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) Jack of the same section. A / 0CT311931 B of PCT 311931 C ,Y /Oci s i 1331 D h/NOV 0 2 221 8.3.5.10 Push the " RESET" button underneath the timer. A /0CT311321 B M ACT 311931 C M O 0CT311331
/
DLP /NOV o 2 B31 8.3.5.11 Depress the bistable pushbutton until the timer stops incrementing. A / 00T311931 B Cr# /DCT 311521 COS/00T 311331 WSd# /NOV 0 2 B31 8.3.5.12 Record the response +,ime in Section 10 Table 3, Step 10.3.3. A / OCT 311$31 B $# 0CT / 3113!! C d[ /00T 311331 0 8/ NOV 0 2 B31 8.3.5.13 Reset the bistable. A W /007 311331 BI /007 311331 C 8 PCT 3 1.1331 D8/ NOV o 9 B31 l 2PE-358-01 0 ggr0gp0 gg 3 of su nofre unit 2 EOR L0i. ..3n
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, 8.3.6 Position Number 6: Low Pressurizer' Pressure (RPS) 8.3.6.1 Rotate the.Bist,able Select Switch to position number 6. A ACT 811931
~
B 2/0CT 311531 C M/00T s i 1931 DM/NOV 0 21981 8.3.6.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10, Table 6. A h/ 0CT 81 %31 l B00 PCT s 1 nit C @ /DCT 3 1 E!! DM/NOV 0 21981 i 8.3.6.3 Rotate the Meter Input Select Switch to INPUT. A /00T 31 eel k B I /0CT 8 1 E;I C & fDT 8 1 %B1 D M/NOV 0 21981 8.3.6.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. A /00T 31 Egg l B @ / 0CT 3_1 Est C # fCT 3 1_ EB1 D 2Nov o a 1sa g58-01 ( 3r H ON Rer.j0% N' otb 9 '126 of S79 ( 0 ~F!Cif 7EST C047"'""" M.~ ~ ~ --: _ .,..-39
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Verified by initial /Date 8.3.6.5 Turn ON power to the RTT Test box. A / 007 3 1 381 BO[/0CT 31 $!! C M/DCT 311981 DMO NOV / 0 2 281 NOTE
-The ESF Low Pressurizer trip could be performed concurrently with this test and six test leads could be used. For the per-operational test it is recomended that the tests be done separately to establish base line data.
8.3.6.6 Connect the three optical pickup cables to the STOP LAMF L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. AN/0CT 311351 B 3/007 s 1331 l Cs @. /00T 311551 ( D A// NOV 0 2 Bil 8.3.6.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 6 of the RPS section of the bistable 007 31 Egi control panel. A / B I /0CT 31251 C W / OCT 81 %?) DG# / NOV 0 2 Bij 8.3.6.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A /007 3 1 %51 BM/00T 8_1 Est CM/0CT n 1321 l DI/ N07 0 2138' f 2PE-358-01 l(.
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- 8.3.6.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 totheblack(-)jackofthesamesection. A /0CT 311331 B M 8 00T / 3 1 I!!!
I C $ pti 311931 i DdNNOV 0 21981 8.3.6.10 Push the " RESET" button underneath the timer. A / DCT 311331 B M d 007 / 3,_1 13;1 C 7 PCT 311331 DM / NOV 0 219!1 8.3.6.11 Depress the bistable pushbutton until the timer stops increme.. ting. A / OCT 311351 B d[ / 007 s 1 1931 C I/0CT 311531 D Y/ NOV 0 21381 8.3.6.12 Record the response time in Section 10. Table 3, OCT 311351 Step 10.3.4. A / B I/0CT 311331 C & f0CT 3 1 1E31 DOM / NOV 0 2133'. A OCT 811381 8.3.6.13 Reset the bistable. B -Y/ OCT s 11951 C M8 /0CT 311351 DY/NOV 0 21931 2PE-358-01 I k 0 rd U t2
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Verificd by Initial /Date 8.3.7 Position Number 7: Low Steam Generator No.1 Level. 8.3.7.1 Rotate the Bistable Select Switch to position number 7. A PCT 311!31 B T /CCT s i til C M ACT 9 1 1931 D W /NOV 0 e att 8.3.7.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10. Table 6. A PCT 81 %21 B Of BCT 811!!! C M ECT 3 1 1951 D Y/F0V 0 2 H21 8.3.7.3 Rotate the Meter Input Select Switch to INPUT. A_I/0CT S 11551 B O[/0CT 311531 C @ /007 s 1 1991
't ' D & NOV / 0 2 B31
! 8.3.7.4 Rotatethecoarsepotentiometer(R601)to adjust the input voltage which is displayed on ! the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Recard the voltage in Section 10. Table 6. A / OCT 3115D B Cf ACT 311;31 C I/0CT s i 1381 D 8/iOV 0 21931 2PE y1 f' bpgp?Sii.l eV
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l l Verified by Initial /Date ( d;5 8.3.7.5 Turn ON power to the RTT Test box. A OCT 31 El Bj[ACT 311931 C MOCT S 11981 D _I/ NOV 0 2 31 8.3.7.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A OCT 311931 8 Y/0CT 311531 C O8/0CT 311551 D M/ NOV a n 1981 8.3.7.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 7 of the RPS section of the bistable control panel. A ACT311931 B.98/0CT 31133I C .7/ OCT 311551 D 7/h0V 0 2 IS?1 8.3.7.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A / 0CT311521 B M/ OCT 311351 C 7 / OCT S 11551 D M/NOV 0.21331
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\ 8.3.7.9 Insert an extender. card into the T a C circuit board and place a hook probe from pin 61 of the .
T a C connector to the red (+) f ack of the " EXT - 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A <. OCT 311951
, B MpCT 311921 C 7/ 007 811921 DcPAny n , 331 8.3.7.10 Push the " RESET" button underneath the timer. A ACT 3 1 1531 B I /CCT 3 1 1931 C 2 /0CT 3 1 1331 DM/NOV 0 2 881 8.3.7.11 Depress the bistable pushbutton until the A PCT 311;31 3 timer stops incrementing.
B & ACT 311351 C @/0CT 311381 ILT/fiDV 0 21331 8.3.7.12 Record the response time in Section 10, Table 3, Step 10.3.5. Aj fCT 311331 B MCT 311931 C --7 1007311981 D M /NOV 0 21931 A PCT 311981 8.3.7.13 Reset the bistable. B O [ $CT 3 L 1351 g C . Y / 007 3 i sst
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Verified by Initial /Date 8.3.8 Position Nbber 8: Low Steam Ger.erator No. 2 Level, t 8.3.8.1 Rotate the Bistable Select Switch to position number 8. A OCTsi1931 B @/0CT 311531 C M/ OCT S 113B1 D8NOV 0 21981 8.3.8.2 Rotate the Meter Iryut Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10. Table 6. AI/0CT s 11351 BdM/ OCT 311351
~
C&/007 S 1 1351 D<@/NOV 0 21981 OCT 3 1 M 51.3.8.3 Rotate the Meter Input Select Switch to INPUT. A / B d8/0CT 311331 C M/ OCT 311551 D I/NOV o 21981 8.3.8.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. A / 00T 311331 B C8 ACT 811531 C O# 0CT1 811581 D 7/;0V 0 21981 9 t fs .
. 2PE-358-01 gQ j c. ".$ Rev. O' rp Y Page 132 of 579 f '" '
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Verified by Initial /Date 8.3.8.5 Turn ON power to the RTT Test box. A /0CT 311$31 B I BCT 3 1 1531
#fCT 311931 C[7/NOV DM oo 8.3.8.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, LS and L6 are OFF. A gCT 311331 B $ PCT 311331 C Q/fCT 311;31 D 7/NOV o n 131 8.3.8.7 Attach these three "STOP" optical pickups over the three LED's which are located in I column 8 of the RPS section of the bistable A OCT 3 1 1!31 control panel.
B y ACT 3 1 1551 C.gg PCT 3 1 1921 DOI /NOV 0 21331 8.3.8.8 Ensure that the Stop TI:r,er Mode Switch is in A OCT 3 1 1;;t the INCREASING or low to high mode. BM hCT S 11!31 C O// T311st! OC DI/ E0V 0 21331 r'*-\ ; Qb D*? , s , ;,' : ' \ d (*)g u 2PE-358-01 Rev. O' (j Page 133 of 579 San Onofre Unit 2 f,a~m. .'. .i uwy
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Verified by Initial /Date (~ i 8.3.8.9 Insert an extender card into the T a C circuit
\~ ' '
board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A_ ACTS 11331 BOM/ JCT 3 1 1331 C @/ ocT s 11991 D eM/NOV 0 2 El 6.3.8.10Pushthe" RESET"buttonunderneathttietimer. A M/ OCT 3 1 2 B7/0CT 3113!! C df /0CT S 11321 D W /NOV 0 2 E1 8.3.8.11 Depress the bistable pushbutton until the timer stops incrementing. A OCT 3113:1 ((, B 08 /0CT 3113:1
, ~
C 9 9 OCT / 3 1 13!! D Sf/K0V02NI 8.3.8.12 Record the response time in Section 10. Table 3 A 007 3 1 1311 Step 10.3.6. / BOM /007 s 11;;t C 2/ OCT 311951 "M/ NOV 0 2 El 8.3.8.13 Reset the bistable. A #/007 3 1 133I B $ CT31El C 9/0CT 311931 j Oh. . Q, DM / NOV O 2 21 g.g"y:,1,#' id - 2PE-358-01 p g?, Rev. O
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_ _ . . - , . . _ . ...,...m_m.mc.w.-~....,_...._... 1 Verified by Initial /Date r, 8.3.9 Position Humber 9: High Steam Generator No.1 Level. 8.3.9.1 Rotate the Bistable Select Switch to position number 9. A PCT 311;;! Bf3ffnr,,gg C M PCT 3 { 1381 D dh0V 0 2 B81 8.3.9.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10. Table 6. A'I FCT 3 1 1331 BM 4CT 8113!! C 98 /0CT 311331 D -Y/NOV 0 2 B?1 8.3.9.3 Rotate the Meter Input Select Switch to INPUT. dg/CT 311331 B y PCT 31W a: CY/0CT 311951
- k. D.C8 iDV
/ 0 213!1 8.3.9.4 Rotatethecoarsepotentiometer(R601)to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V).
Record the voltage in Section 10. Table 6. AO /)CT 311251 BN /CT 311331 CcY ACT s i 1931 07 ADV 0 21331 e-e# O \Q% c e7 2PE-358-01
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Verified by Initial /Date CT 311331 8.3.9.5 Turn ON power to the RTT Test box. A B @lci s 1 1$31 C W CTi 311981 D gh NOV 0 21981 8.3.9.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A PCT a 11331 BO9 CT A 311331 C MJCT s 11931 ~ D _Y/ NOV 0 21331 8.3.9.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 9 of the RPS section of the bistable A fpCT 311331 g control panel. B 08/00T 3 1 1931 C @/CCT 311991 D 2 NOV
/ 0 21331 8.3.9.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A- / 007 3 1 1331 B Q # PCT 3 1 1931 C Y/0CT 811981 D 2/ NOV 0 21331
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Verified by Initial /Date 8.3.9.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 81 to the black (-) jack of the same section. A B_O/9CT311521 C C AT311361 D IA0V 0 2 231 8.3.9.10 Push the " RESET" button underneath the timer. A U8ll$ B M /007 s 1 1;;; C 2# CT f 3113il D 7[/iiDV 0 21331 8.3.9.11 Depress the bistable pushbutton until the timer stops incrementing. AjpCT 311311 08]OCT 311351 C &fCT 3113El D M/fiOV 0 21931 8.3.9.12 Record the response time in Section 10 Table 3 Step 10.3.7.
- Ay[CT 311351 BO[ /00T 3113!!
Cg ACT 811981 D 9tb/ IiOY 0 2 UEI 8.3.9.13 Reset the bistable. A / 0CT 311551 3y BDk/0CT 3 1 1;;t
\D h8/DCT S 11951 gr$'g'; gbg\ y jh0V 0 2 M31
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VerifiGd by Initial /Date 8.3.10 Position Number 10: High Steam Generator No.2 Level. 8.3.10.1 Rotate the Bistable Select Switch to position number 10. A PCT 311931 B M/0CT 3 1 1331 c $8 PCT S 11981 D AM/iDV 0 2 521 8.3.10.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10. Table 6. A / 007 3 1 133! B O'M/ 00 7311531 CO#/007 3 1 1931 DOk/NOV 0 2 531 8.3.10.3 Rotate the Meter Input Select Switch to INPUT. AN/0CT 311 g 2 [ p CT 3 1 1!!! cMJCT 311931 D k/NOV 0 2 G81 8.3.10.4 Rotate the coarse potentioneter (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on j the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. A /0CT 311921 B p.ppCT 3 1 1231 z gY AM ACT S 11831 y e T[hTM/iOV 0 21981
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Verified by Initial /Date 8.3.10.5 Turn Of power to the RTT Test box. A ChCT 311931 B 9 /0CT 3 1 1931 C 9 p CT 3 1 1331 D_t@iDV 0 21981 8.3.10.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches 0M 31 G for L4, L5 and L6 are OFF. A / BM/0CT 3 1 litt CM/CCT 3 1 1321 D -@/h0V 0 213?1 8.3.10.7 Attach these three "STOP" optical pickups ((t over the three LED's which are located in column 10 of the RPS section of the bistable control panel. A <- /0CT 311331 B M/0CT 311;;l C M/ 00T 311531 D 2/ NOV 0 21931 8.3.10.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A joCT 311331 B 2M 00T / 311!!! C 2 DCT / 311!$1 DM/ E0V 0_21321 4"-)d dD90% f \ N -su:009
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p .* . . ./ . . . . . . . .-- ..... ...... ...........:........--. Verified by Initial /Date 8.3.10.9 Insert an extender card into the T o C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT
^
test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A PCT 311331 8 /0CT 311331 C O[fCT 311981 p q@0V 0 2 El 8.3.10.10 Push the " RESET" button underneath the timer. A PCT 311331 B8/.cT 911;;t C J-)ppCT 3 1 1551 D Al]p0V 0 2 21 8.3.10.11 Depress the bistable pushbutton until the
- timer stops incrementing. A /DCT 311531 ggg 70CT 311531 k,
CO[/00T 311EB1 p pp0V 0 21981 8.3.10.12 Record the response time in Section 10, );;g Table 3, Step 10.3.8. A / BM/0CT 3 1 1931 C N/DCi 1111353 D jp0V 0 2 El _ A / 8.3.10.13 Reset the bistable. B@/DCT 311331 C /CCT 3 1 ISS. Dj)y0V 0 21331
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- M.'. ON gy,{O y01. v "',gyCNbs
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Verified by Initial /Date 8.3.11 Position Number 11: Low Steam Generator No.1 Pressure (RPS) NOTE
- This section can be run concurrently with Section 8.3.18.
8.3.11.1 Rotate the Bistable Select Switch to position
, 0CT 311351 number 11. A /
8 ]/ OCT 311;i C<}/$CT311381 0 <7970V 0 2 G 8.3.11.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed OCT 3 1 13:1 on the D.V.M. in Section 10. Table 6 . A - / B.Y /007 3113:1 C O# PCT 311331 (([, D C[h0V 0 21931 OCT 3 1 15!! 8.3.11.3 Rotate the Meter Input Select Switch to INPUT. A* B d8 / OCT 311351 C T /DCT S 11951 DOf bOV 0 21931 8.3.11.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on ' the tripped side of'the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6 2 pe 3 @ ,\ A ~ /DCT 3_11331 t$-6 g6 B D8/CCT 311551
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C O [ /0CT 3 1 1931 p& K0V 0 21331
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Verified by Initial /Date 8.3.11.5 Turn ON power to the RTT Test box. A_ / OCT 311531 B 9k /007 311331 C MACT 311981 D M/NOV 0 2 821 NOTE The ESF Low Steam Generator No. I pressure trip could be perfonned concurrently with this test and six test leads could be used. For the pre-operational test, it is recornended that the tests be done separately to establish base line data. . 8.3.11.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A [CT 31133! BM/0CT s 11921 . ((g ' C ,% JCT 311331 D c%/iDV 0 21331 8.3.11.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 11 of the RPS section of the bistable OCT 311951 control panel. A B 90/0CT 311951 C d# 0CT / 311551 DM/h0V 0 2 2 8.3.11.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A . /007 3} W 3 B O.0/007 s 1 1931 1]-- y,r.% gy [,' gQYtf8 D O,8/hTVfCT 3115 0- 21331
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Verified by Initial /Date 8.3.11.9 Insert an extender card into the T o C circuit board and place a hook probe from pin 61 of the [ ' T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A, PCT 31133I B jpCT 311331 C @ACT 311381 D M/iDV 0 21981 8.3.11.10 Push the " RESET" button underneath the timer. A. PCT 3illil B g PCT 3 1 1321 C d8 OCT / 311931 D @/ iDV f 0 21951 8.3.11.11 Depress the bistable pushbutton until the timer stops incrementing. A W/ OCT 311531 BM/ OCT 3113;t (
- C O// OCT 311981 D 2 D NOV 0 2 1951 8.3.11.12 Record the response . time in Section 10, Table 3, Step 10.3.9. A $8/ OCT 311:51 B 7/ OCT 3 1 1351 C M/ OCT 311981 D M/ E0V 0 21331 OCT 3 1 1551 8.3.11.13 Reset the bistable. A B I/ OCT s 1 litt C M / OCT 311951 D-M /NOV 0 21981
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Verified by Initial /Dat? 8.3.12 Position Number 12, Low Steam Generator No. 2 Pressure (RPS) NOTE This Section can be run concurrently with Section 8.3.19. 8.3.12.1 Rotate the Bistable Select Switch to position number 12. A / B M A CT s 1 1;;l C 87CT 311381 D tY/iOV 0 21331 8.3.12.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10, Table 6. A /DCT 3 1 1;;; B Y / 0CT _/ 3 1 1;;1 C f9;T 3115El k,g D CM/NOV 0 21931 8.3.12.3 Rotate the Meter Input Select Switch to INPUT. A OM/ OCT 311351 Bj.# PCT 311231
. C Op PCT S 11951 D N iOV A 0 21331 8.3.12.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on I
the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded f above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10, Table 6. A / OCI 8 1 352I B O[ /0CT 81131
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Verified by Initial /Date l 8.3.12.5 Turn ON power to the RTT Test box. A / DCT 3 1 1SM B & / 0073113;t C .MOCT 811921
. D S h0V 0 2 1981 NOTE The ESF Low Steam Generator No. 2 pressure trip could be perfomed concurrently with this test and six test leads could be used. For the pre-operational test, it is recomended that the tests be done separately to establish base line data.
8.3.12.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A I/0CT 3112U i s BM/0CT 311!!1 C $ PCT 311951 D 7/iOV 0 21931 i 8.3.12.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 12 of the RPS section of the bistable OCT 3 1 13M control panel. A / B_ % ACT 311551 C M/0CT 311521 D &/iOV 0 21931 8.3.12.8 Ensure that the Stop Timer Mode Switch is in 01 the INCREASING or low to high mode. A / g g[J p0T 3113M CM/0CT 2[11931 b p $;QUe d o f f0V O 2 19 1 $0 b \KTOb gj S O " g.((59. Rev. 0 N '2PE
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Verified by Initial /Date 8.3.12.9 Insert an extender card into the T a C circuit boani and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V STAkT" in the Timer Input section of the RTT test box. Place another hook probe from pin 59
~
totheblack(-)jackofthesamesection. A M]OCT S 11331 B I/DCT 311331 C MECT S 11331 D WF0V 0 21981 8.3.12.10 Push the " RESET" button underneath the timer. A CO/0CT S 1231 B Y ? ** C M/DCT S 11321 D M/ NOV 0 21331 8.3.12.11 Depress the bistable pushbutton until the , timer stops incrementing. A_dk/0CT S 11931 B 7 /007 3 1 13;[ i, CI ACT 311531 D8/h0V 0 21981 8.3.12.12 Record the response time in Section 10 Table 3, Step 10.3.10. A /0CT 311331
- B gpCT 311331 C O[/00T a 11931 D @ /iDV 0 2 1331 A j PCT 311331 8.3.12.13 Reset the bistable.
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Verified by Initial /Dato 8.3.13 Position Number 13: High Containment Pressure (RPS) SCE DA 8.3.13.1 Rotate the Bistable Select 3 witch to position WUNESS POWT 0M 31 M Section No T
- number 13. A /
/ g/5 B-.@ /)CT 31 list EI~> ' E's C 7/)CT 311931 Date D $p0V 0 2 Bi1 8.3.13.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed OCT 311951 on the D.V.M. in Section 10. Table 6. AC- /
B M/00T 311251 C 08/00T 311951 Dd8 /iDV 0 2 B21 8.3.13.3 Rotate the Meter Input Select Switch to INPUT. Aj-/ OCT 311!31 5.l B Y/ OCT S 11! 1 (. C y/)CT 311331 f D h[/tiOV 0 2 331 6.3.13.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on l I the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. pj 0CT 31133' B _Y/ OCT s 1 153. CCO/DCT 3_11331 D 0/'liDV 0 213SI
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Verified by l Initial /Date 0CT 311331 8.3.13.5 Turn ON power to the RTT Test box. A / 8 @/ OCT 3 1 IS!! C @ PCT 3 1 1981 0,48 0V A 0 21981 8.3.13.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches DCT 311331 for L4, L5 and L6 are OFF. A / 82/ OCT 311251 C DB CT A 311531 DMO /h0V 0 21981 8.3.13.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 13 of the RPS section of the bistable OCT 311351 control panel. A-BOO / OCT 3112:1 C O#/0CT 311351 I D d#A0V 0 21931 8.3.13.8 Ensure that the Stop Timer Mode Switch is in-the INCREASING or low to high r.iode. A- /0CT 311231 B 7/ OCT 311231 C 9CT311951 pj[/ NOV 0 21321
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Verified by Initial /Date 8.3.13.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 DCT 3 1 E totheblack(-)jackofthesamesection. A =/ Bc7/ OCT 3113:1 C ,% OCT S 11321 D M'0V o 21381 0CT 3 1 G 8.3.13.10 Push the " RESET" button underneath the timer. A / B M / OCT 3113El C 7/OCT 311921 D_-7/iDV 0 21331 8.3.13.11 Depress the bistable pushbutton until the timer stops incrementing. A / 0CT 311331 ( B 8 / OCT 311931 C 2/ OCI 311551 DM/NOV 0 21931 8.3.13.12 Record the response time in Section 10 Table 3, Step 10.3.11. A / OCT 3 1 152
, BY/DCT 311351 CM / UCI 3 1 1331 D ._%0V 0 21381 8.3.13.13 Reset the bistable. A / OCT 3_115I:
BI/007 3 1 1331
. C 08/ OCT 311ss-D Opp 0V 0 21991 2PE-358-01 9
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- Verified by Initial /Date 8.3.14 Position Number 14: Loss of Load NOTE This is a contact input. No test is required per technical specifications Table 3.3-2.
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_- .--.1.s _.. .. . . . . . . . . . . .. .. . .. . . . . . e Verified by Initial /Date 8.3.15 Position Number 15: Steam Generator No.1 Low Flow. 8.3.15.1 Rotate the Right Hand Bistable Select Switch to position number 15. The left hand switch must be in the fifteenth position and remain at that position for subsequent tests. OCT S 11331 A B .78/007 311331 C d.4&TS11331 0 MA0V 0 2 IS31 8.3.15.2 Rotate the Meter Input Select Switch to Trip (, [ , S.P. and record the voltage which is displayed 1 A /007 3 1 1331 on the D.V.M. in Section 10. Table 6. Bd#/0CT 311531 C ,9.4CT 311531 D M/iOV 0 21331 AO,/ OCT 3 1 13 8.3.15.3 Rotate the Meter Input Select Switch to INPUT. BD / OCT 3113! C 09fCT 31_1991 0 s%/tiOV 0 21331 g OU 358-01 ogN:s ...it o,,,, San Ono,re Unit 2 ggt T ([:g:aww:: .e .,,. 6 . 0, 0 Py
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Verified by Initial /Date 8.3.15.4 Rotatethecoarsepotentiometer(R601)to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. A PCT 311951 B 7/0CT 311551 C MECT 211321 D IA0V.L2.1931 8.3.15.5 Turn ON power to the RTT Test box.' A Q[/ CT 3 1 1551 B @ /00T S 1 1321 C 7 ACT S 11531 ( , D j g ADV 0 2 1361 8.3.15.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are GFF. A M/ 00T 811331 B 2/0CT 311931 C 2 TCT S 11331 0 @;0V 0 21931 e
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8.3.15.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 15 of the RPS section of the bistable OCT 311981 control panel. A / B O/J 0CT/ 311931 C d p PCT S 1 1931 , D MOV 0 21981 8.3.15.8 Ensure the Stop Timer Mode Switch is in the INCREASE or low to high mode. A d[/0CT 311 eel B 7/ 0CT 311321 C 7/0CT 311551 D d4p0V 0 21931 1 8.3.15.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the
. 7 a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A /0CT 311EE1 BCM/ 0CT 311321 '
CM/00T 311381 D W l'iDV 0 2 1981 4 gb'.,j3PE-358-01 gV 'v# Rev. 0
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Verified by Initial /Date CT 311951 8.3.15.10 Push the " RESET" button underneath the timer. A 8 Oh ? C @/ OCT s 11931
. D @/iOV 0 21981 8.3.15.11 Depress the bistable pushbutton until the AO OCT 3113El timer stops incrementing. A#/
B O// CCT S 11E21 C & P 8 1 1331 DW/tiDV 0 21331 8.3.15.12 Record the response time in Section 10, I' Table 3, Step 10.3.12. A O[/ OCT S 1 lim B fjg[sCT 311IEl C & /00T 311951 D &JiOV 0 21331 8.3.15.13 Reset the bistable. ' A / OCT 3112!! BN/0CT 311,n,,t CS # /DCT 311931 p 7[KOV 0 21381 l ..
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Verified by Initial /Date 8.3.16 Position Number 16: Steam Generator No. 2 Low Flow. 8.3.16.1 Rotate the Gistable Select Switch to position number 16. A< b - B OM/0CT S 11931 C , 7 f0T S 1 1931 D MOV 0 21981 8.3.16.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed 3333 on the D.V.M. in Section 10. Table 6. A / 8 @/ 00T 31 ISE CdSpDT 311581 D ; 9.0 YDV 0 2 081 00T 3 1 liii 8.3.16.3 Rotate the Meter Input Select Switch to INPUT. AI/ B M/ OCT 311331 ({j " C M/DCT 311331 D GdDV 0 81931 8.3.16.4 Rotatethecoarsepotentiometer(R601)to adjust the input voltage which is displayed on the D.V.M., until the voltane (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10 Table 6. 3 ggg B / 00T 3 1 G C@/ DCT 3__11931 D .MOV.0 21931
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3 ./ . , , .. . . a . ... - u x t. .:, u .d. 4.M ..;;.:.., . ,-. . - Verified by Initial /Date 8.3.16.5 Turn ON power to the RTT Test box. A k I1 OI B @/DCT 311581 C C@T 311981 D ONOV 0 21981 8.3.16.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks - to the ON Position. Verify that the switches for L4, L5 and L6 ara 0FF. A /DCT S 115a B S- /0CT S 11981 C$// PCT S 1 1331 D $POV 0 21981 8.3.16.7 Attach these three "STOP" optical pickups (' I' over the three LED's which are located in column 16 of the RPS section of the bistable control panel. AY/ I B M DCT / 311331 C 29CT 311931 D00F0V 0 21981 l 8.3.16.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A M/ B 2h 01 C j $ T a 1 1931 l D @y0V 0 21981 l e2PI $8 b
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Verified by Initial /Date 8.3.16.9 Insert an extender card into the T a C circuit
\ board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. - A B & /ner a i tssi C h/DCT 311331 D @MOV 0 21981 8.3.16.10 Push the " RESET" button underneath the timer. A yCT 311531 B.98/DCT31 El C M/0CT 311331 D C[h0V 0 21331 8.3.16.11 Depress the bistable pushbutton until the timer stops incrementing. A / OCT 311:::
,F3 B N/0CT 311351 C&/0CT 311521 D 9/0/h0V 0 21931 8.3.16.12 Record the response time in Section 10, OCT 311351 Table 3, Step 10.3.13. A /
B I/ OCT 3112:1 C Of /0CT 311551 l l - D eY/NOV 0 21331 8.3.16.13 Reset the bistable. A PCT 311331 B 2 ACT 311331 l C I/0CT 3 1 1531 D y p0V 0 21331 ' ~
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Verified by Initial /Date ( 8.3.17 Position Number 6: ESFAS Section Low Pressurizer Pressure 8.3.17.1 Rotate the Bistable Select Switch to position number 6 . PCT 311931 B M/ TDC31 E81 CO//OCT 311981 DM/NOV 0 2 E81 8.3.17.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed 00I8I I on the D.V.M. in Section 10 Table 6. AN B 9 M DCT
/ 3 1 E31 C Cd 0CT/ 311331 DM/ NOV 0 2 E81
( 8.3.17.3 Rotate the Meter Input Select Switch to INPUT. A /00T 31 E21 B M/ OCT 311531 C /DCT 311331 D -Y/ NOV 0 2 E31 8.3.17.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage g+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10 Table 6. B 7 /DCT 311531 CM/ 0.T0 311531 I o ,M'A0V 0 '21331
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Verified by Initial /Date A CT 811331
~ 8.3.17.5 Turn ON power to the RTT Test box.
B .7PpCT 311521 [ C & / oci n , );;;
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D00/ NOV 0_ ggg
's NOTE This test could be run concurrently with the RPS test of the same parameter.
8.3.17.4 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. Aj / 007 3 1 1551 B O O DCT / 3 1 1321 C , P /c m ;ggg DM%NOV 0 2 B61 '({ 8.3.17.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 6 of the ESF section of the bistable 00T 311:51 A control panel. / B I/DCT 311:51 Cdf /0GT.JL1151 DM#/ NOV o 213?1 8.3.17.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A !OCT 311551 B9 /DCT 311521 C Y_/ 0CT_3_,J 1 E1 ' DM / NOV O__21321 2PE-358-01 "ft (1,d..
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4 Verified by Initial /Date i 8.3.17.9 Insert an extender card into the T o C circuit '(. board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT - 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A. CT 311931 B <7/DCT 311531
, C_ @/0CT 311531 DY/NOV 0 21331 8.3.17.10 Push the " RESET" button underneath the timer. A /007 3 1 1331 BMp0T 311121 C8/00T 311531 D I/NOV 0 213I1 8.3.17 11 Depress the bistable pushbutton until the timer stops incre.nenting. A /CT3113H I B Y DCT / 311151 i
b.. C d# 0CT311!!!
/
D M / HOV 0 21331 8.3.17.12 Record the response time in Section 10 CCT 3 1 E Table 3, Step 10.3.14. A / B S[/0CT 31111 C 0 8 /007 3 115!!
. DY/fiOV 0 21331 e
8.3.17'.13 Reset the bistable. A Usn / DCT 3 1 1;3g B C# /0CT911331 C]/0CT 31 lift D_I /NOV 0 213!1 2PE-358-01 IN F0Pk9 T" Hi!.4 f NOT FOR Co% l*93!Wii f 57' q s g6 ,qr .o 7i s fgSan bu. nOnofre Unit 2 e- e p
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y7 , . . Q.T.:. . .: .L.::.:. .: 2^. ~.~ T.T. ::L &~; 7. .w, v.+. ... Verified by Initial /Date ( 8.3.18 Position Number 11: ESFAS Section Low Steam Generator No.1 Pressure. NOTE This Section can be run concurrently with Section 8.3.11. 8.3.18.1 Rotate the Bistable Select Switch to position number 11. A /DCT 311551 B<hPDCT / 3 1 1931 C MMCT 311931 DcTFCV 0 8 BE1 8.3.18.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10 Table 6. A / 007 31 El B d# DCT / 31 El s C M/DCT S 11331 D . W / ICV 0 2 Sil 0 T 31131 l 8.3.18.3 Rotate the Meter Input Select Switch to INPUT. A / B Y/DCT 311331 CM/DCT 311931 D . W iiOY 0 2 1981 S.3.18.4 Rotatethecoarsepotentiometer(R601)to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. AC PCT 3 1_1!31 B DdCT 311531 C J # p CT 3 1 1331 INF0B MT;0P @ n 2un (- qII!p. L r- r- -
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Verified by Initial /Date ( 8.3.18.5 Turn ON power to the RTT Test box. A YSCT 311331 8 .@/DCT 311331 C 7]OCT S 11981 D MA0V 0 21931 8.3.18.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipraent and turn switches next to the jacks to the ON Position. Verify that th switches for L4, L5 and L6 are OFF. A /DCT 311931 B 8/007 311331 Cd#/CCT 311981 D2 ADV 0 21931 8.3.18.7 Attach these three "STOP" optical pickups over the three LED's which are located in column 11 of the ESF section of the bistable A 007 3 1 1!!! control panel. g j # p CT 3 1 1E51 C &$CT 311931
/ 0 2 19?1 D -]f0 NOV 8.3.18.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A /0CT 3 1 1E31
- B 7A0T 311331 CM(CT 911931 D[gI/NOV 0 81931 2PE-358-01 Rev. O f INFORMATfDyaWid2Yof 579 NOT FOR C0tElsaaretartnit 2 0FFlCiAL TEST COPY
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' Verified by Initial /Date 8.3.18.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jeck of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 totheblack(-)jackofthesamesection. ~ A JCT 311551 B #pDT 311531 C M/00T 311931 D N/NOV021981 8.3.18.10 Push the " RESET" button underneath the timer. A [/ 007 3 1 1331 B8/0CT 311531 C D P PCT 3 1 199l D f/iDV 0 2 231 8.3.18.11 Depress the bistable pushbutton until the A
DCT 311 El timer stops incrementing. BM/ DCT 311531 C,%fCT 311931 '( l ' D 0 *#/NOV 0 21981 8.3.18.12 Record the response time in Section 10 Table 3, Step 10.3.15. A y007 31131 B <.@/ 007 3111:1 CM/00T 311331 D .M/NOV 0 2 SS1 A [CT 311331 8.3.18.13 Reset the bistable. B 8 /0CT 311;;1 C8# /007 3 1 1931 D f fDV 0 2 1051 - 2PE-358-01 Rev. O !(' lNFORM4TinN ?4t.?63 of 57S NOT FOR CocSjagaygngfge unit 2 (;g 3g l ()[,r y vains c.e pg w! L:c'. ui
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Verified by Initial /Date 8.3.19 Position Number 12: ESFAS Section Low Steam Generator No. 2 Pressure. NOTE This Section can be run concurrently with Section 8.3.12. 8.3.19.1 Rotate the Bistable Select Switch to position OCT 311551 number 12. A B gg T 3115;l C d d CT S 1 1331 D MOV 0 21981 8.3.19.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10, Table 6. A M 01I B C@CT 311El C &[>CT 311931 D Y[A0V 0 21381 i 8.3.19.3 Rotate the Meter Input Select Switch to INPUT. AC / 0CT 311551 B .yJCT 311531 C j[JfCT 311331 D I fovo 9 33) l 8.3.19.4 Rotatethe(.oarsepotentiometer(R601)to I adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded l above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6.
~
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Verified by Initial /Date 8.3.19.5 Turn ON power to the RTT Test box. A OCT 3 1 133! 8 M/0CT S 11551 C MpCT 311981 D [M/ 0 21981 8.3.19.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A /007 3 1 1351 B 28/00T 311!!! C O.40T 311331 D .8M.3V 0 21981
, 8.3.19.7 Attach these three "STOP" optical pickups - . over the three LED's which are located in column 12 of the EFS section of the bistable CCT 311;'t control panel. A B y PCT 311331 C T-/DCT 3113Bt DINOV 0 21331 l
8.3.19.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A / OCT 311251 B I/0CT 31135{ Cgf0T 311931 i D ,T)DV 0 21381 2PE-358,-01 if'- lNF0RUAT10NTihQ ' NOT FOR CORSTQSggfun 2 ( ,7 [ o( U aris su iwn
. ._ a .. . ,.s.a...'..- ..-.--..~....-~......--..w== . ~ :.,,. m , .. .ac .;- . s Verified by Initial /Date 8.3.19.9 Insert an extender card into the T a C circuit
( board and place a hook probe from pin 61 of the TaCconnectortothered(+)jackofthe" EXT 10V START" in the Timer Input section of the RTT test box. Place another hoek probe from pin 59 CT 311331 to the black (-) jack of the same section. A B @T 311331 C 6 Y SCT311931 l D 4V 0 21981 A- CT 311331 8.3.19.10 Push the " RESET" button underneath the timer. gg ACT 311331 C $ $CT 3 1 1561 0 TV0V 0 21991 8.3.19.11 Depress the bistable pushbutton until the CT 3 1 M A timer stops incrementing. B yptT 3 3.13E1
,I CO#f 0T 311331
(' ' DM8/iDV 0 21331 8.3.19.12 Record the response time in Section 10 OCT 3115El Table 3 Step 10.3.16. A-B Y/00T 311951 C--Qd f CT 3 1 1981 D M OV021931 A / 8.3.19.13 Reset the bistable. -
.B M /CCT 31 12" C MO CT / S 1_1581 DMPV 0 21931 2PE-358-01 Rev. 0 INFORMitTIONp?inV6 of 579
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Verified by Initial /Date 8.3.20 Position Number 18: EFAS Section High Containment Pressure .( 8.3.20.1 Rotate the Bistable Select Switch to position number 18. A / B gg)pti 311EB1 C 86 CT A 311931 D M MOV 0 2 1981 8.3.20.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10. Table 6. A PCT 3 i ll;l B @I0T/ 311531 C 7/DCT 311921 D @p0V 0 21951 8.3.20.3 Rotate the Meter Input Select' Switch to INPUT. Ah/ BC # CT $ 311351 CON OCT / 311331 D .8/h0V 0 21931 (f 8.3.20.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. A I/DCT 31 E B g9 PCT 31131 C 7N/00T 311321 D @lioV 0 21331 2PE-358-01 Rev. O g . INFORM /! TION %'1467 9 of 579 NOT FOR CORSTRLianagre unit 2 0FFICIAL TEST COPY v =- .
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Verified by Jnitial/Date 8.3 20.5 Turn ON power to the RTT Test box. A CT 311931 B @ PCT 3 1 15;l C OiOT 311931 D MF0V 0 21981 8.3.20.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A [CT 311521 B $ /007 31 litt C jp0T 311551 D &/iDV 0 21331 8.3.20.7 Attach these three "STOP" optical pickups l (, over the three LED's which are located in column 18 of the EFS section of the bistable OCT 311Et control panel. A . / B Y/007 31121 C 7/00T 311931 D dM/iDV 0 21331 8.3.20.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A f B _I /DCT 3 1 1:31 l C7 PCT 311531 D gdp0V 0 21981 2PE-358-01 t ~ l - Rev. O Page 168 of 579 0.;". lt Il e . .r n r "'[ E.,
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Verifitd by Initial / Data i ( " 8.3.20.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A T 311:31 B .Pj0CT 3112;t I C QApCT S 11981 D QD 0V f 0 21331 8.3.20.10 Push the " RESET" button underneath the timer. A /DCT 3 1 l?El B-CD 007 / 31 ligt C @ PCT 311321 D _d/#0V 0 21951 8.3.20.11 Depress the bistable pushbuttor. until the timer stops incrementing. Aj PCT 311521 (,I B.2 4/073112!! C T/ 007 3 1 1331 D WADV 0 21331 1 i 8.3.20.12 Record the response time in Section 10 Table 3, Step 10.3.17. A /00T 3111:1 B 30 ET 311351 C OA 00T / 311331 D G[Jp0V 0 21331 8.3.20.13 Reset the bistable. A /007311:01 B M6 DCT / 311531
- C ff07 311521 D W/fDV 0 21851 2PE-358-01 .~
Rev. 0 (j - Page 169 of 579
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Verified by Initial /Date 8.3.21 Position Number 19: ESFAS Section High High Containment ( Pressure 8.3.21.1 Rotate the Bistable Select Switch to position number 19. A hO OCT / 3113:1 B .99 PCT 311551 C .9.9ACT 311331 D M /NOV 0 21931 8.3.21.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10 Table 6. Ad#/00731!!!! B 7 /CCT 3 1 13:( C M/DCT 311331 Dj/iDV 0 21331 8.3.21.3 Rotate the Meter Input Select Switch to INPUT. A N. / B M/007 s i1;;t
- l. C~78/0CT 3115;l (Y D g/iDV 0 21331 8.3.21.4 Rotate the coarse potentiometer (R601) to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-te..th of a volt (0.1V).
Record the voltage in Section 10. Table 6. ' AggfCT311551 , B O/ /0CT 31133I C 7/DCT 3_11981 p f/iov 0 213B1 a
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Verified by Initial /Date 8.3.21.5 Turn ON power to the RTT Test box. AY/0CT 3 1 13g B CA/OCT 3 1 n;t C dMACT S 1 Est D MOV 0 2 B31 8.3.21.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 ahd L3 ja'cks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches 1 I for L4, L5 and L6 are OFF. A OP/ B -@ /nrr o s mt ~ C f/8SCTs'11521 D M/NOV 0 2 S$1 8.3.21.7 Attach these three "STOP" optfrsl pickups (, , " over the three LED's which are located in column 19 of the EFS section of the bistable CCT 3 1 Eit control panel. A / B 7/" D 1 CCO/DCT 31 E21 D Wiiov 0 9 ygt 8.3.21.8 Ensure that the Stop Timer Mode Switch is in' the INCREASING or low to high mode. A I/ 0CT 31 E!!
'B W / CCT 31 Eli C M /DCT 3 1 1;31 0 SSfl0V 0 21331 2PE-358-01 Rev. 0 (g
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- Verified by Initial / Data I, 8.3.21.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10P START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. A / 0CT 311331 B yp0T 311331 C @/DCT 311981 D h50V 0 21981 8.3.21.10 Push the " RESET" button underneath the timer. AM/00T 311931 g,gj7j0CI 311931 C C# 00T / 311331 D $/liDV 0 21981 8.3.21.11 Depress the bistable pushbutton until the timer stops incrementing. A_M/0CT 311331 8 j.8/0CT 311531 C f 1 CT0 3 1 1931 D 20yOY0219?1 i
i 8.3.21.12 Record the response time in Section 10 Table 3, Step 10.3.18. AI/0CT 311931 f B CPpCT 31193f l l
# DCT/ 311951 C@Y/riOV o D-l 8.3.21.13 Reset the bistable. A .I/00T 311:31 B M / CTO 311331 C 7/007 s 1 1931 D fiDV 0 21331 l
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Verificd by Initial /Date 8.3.22 Position Number 20: ESFAS Section Low Refueling Water Tank i.evel 8.3.22.1 Rotate the Bistable Select Switch to position number 20. A8/ OCT 3 1 1331 B M/ OCT 311331 C QQCT 311331 D M/liOV o 91931 8.3.22.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed on the D.V.M. in Section 10. Table 6. A / 007 3 1 1331 B GM 0CT / 311331 C CO0CT / 311351 D Y fiOV / 0 21981
. 8.3.22.3 Rotate the Meter Input Select Switch to INPUT. A McCT 311331 BM/DCT 311331 C Y/0CT 311931 D I / V ND 0 21981 8.3.22.4 Rotatethecoarsepotentiometer(R601)to adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximate,1y one-tenth of a volt (0.1V).
Record the voltage in Section 10. Table 6. A /DCT 311531 B Y/DCT 311351 _ COgCT 311321 D [ /tiOV 0 21981
~
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Verifiad by Initial /Date 8.3.22.5 Turn ON power to the RTT Test box. A@ /007 8 1 1331 B -Q0fCT 811531 Cd#SCT 311331 Dgif0V 0 21981 8.3.22.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. AM/ 007311:31 B M OCT / 3 1 1;;1 C M /DCT 3 1 1331 D Y/iOV 0 21931 8.3.22.7 Attach these three "STOP" optical pickups k,r over the three LED's which are located ia column 20 of the ESF section of the bistable control panel. A O. / 007 311;;; B W/ OCT s 1155p C I/DCT 311531 D8 50V 0 21981 8.3.22.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A h[/0CT 311231 B I / Dtr 9 i Iggi C YpCT 31.1331 D Jgy0V 0 21931 l l 2PE-358-01
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'((. 8.3.22.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 I1 to the black (-) jack of the same section. AM/ B W/ DCT 311251 C @ tCT S 1 1981 D NA0V 0 2 &1 01I 8.3.22.10 Push the " RESET" button underneath the timer. Ak8 / B M S OT 3 1 !!;f C M ,f 0T 31 1321 D cMOV0 2 E1 8.3.22.11 Depress the bistable pushbutton until the I'
/ I- timer stops incrementing. AM/
BY/ COT 3112:14 l.. C C d ACT 3 1 lul[ D 9/F0V 0 213317 8.3.22.12 Record the response time in Section 10 Table 3, Step 10.3.19. AO[/ ICI 81 E B 7/ 007311;;1' C 2/ T DC311551) D IF0V 0 2 &1 I AO// OCT 311E 8.3.22.13 Reset the bistable.
/ CCT 3_11:51 B
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- 7 low 0 8.3.23 Position Number,ett ESFAS Section 4Mgh Steam Generator m I
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8.3.23.1 Rotate the Bistable Select Switch to position y number AO [3 2 1932 l B g [EB 2 1992 l C.I /EB 2 B22 D M /EB 2 1982 8.3.23.2 Rotate the Meter Input Select Switch to Trip S.P. and record the voltage which is displayed As p3 2 1522 on the D.V.M. in Section 10 Table 6. B M/EB 2 1932 C O f fEB 2 1992 p g JEB 2 B32 E3 21352 8.3.23.3 Rotate the Meter Input Select Switch to INPUT. A B M[ 0 2 1982 ,( C p JEB D M FEB 2 1982 l 8.3.23.4 Rotate the coarse potentiometer (R601) to I adjust the input voltage which is displayed on the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10 Table 6. 0h: 2 21}}2 &M B-QQB C W [ES 2 ES2 _
- 0 Q0fB 2132 2PE-358-01
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_ _ . . . - . . ~ . . . . . 3 . .. 3 Verified by Initial /Date h 8.3.23.5 Turn ON power to the RTT Test box. A I /TES 21322 BY /EB 2 1982 C C,4 fEB 2 1932 Ds 7 /EB 21932 8.3.23.6 Connect the three optical pickup cables to the STOP LAMP L1, L2 and L3 jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches for L4, L5 and L6 are OFF. A /IES E1332 B-7/FEB 21332 C Y FEB 2 I332 D Od EB f 21922
. 8.3.23.7 Attach these three "STOP" optical pickups k over the three LED's which are located in column 21 of the ESF section of the bistable
-re 2m control panel. A / ~~
B j fEB 21332 C 7 pet 21982 D O g fEB 21932 I 8.3.23.8 Ensure that the Stop Timer Mode Switch is in the INCREASING or low to high mode. A-Yh jFfB 21332 C M[B *I D M /EB 2 1952 - INFORnTftaj,sgo y
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Verifitd by Initial /Date (/\ 8.3.23.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 totheblack(-)jackofthesamesection. A [ES 21532 6 O [ fEB 21932 C M PEB 2 1932 0 M FEB 21932 8.3.23.10 Push the " RESET" button underneath the timer. A d f [ES 21532 8 M /FEB 21982 C&/FEB 21332 0.9/JfEB 21932 8.3.23.11 Depress the bistable pushbutton until the timer stops incrementing. AIf2 215E2 B2# fEB 21332 C M /FEB 21332 DM:B 21332 8.3.23.12 Record the response time in Section 10, Table 3. Step 10.3.20. A
~
f B-9[fEB 2 1932 C S 4]FEB 21932 D M /EB 21332 8.3.23.13 Reset the bistable. A M[3 2 lAU2 g q O JEB 21932 [% FjES 21932 D . g pEB 213S2 l l 2PE-358-01 Rev. O INFOR5f ^T%5eIWoY s79
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Verified by Initial /Date S t.ovJ - 8.3.24 Position Number er! ESFAS Section #trA Steam Generator [ ( (, No. 2 Differer.tiel Prc:: :. LEutu t 1 8.3.24.1 Rotate the Bistable Select Switch to position @0 number W % AS/[EB 2 1982
- B.j JEB 2 1982 C[101EB 21982 g y JEB 2 1982 8.3 24.2 Rotate the Meter Input Select Switch to Trip S.P., and ecord the voltage which is displayed on the D.V.M. in Section 10. Table 6. AMf8 B dA /FEB 2 1932 C&/FEB 2 1932 08 fEB 21932 8.3.24.3 Rotate the Meter Input Select Switch to INPUT. Ae j [EB 2 1992 B D 8 /EB 2 1982 g_ CC,#fEB 2 1982 D @ fEB 21932 8.3.24.4 Rotate the coarse potentiometer (R601) to ad,just the input voltage which is displayed on '
the D.V.M., until the voltage (+ or -) is on the tripped side of the voltage recorded above by approximately one-tenth of a volt (0.1V). Record the voltage in Section 10. Table 6. A FfB 2 1982 g J/ JEB 2 1982 C. f VEB 21982 D p fEB 21932 2PE-358-01 Rev. O INFOR!FTIO'N ' "" NOT Fu.. n .vs. ., ,.p p"e- i ,San Onofy"
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Verified by Initial /DatG 8.3.24.5 Turn ON power to the RTT Test box. A /EB 2M BMA4B 21982 C /fEB / 2 581 DMB 21982 8.3.24.6 Connect the three optical pickup cables to , the STOP LAMP L1, L2 and L3 Jacks on the RTT equipment and turn switches next to the jacks to the ON Position. Verify that the switches B 2 B82
} for L4, L5 and L6 are OFF. A 8 $ /M/B 21832 C M 4 EB 2 1932 D M fEB 21981 8.3.24.7 Attach these three "STOP" optical pickups
( over the three LED's which are located in ' column 22 of the ESF section of the bistable control panel. A JEB 2 B32 BfyfJEB 21932 C O M /EB 2 1932 D 8 /FEB 21332 8.3.24.8 Ensure that the Stop Timer Mode Switch is in 2M the INCREASING or low to high mode. A, /B l r 2 nez s .9o fB gFfB 2 1932 0 ChfEB 2 1982 2PE-358-01 ig~ INF0E"0IWMlY fiOT E0ii'v0+ San,0,no d 'E**iP T re Unit 2
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Verified by Initial /Date 8.3.24.9 Insert an extender card into the T a C circuit board and place a hook probe from pin 61 of the T a C connector to the red (+) Jack of the " EXT 10V START" in the Timer Input section of the RTT test box. Place another hook probe from pin 59 to the black (-) jack of the same section. -A / FEB 2 1982 8 j$FEB 2 1982 C MEB 21932 D.d [ fEB 2 1932 l 8.3.24.10 Push the " RESET" button underneath the timer. AC[fEB 2E l B Y /FEB 219B2 C G o fEB 219B1 D @fEB 2 1932 8.3.24.11 Depress the bistable pushbutton until the
+ timer stops incrementing. AggB 2 M2
( g .qgEB 21332 C g f JEB 21932 D J # /EB 21832 i 8.3.24.12 Record the response time in Section 10, Table 3, Step 10.3.21. A M/FEB 21982 B j#fEB 2 1932 C G 8 /EB 2 1981 D j fEB 21932 i 8.3.24.13 Reset the bistable. A _ T fEB 21932 B M f0 C g FEB / 2 1992 , D 3 g JEB 21932 i-358-01 i INFORV All0" 0 fi
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VIrified by Initial /Date 8.3.24.14 Break down all test setups, remove test
~
probes, remove extender cards and return all channels to normal operation. A /EB 2 1982 B $ JEB 21982 C &JFEB 21932 D M[/ FEB 2 1982 8.4 'Part IV Bistable Control Panel to Reactor Trip Switchgear NOTE The following section checks the response time from the matrix relays through the indication for the reactor trip switchgear (RTSG) using the C-E RTT test equipment. 8.4.1 AB Matrix
-1 8.4.1.1 Verify that the 120 VAC vital bus power is
(~' available to the K relay coils power supply. c ifJV 0 21981 8.4.1.2 Reset all trip conditions and verify that the RED status lights for TCB-1 and TCB-5 0 2 1921 are ON at the' local status panel. / 8.4.1.3 Turn ON the C-E RTT test equipment. ~ /NOV 0 21321 8.4.1.4 Connect the electrical ends of two optical pickup cables to the LED 1 and LED 2 jacks in the START LAMP section of the TIMER INPUTS
- section of the RTT test box. /NOV 0 21981
~
2PE-358-01
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.. .. . :.; ...w. v Verified by Initial /Date 8.4.1.5 Place the optical end of the " START" pickup
(' cables over the AB Matrix lights on the bistable control panel for reley Al-1 in Bay A and relay B1-1 in Bay B. p0V 0 21981
- NOTE The following part of the test requires that an LED jumper wire (a length of wire with an LED in the middle) be connected across some tenninals in the trip status panel. For convenience, eight LED jumper wires should be preconnected in accordance with the following table.
LED (+) LED (-) RTT Test Connection Connection
-TCB-1 (GRN) TB1301-6~ TB1306-1
=(g " TCB-2 (GRN) TB1301-3 TB1306-1 TCB-3 (GRN) TB1302-13 TB1307-1 TCB-4 (GRN) TB1302-16 TB1307-1 TCB-5(GRN) TB1302-3 TB1306-1
*TCB-6 (GRN) TB1301-17 TB1306-1 TCB-7 (GRN) TB1303-10 TB1307-1 TCB-B (GRN) TB1303-13 TB1307-1 8.4.1.6 Connect the electrical end of two optical
! pickup cables to the STOP LAMP L1 and L2 jacks on the RTT test box. f0V 0 2 M NOTE If baseline data is desired for each TCB, use only one cable and the L1 jack. , 1 8-p1 lC INFORMrJmN '
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Verified by l Initial /Dato l l 8.4.1.7 Turn ON the switches for L1 and L2 and verify that switches for L3 through L6 02M are OFF. /
. 8.4.1.8 Connect the other ends of the cables to the
/ NOV 0 21981 two LED's for TCB-1 and TCB-5.
8.4.1.9 Ensure that the " START" and "STOP" TIMER MODE switches are in the INCREASING or low to high mode. / EDV 0 21981 8.4.1.10 Turn ON the PPS system test power supply by depressing the pushbutton switch on the front of Bay A panels (to the left of the AB matrix
/ NOV 0 21981 test module).
NOTE For the preoperational test procedure, the M-G sets should not be running. If they are running, failure to reset after each trip may result in an RPS trip. 4 NOTE The following steps refer to switches on the AB matrix , module in the front of Bay A.
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. 8.4.1.11 Rotate the System Channel Trip Rotary switch to "RPS". /
W 0 2 21 8.4.1.12 Rotate the RPS Channel Trip rotary switch to position number one (1) (high linear pcwer level). W/NOV 0 21981
<- l 8.4.1.13 Rotate the relay trip switch to position number One (1). N 0 2 1981
/ OV 8.4.1,14 Reset the test equipment timer. &/ NW 0 21981 8.4.1.15 Press the RELAY HOLD pushbutton all the way in and then release. /
0221 8.4.1.16 When the relay LED's have extinguished, record the elapsed time in Table 4, Section 10. -W- / NOV 0 2 581 8.4.1.17 At the Bay A Actuation Reset Panel, depress and release RESET buttons RPS 1 and RPS 5. W/ 0221 i 8.4.1.18 Check the relay LED's. They should all be illuminated. / 02 21 8.4.1.19 Leave the test setup unchanged except rotate the Relay Trip switch to position number 2 and move the LED optical pickups 02 2 to TCB2 and TCB6. c / 8.4.1.20 Reset the test equipment timer. h/ NW 0 2 21 8.4.1.21 . Press the RELAY HOLD pushbutton all the way
. in and then relea:n. cW/ 02 21 w,[M" I3Q % # n n.
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Verified by Initial /Date 8.4.1.22 When the relay LED's have extinguished (as indicatcd by timer stop), recoM elapsed
~
time in Table 4 Section 10. / 02 21 8.4.1.23 At the Bay B Actuation Reset Panel, depress and release RESET buttons RPS 2 and RPS 6. / NDV02 21 8.4.1.24 Check th'e relay LED's. They should all be illuminated. O / NOV 0 2 M1 8.4.1.25 Leave the test setup unchanged except rotate the Relay Trip switch to position number 3 and move the two LED optical pickups to I TCB 3 and TCB 6. / 8.4.1.26 Reset the test equipment timer. NOV 0 2 M1
/
8.4.1.27 Press the RELAY HOLD pushbutton all the way in and then release. / W 0 2 21 8.4.1.28 When the relay LED's have extinguished record the elapsed time in Table 4, Section 10. / 02 21 8.4.1.29 At the Bay C Actuation Reset Panel, depress 02 21 and release RESET buttons RPS 3 and RPS 7. / i 8.4.1.30 Check the relay LED's. They should be WOV 0 2 21 illuminated. / 8.4.1.31 Leave the test setup unchanges except rotate the Relay Trip switch to position number 4 and move the LED optical pickups to TCB 4 NOV 0 2 M1 l and TCB 8. / I N F O R b- ,. i rlO y 2PE-358-01 t- ![' [b[ o'w m it79Ih.%'.IE 2
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= 1. . n Initia1/Date 8.4.1.32 Reset the test equipment timer. -
/ NOV 0 2,581 u\ 8.4.1.33 Press the RELAY HOLD pushbutton all the way in and then release. / NOV 0 2.881 I
8.4.1.34 When the relay LED's have extinguished, NDY # 2 M record elapsed time in Table 4. Section 10.
~
/
8.4.1.35 At the Bay D Actuation Reset Panel, depress
~ NOV 0 2 M aix! release RESET buttons RPS 4 and RPS 8. /
8.4.1.36 Check the relay LED's. They should all 02M be illuminated. /
-8.4.1.37 Position all matrix test module switches to 0FF. / NOV 0 2 281 8.4.2 BC Matrix ,
i EE E.
. SUITNESS POINI
(' Verify that the 120 VAC vital bus power is n N, r. , 8.4.2.1 4 No. available to the K relay coils power supply. /# *
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8.4.2.2 Reset all trip conditions and verify that the RED status lights for TCB-1 and TCB-5 5 are ON at the local status panel. L / " @f
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8.4.2.3 . Place the optical end of the " START" pickup cables over the BC matrix lights on the - bistable control panel for relay B1-2 in Bay i B and relay Cl-1 in Bay C. /"P 8.4.2.4 Connect the electrical end of two optical pickup cables to the STOP LAMP L1 and L2 \ jacks on the RTT test box. _ uj/ pY ' 2PE-358-01 INFORMAbOMWR,T8
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t rified by Initial /Date c-8.4.2.5 Turn ON the switches for L1 and L2 and verify that switches fo L3 through L6 ('- , are OFF. b '// I 8.4.2.6 Connect the other ends of the cables to the two LED's for TCB-1 and TCB-5. -
/
y - 8.4.2.7 Ensure that the " START" and "STOP" TIMER MODE switches are in the INCREASING or low to
/ '/I' high mode. I
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The following steps refer to switches on the BC matrix module in the front of Bay' B. 8.4.2.8 Rotate the System Channel Trip rotary switch g to "RPS". /" (l 8.4.2.9 Rotate the RPS Channel Trip rotary switch
~
to position number one (1) (high linear power level). /' / 8.4.2.10 Rotate the relay trip switch to position numberOne(1).
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8.4.2.11 Reset the test equipment timer. . vl,Ny I i} ' l 8.4.2.12 Press the RELAY 83L3 pushbutton'all' the. p
) way in and then release.
_/ l* l-f 8.4.2.13 When the relay LED's,have extinguished, i 1 record the elapsed timd in Table 4. Section 10. -
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Verified by Initial /Date 8.4.2.14 At the Bay A Actuation Reset Panel, depress j, I and release reset buttons RPS 1 and RPS 5. _ _/D irl 8.4.2.15 Check the relay LED's. They should a1!i be illuminated. W1/ $ vi s 8.4.2.16 Leave the test setup unchanged except rotate the Relay Yrip switch to position number 2 and move the LED optical pickups
, to TC82 ar.d TCB6. b / Il#/
8.4.2.17 Reset the test equipment timer. t / l' 8.4.2.18 Press the RELAY HOLD pushbutton all the way jj
. in and then release. W/ANvf s
8.4.2.19 When the relay LED's have extinguished (as indicated by timer stop), record elapsed time in Table 4, Section 10. YI (I.t, , 8.4.2.20 At the Bay B Actuation Reset Panel, depress h.0V 1215 and release. RESET buttons RPS 2 and RPS 6. / 8.4.2.21 Check the relay LED's. They should all be illuminated. __ , b I IE 8.4.2.22 Leave the test setup unchanged except rotate the Relay Trip switch to position number 3 and move the two LED optical pickups to 4@t TCB3andTCBh.O'h1
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8.4.2.23 Reset the test equipment timer. p0V 12 la 2PE-358-01 !
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Verified by Initial / Day 8.4.2.24 Press the RELAY HDLD 'pushbutton all the way (' in and then release. A0V 121981 l 8.4.2.25 When the relay LED's have extinguished record NOV 121931 the elapsed time in Table 4 Section 10. _
/ 1
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8.4.2.26 At the Bay C Actuation Reset Panel, depress NOV 121931 and release RESET buttons RPS 3 and RPS 7. / 8.4.2.27 Check the relay LED's. They should be 1 2 1931 illuminated. m / 8.4.2.28 Leave the test setup unchanges except rotate the Relay Trip switch 'to position number 4 tiDV 121931 and move the LED optical pickups to TCB 4 and TCB 8. / 8.4.2.29 Reset the test equipment timer. f 121331 ((I - 8.4.2.30 Press the RELAY HOLD pushbutton all the way liDV 121931 l in and then release. / l 8.4.2.31 When the relay LED's have extinguished record the elapsed time in Table 4. Section 10. gW/iDV 121931 8.4.2.32 At the Bay D Actuation Reset Panel, depress and release RESET buttons RPS 3 and RPS 7. POV 121931 8.4.2.33 Check the relay LED's. They should be illuminated. , [1 8.4.2.34 Position all matrix test module switches to 0FF. h/V121531 - l - 2PE-358-01 mF0kW 't Cussa Ondf u!" nit 2 OFFICif eg;:6T T COPY
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Verified'by , Initial /Date l I 8.4.3 BD Matrix 8.4.3.1 Verify that the 120 VAC vital bus power is available to the K relay coils power supply. f/y /mnv n o ggg 8.4.3.2 Reset all trip conditions and verify that the red status lights for TCB-1 and TCB-5 are ON. hy /NOV 0 21981 8.4.3.3 Piace the optical end of the " START" pickup cables over the BD matrix lights on the bistable control panel for relay B1-3 in Bay B and relay 01-1 in Bay D. #F /h0V 0 21321 8.4.3.4 Connect the electrical end of two optical pickup cables to the STOP LAMP L1 and L2 jacks on the RTT test box. per /iOV 0 21331 ( . - 8.4.3.5 Turn ON the switches for L1 and L2 and . verify that switches fo L3 through L6 are OFF. fy /NOV C 219il C.4.3.6 Connect the other ends of the cab'les to the two LED's for TCB-1 and TC3-5. /01, fiOV0 2 &1 8.4.3.7 Ensure that the " START" and "STOP" TIMER MODE
= witches are in the INCREASING or low to f high mode. /dF #iOV 0 21331 NOTE The following steps refer to switches on the BD matrix module in the front of Bay B. .
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Verified by Initial /Date 8.4.3.8 Rotate the System Channel Trip rotary sw' itch l( to "RPS". gb' / N0y a n 3ggg 8.4.3.9 Rotate the RPS Channel Trip rotary switch to position number one (1) (high linear power level). 19F /NOV 0 21981 8.4.3.10 Rotate the rel'ay trip switch to position numberOne(1). /)F /NOV 0 21981 8.4.3.11 Reset the test equipment timer. hy /NOVe n 31 8.4.3.12 Press the RELAY HOLD pushbutton all the l way in and then release. /JV /NOV 0 21981 8.4.3.13 When the relay LED's have extinguished, record the elapsed time in Table 4 Section 10.hy ADV 0 21981 8.4.3.14 At the Bay A Actuation Reset Panel, depress l( 1' and release RESET buttons RPS 1 and RPS 5. F a n' tiOV 0 3 1981 8.4.3.15 Check the relay LED's. They should all be illuminated. MY /NOV 0 21981 8.4.3.16 Leave the test setup unchanged except rotate the Relay Trip switch to position nuinber 2 and move the LED optical pickups to TCB2 and TCB6, /sy V0V o 21981 8.4.3.17 Reset the test equipment timer. By /iOV 0 21981 l . 8.4.3.18 Press the RELAY HOLD pushbutton all the way , I in and then release. /!fF &nu n a jggg ! 2 -01 1NFORISIT'" OW. 4 !P[g
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Verified by Initial /D:te i l 8.4.3.19 When the relay LED's have extinguished ('as '
- l, indicated by timer stop), record elapsed
, l time in Table 4 Section 10. #& / gy , 2 W 8.4.3.20 At the Bay B Actuation Reset Panel, depress and release RESET buttons RPS 2 and RPS 6. My / ncy n , jggg 8.4.3.21 Check the relay LED's. They should all be illuminated. /sy / NOV 0 21961 8.4.3.22 Leave the test setup unchanged except rotate the Relay Trip switch to position number 3 and move the two LED optical pickups to ,
TCB 3 and TCB AI /0F / NOV 0 2 I$ 17 8.4.3.23 Reset the test equipment timer. /n> /Nov n , }gg; r 8.4.3.24 Press the RELAY HOLD pushbutton all the way 9 in and then release. /03' A 0v o n 1981 8.4.3.25 When the relay LED's have extinguished record the elapsed time in Table 4 Section 10. gy /iOV 0 21981 , 8.4.3.26 At the Bay C Actuation Reset Panel, depress and release RESET buttons RPS 3 and RPS 7. gg, p0V 0 2 2 8.4.3.27 Check the relay LED's. They should be illuminated. /O, f 0V 0 2 M 8.4.3.28 Leave the test setup unchanges except rotate l the Relay Trip switch to position number 4 and move the LED optical pickups to TCB 4 and TCB 8. hV / NOV 0 2 M t MEgg
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Verified by Initial /Dato j 8.4.3.29 Reset the test equipment timer. //r / wnv n 21981 S.4.3.30 Press the RELAY HOLD pushbutton all the way in and then release. A / NOV 0 21981 : 1 8.4.3.31 When the relay LED's hate extinguished record the elapsed time in Table 4. Section 10. 8)' / uny n 3 ggy ; 8.4.3.32 At the Bay D Actuation Reset Panel , depress and release RESET buttons RPS 4 and RPS 8. //F /NOV 0 21961 8.4.3.33 Check the relay LED's. They should be illuminated. . /#2' /NOV 0 2136f 8.4.3.34 Position all matrix test module switches to 0FF.477 /riov o 9 }; g 8.4.4 AC Matrix f - 8.4.4.1 Verify that the 120 VAC vital bus pwer is NOV 1 2 1331 available to the K relay coils power supply. )/ 8.4.4.2 Reset all trip conditions and verify that the red status lights for TCB-1 and TCB-5 NOV 121931
/
are ON. 8.4.4.3 Place the optical end of the " START" pickup cables over the AC matrix lights on the bistable control panel for relay Al-2 in Bay f' A and relay Cl-1 in Bay C. / 0V 121531 8.4.4.4 Connect the electrical end of two optical pickup cables to the STOP LAMP L1 and L2 jacks on the RTT test box. EDV121331 __ gpM A.T!@hkY5b01 g % R G u n .iReN. Page 194 of 579 San Onofre Unit 2 (i.gh .1a ith n~ -- e.m. COPY m'~
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8.4.4.5 Turn ON the switches for L1 and L2 and verify that switches fo L3 through L6 (' are OFF. .w NOV 121981 8.4.4.6 Connect the other ends of the cables to the two LED': for TCB-1 and TCB-5. h if0V121931 , 8.4.4.7 Ensure that the " START" and "STOP" TIMER MODE switches are in the INCREASING or low to NOV 121981 high mode. / NOTE The following steps refer to switches on the AC matrix module in the front of Bay C. 8.4.A.8 Rotate the System Channel Trip rotary switch to "RPS". / G' 12 1331 .
,) .
S.4.4.0 Rotate the RPS Channel Trip rotary switch to position number one (1) (high linear q i D, / NOV 121331 power level). 6.4.4.10 Retate the relay trip switch to position number One (1). b /t;0V 121931 8.4.4.11 Reset the test equipment timer. / NOV ] 21331 8.4.4.12 Press the RELAY H0t_D pushbutton all the g NOV 121331 way in and then release. W/ 8.4.4.13 When the relay LED's have extinguished, Q l record the elapsed time in Table 4. Section 10. t) / ;0V 12_1331
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Verificd by Initial /Date 8.4.4.14 At the Bay A Actuation Reset Panel, depress (' and release RESET buttons RPS 1 and RPS 5. ADV 121331 8.4.4.15 Check the relay LED's. They should all be NOV 121931 illuminated. / 8.4.4.16 Leave the test setup unchanged except rotate the Relay Trip swite.i to position , number 2 and move the LED optical pickups fI II to TCB2 and TCB6. 8.4.4.17 Raset the test equipment timer. thV 121531 8.4.4.18 Pren the RELAY HOLD pushbutton all the way 4 ir. and then release. b ADV 121331 8.4.4.19 When the relay LED's have extinguished (as indicated by timer stop), record elapsed time in Table 4. Section 10. U>d! 1 e 1Mt 8.4.4.20 At the Bay B Actuation Reset Panel, depress , and release RESET buttons RPS 2 and RPS 6. _ MV 12 1331 8.4.4.21 Check the relay LED's. They should all be j illuminated. , c/v , 9 qt l 8.4.4.22 Leave the test setup unchanged except rotate the Relay Trip switch to position number 3 and move the two LE!: optical pickups to TC8 3 and TCB 6. b F0V 121981 l 8.4.4.23 Reset the test equipment timer. h ij3V 121331 2PE-358-01 0 - gi tM*T l-E INFOR W hi M.dg3tf 28'8' f578 g (()). nofre Unit 2 n- H: .- n - r~? v 0 ~[~ f k U E.hb h Ilb h YO I EO p., n y
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Verified by . I Initial /Date l 8.4.4.24 Press the RELAY HOLD pushbutton all the way , in and then release. h JiDV 121561 l ( 8.4.4.25 shen the relay LED's have extinguished record the elapsed time in Table 4, Section 10. b 407121531 8.4.4.26 At the Bay C Actuation Reset Panel, depress fiOV 121381 and release RESET buttons RPS 3 and RPS 7. / 8.4.4.27 Check the relay LED's. They should be NOV 121321 illuminated. - h/ 8.4.4.28 Leave the test setup unchanges except rotate the Relay Trip switch to position number 4 and move the LED optical pickups to TCB 4 and TCB 8. ri f 1 P. 1"31 8.4.4.29 Reset the test equipment timer. V 1 E 133I 8.4.4.30 Press the RELAY HOLD pushbutton all the way in and then release. PDV 121931 8.4.4.31 When the relay LED's have extinguished record the elapsed time in Table 4. Section 10. b /'W 121:31 8.4.4.32 At the Bay D Actuation Reset Panel, depress and release RESET buttons RPS 4 and RPS 8. [OV 121931 8.4.4.33 Check the relay LED's. They should be illuminated. g / 0v 121;31 U/ j l 8.4.4.34 Position all matrix test module switches to 0FF. /tiOV 1213:1 2PE-358-01 Rev. O gitF0h.IMY39 1 [ ' WW
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- Initial /Date 8.4.5 CD Matrix 8.4.5.1 Verify that the 120 VAC vital bus power is -
t' DV 121531 available to the K relay coils power supply. / 8.4.5.2 Reset all trip conditions and verify that the red status lights for TCB-1 and TCB-5 q are ON. U.) F0V 121391 8.4.5.3 Place the optical end of the " START" pickup cables over the CD matrix lights on the bistable control panel for relay Cl-3 in Bay q C and relay D1-2 in Bay D. 1U /N3V 121331 tt .. 8.4.5.4 Connect the electrical end of two optical pickup cables to the STOP LAMP L1 and L2 g /;0V 121331 Q)
. Jacks on the RTT test box.
i 8.4.5.5 Turn ON the switches for L1 and L2 and verify that switches fo L3 through L6 are OFF. (_ 'l0Y A # ' OI t l l l l l
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Initial /Date (' 8.4.5.6 Connect the other ends of the cables to the two LED's for TCB-1 and TCB-5. b /env i n 1931 8.4.5.7 Ensure that the " START" and "STOP" TIMER MODE switches are in the INCREASING or low to ~ high mode. F0V 121931 NOTE , The following steps refer to switches on the CD matrix module in the front of Bay C. 8.4.5.8 Rotate the System Channel Trip rotary switch I II to "RPS". ,
/
8.4.5.9 Rotate the RPS Channel Trip rotary switch to position number one (1) (high linear power level). /NOV 12 1931 ( t-8.4.5.10 Rotate the relay trip switch to position h );0V121951 number One (1). l 8.4.5.11 Reset the test equipment timer. L MV 1213;l 8.4.5.12 Press the RELAY HOLD pushbutton all the way in and then release. / ROV 12113d 8.4.5.13 When the relay LED's have extinguished, record the elapsed time in Table 4 Se:: tion 10. i/~,; ; );gg < 2PE-358-01 Rev. 0-I Page 199 of 579 WF0?;e,.n - -- pat'OnW
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- Verified by Initial /Date 8.4.5.14 At the Bay A Actuation Reset Panel, depress
( and release RESET buttons RPS 1 and RPS 5. t if0V12_1331 8.4.5.15 Check the relay LED's. They should all be illuminated. W/;0V 121531 8.4.5.16 Leave the test setup unchanged except rotate the Relay Trip switch to position number 2 and move the LED optical pickups to TCB2 and TCB6. /fiDV 121331 8.4.5.17 Reset the test equipment timer. f.0V 121331 8.4.5.18 Press the RELAY HOLD pushbutton all the way in and then release. {Y/ADV 1215 8.4.5.19 When the relay LED's have extinguished (as indicated by timer stop), record elapsed (( time in Table 4, Section 10. {f U/ OI 8.4.5.20 At the Bay B Actuation Reset Panel, depress and release RESET buttons RPS 2 and RPS 6. /fiDV 121931 8.4.5.21 Check the relay LED's. They should all be
. illuminated. ( (0V 1 2 1931 8.4.5.22 Leave the test setup unchanged except rotate the Relay Trip switch to position number 3 and move the two LED optical pickups to TCB 3 and TCB 7. b EDV 121931' 8.4.5.23 Reset the test equipment timer.
UJ /3v i 21331 2PE-358-01 Rev. 0-10 0 g 2g of SM N ,e..f,;
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Verified by Initial /Date 8.4.5.24 Press the RELAY HOLD pushbutton all the way
- in and then release. / NOV 121531 8.4.5.25 When the relay LED's have extinguished record NOV 1 2 Eat the elapsed time in Table 4 Section 10. - /
8.4.5.26 At the Bay C Actuation Reset Panel, depress
/
and release RESET buttons RPS 3 and RPS 7. 8.4.5.27 Check the relay LED's. They should be liDV 1 2 E31 illuminated. g>/ U-8.4.5.28 Leave the test setup unchanges except rotate the Relay Trip switch to position number 4 and move the LED optical pickups to TCB 4 and TCB 8. VJ T12 E
%B1 8.4.5.29 Reset the test equipment timer. [OV 12 E31
((l 8.4.5.30 Press the RELAY HOLD pushbutton all the way Q 1)Jw3a 33;
' in and then release.
8.4.5.31 When the relay LED's have extinguished record 2 liDV12 E:1 the elapsed time in Table 4 Sec'.fon 10. U] / 8.4.5.32 At the Bay D Actuation Reset Panel, depress
/liDV 2 2 n;t and release RESET buttons RPS 4 and RPS 8.
8.4.5.33 Check the relay LED'.s. They should be liOV 2m illuminated.
/
~
hDV 12 1""t 8.4.5.34 Position all matrix test module switches to 0FF. 2PE-358-01 1 of 579 gpO?dbN p { .. p g g C t' m O M
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~ver1Tien ry Initial /Date 8.4.6 AD Matrix 8.4.6.1 Verify that the 120 VAC vital bus power is available to the K relay coils power supply. n@/NOV 0 21981 8.4.6.2 Reset all trip condition's and verify that the red status lights for TCB-1 and TCB-5 are ON. t /
l 8.4.6.3 Place the optical end of the " START" pickup cables over the AD matrix lights on the bistable control panel for relay Al-3 in Bay NOV 0 21981 A and relay D1-3 in Bay D. / / r . 8.4.6.4 Connect the electrical end of two optical pickup cables to the STOP LAMP L1 and L2 jacks on the RTT test box. j[j / NOV 0 21991 8.4.6.5 Turn ON the switches for L1 and L2 and verify that switches fo L3 through L6 t DV 0 21981 are 0FF. / l l 2PE-358-01 Rev. O Page 202 of 579 San Onofre Unit 2 ! gttE0WW 11011 cnaeme? copy 7..._......_..... ..
,3. . ; _ _. ;., g . , -
g Initial /Date 8.4.6.6 Connect the other ends of the cables to the.
. two LED's for TCB-1 and TCB-5. ,_.
/NOV 0 2 21 8.4.6.7 Ensure that the " START" and "STOP" TIMER HODE switches are in the INCREASING or low to '
NOV 0 2 El high mode. /
~
NOTE The following steps refer to switches on the AD matrix l module in the front of Bay D. f 8.4.6.8 Rotate the System Chanr.el Trip rotary switch
/
DV 0 2 M to "RPS". 8.4.6.9 Rotate the RPS Channel Trip rotary switch to position number one (1) (high linear OV 0 2 E power level). / ( , 8.4.6.10 Rotate the relay trip switch to position NOV 0 2 E81
/
number One (1). 8.4.6.11 Reset the test equipment timer. / NOV0 2 M 8.4.6.12 Press the RELAY HOLD pushbutton all the NOV 0 2 E!! way in and then release. / 8.4.6.13 When the relay LED's have extinguished, NOV 0 21981 record the elapsed time in Table 4 Section 10. / s i 2PE-358-01 l M WF0PEM g9 @9 '
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Verified by Initial /Date 8.4.6.14 At the Bay A Actuation Reset Panel, depress and release RESET buttons RPS 1 and RPS 5. __
/NOV 0 2 E81 8.4.6.15 Check the relay LED's. They should all be illuminated. p0V 0 2 581 8.4.6.16 Leave the test setup unchar.ged except rotate the Relay Trip switch to position number 2 and move the LED cptical pickups
' 02581 to TCB2 and TCB6.
8.4.6.17 Reset the test equipment timer. A'0V 0 2 B31 8.4.6.18 Press the RELAY HOLD pushbutton all the way NOV 0 2 521 in and then release. M/ 8.4.6.19 When the relay LED's have extinguished (as indicated by timer stop), record elapsed NOV 0 2 881 time in Table 4 Section 10.. / m 8.4.6.20 At the Bay B Actuation Reset Panel, depress and release RESET buttons RPS 2 an'd RPS 6. -
/jo2581 N0 8.4.6.21 Check the relay LED's. They should all be illuminated. I/NOV 0 2 EB1 8.4.6.22 Leave the test setup unchanged except rotate the Relay Trip switch to position number 3 i and move the two LED optical pickups to TCB 3 and TCB 6. f0V 0 2 M l
8.4.6.23 Reset the test equipment timer. j p V 0 2 581
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Verified by J,nitial/Date 8.4.6.24 Press the RELAY HOLD'pushbuti.on all the way in and then release. - Y /NOV 0 2, 1981 8.4.6.25 When the relay LED's have extinguished record NOV 0 2 E the elapsed time in Table 4 Section 10. / 8.4.6.26 At the Bay C Actuation Reset Panel, depress 02M and release RESET buttons RPS 3 and RPS 7. / 8.4.6.27 Check the relay LED's. They should be illuminated. / E0 _2 831 8.4.6.28 Leave the test setup unchanges except rotate the Relay Trip switch to position number 4 and move the LE3 optical pickups to TCB 4 ggg and TCB 8. / 8.4.6.29 Reset the test eqJipment timer. / 8.4.6.30 Press the RELAY HOLD pushbutton all the way ( in and then release. W/ 8.4.6.31 When the relay LED's have extinguished record the elapsed time in Table 4 Section 10. . / 8.4.6.32 At the Bay D Actuation Reset Panel, depress NOV 0 2 B31 and release RESET buttons RPS 4 and RPS 8.
/
8.4.6.33 Check the relay LED's. They should be
/
illuminated. l
/ liDV 0 21931 8.4.6.34 Position all matrix test module switches to 0FF.
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verifiec'Dy Initial /Date 8.4.6.34 Remove all leads from the test equipment to the RPS panels. [ / 0V 0 2 1981 8.4.6.35 Removal all the jumper cables that were p0V 0 21981 installed in the Trip Status Panel. a 8.4.6.36 Return the system to the same condition that ~ p0V 0 2 WB1 it was in at the start of the test. 8.5 Part V Bistable Control Panel to ESFAS Actuation Relays Response Time 8.5.1 AB Matrix for SIAS 8.5.1.1 Verify that the CE RTT test equipment is turned ON and turn ON the test power supply on the Matrix Test Module in Bay A of the PPS. gfy 70V 0 21331 8.5.1.2 Connect the electrical end of two optical pickup cables to the LED 1 and LED 2 jacks in the START - LAMPS section of the TIMER INPUTS section of the CE RTT test box. gfy POV 0 21381 8.5.1.3 Connect the electrical ends of two optical pickup cables to the L1 and L2 jacks in the STOP LAMPS section of the TIMER INPUTS section of the jp;c yDV 0 21331 test box. 8.5.1.4 Position the START LAMPS 1/1/2/2 switch on the RTTE to the 2/2 position. //7r f/3V 0 21981 8.5.1.5 Position the switches next to the L1 and L2 jacks to ON and next to the L3, L4, L5, and L6 jacks to fly CV02)3C1 DFF. k r .,5 0 579 NO3 E0w - . p p,3 Page 206 of h* nofre Unit 2
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8.5.1.6 Place the TIMER MODES START and STOP switches in
' the low to high mode, fog- 57 A9 T Ago//y' _ /Nov n o igg h ~
(k. - Eu t o Lcsv4 FcA %%f. t) 8.5.1.7 Place the optical ends of the START pickup cables over the AB matrix lights in the ESF section of the 81 stable Control Panel for relay A6-9 in Bay A and relay B6-9 in bay B. #1' /LOV 0 21981 NOTE _ The folowing three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay A on the AB matrix module. 8.5.1.8 Rotate the SYSTEM CHANNEL TRIP rotary switch to CCAS/SIAS. [/t' N1/ n 9 mt 8.5.1.9 Rotate the RPS CHANNEL TRIP rotary switch to 0FF./t)' N0/f 0 e mt 8.5.1.10 Rotate the relay trip switch to position number 1(2,3,4). Ig77N0/ 0 21961 29 jl0V 0 31981 3 -@V 0 3 E 4M/iDV 0 31981 8.5.1.11 In bay 6 (7,5,8) of cabinet A (2LO34), connect , an LED . jumper cable with an external power supply
- from teminal 25 to 27 on teminal strip TB65 (TB75. TB55 TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). 1A4, N0y 0 213H gfp0V 0 31BS1 3 Q. O )0V 0 3_1931 47 KOV 0 3_1841 2PE-358-01
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Verified by Initial /Date i 8.5.1.12 Connect the optical end of the test cable from
~g jack L1 to the LED in the jumper cable. (ir / NOV 0 21981 V 2 7/iOV 0 3 281 3 &f0V 0 3 881 ,
4 8 ADV03 881 8.5.1.13 In bay 5 (8,6,7) of cabinet B (2LO35), connect an LED jumper cable with an external power supply from teminal 25 to 27 on teminal strip TB55 (TB85 TB65. TB75). This monitors contacts on the Mechanical Relay MRIB (MR28, MR3B, MR48). Lef7- / NOV o 21381 2M ADV o 2 381 3 sYADV 0 3 281 4 . T/NOV 0 3 1981 8.5.1.14 Connect the optical end of the test cable from jack L2 to the LED in the jumper cable. Ltf// / r ng n 2133f 2 & A DV 0 3 381 i .l ~ , 37/NOV 0 3 381 4 M/h0/ 0 31981 8.5.1.15 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. IfdV/ NOV 0 21981 2.O# iOV f 0 3 881 3g/iOV 0 31981 4 Y/NOV 0 31981 l 8.5.1.16 After the relays have chaaged state and the timer incrementing has stopped, record the elapsed time in Section 10. Table 5, Step ,g 10.5.1.1 (10.5.2.1, 10.5.3.1, 10.5.4.1). 1 / I7 2 Y E0V 0 3 381 d [ /h0V0 3 281 4gjf/A0V,03281 U y00
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Initial /Date NOTE k \. Do not break down the test setup. , 8.5.2 BC Matrix for SIAS i 8.5.2.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is NOV 0 3 M1 turned ON. / 8.5.2.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section of the bistable control panel for relay 86-10 OV 0 3 M1 in bay B and relay C6-9 in bay C. 1 /
'. 2@/NOV 0 3 1981 3,7Pp0V 0 3 PB1 4 8 ADV 0 31981 8.5.2.3 In bay 6 (7,5,8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts
! 25 and 27 on terminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the P chanical NOV 0 31981 Relay MR1A (MR2A, MR3A, MR4A). 1 / 2 7 A DV 0 3 1981 3O/ / Ot ;0V 0 31981 4 c7f0V 0 3 21 2PE-358-01
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Verified by Initial /Date 8.5.2.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave rr the optical pickup setup connected to contacts i I. 25 and 27 on tenninal strip T855 (TB85, TB65, ) TB75). This monitors contacts on the Mechanical RelayMR1B(MR2B,MR3B,MR4B). 1 W/NOV 0 3 1981 27/NOV 0 31981 3 ,Yt:0V e 3 at
' 4 G 8 / 0V 0 3 1981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BC matrix module.
8.5.2.5 Rotate the system channel trip rotary switch to "CCAS/SIAS". / NOV 0 31961 (I'. 8.5.2.6 Rotate the RPS channel ' trip rotary switch to position OFF. / NOV 0 31981 8.5.2.7 Rotate the relay trip switch to position NOV 0 31981
- number 1 (2, 3, 4). 1 /
2 M/ NOV 0 31981 3 N/ EDV 0 31981 4 $[/NOV 0 31981 8.5.2.8 Reset the test equipment tiraer. 1- / NOV 0 3 M 2 08 /NOV 0 31981 3 8/NOV 0 31981 4j[ p0V 0 31981 l l 2PE.355-01
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l Verified by Jn,iqial/Date 1 8.5.2.9 At the PPS matrix test module, press the ki RELAY HOLJ pushbutton all the way in and
'k then release. 1 /
NOV 0 3 El
- 2 I /NOV 0 3 21 3 9 8A0Ve3 21 l 4 6//NOV 0 31981 8.5.2.10 After the relays have changed state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, Step 10.5.1.2 (10.5.2.2, 10.5.3.2, 10.5.4.2). 1 / NOV O 3 M 2 <Y /NOV 0 3 El 33/iiDV 0 3 1981 4 M DVA 0 31981 NOTE Do not break down the test setup.
7,i 8.5.3 BD Matrix for SIAS 8.5.3.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is NOV 0 31981 turned ON. / l 8.5.3.2 Move the optical ends of the two " START"
, pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for relay B6-11 l
in bay B and relay D6-9 in bay D. Ij '0V O 31981 2 770V 0 31981 3 M MV03581 4 ,k/ .0Vt 0 31981
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ggpj g-Initial /Date 8.5.3.3 In bay 6 (7,5,8) of cabinet A (2LO34), leave
, the optical pickup setup connected to contacts 25 and 27 on teminal strip TB65 (TB75 TBS 5, '
TB85). This monitors contacts on the Mechanical RelayMRIA(MR2A,MR3A,MR4A). NOV0 3 1881 1 / 2 $ /NOV e 3 1881 , 3,(O NOV / 0 31981 4 M /NOV e 3 1981 8.5.3.4 In bay .5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 25 and 27 on teminal strip TB55 (TB85 TB65 TB75). This monitors contacts on 'the Mechanical Relay MRIS (MR2B, MR3B, MR4B). 1- / 2 d9fiOV 0 31881 3 -Q. fiDV 0 31881 4 6)(1/iDV 0 31981 K,'- NOTE O The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the
- BD matrix module.
8.5.3.5 Rotate the system channel trip rotary switch l N 0 3 M1 to "CCAS/SIAS". , / , 8.5.3.6 Rotate the RPS channel trip rotary switch to position OFF. ypH 0 3 M 2PE-358-01 Rev. Q p,0 9 '
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~ "Veritiec ny Initial /Date 8.5.3.7 Rotate the relay trip switch to position DV 0 31981 C(, number 1 (2, 3, 4). 1 2M1 N OV 0 3 1981 3 Mj0V 0 31981 4MdhDV e 31981 8.5.3.8 Reset the test equipment timer. Ib /NOV 0 31981 2 .W/h0V 0 31981 3 T./iOV e 31981 4 M J /iDV 0 3 1981 8.5.3.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1 / NOV 0 3 M 2 j [0V 0 31981 3 T,/;0V 0 31981 4[7f0V 0 31661 8.5.3.10 After the relays have changes state and the digital timer incrementing has stopped, record f the elapsed time in Section 10 Table 5, l NOV 0 3 1981 Step 10.5.1.3 (10.5.2.3,10.5.3.3,10.5.4.3). 1]
l 2 @ p0V 0 31981 l 3DN $0V 0 31981 4 y0V 0 31981 NOTE f Do not break down the test setup. l l
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~~ Ver'ified'by Initial /Date 8.5.4 AC Matrix for SIAS 8.5.4.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. c. p0V 0 3 281
~
8.5.4.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A6-10 NOV 0 3 21 in bay A and relay C6-10 in bay C. 1 2 @EDV 0 3 581 3 dbOV o 31981 47/h0V 0 31981 8.5.4.3 In bay 6 (7,5,8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 25 and 27 on tenninal strip TB65 (TB75 TB55, I. . TB85). This monitors contacts on the Mechanical (b RelayMRIA(MR2A,MR3A,MR4A). ,
- 1. /
2 y/iOV 0 3 881 3 .%NOV 0 3 581 4 M /0V03B81 8.5.4.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 25 and 27 on tenninal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Mechanical ,0V 0 3 1981 RelayMRIB(MR2B,MR3B,MR48). 1 / 2.%iDV c 3 581 3 j f0V0 3 BS1 4 ffiOV 0 3 581
~
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Initial /Date NOTE
'( The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module.
8.5.4.5 Rotste the system channel trip rotary switch to "CCAS/SIA0". /NOV e 3 281
~
8.5.4.6 Rotate the RPS channel trip rotary switch to ' W NOV O 31981 ' position 0FF. /
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8.5.4.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 /NOV 0 3 2 2 M NOV / 0 3 B81 3 M FDV0? had c 3 HBg1 4 yf
% 5.4.8 Reset the test equipment timer. 1 I/ NOV O 31981
- ((). 2 M/fiOV o a m :
37 ADV O 3 #81 4.@. / h0V o 3 M 8.5.4.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and NOV 0 31981 1 / then release. 2 -.Off0V 0 31981 3_7 FOV 0 3 1981 4Pp0V o 3 m l ZPE-358 01
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,i 3 [#, , Page 35 of 579 ,
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Verified by Initial /Date 8 5.4.10 After the relays have changes state and the' digital timer incrementing has stopped, reconi {(i ' the elapsed time in Section 10 Table 5, 1O/WOV 0 3 801
~
' Step 10.5.1.4 (.E.5.2.4,10.5.3.4,10.S.4.4). 2 . % NOV o 3 iggg 3 M p 0V o 3 1981 4 &ADV 0 31981 G, NOTE Q\,
. Do not break down the test setup.
5 8.5.5 CD Matrix for SIAS
't 8.5.5.1 Verify that the C-E RTTi t'st e equipment is i '
turned ON and the PPS Test Power Supply is turned ON. har Ntv 0 3 1981 8.5.5.2 Move the optical ends of the two " START" ((g , ' pickup cables of the C-E RTT test box to the CD matrix lights in the ESF seci. ion of
, the bistable control panel for relay C6 in bay C and relay D6-10 in bay #D.
idY / NOV 0 3 881 2//)* / N0y 0 3 1981 t 3hr / Nov 0 s sej
, 4 /42 hl07 0 s 1981 8.5.5.3 In bay 6 (7,5,8) of cabinet' A (2LO34), leave
;' the optical pickup setup connected to contacts 25 and 27 on tenninal strip TB65 (TB75, TB55,
[ , TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). 1hw / Nov 0 31931
'f I: 2ft#' / NOV 0 31981 3
3My ] Nov 0 3 381 i -
/
ggWIb4. GNU NOV Q YJlrPL-55BM {, Rev. O
,. $@. page 216 of 579 0FFiC;.d. Jai C.Onofre Sart Unit OPY2 l 3,v.~ - . . - - -;. .-y~,----- . - - , - . - - - - - ; ,-- , ;
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Initial /Date 8.5.5.4 'In bay 5 (8,6,7) of cabir.et B (2LO35), leave
- the optical pick.ep setup connected to contacts 25 and 27 on terminal strip TBS 5 (TB85, TB65 '
TB75). This monitors contacts on the Mechanical Relay MRIB (MR2B, MR38, MR4B). If/V / NOV 6 3 381 2 fB2r / ncy 9 3 g 3//> /Nov 8 s 381 4JftW / lCLD 31981 NOTE The following three steps refer to switches in the PPScabinet(2LO32)inthefrontofBayConthe CD matrix module. 8.5.5.5 Rotate the system channel trip rota y switch to "CCAS/SIAS". Met A 07 0 3 1931 i, 8.5.5.6 Rotate the RPS channel trip rotary switch to position 0FF. ///r /NOV 0 31981 8.5.5.7 Rotate the relay trip switch te position number 1 (2, 3, 4). . 187f / NOV 0 31981 2 fry / NOV031931 3fm / NOV 0 31981 4f/F / NOV 0 31981 ! 8.5.5.8 Reset the test equipment timer. Igdy ADV 0 31981 2fty /KOV 0 3 1981 3 / o d f.07 0 2 1981 4///f / NOV 6 31931 l i l - 2PE-358-01 l i -- Rev.n;, 0'1y-o O'if O ..-. 'p'a'ge' 217 ' f 5792d s i . ,..e-( F O R -
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VIrified by Initial /Date 8.5.5.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and { . then relear? IJ//t / NOV03 31 Z/33' / NOV 0 31981 3/Sy A oy 0 s Iggj 4i/gp / WOV 0 31981 8.5.5.10 After the relays have changes state and the digital timer incrementing has stopped, re:ord the elapsed time in Section 10. Table 5, Step 10.5.1.5(10.5.2.5,10.5.3.5,10.5.4.5). 1/O' V3V 0 s Igg) 2//3' $0V 0 s 33 Y/h' /KOV O 31981 4ygp NOV 0 31981 NOTE Do not break down the test setup. 8.5.6 AD Matrix for SIAS (l' SCE0A I WITNESS POWT 8.5.6.1 Verify that the C-E RTT test equipment is Section No.-- I'
- turned ON and the PPS Test Power Supply is Para No. f<4
@ Engtd#M d ' turned ON. /8)r / enu n 31981 Date .r#/
8.5.6.2 Move the optical ends of the two " START" ! pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of the bistable control panel for relay A6-11 in bay A and relay D6-11 in bay D. 18Y / Nov 0 31981 2fs / Nov0 3 1931 3fer / Nov 0 31981 48/F / NOy_0 31981 2PE-358-01 i 1NFOROT10M{$3 ef 579 [ K 0T F g t" yM3}[Page San Onofre unit 2 N t 0Flil__ a *y ngpy I
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Verified by i Initial /Date 8.5.6.3 In bay 6 (7,5,8) oi cabinet A (2LO34), leave ((' the optical pickup setup connected to contacts 25 and 27 on teminal strip TB65 (TB75. TB55, - TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). 18ry / wnv o 3 ggj 2./0y / rey e 3 g, 3 ##77 / NOV 0 f, 281 4fBW / NOV 0 31981 8.5.6.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 25 and 27 on teminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Mechanical RelayMRIB(MR28,MR3B,MR4B). IMP A 0V 0 S B81 2 YOW /w.* c e ggg W/7V / NOV 0 31981
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4YMY / NOV 0 3 1g?1 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.6.5 Rotate the system channel trip rotary switch to "CCAS/SIAS". lb A0v 0 9 E81 8.5.6.6 Rotate the RPS channel trip rotary switch to position 0FF. 42' K0V 0 3 281
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, Verified by Initial /Date 8.5.6.7 Rotate the relay trip switch to position number 1 (2, 3, 4). lAr / hOV 0 3 21 2hy / NOV 0 31981 3hv / NOV O 31981 Wow / unv e 3 g1 8.5.6.8 Reset the test equipment timer. 1//W / hOV 0 31981 2nv / Nov 0 31981 3hr / NOV 0 31981 ,
4/47r / NOV 0 31981 8.5.6.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 18/v / NOV 0 31981 2hy / NOV 0 31981 3g07;/h0703Ett 4.f0y / NOV 0 31981 8.5.6.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, l l Step 10.5.1.6 (10.5.2.6,10.5.3.6,10.5.4.6). Idy ADV 0 31981 289s' / NOV 0 31981 382'K0V091981 4//h' /NOV 0 s 1931 NOTE l Do not break down the test setup. 2PE-358-01 Rev. 0 O K"M 2.)# NOT FOR C0i'STfSW" *
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Verified by Initial /Date 8.5.7 AB Matrix for CIAS 8.5.7.1 Verify that the C-E RRT test equipment is turned On and the PPS Test Power Supply is turned ON. 81 * /NOV 0 31981 8.5.7.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay A18-1 in bay A and relay B18-1 in bay B. L f/ h ' A DV 0 s 1981 2Vgy / NOV 0 31981 3ffh A0V O 31981 (fpJr / NOV 0 31981 8.5.7.3 In bay 6 (7,5,8) of cabinet A (2LO34),' connect the optical pickup setup to contacts 28 and 30 on teminal strip TB65 (TB75, TB55. TB85). I- This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). Iggy 50V031981 2/1/ NOV 0 31981 38)r ICV 0 01981 4/gr / NOV 0 s 1981 8.5.7.4 In bay 5 (8,6,7) of cabinet B (2LO35), connect the optical pickup setup to contacts 28 and 30 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Mechanical Relay MRIB (MR2B, MR3B, MR4B). I fg W ADV O 3 1981 2//v Aoy 0 31981 3/#r#0V031981 4.Yv1s' A DV 0 3 1961 2PE-358-01 INFORMAi NOT FORgtgg C0; fly g 3[pq/3 [. . y' r,- p(,;a}f (m7 i i n. . f . t, t ,_ u 1 VVL'a
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Initial /Date NOTE The following three steps refer to switches in the - - PPS cabinet (2LO32) in the front of Bay A on the AB matrix module. 8.5.7.5 Rotate the system channel trip rotary switch to "SIAS/CIAS/CCAS". /777/ NOV 0 3 1981 8.5.7.6 Rotate the RPS channel trip rotary switch to position OFF. /d21' #iOV 0 3 1981 8.5.7.7 Rotate the relay trip switch to position number 1 (2, 3, 4). dO' / NDV 0 31981 2 hh' / NOV 0 31981 3#ssy / NOV 0 51981 4Ydy MOV 0 81981
.I - 8.5.7.8 Reset the test equipment timer. Ig/Y / NOV 0 31981 2ffy / Nov 0 21981 3 V#h- / NOV 0 31981 4//F ADV 0 s 1981 8.5.7.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. I f#7s' / tNOV0 : :23,,,Qa 28 >r / NOV 0 31981 3 F#2' / NOVJ 31981 4fst /Wov 0 s 1981 i
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- usTTv Twq j Initial /Date 8.5.7.10 After the relays have changes state and the' digital timer incrementing has stopped, record (p the elapsed time in Section 10 Table 5, l h s / NOV 0 3 Bal Step 10.5.5.1 (10.5.6.1,10.5.7.1,10.5.8.1). 2/#2r" ADV0s 31 3J'0;r / NOV 0 3 581 4/#W/ NOV 0 3 581 NOTE ,
1 Do not break down the test' setup. 8.5.8 BC Matrix for CIAS 8.5.8.1 Verify that the C-E RTT test equipment is I turned OH and the PPS Test Power Supply is turned ON. ldW ADV 0 s 381 l 8.5.8.2 Move the optical ends of the two " START" l pickup cables of the C-E RTT test box to j((l, the BC matrix lights in the ESF section of f the bistable control panel for relay B18-1 in bay B and relay C18-1 in bay C. 1/#h' /fiOV 0 3 331 2YCV $0V 0 3 581 3MY /Nov 0 n 31 4f/77 / NOV 0 3 581 l 8.5.8.3 In bay 6 (7,5,8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts t 28 and 30 on tenninal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). I g g 90y 0 3 1961 2h>W ADV 0 s 331 3 h r /unv o n m 4/SW AiDV O 3 B21 2PE-358-01
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Verified by Initial /Date 8.5.8.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 28 and 30 on tenninal strip TB55 (TBS 5, T865 TB75). This monitors contacts on the Mechanical Relay MRIB (MR28 MR3B, MR4B). 1//F /OV03 N 31 2fty / NOV0 3 El 3f/v / Nov 0 3 31 482y / NOV 0 3 21 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on.the BC matrix module. 8.5.8.5 Rotate the system channel trip rotary switch to "SIAS/CIAS/CCAS". M/21'/ NOV 0 3 21 8.5.8.6 Rotate the RPS channel trip rotary switch to
.(( position 0FF. jd/F / NOV 0 3 31 8.5.8.7 Rotate the relay trip switch to position number 1(2,3,4). 181r /Nov 0 s 31 2YVW /NOV 0 3 M1 3fty / Nov 0 3 El 4//2V/ NOV 0 3 31 8.5.8.8 Reset the test equipment timer. #d71' ACV 0 3 at 2ftr /Nov 0 s 1981 3/4f/' /Nov 0 n at 4/"'/7/' /NOV 0 s 1931
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tilM M0T f07! Page 224 of 579 San Onofre Unit 2
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g ,,,,g. - 9 -- -- Initial /Date 8.5.B.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all _the way in and then ( release. If/3'knv o n 31 2##v / NOV 0 3 31 3/0JV/ NOV 0 3 El 4fB3 / NOV 0 31981 8.5.8.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5 Step 10.5.5.2(10.5.6.2,10.5.7.2,10.5.8.2). I d b' M OV 0 3 1981 2/Sh' NOV 0 31981 3/8h'/ Nov e n 1931 4fd>'/ NOV 0 31981 NOTE Do not break down the test setup. . l': (b. 8.5.9 BD Matrix for CIAS
.EEQ1 WITNESS POINT 8.5.9.1 Verify that the C-E RTT test equipment is Section No O* turned ON and the PPS Test Power Supply is Para No e, ce QA Engr dAaha/ turned DN. .)#/f/ / Nov o 3 El Date n s-//
8.5.9.2 Nove the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for relay B18-3 in bay B and relay D18-1 in bay D. 1##h' / NOV 0 31981 2YJN' / NOV 0_31981 38//// / NOV 0 31981 _ 4//b' / Nov 0 31981 2PE-358-01
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Verified by Initial /Date 8.5.9.3 In bay 6 (7c5,8) of cabiitet A (2LO34), leave the optical pickup setup connected to contacts 20 and 30 on tenninal strip TB65 (TB75 TB55, . TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). IMF / Nov 0 31981 2ffy / NOV 0 31981 3/4W / N OV 0 3 1981 4/vy / NOV 0 31931 8.5.9.4 .In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 28 and 30 on tenninal strip TB55 (TB85 TB65 TL75). This monitors contacts on the Mechanical Relay MRIB (MR28. MR3B, MR48). 1//h' / NOV 0 31981 2A'vY / Nov 0 31981 3/#7r / NOV 0 31981 4/ny /eny n ? 1981
- NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BD matrix module.
8.5.9.5 Rotate the system channel trip rotary switch to "SIAS/CIAS/CCAS". //Y / NOV 0 31981 l 8.5.9.6 Rotate the RPS channel trip rotary switch to position OFF. M77 / NOV 0 31981 2PE-358-01 INFORMATK6v00.F NOT FOR C0'.J9.32s79 San Onofre Unit 2 r ~ r c c. .=.. W, 3n p.m. ,rJ. c. 0 T F *n*. %.i .' fw bs i. t2 V IJ d 'e# 8
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Initial /Date 8.5.9.7 Rotate the relay trip switch to position number 1 (2,3,4). 1/gh-ADV03M1 1 2hF / NOV 0 3 31 3//11'inv a 9 gj , 4Yah' / NOV 0 3 NI
' 8.5.9.8 Reset'the test equipment timer. 1/sv / NOV 0 31981 2/#h' / NOV 0 31981 3Ylh' / uno a 3 y, 4/p3- / NOV 0 31981 1
8.5.9.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. Idh ADV 0 31981 2fB'h-/ wnv e 3 El 3./#7t' ADV 0 31981 4/#Y/NOV 0 31981 8.5.9.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time Section 10. Table 5, Step 10.5.5.3(10.5.6.3,10.5.7.3,10.5.8.3). 11/#F/NOV 0 31931 2/#11'/nvo21981 3ff171f3V031981 4[o*2'/ ;0Vf 0 3 33 NOTE , Do not break down the test setup. 2PE-358-01 Rev. O
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Verified by Initial /Date 8.5.10 AC Matrix for CIAS 8.5.10.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. /# r / NOV 0 3 581 8.5.10.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A18-2 in bay B and relay C18-2 in bay C. //r / NOV 0 3 281 28#h'A0V 0 31981 3/sy / NOV 0 31881 J, 4ffy' / NOV 0 3 581 8.5.10.3 In bay 6 (7,5,8) of cabinet A (2LO34), leave l the optical pickup setup connected to contacts 28 and 30 on teminal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Mechanical RelayMRIA(MR2A,MR3A,MR4A). //W / wgv o 3 231 2 YOW / KOV 0 3 281 3/#1r'/NOV 0 3 581 4Ydfr/NOV03281 l 2PE-358-01 Rev. O Pye 8.'.Y579 I jfy00'd': Ci t ; ; m . . . m. ....c P4 cu- ipy
Initial /Date 8.5.10.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts
- 28 and 30 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Mechanical RelayMRIB(MR2B,MR3B,MR48). 1/#F 50V 0 3 881 2 8)r / Nov 0 3 381 !
3hf/'y / Nov e 3 381 ! 48W /NOV 0 3 581 ; NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. 8.5.10.5 Rotate the system channel trip rotary switch to "SIAS/CIAS/CCAS". //3' /iDV 0 3 881 8.5.10.6 Rotate the RPS channel trip rotary switch to
,(- I- Jdf/>' / fiDV 0 31933 position 0FF.
8.5.10.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1//h' / NOV O 3 881 2//"h' A0v 0 3 581 3MSF4ovo*281 AN'#' /t'0V 0 2 581 l 2PE-358-01 Rev. 0 ORMATION Nid29 I NOT FOR a Cg.eTR$$ e Unit 2 l{ ACren,a- .. .. . W r n 'u u .g , .,; o. s; fifj e u. n-)i 3
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Verified by Initial /Datt 8.5.10.8 Reset the test equipment timer. II/V/ NOV 0 3 Mt 2 f01f/ unv a g g1 3 h71'/ wnv e 3 31 48/r / NOV 0 g 31 8.5.10.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1.dh' /NOV 0 3 M1 2//h' / Nny o g g; 3 8 71'hov0 g m1 48/r/NOV 0 3 E1 8.5.10.10 After the relays have changes state and the
' (l ' digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.5.4 (10.5.6.4, 10.5.7.4, 10.5.8.4). 1/4'#'/NOV 0 31981 210h' hv 0 g mg 38?r/fiDV 0 s 31 4/pF /NOV 0 31981 NOTE Do not break down the test setup.
EPE-358-01 Rev. 0 P INF0gMAT!0N sht Cgge230 e unit 2 of 5 NOT FOR CouSTRuvy' [ *~ (p t. .t us.m i .a. a pr uui'
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8.5.11 CD Matrix for CIAS ).4..]l.: .
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8.5.11.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. /py/ NOV 0 3 21 8.5.11.2 Nove the optical ends of the two " START" pickup cables of the C-E RTT test box to the CD matrix lights in the ESF section of the bistable control paael for relay C18-3 in bay C and relay D18-2 in bay D. IhW/Nov 0 31981 2fify / NOV 0 31981 YSF / NOV 0 3 1981 (f/F fiDV 0 31981 8.5.11.3 In bay 6 (7,5,8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 28 and 30 on teminal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A, MR4A). V/W /NOV 0 s 1981 l 2/#/eny n 3 g; 3AF knv e g 1981 4Y9')y yCV 0 31981 1 I l l ~ 2PE-358-01 Rev. 0 l ' Q} [g7[ecofre 231Unit 2of 579 I O [ Pe nc. r .f* i0 u- * *n i 6 0 '7 is 9. Y (,
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Vzrified by Initial /Date 8.5.11.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 28 and 30 on teminal strip TB55 (TB85 TB65 TB05). This monitors contacts on the Mechanical RelayMRIB(MR2B,MR3B,MR48). 1/JW /NOV03 set
- 2M)r/ NOV O 31981 1 38Y / NOV 0 31981 4d/r knu n 3 g, NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module.
8.5.11.5 Rotate the system channel trip rotary switch
//b' ty)V 0 31931 to "SIAS/CIAS/CCAS".
(I -. 8.5.11.6 Rotate the RPS channel trip rotary switch to position 0FF. 81/ WOV 0 31981 f l 8.5.11.7 Rotate the relay trip switch to position l If/F /NOV 0 3 381 ntsnber 1 (2, 3, 4). l 2MWADV 0 91981 l 3g~fr MF0 31931 4)[#y KOV 0 31981 1 i
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INFORMATION 0M#358-01 M0T FOR CONSTRUGROW ~ Page 232 of 579 I ' San Onofre Unit 2 i 0FFiCIAL TEST COPY j n.--
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Verified by Initial /Date 8.5.11 8 P.eset the test equipment timer. 1/p;r / Nov 0 3 331 l 2 / / 2r k ov o s ag; 3//;r /Kov o e ggy 4 Yeff hav 0 s net 8.5.11.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1M/FF0v03581 2871'F0V 0 3 281 3fppy /NOV 0 31981 4/#7;$W03581 (-, 8.5.11.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.5.4 (10.5.6.4.'10.5.7.4, 10.5.8.4). 1/4/>' Anv o g 331 2 8 F ef0V02 m1 3d7V / tav 0 s sei 4hh' icy 0 s set NOTE ! Do not break down the test setup. l 2PE-358-01
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Verified by J_nitial/Date 8.5.12 AD Matrix for CIAS 8.5.12.1 Verify that the C-E RT,T test equipment is turned ON and the PPS Test Power Supply is turned ON. ///p 50V 0 31981 ! 8.5.12.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of the bistable control panel for relay A18-3 in bay A and relay D18-2 in bay D. 1/#A- Amv e n 381 2ftb' /Nov c s 1981 i , 3 FBh' / f0V 0 3 281 4Yme FOy 0 31981 8.5.12.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical- pickup setup connected to contacts 28 and 30 on terminal strip TB65 (TB75. TB55, TB85). This monitors contacts on the Mechanical Relay MRIA (MR2A, MR3A. MR4A). LN/;' /t;0v 0 s 1831 zt's / Nov 0 s sai adh' A0v 0 s 1931 Afiftt' 1.:.v.., a. last INFORMATION OMY358-01 NOT FOR COOTRUNi@ Page 234 of 579 l-l San Onofre Unit 2
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Verified by Initial /Date 8.5.12.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave q'[ the optical pickup setup connected to contacts 28 and 30 on tenninal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Mechanical RelayMRIB(MR28,MR3B,MR4B). 1//F AiDV O 3 281 2/By / Nov 0 3 981 3### / nny 0 3 38: 4YlW /Nnv e n gg NOTE The following three steps refer to switches in the l PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.12.5 Rotate the system channel trip rotary switch to "SIAS/CIAS/CCAS". fpy / NOV 0 3 M1 (( 8.5.12.6 Rotate the RPS channel trip rotary switch to position 0FF. dh / NOV 0 3 281 8.5.12.7 Rotate the relay trip switch to position number 1 (2, 3, 4). IN?r / wnv o a set 2///2r' / Nov 0 3 51 3f#9/' / NOV e 3 331
# # W A 0V 0 s 1981 2PE-358-01 Rev. O INFORMATIOP'OiHN ' 5"
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Verified by Initial /Date 8.5.12.8 Reset the test equipment timer. 1//h' boy 0 3 381 2/#3- /NOV 0 31981 3fpf;'Wov 0 3 331 4fvy ADV O 3 BB1 8.5.12.9 At the PPS matrix test module, press the . RELAY HOLD pushbutton all the way in and then release. , 1 // r POV 0 3 1981 2h/r Apv 0 s 331 3/S/r'Aov 0 s 331 4ffy POV 0 3 281 I:. 8.!,.12.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.5.6 (10.5.6.6, 10.5.7.6, 10.5.8.6). 1/#h' ADV 0 s 331 2YC W F0V03SM W/11'Inov0snts i 4/#h'OV 0 3 581 NOTE Do not break down the test setup. 2PE-358-01 Rev. O rsn INFORMATION E*Ns.Y36 i NOT FOR CONSTRU6ME OFFl':.'Al. TEST CGPY .
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Verified by Initial / Day V.- ., 8.5.13 AB Matrix for CSAS 8.5.13.1 Verify that the C-E RTT test equipment is ne turned ON and the PPS Test Power Supply is turned ON. fgy A0v 0 3 E1 8.5.13.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESI section of the bistable control panel for relay A19-1 in bay A and relay B19-1 in bay B. IRN- /E0V 0 31981 2 # w /;nvog 31
,f 3 f0 F A 0v 0 s sat k 4 /#7/' A DV 0 3 '581 l 8.5.13.3 In bay 6 (7, 5, 8) of cabinet A (2LO34),
connect the optical pickup setup to contacts ! 46 and 48 on terminal strip TB65 (TB75, TB55, TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). Ld/7 / sev c 31981 2//w yov 0 31921 l 1 3ff?y / h0V 0 3 B81 48b' / fiOV 0 31981f I i 2PE-358-01 INFORMAT10M0KLY lij NOT FOR COM5?aat9T10il"S San Onofre Unit 2 0FFiCiAL TDT COPY
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Verified by . Initial /Date 8.5.13.4 In bay 5 (8,6,7) of cabinet B (2LD35), T connect the optical pickup setup to contacts 46 and 48 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1//)V / Nov 0 s 1981 2///r / NOV 0 31981 3fp)V / NOV 0 31981
- 4f#y / 40V 0 3 leiri
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NOTE The following three steps refer to switches in the io PPS cabinet (2LO32) in the front of Bay A on the AB matrix module. 8.5.13.5 Rotate the system channel trip rotary switch
//h'/ NOV 0 31981 to "CSAS".
8.5.13.6 Rotate the RPS channel trip rotary switch to position 0FF. J'#F / NOV 0 31981 8.5.13.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1//fr / NOV 0 31981 2ffW / NOV 0 31981 3ffy / NOV 0 31981 48py / RDV 0 31981 , i l 2PE-358-01 0 INFORMAT10 *htfl.Y ' NOT FOR C0i!Shi@Nt 2 gec r .v I3 hbli%hr--
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Verificd by Initial /Date f. 8.5.13.8 Reset the test equipmant timer. 1 # h' / w.y e 3 jggi 2/SV / NOV 0 3 B31 ! 3Yorf kv 0 g ng, Vf>r / NOV O 3 581 8.5.13.9 At the PPS matrix test module, press the , RELAY HOLD pushbutton all the way in and then release. g//7r /. ., .
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. 1921 243' hoy o s agi, 3frA. if)V 0 3 El 4Eo?r / tiDV 0 3 1ga
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8.5.13.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.9.1 (10.5.10.1, 10.5.11.1, 10.5.12.1). 1/Mi' tAv o ugg; 2/#7r t/0V # 31981 3 / / #f" R 4 / lTf NOTE Do not break down the test setup. 2PE-358-01 Rev. O INFORioATl0ff*89N ' 5"
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Verified by Initial /Date 8.5.14 BC Matrix for CSAS 8.5.14.1 Verify that the C-E RTT test egipment is turned ON and the PPS Test Power Supply is turned ON. M)y ADV 0 4 sp 8.5.14.2 Nove the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section cf the bistable control panel for relay B19-2 in bay B and relay C19-1 in bay C. Ifsp /Nov 0 41?M 2#0F /NOV 0 41981 ((; ' 38F / P.'Oy 0 4 Igu gyfNOV 0 4 SM 8.5.14.3 In bay '6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 46 and 48 on tenninal strip TB65 (TB75, TB55. TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A).1//r / ov N 0 41331 2/#F /NOV 0 4 331 3 A Y f,P,'0 4 193; 42/W /NOV 0 4 BM 358
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Verified by Initial /Date 8.5.14.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the
- optical pickup setup connected to contacts 46 and 48 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR38, SSR4B). 183 / WOV 0 419M 2/8F / N OV ,0 4 3 1 3foy / NOV 0 4 sat 4f#y / NOV 0 41ss; NOTE The following three steps refer to switches in the ,
PPS cabinet (2LO32) in the front of Bay B on the BC matrix module. 8.5.14.5 Rotate the system channel trip rotary switch to "CSAS".
/# F / NOV O 4 Igg I,
8.5.14.6 Rotate the RPS channel trip rotary switch to position 0FF. /O- / NOV 0 4 31 8.5.14.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1/a / NOV 0 4 31 2411r / Nov 0 41981 3/4 Y / N C 4 1981 4fSy / KOV 0 41931 f 2PE-358-01 Rev. 0 J
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Verified by Initial /De2O 8.5.14.8 Reset the test equipment timer. 1)f)V /NOV 0 41981 2f/W /NOV 0 41981 3f0F / ROV c4 ini 4/fy AiOV04 BB1 8.5.14.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. ' 1/vJr" /Nov 0 4 g31 i 2f/Jr /h0V 0 4 El I 3 /0 y / NOV 0 4 E1 4gg;yNpV 0 41981 i' , k, ' 8.5.14.10 After the relays have changes state and the , digital timer incrementing has stopped, racord the elapsed time in Section 10 Table 5, step 10.5.9.2(10.5.10.2,10.5.11.2,10.5.12.2). IfvF ADV 0 41981 2/v/r F0V 0 4 881 3/#F/NOV 0 41981 4f(F Fov'O 4'1921 NOTE Do not break down the test setup. 2PE-358-01 INFORMATION ref 579 NOT FOR hn COM rgm ,e (J I s ;: '.e.c .t'.s .".T~.y i. ... (n.% n9
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Verified by Initial /Date f . 8.5.15 BD Matrix for CSAS 8.5.15.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Pcwer Supply is turned ON. /vy / NOV 0 < spri 8.5.15.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for relay 819-2 in bay B and relay D19-1 in bay D. W/A' POV 0 41931 2e9 gav 0 4 331 N 319# / ov 0 41961 4.707/ f)V f 0 41981 %e I 8.5.15.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 46 and 48 on terminal strip TB65 (TB75 TB55,TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). IJ'/F 7/DV 0 41981 2/#V POV 0 41931 3A?/ /NOV 0 41931 4M/rtjoy041931 2{E-055-01 ggEORVM.$.ERev. Q@ M0 EOR C0uWh9e243 of 5 i p ' San Onorre unit 2 00 n T{
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Verified by Initial /Date 8.5.15.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 46 and 48 on terminal strip TBS 5 (TB85. TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). If/t / r:ev 4 41931 2fty / NOV04 El 3/gg / NOV 0 4 31 4/#1r / N ov 0 4 1931 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BD matrix module. 8.5.15.5 Rotate the system channel trip rotary switch to "CSAS".
//W /NOV 0 41981
( 8.5.15.6 Rotate the RPS channel trip rotary switch to position 0FF. 8)V /NOV 0 41981 8.5.15.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1//F /NOV 0 41981 2J)y / hOV 0 4121 3gdW / NOV 0 t El 4/877/ EDV 0 41981 l 2PE- 1 4 579 Q )} NOTFOR San Onofre unit 2 crme~.,-
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Verified by Initial / Data 8.5.15.8 Reset the test equipment timer. 1/dy A0V 0 4 31 2 fay A0V 0 4 El 3#vy A0v 0 4 31 4hg boy 0 41981 8.5.15.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1 //r gnya a gg 2ffdV / NOV 0 4193; 3f/F /0V04 f 31 4//F !/DV 0 4 31 (b 8.5.15.10 After the relays have changes state and the l digital timer incrementing has stopped, record l the elapsed time in Section 10. Table 5, step 10.5.9.3 (10.5.10.3, 10.5.11.3, 10.5.12.3). Idf F / OV N 0 41351 P/#7r'@V 0 4 31 3/hr yv 0 41931 4[/h'yV041931 NOTE i Do not break down the test setup. 2PE-358-01
. Rev. O Page 245 of 579 l
San Onofre Unit 2 64 OI.D
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8.5.16 AC Matrix for CSAS 8.5.16.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. - ///r p0V04 El 4 8.5.16.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistablc control panel for relay A19-2 in bay A and relay C19-2 in bay C. 1//1r A0V O 4 21 2fgr ADV 0 4 El 3////' A0V 0 4 31 (gs # 4fgyr p0V 0 4 31 8.5.16.3 In hay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 46 and 48 on tenninal strip TB65 (TB75, TB55.TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A).18#F A0V 0 4 31 2XfW E0V 0 4 81 3M//'ADVO4151 A fsp y pov 0 4 5 1
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. 2PE-358-01 Rev. O
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Verified by Initial /Dato i 8.5.16.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the (( ^ optical pickup setup connected to contacts 46 and 48 on tenninal strip TB55 (TB85, T865,
. TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR48). 1 /d F / Nov 0 4 31 2/#V / NOV 0 4 31 3///fr / NOV 0 4 31 4 fry / NOV 0 4 1931 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module.
8.5.16.5 Rotate the system channel trip rotary switch to "CSAS". M7V / Env o 4 gj
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( ., 8.5.16.6 Rotate the RPS channel trip rotary switch to position OFF. M)V / NOV 0 4 31 8.5.16.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1/#7p' / Nov 0 4 El 24# / Nov 0 4 31 3#p)r / NOV 0 4 31 4//p" / NOV 0 41931 2PE-358-01 Rev. O Page 247of 579 San Onofre' Unit 2 c m!bar"ai 6 : m rPul tc an WP,f
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Verified by Initial /Date
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8.5.16.8 Reset the test equipment timer. Ifay ADV 0 4 21 2/#y ADV 0 4 31 3/py 50V 0 4121 4/p/ A0V 0 4131 8.5.16.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. , 1//7y y0V 0 41981 2/#1rWOV 0 41981 3//y /;0V 0 41981 4ggy y0V 0 41El i, ' ((. 8.5.16.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.9.4 (10.5.10.4, 10.5.11.4, 10.5.12.4). Ldy yJv 0 41981 l
, 2/#JJ/t:0V 0 41981 381r/ Nov 0 41981 4/87 f)V f 0 4121 NOTE Do not break down the test setup.
2PE-358-01
. Rev. O Page 24B Of San Onofre Unit 2 0
CFF!C;nn - r::eJ ua (,~ugiy . l-- w ..
Verifiod by Initial /Date CJ. L : 8.5.17 CD Matrix for CSAS 8.S.17.1 Verify that the C-E RTT test equipment is turned ON and the PPS ' Test Power Supply is turned ON. f/F A0v 0 41981 8.5.17.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the CD matrix lights in the ESF section of the bistable control panel for relay C19-3 in bay C and relay D19-2 in bay D. ) d y K0v 0 4 1931 2ffy pov 0 41381 3 /0)V F0v 0 4 Igt) 4$7/ kuv 0 41981 8.5.17.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 46 and 48 on terminal strip TB65 (TB75, TB55.TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). I[7 f/0V 0 41931 2 M ' y0V 0 4 1981 3./#y Way 0 41931 l f 4[## /0V 0 41981 2PE-358-01 Rev. O Page 249 of 579 San Onofre Unit 2
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VGrified by Initial /Date 8.5.17.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 46 and 48 on terminal strip TB55 (TB85, TB65, 7875). This monitors contacts on the Solid StateRelaySSRIB(SSR2B,SSR3B,SSR48). 18Y / NOV 0 41981 2ffy / NOV 0 41981 3/#1r / unu n 4 gggg 4//F If0V 0 41981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module. 8.5.17.5 Rotate the system channel trip rotary switch to "CSAS". jdl/f / NOV 0 41981 fC 8.5.17.6 Rotate the RPS channel trip rotary switch to position 0FF. I/77 / NOV 0 41931 8.5.17.7 Rotate the relay trip switch to position number 1 (2, 3, 4). IM//' / Nov 0 41981 2/ty / NOV 0 41931 3Mh' /NOV 0 41981 4f/F fiDV041981 2PE-358-01 Rev. 0 Page 250 of 579 San Onofre Unit 2
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Verified by Initial /Date r( 8.5.17.8 Reset the test equipment timer. IMy MOV 0 4 El 2IBF /NOV 0 4 381 387/'A0V04331 4hir A0V 0 4 081 8.5.17.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. IAF A0v 0 4 Ett
~
2 MW/Nov 0 4 321 3D7r A0V 0 4 Sgt N#fr./iDV04381 r,
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8.5.17.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.9.5(10.5.10.5,10.5.11.5,10.5.12.5). 11'r7/ A0v 0 4 331 2 /#Jr /snv o 4 331 3 XDW /r:nv D a 1931 4$$}YIfiGV 0 4 BE1 NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 251 of 579 San Onofre Unit 2 f 07F;Zl!. TEST COPY p.....-. .. . . - . . , _ _ - . . . m .o m o. .
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Verified by Initial /Dato l 8.5.18 AD Matrix for CSAS - 8.5.18.1. Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. //Jr / OVN 0 4 381 8.5.18.2 Hove the optical ends of the two " START" pickup cables of the C-E RU test box to the AD matrix lights in the ESI section of the bistable control panel for relay A19-3 in bay A and relay D19-3 in bay D. 1/SF / NOV 0 41931 2fvy / NOV 0 4 381 ady / NOV 0 4 381 4/#y / NOV 0 4 331 8.5.18.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup to contacts 46 and 48 on terminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1//F / NOV 0 4 B31 2h2Y'/NOV04851 ptf//r / move 4 131 4f/2V / NOV 0 4 381 4
. 2PE-358-01 Rev. 0 Page 252 of 579 San Onofre Unit 2 OFFic At IT:si copy 7 . - .. ..
Verified by Initial /Dato 8.5.18.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts . -( 46 and 48 on tenninal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR48). 1/#W / NOV04 31 28/W / unu 0 4 31
- 3fB?r / NOV 0 4 3 1 4 M8F/ wnv 0 4 31 NOTE The foll'owing three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module.
~
8.5.18.5 Rotate the system channel trip rotary switch to "CSAS". [f77/ NOV 0 41m r 8.5.18.6 Rotate the RPS channel trip rotary switch to position 0FF. MS3' / NOV 0 41931 8.5.18.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1//2' / NOV 0 41931 2M/>r / Nov 0 t 31 3##7r'/ Nov 0 t 31 gpfy"/ NOV 0 41931 2PE-358-01 Rev. O Page 253 of 579 San Onofre Unit 2 FFIO!M. TEST COPY
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Verified by Initial /Date 8.5.18.8 Reset the test equipment timer. 1/#ff hov e a gg FII'Y ADV 0 4 gn 3f/Fif0V 8 4 sat
~ M/Vll0V 0 4 gg 8.5.18.9 At the PPS matrix test module, press the RELAY 110LO pushbutton all the way in, then release. lfty A0v 0 4 En 2//?r WOV 0 4 381 WOWW3v04GM 4/#2rf/DV04331 8.5.18.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.9.6(10.5.10.6,10.5.11.6,10.5.12.6). IA'## f3y 0 4 591 2/#7Fr/av o J m1 3/#FifJv 0 41981 4 Yd W WOV 0 4 gg1 i
NOTE Do not break down the test setup. i 2PE-358-01
. Rev. O Page 254 of 579 l San Onofre Unit 2
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Verified by Initial /Date I t 8.5.19 AB Matrix for RAS 8.5.19.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. py p0V 0 41931 8.5.19.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay A20-1 in bay A and relay B20-1 in bay B. IS//"(Oy041331 2My POV 0 41921
' - 3.d/h' W0y 0 41331 44W Way 0 41331 8.5.19.3 In bay 6 (7, 5, 8) of cabinet A (2LO34),
. connect the optical pickup setup to contacts
~
31 and 33 on terminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1/fyF0VO41331 28/;' yov 0 41981 3N11' ADV 0 41331
- 4hy A0v 0 41931 2PE-358-01 Rev. 0 -
Page 255 of 579 San Onofre Unit 2
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~
Initial /Cate
- 8.5.19.4 In bay 5 (8.6,7) of cabinet B (2LO35),
connect the optical pickup setup to contacts 31 and 33 on tenninal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid StateRelaySSR1B(SSR2B,SSR3B,SSR4B). 1///W / NOV 0 4 381
- 2ff;y / NOV 0 4 881 3//Y / NOV 0 4 331 4/#V / NOV0 4 Bil NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay A on the AS matrix module.
8.5.19.5 Rotate the system channel trip rotary switch to " RAS". [8F / Nov 0 4 381 er. 8.5.19.6 Rotate the RPS channel trip rotary switch to i. position 0FF. ///f' / Nov 0 4 331 8.5.19.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1[//r / NOV 0 4 331 2//# / NOV 0 4 331 381 / Nov 0 4 381 4//77 / Nov0 4 331 2PE-358-01 Rev. O Page 256 of 579 San Onofre Unit 2 L O FFIC!E TEST COPY h- . -- . . . . .
- -- .. . . . , . ,.,. .. ,....._.. . .. ...._....,.g.__. ..._.,_ _ _ _ . _ _
Verified by Initial /Date 8.5.19.8 Reset the test equipment timer. 1/##' /Nov 0 41931 2/4F/Nov 0 41983 3JfdW Inov 0 e n
- 4fty /NOV 0 41991 8.5.19.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then
~
release. 180/r /Nov 0 41981 2 X n v h:pu a A gggt 3 I v7r A0v 0 4 1331 4 Yfff hov0 4 Q
- 8.5.19.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.13.1 (10.5.14.1, 10.5.15.1, 10.5.16.1). l y g y KOV 0 4 1331 2ffh' /;ov 0 41931 3 / # y 5 0V 0 4 1931 l- 4 / v f / ov 0_L 1981 l
NOTE Do not break down the test setup. I 2PE-358-01
. Rev. O Page 257 of 579
~
l ,) San Onofre Unit 2
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Verified by Initial /DaBe 8.5.20 BC Matrix for RAS 8.5.20.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. MJJy'E0V 0 4 Est 8.5.20.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section of the bistable control panel for relay B20-2 _ in bay B and relay C20-1 in bay C. 1[#M'kov 0 41931 298w /Nov o e ag;
- 3/[/7y / NOV 0 41981 (a- 4/Ay 70V 0 41981 8.5.20.3 In bay 6 (7, 5, 8) of cabinet A (2LO34),
leave the optical pickup setup connected to contacts 31 and 33 on tenninal strip TB65 (TB75 TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). Iggg if0V 0 4 B31 2g/y ADV 0 41981 ! 3MW /Nov 0 41981 4f/F /NOV 0 41981 na
. 2PE-358-01 Rev. 0 Page 258 of 579 San Onofre Unit 2 T. _ ' '" __7_?_'. _ C r 7_~~~ ~ ' __ *l r_- ;7~ ___._
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I - VGrified by Initial /Date 8.5.20.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the 'k. - optical pickup setup connected to contacts I 31 and 33 on teminal strip TBS 5 (TB85, TB65 TB75). This monitors contacts on the Solid 1/#77/ NOVO 4381 { State Relay SSR1B (SSR2B, SSR3B, SSR48). 2dy /NOV 0 4 331
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3f/ns' /NOV 0 4 331 4/#y /NOV 0 4 31 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. 8.5.20.5 Rotate the system channel trip rotary switch to " RAS". My A0y 0 4 3g1 8.5.20.6 Rotate the RPS channel trip rotary switch to g position OFF. M h bOV04 E1 8.5.20.7 Rotate the relay trip switch to position number 1 (2, 3, 4). Ih7/'/r:cy 0 4 gj R//F A0v 0 t 331 3Y(/)V /NDV 0 4 M1 4 M y f0v 0 4 1331 2PE-358-01 Rev. 0
' Page 259 of 579 San Oncfre Unit 2
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Verified by Initial /Date ('. 8.5.20.8 Reset the test equipment timer. Way Aoyo4 gj 2IBF ADV 0 4 31 3J/0F / NOV 0 4 E1 AbW / NOV 0 41981 8.5.20.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. )fty yov04 gg 2ld1Y/ NOV 0 41981 3//F A0v 0 4 Bal
- Afd)Y FDV 0 i 1981 8.5.20.10 After the relays have changes state and the
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digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.13.2 (10.5.14.2, 10.5.15.2, 10.5.16.2). 1[v/f/Nov04El 2/47r A0v 0 419?) 3////' f/DV 0 419?1 4Mp' / NOV 0 4 E!1 NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 Page 260 of 579 San Onofre Unit 2 0FF 1.&d. did COPY
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Verified by Initial /Date 8.5.21 BD Hatrix for RAS - 8.5.21.1 Verify that the C-E RTT test equipment is turned ON and the PPS . Test Power Supply is turned ON. /#7f / NOV 011981 8.5.21.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of g the bistable control panel for relay B20-3 in bay B and relay D20-1 in bay D. 1/8F /Nov 0 41981 2J/#fr /Nov 0 41931 3 .MOV 0 51981 4 S# vA00 51981 (f
- 8.5.21.3 In bay 6 (7, 5, 8) of cabinet A (2LO34),
leave the optical pickup setup connected to contacts 31 and 33 on teminal strip TB65 (TB75, l TBS 5,TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). ////' KOV 011331 2/gh' /Nov 0 4 Igg; 3 Mf/DV 0 51931 4 Cd E0V 0 5 IS81 i 2PE-358-01 Rev. 0 Page 261 of 579 ( San Ongf,rp Unit 2 lf '
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Verified by l Initial /Date 8.5.21.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts ; 31 and 33 on terminal strip TB55 (TB85 TBS 5, TB75). This monitors contacts on the Solid State Relay SSR1B (SSR2B, SSR3B, SSR4B). Iffy / Nov 0 4 31 2f0F] NOV 0 4 331 3 @ADV 0 51981 4$3 $0V 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BD matrix module. 8.5.21.5 Rotate the system channel trip rotary switch to " RAS". //7 / wnvo 4 ggj 8.5.21.6 Rotate the RPS channel trip rotary switch to position 0FF. Ify / Nov 0 t 31 8.5.21.7 Rotate the relay trip switch to pcsition number 1 (2, 3, 4). 1////" / NOV 0 4 E l 2 f t>r' / Nov 0 4 331 3dd .DV/ 0 5 ISS1 4 f/iDV 0 5 281
~2PE-358-01 Rev. 0 Page 262 of 579 San Onofre Unit 2 il 0FFn. n , -w dopy
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Verified by l Initial /Date 8.5.21.8 Reset the test equipment timer. I I/Jr A 0V 0 4 1981 2fpyy f0V 0 41981 3C[A0v05381 4 fif0V 0 51981 8.5.21.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the'way in and then release. If0?r70v041981 2 , n y 40v 0 4 ggt 3 @ /iOV0 5 B31 4 7POV 0 51981 8.5.21.10 After the relays have changes state and the digital timer incrementing has stopped. record the elapsed time in Section 10, Table 5, step 10.5.13.3 (10.5.14.3,10.5.15.3, 10.5.16.3. II/)r' /NOV 0 41931 2/0F AiDV 0 41331 3 MOV 0 51331 4 M F0V 0 51981 NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 263 of 579 San Onofre Unit 2 f (f r a ru.. cmhe na n:er t .u u enr, vos -
Verified by Initial /Date 8.5.22 AC Matrix for RAS 8.5.22.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. '/0V 0 51981 8.5.22.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AC matrix lights in the ESF section of the bistable control panel for relay A20-2 in hay A and relay C20-2 in bay C. 1 KOV 0 51981 2 dQ0V 0 51981 3dd(Oy 0 51981 4 ddOV 0 51981 8.5.22.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 31 and 33 on tenninal strip TB65 (TB75, l TB55.TBSS). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). I h0V 0 51981 l 2 Yh0V 0 51681 3 .Sf/ 0V J 0 51981 I 4x@A0V 0 51981 l
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2PE-358-01 Rev. O Page 264 of 579 p' San Onofre Unit 2 A l VF he v wa., 6 t.~ = i q .--, -. . _ ,,;..-..-, ,
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Verified by Initial /Date 8.5.22.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the < optical pickup setup connected to contacts 31 and 33 on teminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR48). Is / NO V 0 51981 2 f/F0V 0 51981 36 POV 0 51981 4 M EDV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. 8.5.22.5 Rotate the system channel trip rotary switch NOV 0 51981 to " RAS". r 8.5.22.6 Rotate the RPS channe.1 trip rotary switch to position 0FF. OV 0 51981 8.5.22.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 /NOV 0 51981 2 IX0V 0 51981 3 8/NOV 0 51981 4 M/fiOV 0 51981 l 2PE-358-01 ( Rev. O l . Page 265 of SM San Onofre Unit 2 . 0FFvm n;a" ~: r on +uvd t,jyj ~'g e ~ _ ,, . ... .; . . . , , . , , .. .
w__c.= .s-3,.+ =.s.ver=.V gs._r s ;9 55c m. ..... . . : . a2. : . : VerifiGd by Initial /Date 8.5.22.8 Reset the test equipment timer. 1_ MOV 0 5 31 2 @dov 0 5 381 L$ pov 0 5 El 4__ j JIOV0 5 El x 8.5.22.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1 /DV 0 5 E81 2 MOV 0 51981 3 jfpov 0 5 El 4 Of W0y 0 51981 8.5.22.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step 10.5.13.4 (10.5.14.4, 10.5.15.4, 10.5.16.4). I f ' 2 M/iDV 0 51981 3ffD0V 0 5 El 4 MA0V 0 5 El NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 166 of 579 ( mF0Ps.,.pnn 0"Up Un San Onof
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Verified by Initial /Date 8.5.23 CD Matrix for RAS 8.5.23.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned DN. , y /iOV 0 5 El 8.5.23.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the CD matrix lights in the ESF section of the bistable control panel for relay C20-3 in bay C and relay D20-2 in bay D. 1' y / DV 0 5 El 2 df)p0V 0 51981 3 y fiDVo5 El 4MJp0V 0 51381 8.5.23.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 31 and 33 on tenninal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A).1 - /iDV 0 51981 2 gp0V 0 51981 3 8ADV 0 51981 i l 4 cC[J NOV / 0 51981 l 2PE-358-01 Rev. 0 Page 267 of 579 ' (. San Onofre Unit 2
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- 8.5.23.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the
, optical pickup setup connected to contacts
( 31 and 33 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR48). 1 Y/ NOV 0 51981 26 HOV 0 51981 3 340V 0 51981 4 MOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module. 8.5.23.5 Rotate the system channel trip rotary switch h0V 0 51931 to " RAS". / f 8.5.23.6 Rotate the RPS channel trip rotary switch to position 0FF. [OV 0 5 m 8.5.23.7 Rotate the relay trip switch to position l number 1 (2, 3, 4). 1 fOy 0 51981 2I/NOV 0 51981 3 yp0V 0 51981 4 dh0Y l l 2PE-358-01 I
.. Rev. O Page 268 of 579
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San Onofre Unit 2 l.I 0FFICIAL TEST COPY
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Verified by Initial /Date 8.5.23.8 Reset the test equipment timer. I fl0V 0 51981 2 y y y 0 5 581 3 @0v 0 51981 4_OMOV 0 5 581 8.5.23.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then NOV 0 5 BB1 release. I cI/ 2 & MOV 0 51931 3 YA0V 0 51931 4 OM/h0V 0 5 El 8.5.23.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step NOV 0 5 El 10.5.13.5 (10.5.14.5, 10.5.15.5, 10.5.16.5). 1 / 28 50v 0 5 581 3.9/ A0v 0 51981 4 2#i/DV 0 5 El NOTE Do not break down the test setup. 2PE-358-01
- Rev. O Page 269 of 579
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Verified by Initial /Date (c' 8.5.24 AD Matrix for RAS 8.5.24.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. f 0v 0 51931 8.5.24.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of the bistable control panel for relay A20-3 in bay A and relay D20-3 in bay D. 1 AiOV 0 51931 2 [)9 0V f 0 51981
' 3.7p0V 0 51931 4 gy0V 0 5 E 8.5.24.3 In bay 6 (7', 5, 8) of cabinet A (2LO34),
leave the optical pickup setup connected to contacts 31 and 33 on teminal strip TB65 (TB75 TB55,TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A).1 /tiOV 0 51981 2 _O9/iov 0 51981 3&KOV 0 *5 g 4 N YO' 2PE-358-01 i Rev. O Page 270 of 579
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Verified by Initial /Date 8.5.24.4 In bay 5 (8,6,7) of cabihet B (2LO35), leave the ( optical pickup setup connected to contacts 31 and 33 on terminal strip TB55 (TB85, TB65 TBi5). This monitors contacts on the Solid OV 0 5 m State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1 2 sp,x0v 0 5 sai 3 M50V 0 5 581 4 ftpV 0 51981 NOTE . The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.24.5 Rotate the system channel trip rotary switch to " RAS". t i/0V 0 5 E81
- 8.5.24.6 Rotate the RPS channel trip rotary switch to (I
position 0FF. 1)iDV 0 51981 8.5.24.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1((OV05581 2 p0V 0 51981 3.M/3V 0 51981 f Oy 05 1981 4 l 2PE-358-01 Rev. 0 Page 271 of 579 San Onofre Unit 2
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- Verified by Initiel/Date 8.5.24.8 Reset the test equipment timer. l Ot RpV 0 51981 2 YKOV 0 51981 3 OMA0V 0 51961 4 OMOV 0 51981 8.5.24.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. I j#)iDV 0 51331 2-@ fiDV 0 51981 3 Mdf/DV 0 51331 4 .In0V 0 51981 8.5.24.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.13.6 (10.5.14.6, 10.5.15.6, 10.5.16.6). 1 p* /'0V 0 51981 28> f/0V 0 51981 3 M #0V 0 51931 4 -7K0V 0 51931 NOTE l
Do not break down the test s,e tup. 2PE-358-01 Rev. O Page 272 of 579
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San Onofre Unit 2
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Verified by Initial /Date (: 8.5.25 AB Matrix for MSIS-1 _ 8.5.25.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is - NOV 0 51981 turned DN. / 8.5.25.2 Nove the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay A11-9 NOV 0 51981 in bay A and relay B11-9 in bay B. 1 / 2 M ADV 0 51S81 3M / NOV 0 51981 ( J 4 @ /Nov 0 51981 8.5.25.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), connect the optical pickup setup to contacts 34 and 36 on terminal strip TB65 (TB75. TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1- /iDV 0 51931 2 Y /liOV 0 5 ISSI 3 M/ Nov 0 51931 4 j /iDV 0 51931 2PE-358-01 Rev. 0
. Page 273 of 579 f..I - -e-t San Op.ofreeUnit 1
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Verified by Initial /Date 8.5.25.4 In bay 5 (8.6,7) of cabinet B (2LO35), -i- connect the optical pickup setup to contacts 34 and 36 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). I p0V 0 5 21 8KOV 0 51981 3 $p0V 0 51981
- 4M ADV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay A on the AB matrix module.
8.5.25.5 Rotate the system channel trip rotary switch to "HSIS-1". Mf r 8.5.25.6 Rotate the RPS channel trip rotary switch to position 0FF. p figy 0 51981 8.5.25.7 Rotate the relay trip switch to position number 1 (2, 3, 4). I jf 0y 0 5 mi 2q%p0V 0 51981 33/h0V 0 51931 4 [/iDV 0 51931 2PE-358-01 Rev. O Page '274 of 579
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_ . _ . _ _ . . , . .....__..___._....__,._..=,...,s. . Verified by Initial /0 ate l 8.5.25.8 Reset the test equipment timer. 1 /NOV 0 51981 2 $A'0V 0 51981 3 83iDV 0 51991 4Ylp DV 0 5 198 8.5.25.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1 pOV 0 5 El 2 $thV 0 5 Q1 3 d# fiDV / 0 51931 4Ml/NOV 0 51981 8.5.25.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in. Section 10, Table 5, step 10.5.17.1 (10.5.18.1, 10.5.19.1, 10.5.20.1). I ff)V 0 51981 2_T EDV 0 51981 3 Y /iOV 0 51981 4 @/iDV 0 51931 ( NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 275 of 579 J. San Onofre Unit 2 (b ' c .- v GFFIC!A.Lt inda L a.nY
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Verified by Initial /Date 1 8.5.26 BC Matrix for PSIS-1 8.5.26.1 Verify that the C-E RTT test equf pment is turned ON and the PPS Test Power Supply is turned ON. g yov 0 51981 E.5.26.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section of the bistable control panel for relay B11-10 in bay B and relay C11-9 in bay C. 1 [p0V 0 51981 2 M /,0v 0 51981 3 Obov 0 s 1931 ((y . 48 y0V 0 51931
- 8.5.26.3 In bay 6 (7, 5, 8) of cabinet A (2LO34),
leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB65 (TB75, TB55,TB85). This monitors cont: cts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A).1 [ 2 750V 0 51981 3Mlf)V 0 51981 gf y0V 0 51981
- 2PE-358-01 Rev. 0
- Page276 of 579
.[
4 San Onofre Unit 2 ORimA!. TEST COPY _ ~ _ - - -
r . Verified by Initial /Dato 8.5.26.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 34 and 36 on tenninal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR48). 1 O $0V 0 5 581 2 N NOV 0 51981 3 M/KOV 0 51981 4 8p0V 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BC matrix module. 8.5.26.5 Rotate the system channel trip rotary switch to "MSIS-1". /NOV 0 51931
- ' 8.5.26.6 Rotate the RPS channel trip rotary switch to position 0FF. M/NOV 0 5 E81 8.5.26.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1 /NOV 0 5 881 2 ADV 0 51981 3@/ NOV 0 51981 4M ADV 0 51981 2PE-358-01 Rev. 0 Page 277 of 579 San Onofre Unit 2
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() Verificd by Initial /Date { 8.5.48 AD Matrix for EFAS-2 INF0PalATIOK[$$. g Q36 ION 8.5.48.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. [#1r A0v 0 51331 8.5.48.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of I the bistable control panel for relay A22-3 in bay A and relay D22-3 in bay D. ljd)FAnv0M13n 2MfY / Nov 0 51931 i 3[#F / N0v 0 51981 4 V8 W A uv 0 s 1931 8.5.48.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts i 40 and 42 on terminal strip TB65 (TB75, TB55, l T885). This monitors contacts on the Solid l StateRelaySSRIA(SSR2A,SSR3A,SSR4A). 18#' yov 0 51931 2,8h/ .0v f 0 51931 3f/F ADV 0 51931 (IM/Ilov0M133] 2PE-358-01 Rev. 0 r - Page 342 of SB lh San Onofre Unit 2
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I Verified by Initial /Date 8.5.48.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the I optical pickup setup connected to contacts 40 and 42 on terminal strip TB55 (TB85,1B65, TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR38, SSR4B). 1/vy /NOV 0 51981 2f/fr / NOV 0 5 EB1 1 3//F / Nov 0 51981 4//Y / NOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.48.5 Rotate the system channel trip rotary switch to "EFAS-2". .[/F / NOV 0 51951 8.5.48.6 Rotate the RPS channel trip rotary switch to position 0FF. [8# / Nov o n ggg 8.5.48.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1[6f/ / NOV 0 51331 28//F / N0v 0 51981 3/f7/ / Nov o 51931 4//fr /iDV 0 51981 2PE-358-01 Rev. O Page 343 of 579 San Onofre Unit 2 i ' 0FFICIAL TEST COPY
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Verified by Initial /Date ( .I 8.5.48.8 Reset the test equipment timer. 1[W / NOV 0 5 581 2MF / NOV 0 5 881 3/vF / NOV 0 51981 4Ny / NOV 0 5 831 8.5.48.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. If8F / Nov 0 51931 2 YG W /tmv n n 193; 3//77 /NOV 0 51381 Af0W / nov 0 r; ng; ( ' 8.5.48.10 After the relays have changes state and the diSital timer incrementing has stopped, record the elapsed time in Section 10. Table 5, step 10.5.29.6 (10.5.30.6, 10.5.31.6, 10.5.32.6). 1//F /Nov 0 51931 2/#7// h0V 0 51331 a/4/'// / Nov 0 51981 4XOW / rinv n 5 393, NOTE Do not break down the test setup. 2PE-358-01 Rev. O Page 344 of 579 t San Onofre Unit 2
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Verified by Initial /Date l I F. t '. 8.5.49 AB Matrix for CCAS 8.5.49.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. //h' / Env 0 51931 8.5.49.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AB matrix lights in the ESF section of the bistable control panel for relay A6-9 in bay A and relay B6-9 in bay B. 1/87f kov 0 51931
? 147y /.0V 0 51931 3N//' / Nov 0 51931 4Y/F / Nov 0 51331 8.5.49.3 In bay 6 (7, 5, 8) of cabinet A (2LO34),
connect the optical pickup setup to contacts 43 and 45 on terminal strip TB65 (TB75, TB55, l TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). Id/r ADV 0 51931 2f///r /NOV 0 51981 3Yvfr/Nov051331 , 4///F /NOV 0 51931 i l 2PE-358-01 INF0?"^T!hh;'i9r.579 0r NOT a .. sanboniukit 2
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Verified by Initial /Dato 8.5.49.4 In bay 5 (8.6,7) of cabinet B (2LO35), g connect the optical pickup setup to contacts 43 and 45 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR28, SSR38 SSR48). 1/8F/ NOV 0 51981 2#1r / VNO0 51981 3#2V /NOV 0 5 381 481V / NOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (I'LO32) in the front of 8ay A on the AB matrix module. 8.5.49.5 Rotate the system channel trip rotary switch to "CCAS". /df7 / NOV 0 51331 8.5.49.6 Rotate the RPS channel trip rotary switch to position 0FF. M[/I/ Nov 0 51931 8.5.49.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1[#7/ / NOV 0 51931 2//// /NOV 0 51931 l 3#//r /iDV 0 51331 f 4///fr p'0V 0 51931 2PE-358-01 Rev. O Page 346 of 579 San Onofre Unit 2 \Q . ry gpp.or<nvuu. i ta., (s0Pi , 1
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(.' 8.5.49.8 Reset the test equipment timer. 18F /NOV 0 5 281 2 82r / NOV 0 5 B81 3)(Oy /Nov 0 51981 4//#77 / wnv o s gat
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8.5.49.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. - 1///)r p0V 0 51981 ' 2/d'7/ / Nov 0 51931 3Y/)V /NOV 0 5 831 4$$1YliOV05881 I,' 8.5.49.10 After the relays have changes state and the digital timer incrementing has stopped, record l ! the elapsed time in Section 10. Table 5, step 10.5.33.1 (10.5.34.1, 10.5.35.1, 10.5.36.1). 1/017 /Nov 0 51981 2Mf)V / NOV 0 51931 382V/iov 0 51951 4dff'/h0V 0 51931 NOTE 1 Do not break down the test setup. I i 2PE-358-01 Rev. 0 Page 347 of 579
~~
San Onofre Unit 2 l c, I 4 E Q t =w sm h u.i". .' ,%un i b,,o i l COPY
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8.5.50 BC Matrix for CCAS 8.5.50.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. N2V / NOV 0 51981 8.5.50.2 Nove the optical ends of the two " START" pickup cables of the C-E RTT test box to the BC matrix lights in the ESF section of the bistable control panel for relay B6-9 in bay B and relay C6-9 in bay C. 1//Jp' / NOV 0 51981 2//fy' ADV 0 51981
, 3/#F/ Nov 0 51981
( 4///F / Nov 0 51981 8.5.50.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 43 and 45 on terminal strip TB65 (TB75 TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1J8F A0V 0 51981 E87r hov o s 1931 SYffi'/iDV 0 51981 487/ NOV 0 51981 2PE-358-01 Rev. 0
._ Page 348 of 579 . , , , ,I San Onofre Unit 2 D 0 l' I (i b i h L I. C.d i b 9's L .
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. . _ . _ . , _ _ . . , . . , _ . . _ _ = , , , , , ,. 3 Verified by Initial /Date 8.5.50.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 43 and 45 on terminal strip TB55 (TB85. TB65 TB75). This monitors contacts'on the Solid State Relay SSR1B (SSR28 SSR3B, SSR48). Ifa# ADV 0 51931 2/v#' A0V 0 51981 3 871'/NOV 0 51981 4 J[#17' / NOV 0 5 B31 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay B on the BC matrix module.
8.5.50.5 Rotate the system channel trip rotary switch to "CCAS". f# # h ov o s 1931
- I 8.5.50.6 Rotate the RPS channel trip rotary switch to position 0FF. fv)f' /fiDV 0 51931 8.5.50.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1//h' inv n n 1993 r 2d71' Aav 0 51981 3/fiDV 0 5133
4[#21' / Nnv 0 51931 l 2PE-358-01 Rev. O Page 349 of 579
,y . San Onofre' Unit 2 /.
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8.5.50.8 Reset the test equipment ti;ner. If0y p0V 0 51981 2//W / NOV 0 5 381 3f/Jr/ NOV 0 51981 4[#Y / NOV 0 5 E81 8.5.50.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1[/F /Nov 0 51981 2hy / Nov 0 51981 3.//r//Nov 0 51981 4/83' / NOV 0 51981 4 k( 8.5.50.10 After the relays have changes state and the digital timer incrementing has stopped, record ! the elapsed time in Section 10, Table 5, step 10.5.33.2 (10.5.34.2, 10.5.35.2, 10.5.36.2). 1)d'7//NOV 0 51931 287/ /NOV 0 51981 3M/F/tsov 0 51381 4YO1Y /hDV 0 5 1331 NOTE Do not break down the test setup. l l 2PE-358-01 Rev. O Page 350 of 579 San Onofre Unit 2 ,(<1 e p*~~ . En a c sCOa h., d,.p. ;.
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Verified by Initial /Date i 8.5.51 BD Matrix for CCAS 8.5.51.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is T turned ON. Mgy /Nov 0 51981 ! 8.5.51.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the BD matrix lights in the ESF section of the bistable control panel for relay B6-11 in bay B and relay D6-9 in bay D. IM//F /Nov 0 51331 2/#F / Ncv 0 51931 3/#F/ Nov 0 51931 {.
- 4_M/F / Nov 0 51931 e
8.5.51.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 43 and 45 on terminal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A. SSR4A). 1/#F /.0v 0 51931 2 ##;r A0v 0 51331 l 3/#W/ Nov 0 51931 4.//h' / Nov 0 51931 2PE-358-01 l Rev. O Page 351 of 579
. San Onofre Unit 2 OFRCiAL TEST COP 1 ,,, g . _ ,
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Verified by Initial /Date 8.5.51.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the '(' optical pickup setup connected to contacts , 43 and 45 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR38, SSR4B). 1//F / Nov 0 51981 2/v')v / NOV 0 51981 3My / Nov 0 51931 48)r' / NOV 0 51931 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Baf B on the BD matrix module. 8.5.51.5 Rotate the system channel trip rotary switch to "CCAS". Mg /NOV 0 51331 8.5.51.6 Rotate the RPS channel trip rotary switch to (I position 0FF. .d7 / Nov 0 51331 8.5.51.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 188F / Nov 0 51931 2/#/r / Nov 0 51981 3?(/W/Nov 0 51931 4gjpf /liDV 0 51931 2PE-358-01 Rev. O Page 352 of 579 San Onofre Unit 2 OFRC;AL TECT C0F W ~~r. --- r . - g g- --~~~~- - ~- , ; . ; ---.-...-.-----..~ .--
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8.5.51.8 Reset the test equipment timer. 1[//F / NOV 0 51981 2/8F / Nov 0 51981 38F / NOV 0 51981 4M8)V/ NOV 0 51981 8.5.51.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1707// NOV 0 51981 29#F/ NOV 0 51981 3Mvy/ Nov 0 5 El 4M(/7//Nov 0 51931 r. (b 8.5.51.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10 Table 5, step 10.5.33.3 (10.5.34.3, 10.5.35.3, 10.5.36.3). 18/lF/Nov 0 51931 2///// Nov 0 51931 3[#F/ enu n 51931 4//f// h0V 0 51331 NOTE Do not break down the test setup. 2PE-358-01 Rev. 0 l
~~
Page 353 of 579 d San Onofre Unit 2 A i . [ 1
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_- ._ . ~ ,- - . =. . . . . Verified by Initial /Date 8.5.52 AC Matrix for CCAS 8.5.52.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. [8)t' /Nov 0 51981 4 8.5.52.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box .to the AC matrix lights in the ESF section of the bistable control panel for relay A6-10 in bay A and relay C6-10 in bay C. 1[f//' / knv o 51981 2M/r / NOV 0 51981 3//Mr / NOV 0 51981 AYM;/ / NOV 0 51981 8.5.52.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 43 and 45 on terminal strip TB65 (TB75 TB55, TB85). This monitors contacts on the Solid StateRelaySSRIA(SSR2A,SSR3A,SSR4A). 1///h'/ Nov 0 51981 2 gppy/40V 0 51981 3 #(Mr/ snv o x 19g1 4/#77/ Nov 0 51981 2PE-358-01 Rev. 0 Page 354 of 579 ,fl San Onofre Unit 2 l
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. . . . . . . . . ... _ . . ._ _ _... . . _,_ . ._ g e c._.c_;_ _ = ,r_ .; p Verified by Initial /Date 8.5.52.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts
(* 43 and 45 on terminal strip TB55 (TB85 TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR28, SSR3B, SSR48). IMSF / NOV 0 5 381 28F/ wnv 0 5 281 3 ff# / Nov 0 5 281 4/#W / NOV C 5 $!1 . NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the AC matrix module. 8.5.52.5 Rotate the system channel trip rotary switch to "CCAS". MS?/ / Nov 0 51351 /l' 8.5.52.6 Rotate the RPS channel trip rotary switch to {' position 0FF. M/7 / NOV 0 51381 8.5.52.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1[/7/' / Nov 0 51381 l 287/ Nov 0 51931 3V#V/ Nov 0 51331 4///F/ Nov 0 5 Bal 2PE-358-01 Rev. O j Page 355 of 579 San Onofrd Unit 2 L . OFFiOIAL TEST COPY
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Verified by Initial /Date ( ' 8.5.52.8 Reset the test equipment timer. 1Y8M/ NOV 0 51981 2 kf/y/ NOV 0 51981 3fvF / NOV 0 5 21 4Yv?// NOV 0 5 381 8.5.52.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. '1((/77/ NOV 0 5 231 2/v?r'/"0Y05531 3[8F / Nov 0 51931 4f/F /NOV 0 51981 ((l , 8.5.52.10 After the relays have changes state and the digital timer incrementing has stopped, record l the elapsed time in Section 10. Table 5, step 10.5.33.4 (10.5.34.4, 10.5.35.4, 10.5.36.4). 1/dW/ Nnv o 51931 28F/ Nov o 513&1 3/#F /tiov 0 51981 4/877 /fiDV 0 51931 NOTE l Do not break down the test setup. 2PE-358-01 Rev. 0 Page 356 of 579 San Onofre Unit 2
~
0t tlCIRL TEST COPY
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Verified by Initial /Date 8.5.53 CD Matrix for CCAS
'8.5.53.1 Verify that the C-E RTT test equipment is turned ON and the PPS Test Power Supply is turned ON. ///7# / ~s6V D' 51981 8.5.53.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to i
the CD matrix lights in the ESF section of the bistable control panel for relay C6-11 l')///fr/ K0V 0 51931 in bay C and relay D6-10 in bay D. 2/#2r/'N'0V e ~51981 3zffF/ ~ A0v 0 51981
't 4I//)V / Nov 0 51981 l
8.5.53.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 43 and 45 on tenninal strip TB65 (TB75, TB55 TB85). This monitors contacts on the Solid StateRelaySSRIA(SSR2A,SSR3A,SSR4A). ~ 1///JP/'une6 5 1981 2//M'/ sov 0 51931 l 3/#Jr/' NOV 0 51331 d/7/ ~ndV ~0' 51981 2PE-358-01 Rev. 0 Page 357 Of 579 i I San Onofre Unit 2 ( UFICiAL TEST CDPy a- _ _. ; .
. . . :.m. .
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Verified by Initial /Date 8.5.53.4 In bay 5 (8.6,7) of cabinet B (2LO35), leave the [I optical pickup setup connected to contacts 43 and 45 on terminal strip TB55 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR28, SSP 3B, SSR4B). 12/7r / NOV 0 51981 2/#7f/ NOV 0 51981 3]ef/#tiov 0 51981 487//NOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay C on the CD matrix module. 8.5.53.5 Rotate the system channel trip rotary switch to "CCAS". MF/ NOV 0 51981
' 8.5.53.6 Rotate the RPS channel trip rotary switch to position 0FF. ///7;V/NOV 0 51361 8.5.53.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1M7// Nov 0 51931 2Jd/F/ Knv o 51981 38#/ Anv o n tgn 4g/f/ /NOV 0 51981 l
2PE-358-01 Rev. 0 Page 358 of 579 San Onofre Unit 2 II I k . OFFICIAL TEST COM g.;- _. . : . . ;. .. .
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. Verified by Initial /Date 8.5.53.8 Reset the test equipment timer. I M 7f A DV 0 5 381 28W/NOV 0 51981 3MJr / tiDV 0 51981 4MJr A0v 0 51981 8.5.53.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 187// tenv o s 1931 28F/ Nov 0 51331 3flW A0V 0 5 831 48F / Nov 0 51921
,( 8.5.53.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Section 10, Table 5, step 10.5.33.5(10.5.34.5,10.5.35.5,10.5.36.5). IM2V/ Nov 0 51931 2MF/ NOV 0 51981 3hy/ Nov 0 51931 i 4.8#ADV 0 519?1
. NOTE Do not break down the test setup.
l 2PE-358-01 l 1 Rev. O Page 359 of 579 San Onofre Unit 2 pe r...cy .n . ,-=. - -
's OfflC! A!. TEST COPY.
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Verified by Initial /Date J. ' .
' 8.5.54 AD Matrix for CCAS 8.5.54.1 Verify that the C-E RTT test equipment is ,
turned ON and the PPS Test Power Supply is turned DN. M/F / Nov 0 5 El 8.5.54.2 Move the optical ends of the two " START" pickup cables of the C-E RTT test box to the AD matrix lights in the ESF section of the bistable control panel for relay A6-11 in bay A and relay D6-11 in bay D. 1[##/ Nov 0 51931 2///F/ Nov 0 51981 g ' 3[##/ Nov 0 51921 4/ffr/ OVN 0 51981 8.5.54.3 In bay 6 (7, 5, 8) of cabinet A (2LO34), leave the optical pickup setup connected to contacts 43 and 45 on tenninal strip TB65 (TB75. TB55 TB85). This monitors contacts on the Solid State Relay SSRIA (SSR2A, SSR3A, SSR4A). 1((/F/ Nov 0 51331 2I#F/ Nov 0 5 $1 3/87/Nov 0 5 31 l 4k'/fr/Nov 0 5 31 l l l 2PE-358-01 Rev. 0 .
~
Page 360 of 579 San Onofre Unit 2 0FFIC!AL TEST COPY [-~ ~ ~ e --- -- r:. 7.- - r -m-- . - -
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Verified by ! Initial /Date l i 8.5.54.4 In bay 5 (8,6,7) of cabinet B (2LO35), leave the optical pickup setup connected to contacts 43 and 45 on terminal strip TBS 5 (TB85, TB65 TB75). This monitors contacts on the Solid State Relay SSRIB (SSR2B, SSR3B, SSR4B). 1/#yp0V 0 51981 2/8F/ NOV 0 51981 3/vy/ NOV 0 51981 4M87// NOV 0 51981 NOTE The following three steps refer to switches in the PPS cabinet (2LO32) in the front of Bay D on the AD matrix module. 8.5.54.5 Rotate the system channel trip rotary switch i to "CCAS". //F /NOV 0 51931 (I . 8.5.54.6 Rotate the RPS channel trip rotary switch to '}' position OFF. // # / Nov o .s; 1931 8.5.54.7 Rotate the relay trip switch to position number 1 (2, 3, 4). 1/8F / E0V o 51981 2//W / nnv o 51981 3##1r"/nov 0 s 1981 488)/'/ NOV 0_51981
. 2PE-358-01 Rev. 0 l
Page 361 of 579
._ San Onofre Unit 2 0FRc!/d TE.TCory
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Verified by Initial /Date () 8.5.54.8 Reset the test equipment timer. LY/fj'/'sby'0 51981 2Y/W/'kov 0 5 mg 3MF / ' 'iniin 531 4I/F / Nov 0 5 21 8.5.54.9 At the PPS matrix test module, press the RELAY HOLD pushbutton all the way in and then release. 1/0F /"sof0 5 21 2 ##F/ ~ Nov O' 51931 3Y//)/"/"hhf0 51931 4/vF/ KOV 0 51331 ( 8.5.54.10 After the relays have changes state and the digital timer incrementing has stopped, record the elapsed time in Sectior.10, Table 5, step 10.5.33.6 (10.5.34.6, 10.5.35.6, 10.5.36.6). 1/fF/ ' rMv'n 51331 2/#F /'Nov 0 51931 3/##/ Nov 0 51931 4NO)V/^kby 0 51931 2PE-358-01 Rev. O Page 362 of 579 San Onofre Unit 2
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$ 8.5.54.11 Do not break down the test setup after doing positions 1, 2, and 3 of the relay trip switch.18)r 40V 0 51981 2dy/ Nov 0 51961 3/#F / NOV 0 5,1981 8.5.54.12 After completion of position number 4, break down all test setups. Remove all , jumper wires.
~
Reset all trips and return the system to the l condition that it was in before the start of the test. 4/#F/NOV 0 51331 8.6 Part VI CPC/CEAC Response Time Testing , NOTE This section checks the respense time of the CPC/CEAC System fran the time that it receives an input signal until the time the system outputs a trip signal. This portion of the test requires Q( . ' that special test software be loaded into the computer ' system. External signals are provided by the CE RTT Test Equip'nent box. 2 8.6.1 Initialization of CPC/CEAC for Testing 8.6.1.1 Set the CALCULATOR SELECT switch on the operator's gv' '/PfiY' module to load the CPC (CEAC) calculator. A4t' /;- ,[El halti B DL/ //r/tNfl CC5/ i kMtv D @ //2./" /P/ B W //kh!Pt.- CbV/'ftNhW ' U 2PE-358-01 Rev. O f ._ Page 363 of 579 ['( San Onofre Unit 2 O MICIAL 1i,a, CU~n,i r l r ,-- m. ..,_ . . .
..=-.-
Verified by Initial /Date NOTE
- k. When one calculator is selected, in channels 8 and C, .
the other calculator is memory protected. No changes , ,
, ' ' ,j..
can be made to the protected calculator. . 1;m. p.. 8.6.1.2 Set up the AED 2500 Floppy Disk Drive, as follows: gg,/g(ev 8.6.1.2.1 Turn ON the AED Floppy Disk Drive. A G'/uS m /hn/d 8 Qt//t>luhl C W/ */ulV/ D D V/ trh/F/ 8 &/ kSlPZ. I
. C b1l/ YUb'V 8.6.1.2.2 Set the drive select switches so that v'
drive A is unit 0, drive B is unit 1 and drive C is unit 2. gt/ A'bi///rfmJ iff f( E 6/ / AE/t[/f/ t' ' C & /!l14l8V D DV /INAilP/ 8 W/!l2llEZ< C b //D/ft/ V I CAUTION NEVER TURN THE AED 2500 POWER ON OR OFF WITH A DISK IN THE DRIVE. NOTE Before continuing, it is recorxaended that Reference 3.7.2 be reviewed. 2PE-358-01 Rev. O Page 354 of 579
',' San Onofre Unit 2
'( CFFICIAL TEST C0bY nc.. < :------,c.._.--,, - - . . . . .
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Verified by' Initial /Date 8.6.1.2.3 Place the floppy disk containing the test software into the AED d / I 2500 F1oppy Disk Drive. <n w v fi:'i,cf,, B DL/ /iv/2Mfr/ C Q U /=/s q[f y D -t/ / />/,/// B @///f/ff-C D V l'{tl[f/ I 8.6.1.2.4 Set the INIT and WP switches UP. "O /i , 81 B ht/ /n/n/h/ C DV / llIkV D Dl! //r/rl1/ 8 W/ V2?l3% ' C Dt/ /I/22 /J < r S.6.1.2.5 Lift the IPL switch. W-l4% A L/v / iv/, r/gi- 7 B (//rYN81 C Cf I'bill9v (' D LI //>b,lf/ B @'/ /t/ k / C Dil l ll27 I 8.6.1.3 Place the CPC Coldstart Loader paper tape into the teletypewriter (TTY) paper tape reader and connect the TTY to the CPC calculator A(BC.D;CEACB,C)cableconnector. A N//f W B Olllivfz2ftl ' C W/ Il19?f2/ D W /I N t/fl B W / ll d lE L C & / l0lSV I (./ ' I 2PE-358-01 Rev. 0 , Page 365 of 579 (I San Onofre Unit 2 0FFICi.R TEST COPY nz--- --- - - . __ _ . y _. . , . . _ _ ._ ,..-..y- . _..,... -. . - - .
Verified by Initial /Date 8.6.1.4 Hit the " FUNCTION" button, then hit the " LOCATION" button to stop the calculhtor. A N/ / [fffY [ B Qt/ / e*>/f/ C $/ 'll}lfV D Gbrt/ / tdu/// B h //IIIf-C "W /*[D W 8.6.1.5 Set up the following memory locations via the Interdata Hexidecimal Panel. I i Location Centents 30 0000 M %% 34 0000 36 0050 50 0500 52 00CF 54 4300 l 56 0080 ('
- 78 0294 A N/ /!/!N B $ 1/ /t>l NEI C QLI /t/s4l8v D Dl//1>lhlf/
B W / I/73lf"L.- < C b"W v .
/llu,]W 8.6.1.6 Read through these same locations to verify the correct contents. A Q.1// ' V 8 W /IVltvff/
C Qll/ r};}lfrz D V/11kllfl B k ///fb C&/ld/W v
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2PE-358-01 Rev. O Page 366 of 579 I' Sa,n Onofre Unit 2 f) .IEE9 TCOT L'J Li u . s L~. .J g n,. lQ(3 s s= : == = . ,,; --,u...........~.:,...-..,
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Initial /Date 8.6.1.7 Start the processor at location 30. A 9h// / fff// B h /iv/2J/fl {' I ' C Y ' / I llLl lS V D Q V / or/al2/ 9_W / lltfl82-
. C Q t// ({tvW 8.6.1.8 Start the teletype paper tape reader by setting the reader / punch switch to the " MANUAL START" position. A Q V/ /[ff97 8 &V/iNwlll C D/i/N/Jt-D & V /trbolt/
B
//dI/N CW v
/'l&i fV 8.6.1.9 Respond to the TEST TRACK prompt with 55. A Q1/ / if fffP B hl /tyl1NS'/
C D '/ di.I]sv' f , D DV /trlilP/ B W / 'l?flS V CW v l'f1T.ic V 8.6.1.10 Turn the MEMORY PROTECT key switch on the operators module to "0FF". The MEMORY PROTECT switch must remain in 0FF during the part 1 Interactive I/O System Test. Other switches will protect memory when appropriate. A @/ / f!PV B QV /IYlsdR/ C Q$/NYl8v D bt/ /id/i/f/ 8 $ /I/pS)WV C W/D/n>lV u . a 2PE-358-01 Rev. 0 Page 367 'of 579 ( San Onofre Unit 2 1._.__._... w * . u E *,- - I 7,- - - - - . . . .
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Initial /Date 8.6.1.11 Respond to the calculator request prompt with CPCC or CEAC depending upon the calculator to be loaded. AQL//((!f/
/
B_ Qi'////n/// ' C _ W/IIt lPV D Dtl /WbilP/ B N///t/k C @ / //2)W ' V ' 8.6.1.12 Verify that the TRIP BYPASS switch is OFF. A9Y/3[/f8Y B W /tYl k ff C 6 0 idkily DDI ///bi/// B %'/ I/dh% C VW/'lhlPY'r S.6.1.13 Remove the disk from the AED 2500 disk drive to prevent damage to the disk. A Ql// // Tf!PY B Od/ovkvl3[ C& /Ib4lkv DD' /lYbil8/ B @/ V2f/f2 - C yh l/I/klV V 8.6.1.14 Display the LOWTOD Point ID on the operators module. The point ID is 40. A Q)L// i f !f V B &Ll /tkwiP/ C%)/*lI4lW ! D W/ /Y[k/ B N/ //EM8L-C h/8/11 v i M 2PE-358-01 Rev. 0
. Page 368 of 579 San Onofre Unit 2 9
ia s ic, a s.. . .. ut, y y i 6---~--,--.- .
. .- . a ,,. . s .,.; _ .;-- 3 . , . ----_ .--z.-_.-_
Initial /Date 8.6.1.15 While synchronizing with the second hand of a
-- watch press the "INIT" button on the hexadecimal display panel of the processor to be checked. A QV/ /!/ (V B @ 'iwiUl&I C &/ ll1llJv D W /t//nlP/
8 Q ' / //t f ]S z.- C "@ /Id' d / NOTE This results in a systein auto-restart which resets LOWTOD to zero. 8.6.1.16 Press the "FN" button on the hexadecimal display panel. A N/// [r ' B QV/n$vP/ C DW/tllyltv-Od'viw/,.Ib B D / [2/87-l. CDy
/[Nf-
- a (L
8.6.1.17 Press the " LOC" button on the hexadecimal display panel in synchronization with the i ending of a five (5) minute interval on the watch. A 9V/ /[f!fy B W /INlNlff C W /!bll5'v D W / rvblH B W ///tSh V C Y /ll b l[ v NOTE This halts the processor which in turn stops the LOWT00. l 2PE-358-01 Rev. 0 Page 369 of 579 l i San Onofre Unit 2 I 0gF.[cr:u;p"tu.oisT"
,,n 00DVi t.r ~: = . ,,.. . - ~ -..- v n .. ...,..= c- m ._, g - ;.;.
8.6.1.18 Read LOWT00 from the operator's module. The display should read 6000 + 40. ~ A Y/ /[8!V B @(/ /tdaM/' l C W/ tlI lEv'
.(( D %I /&lnlEI B WffzJ/&
C D ///h/f/ V I NOTE As part of the CPC/CEAC preoperational test procedure 2PE-357-02, the Universal Clock Module is tested. That test should. be repeated at this time. NOTE The following steps will be used to load the Interactive I/O System CFC/CEAC System Response Time Test software. The disk will be referred to as the Part I disk. 8.6.1.19 Set the CALCULATOR SELECT rotary switch on the OPERATOR'S MODULE to load the CPC (CEAC) (I ' calculator. The calculator not selected is AQL///ffhv memory protected. B & /4/J#/ C DW/'h)Yv D()tl//vbol[/ 8 W/// /k1 - C Dt/ '/llv/W ' 8.6.1.20 Set up the AED 2500 Floppy Disk Drive as follows: 8.6.1.20.1 Turn ON the AED Floppy Disk Drive. A QU/ i /fkV B YU //f[WlPf C DU /lll4flhv DDll / Wlttlfi B Y//gdt. / CW y
/ll1bl[ V I I 2PE-358-01 Rev. O Page 370 of 579 f
San Onofre Unit 2
' t r r. ~, 7 , rw 'tp.rni 0 I'" I i(.:
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Initial /Date 8.6.1.20.2 Set the drive select switches so that drive A is unit 0, drive B ( A Gl// /[l!PV is unit I and drive C is unit 2. a G/ / rH>>le/ C & /ll k / Dcv ild,Ie 8 W'l//tt/fr - C %!/lNPv' v i 8.6.1.20.3 Place the floppy disk containing the Part 1 RTT software into the
- AED 2500 Floppy Disk Drive. A W ///fhV B QV/t$Vkfl C bl///[/t/NV' D W /IY/l1lf) 8"Ot/ f/N/22 C b'/[zNb
(/ 8 I A W /I[(!PV ,( ' 8.6.1.20.4 Set the INIT and WP switches UP.. B Q vtiV/ wlel C YLI/ 'll4lEY ~ D Ch/ //v4/f/ 8 W l'/l$ll > C$l/!lN. v . W A Gl/ /s ff!Py' 8.6.1.20.5 Lift the IPL switch. B W /I>f)2-}$/ C$lll'ltVlTV DW //Ybtlf} B "D ' //// f d E. C QUilofw y ' I 4 2PE-358-01 Rev. O Page 371 of 579 San Onofre Unit 2 I
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7 Initial / Data 8.6.1.21 Place the CPC Coldstart Leader paper tape into the Teletypewriter (TTY) paper tape reader and connect the TTY to CPC calculator A(B,C.D: CEAC
.g
(~ B.C) connection point indicated. A 9f/ / /[F[W BhV/tNfN)fl C Oll/!ll'/lW D & /IYbil}/ B h/ df/f2- / C / I f0lW 8.6.1.22 Hit " FUNCTION" button, then hit " LOCATION" button. A Q2/ / s/P Py B Yll /I?lwl7I C W / llIVlC V D t! /I/brl2/ BhVllldb'y C W / Ifb4l9 W 8.6.1.23 Set up the following memory locations vic tiie Interdata Hexadecia:al Panel. Location Contents 30 0000 32 0000 34 0000 36 0050 50 D500 52 00CF 54 4300 56 0080 78 0294 A h //ff[fy B Yll n{nlR}
/
C&l//lbktL-o Ov i LI.rt 8 @/ ///?Slls C IQtl/k1l v f I I W 2PE-358-01
., f Rev. 0 Page 372 of 579
( San Onofre Unit 2
-. nn uu.e.gf 0 9 f Ci AL ...E,S I n c ,. _. . _ .
. mm . . ,:.3._.._,.
. ' 'Inutwau/ maw) 8.6.1.24 Read through these same locations to verify the correct contents.
A h//!P!/V B N Y /tv/n/P1 yy C D ht/ & / ////,/
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( (i / B @/ /d/f2 C Qlf(W{W V 8.6.1.25 Start the processor at location 30. A @/ t(([W bW /IWwlS{ C h) /r 'll//j v D W /rV/,/f/ 8 h/ $fMb- / C r U/ [NV 8.6.1.26 Start the teletype paper tLpe reader by setting the reader / punch switch to the " MANUAL START" position. A O v/i/r/w ' BIV //Ml>Mr/ C DIJ hlNlW ' D DV /Ifbk?!
'{.
lT B W//hihv Ct/W /IfY_ ' ( V. 8.6.1.27 Respond to the TEST TRACK prompt with 55. A h /((!/V / B D V //rlwlf) CG5U/'$4lhv o 'b1/ iirMn 3 h //rf[2 / C vW /l/n l f v
'(
l 2PE-358-01 Rev. 0 Page 373 of 579 San Onofre Unit 2 l l( . n .-- c,.,:.-,
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8.6.1.28 Verify that the MEMORY PROTECT keyswitch is OFF. A @l i fy B_ QV/Ivlwlff ( I. ' C W /lb4 N DDVisYlr.lf/ B D.V///f//fL C QI ,
/{v&fn/
8.6.1.29 Respond to the calculator request prompt with CPCC (CEAC). A CTV/ /!f/M B 0l/r/lnlfI CW /IlNk y DW h/brl$'l 8 & / kI lkt. - Cta/Mailv V , O.5.1.30 P.cnove the disk from the AED 2500 disk drive. A @/ //fk Y B Nl' //b'/&/f/ C TLI/ !ltW i ! D&///Yl*lff Bh'/ //lhl$L-C-g & ll*l12l W 8.6.2 RTD-CPC I/3 RTT 8.6.2.1 Reset the CPC calculator by pushing the white WITh Se: tion No. OINT f* (SPARE) pushbutton on the Operator's Module. A@/I!8!fu B OllllvltE$l
*g,N0; ,[ j C Wl'l14lTV Dan /- /%/2 L $ /tY w\TI 2PE-358-01 Rev. O Page 374 of 579
._ San Onofre Unit 2
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Initial /Dat'a 8.6.2.2 Enter the following on thm TTY keyboard to check the operation of the TTY-CPC interface: , t ,
*EX TC1
'( *EX TC2
*EX TH1
*EX TH2 The resultant printout is as indicated in 7 Table F1 of Appendix F. A @/ /[///Y B Qll/ *kwlll C W / *{s4llV p@ / IM u(S(
NOTE For convenience, the following tests should be run concurrently with or immediately af ter the Loop CurrentStepResponse(LCSR)testoftheRTD's. l i 8.6.2.3 On the C-E test box, set the "FL;NCTION SELECT" switch to RESISTANCE te prepare to l i run the respcnse tirne test for loop 1 cold jj i Itgtemperature(TC1). A 6 / 'I'7+ B W /thkS1 C 0V /*li&Y DM / Itit\iN 8.6.2.4 On the C-E test box, plug the meter into the
" VOLTAGE, HIGH CURRENT, FREQUENCY, RESISTANCE"
, jacks in the " FUNCTION SIGNAL OUTPUT" section. A / >F B 91' AIz2.!El C QV / 'lINV D @/W l"(U NOTE In the following steps, whenever it is required l
that an initial value or a final value be set using the DVM, this value as read on the DVM i should be recorded in Table 8 of Section 10. 2PE-358-01 ! Rev. 0 Page 375 of 579 [ San Onofre Unit 2 l e e. + . ...; n ,. .=g- ==.= O l
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Initial /Date 8.6.2.5 Using the potentiometers under " RESISTANCE" in the
" STEPPED FUNCTIONS" section, adjust the initial resistance in the C-E test box so that the resistance
(' value is 420 ohms as read on the DVM when the STEPPED FUNCTIONS STEP toggle switch is in the RESET position. Note the value in Section 10. Table 8,
- Step 10.8.1.1 (10.8.1.2,10.8.1.3,10.8.1.4). A /' M 8 QLl /trl1 21 Chl//Utt/fyr D 5/ / ~2dli$ E'(
r 8.6.2.6 Adjust the final regstance g in the C-E test box so , that the value is 449 ohms as read on the (4, DVM when the STEPPED FUNCTI0ris STEP toggle switch is in the START positicn. Note the value in Section 10, Table 8,Stt.p10.3.1.1(10.8.1.2,10.8.1.3, 10.8.1.J). A / W l B Ot/ / /.ld!: CN Y/'lt4lW ' l
~
D M //2/u $ i (-' E.6.2.7 Disconnect the meter and return the STEPPED i FUNCTIONS STEP toggle witch to the RESET positicn. A / NU B Qt/ /iN$D I CDV/ I'lI'llfY D W /l 2 (a l E7' 8.6.2.8AttheFoxboroSpec.200cabinetL-121(L-125,L-129, L-133), remove the leads that go to the temperature transmitter from terminals 6 and 7 (16 and 17, 6 and g gp 7, 15 and 16) on terminal strip TB-1. A / L F 8 Qfll /11ln jfI C $V /ll14lty' DN / (*t luk(f' 2PE-358-01 Rev. 0 - Page 376 of 579 2
/ San Onofre Unit 2 0FR0!At ygg 79py m -
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IQ1tT8 F/U8te NOTE These are th21 cads cn the other side of the terminal strip that were removed for the LCSR test. A check
. l should be made to ascertain whether the correct two b leads to the temperature transmitter are being used.
If leads other than those specified are used, note the appropriate numbers here. 8.6.2.9 Connect the resistance test leads from the C-E RTT #/i test box to the leads removed in the step above. A / l }( F 8 W /t>lwffl C % / IlM W D W / /2)tt{Cf 8.6.2.10 Place three optical pickups over the three LED's in column 3 and three optical pickups over the three LED's in column 4 (Hi Local Power and Low DNBR respectively) on the Bistable Control Panel. Leave in place for the remainder of the channal .
)i b test. A Y_ _ / Y l
b_q' /w]sdfI . ( $. , ' C QU l'lI$lf D'dM //h hiQ 8.6.2.11 Pince the other end of the cptical pickups ccblet to all six STOP LAMP jacks on the C-i RTT ics: . box. A / hA B 9V/,v/why C N/ d/y/fv D W /l1ln(Ef 8.6.2.12 Turn the switches next to these lamp jacks to ON. A / tf,)* Pl B @/8dnfl C Q.l/ / *]!YW D Y/ I2 lu.(Y/ 2PE-358-01 Rev. 0 Page 377 of 579
' San Onofre Unit 2
- ( f
( - l OMICIAL TEST COPY
. . ,.= - .
_ .- . - . = . . . . . _. . = . _ 7_ ;.
m l Initial /Dato NOTE . , If base line data is desired, turn three switches
~
to 0FF and run the test twice. . 8.6.2.13 Ensure that the STOP TIMER MODE switch is in g (W r the increasing or low to high siode. A \U/1 B Q ll/ uvl&Cl C W //tlI4]f y D b h / l~) fu /Vf NOTE The following section of the test measures the re- , sponse time from an externally produced signal in f the Spec. 200 cabinets through the tripping of the bistable relays by a signal produced in.the CPC calculators. l i CAUTION ,
- THIS TEST, IT NOT PROPERLY C0!! DUCTED, MAY CAOSE A TRIP ,
i' 0F THE RPS REACTOR TRIP SWITCHGEAR. FOR THIS PRE-OPER-i ATIONAL TEST, WITH THE CEA M-G SETS NOT RUNNINJ, THE l ONLY PORTION OF THE PPS THAT NEED BE ENERGIZED IS THAT PART BEING TESTED. 8.6.2.14 At the CPC/CEAC TTY, enter the command LI TC1,568. IN, BOTH (CR) to rake the parameter TC1 (Loop 1 Cold Leg Temperature) live input. A W/I 9 i PV B @ /eE M fl C (Il adq(qyr DY /'2 hdT( 2PE-358-01 t Rev. O Page 318 of 579 San Onofre Unit 2
/ I N F 0 ^.a.io T!n v 0 ; g y NOTFuTeca,J.,,;g)gg 0FF!Ca ru . wer nn s u vaym a----.- ,
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Initial /Date 8.6.2.15 At the CPC/CEAC TTY, enter the live input status comand ST (CR). The TTY should respond with the data entered in the step above (the setpoint number [ (J.
- may be rounded off). A M/[9 fy 8 WV/ I>5&f '
C D(/ $14lrv D W ll2dth/ 8.6.2.16 On the C-E RTT Test Box, reset the timer to ZERO. A Qt// l /4 hy B GbV/ Irlwiel C @ /'/s4/t/ tg 060 /dMet
- 8.6.2.Jf 0n the RPS section of the PPS, clear any LPD or j DNR trip conditions. A W/ 8f4 PV B / svlnl1l )
C,$l/!ltyItv- ] g1 DDh / f Utd 2( 1 8.6.2.,.16 At the CPC/CEAC TTY, er.ter the command G0 (CR). V Verify that the point LD. displayed is 043 and , I l'. the valve is +33.000. A 91// 8 9, TV 8 DV/tw}yI : C D LI /*l14$ Y ' Uhl/ f *?{fh( 8.6.2.19 Move the STEPPED FUNCT6NS STEP toggle switch to START. A Q ll/ / I / # f V r B YV/ 'kkBI C N ) V / tll 4 _^' y D M /('22\d8( 8.6.2.20 When the timer stops incrementing, note the value and enter in Section 10. Table 7 Step 10.7.1.1 (10.7.1.2, 10.7.1.3, 10.7.1.4). A (ZJl./ /1.I!fF 9 B W /'*lNl?l
, C b/ ' ID_%
D d / / I)( d (
., 2PE-358-01 .
I Rev. O Page 379 of 579 San Onofre Unit 2 0 F F I C U:_d. . ..T. F.
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Initial /Date 8.6.2 21 Return the STEPPED FUNCTIONS STEP toggle switch w OM to the RESET position. A N/ f[9 fy
.tnon No I'
- B 'I'NYSI
( 40-jjj - C W / llshitv
'fE'j-/9 9 ~
DOS / f 24lbh NOTE Leave the test setup unchanged except as follows: 8.6.2.22 Reconnect all the leads in the Spec. 200 cabinets that were removed for the above test. A Qt//1 f 9 Py B$V /tv]nl2 CW /t[odlNl D 90/ t'Z-M?I 8.6.2.2,3 On the C-E test box, verify that the " FUNCTION SELECT" switch is set to RESISTANCE. A Q1/ / If$ (V B_YlI / sY1'kfI ' CCN / tls4 EV Dbh/ /L$nd &( 8.5.2.24 Oc the C-E test Det, plug the ;neter inte na
" VOLTAGE, HIGH CURRENT, FREQUENC), RESISTANCE" .
,1ar.hs in the " FUNCTION SIMAL CdTFUT" se: tion. A Qt//Ifff E.S'xdnai c%V /<halw D D / / Z lu(&(
8.6.2.25 Using the potentiometers under " RESISTANCE" in the " STEPPED FUNCTIONS" section, adjust the initial resistance in the C-E test box so that the resistance value is 420 ohms as read on the DVM when the STEPPED FUNCTION toggle switch is in the RESET position. Note the value in l l Section 10, Table 8. Step 10.8.2.1 (10.8.2.2, 10.8.2.3,10.8.2.4). A N /'/fk V BY /lNU/ C $ /lllYl V OD? / (>l M Yi l 2PE-358-01 (, Ngd 80 of 579 l San Onofre Unit 2 i osn lc y .- ;; ; q.z-v- 7 -?:
=;0,s7;'%rnu'c.gg,TtnD)....
r r +-[ sn
Verified by Initial /Date 8.6.2.26 Adjust the final resistangn the C-E test box so that the value is-440-ohms as read on
}* the DVM when the START switch is actuated. Note the value in Section 10 Table 8 Step 10.8.2.1 (10.8.2.2,10.8.2.3,10.8.2.4). A @/ f fffM B W/ INwlV/
C&l'b4 !T V D& / /W/h) 8.6.2.27 Disconnect the meter and return the STEPPED FUNCTIONS STEP toggle switch to the RESET position.A QL// I 4ffV B W /IN1kti C D '/*lt4'?V D & /M./k[ff 8.6.2.23 At the Foxboro Spec. 200 cabinet L-121 (L-125, L-129,L-133),reaovetheleadsthatgoto the temperature transmitter from teminals 1 and P 2 (11 and 12, I and 2,10 and 11) on terminal strip TB-1 A___@/ t hfjv ' B @/th318l f.- .( C 0Y/ 'lrbf> NOTE D M /I t i k kP/ These are the leads on the other side of the tenninal strip that were removed for the LCSR test. A check should be made to ascertain whether the correct two leads to the temperature transmitter are being used. If leads other than those specified are used, note the appropriate numbers here. 8.6.2.29 Connect the resistance test leads from the l C-E RTT test box to the leads. removed in the step above. A @//j/M /9 j BDI /k1N/ C $ /Ill V W i ' D M / I ( M U 2PE-358-0,1 Rev. O I
,J Page 381 of 579 San Onofre Unit 2 0FRCE TESI COPi , , , _,, ,
~ - - - - . - - - - - - - ,-s..:..-....,-...,.,.....
--- - _---...m.._
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.__a- Mrsi nau up Initial /Date 8.6.2.30 Place three optical pickups over the three LED's in column 3 and three optical pickups over
{ the three LED's in column 4 (H1 Local Power and Low DNBR respectively) on the Bistable Control Panel. A @/ 'f 9[V BD /sM f/ CD / tlgtj{& DW / t L h\\p 8.6.2.31 Verify that the switches next' to the six step lamp jacks are ON. A W/ 8 hff V BQLl/IYln}Yl C& /I[ILilhy D M / / 2/(3{ P[ 8.6.2.32 Ensure that the STOP TIHER MODE switch is in the incretsing or los to high mode. Ah{/ BQ /tvlrdgj' f /fv (. C W I 'l14lE v , D M / / O "I17 NOTE The following section of the test measures the re-sponse time from an externally produced signal in the Spec. 200 cabinets through the tripping of the bistable relays by a signal produced in the CPC calculators. CAUTION THIS TEST, IF NOT PROPERLY CONDUCTED, MAY CAUSE A TRIP 0F THE RPS REACTOR TRIP SWITCHGEAR. FOR THIS PRE-0PER-ATIONAL TEST, WITH THE CEA M-G SETS NOT RUNNING, THE ONLY PORTION OF THE PPS THAT NEED BE ENERGIZED IS THAT PART BEING TESTED. 2PE-358-01 Rev. O g Page 382 of 579
- (
- San Onofre Unit 2 OFFICfAL TER ;*......'...~...
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. _- 3...- .-= y .. ... ... _ -. , ..
Initial /Dato 8.6.2.33 Reset the CPC calculator trip by pushing the l white (SPARE) pushbutton on the Operator's (, ' Module and entering an R (for Restart) when l prompted by the TTY. AQ /8 ifN B M/ IM/ C W /!l]$fV D M / / N u (?) 8.6.2.34 At the CPC/CEAC TTY, enter the ccanand LI TC2,568,1N.BOTH <CR) to make the parameter TC2 (Loop 2 Cold Leg Temperature) a live input. A' Q t/ /if9 ffv B<$ll bl1vl8I
/
C W/ $I lP> d - ! D T /(hk'w\S( l 8.6.2.35 At the CPC/CEAC TTY, enter the ccmand NGP TC1 to nyert the live input to a constant input. A_ /Ififf/ s CV /glnkJ ' l ch!;ljgefy D j ('d id & { i (f-t l 8.6,2.36 At the CPC/CEAC TTY, enter ti.e corrrnand CT <CR). Only TC2 should be a live input. A QV/If9!f7' B W /INnIrl C WJ / tlpl[Py DM / (dwd( 8.6.2.37 Reset the C-E RTT test box timer to zero. A @ / if9 h BQLl/IUWl$/ C QI/ 'llVlW D M /l2-{ w\ g 2PE-358-01 Rev. O ! Page 383 of 579
._ San Onofre Unit 2 i
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Initial /Dato s $9 8.6.2.38' Reset all DNBR/LPD trip conditions on the Bistable Control Panel of the PPS. A 9I// Iffhy J' 8 QV / IN1kff C DI / t h])py 1 s $7 D .O N / st U s\ $ )
' 8.6.2J9' At the CPC/CEAC TTY, enter the cormand "60" to (y 1
~~
start the program then,t;;;1: the " STEP" ed t 9 - t; STA"-T. Verify that the point ID displayed is 043 and the value is +33.000. A W /t[4!#v B 0 V/t>lnlt] C W/!!!4fCF gggg gg 9 s' g D M //2 M tg 8.6.2.40 When the timer stops incrernenting, note the
- DM -
value and enter in Section 10. Table 7. Step 10.7.1.5 (10.7.1.6, 10.7.1.7. 10.7.1.8). AQ//1/5ffi/, CY1/lt&21-lSi C D}U/ I$1'fl[L-D &/ I't.{td91 ,
. r-iQ' B.6.2.41 Return the STEPPED FUNCTIONS STEP toggle !. witch to the RESET position. A O v'/ 8!f N B W /n/n///
C Qvi s' Mis - D @/ IZ-I sdPl NOTE Leave the test setup unchanged except as follows: 8.6.2.42 Reconnect all the leads in the Spec. 200 7 cabinets that were removed for the above test. A O /1 9 M B & l/I$lnlfI C @/ /[4///2-D I /Id'* N 2PE-358-01 Rev. 0 Page 384 of 579 San Onofre Unit 2
~oo e c ~y;_"_
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. - . - . . - . . . . .. --. - - . : .. .. : .. . . - .- w _ z . :. . .
Verified by Initial /Date 8.6.2.43 On the C-E test box, verify that the " FUNCTION I A Ot/ / #/9M
-( SELECT" switch is set to RESISTANCE.
8 YV / sbslff C W / s [ N '8 1 D&/ l2lttlF( 8.6.2.44 On the C-E test box, plug the meter into the
" VOLTAGE, HIGH CURRENT, FREQUENCY, RESISTANCE" jacks in the " FUNCTION SIGNAL OUTPUT" section. AQ/I Y v 8 QV sY / Slff CQI / 'lIllIN
~
D Dl/ / N < d2( 8.6.2.45 Using the potentiometers under " RESISTANCE" in the " STEPPED FUNCTIONS" section, adjust the initial resistance in the C-E test box so that the resistance value is 440 chas as read on , tne DV!! when the STEP switch is in the RESET position. Ncte the value in Section 10. Table 8,
- f. Step 10.8.3.1,(10.8.3.2,10.8.3.3,10.8.3.4). A @/ l V lk DW / shn!!I C N Y/ e/idj8 7 D N/NY p n the C-E test M 8.6.2.46 Adjust the final resistanc 4 52. d box so that the value i ohms as read on g the DVM when the START switch is actuated. Note the value in Section 10. Table 8 Step 10.8.3.1 (10.8.3.2, 10.8.3.3, 10.8.3.4). A h /I 7!N 8 GW N/ IN9i Cd /</Myu D N // Y W8r 8.6.2.47 Disconnect the meter and return the STEPPED FUNCTIONS STEP toggle switch to the RESET positio 8 W / nhdei t
CbV / Ev(Sv oM / /thd/ 2PE-358-01 !' Rev. 0 Page 385 of 579 l San Onofre Unit 2
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Initial /Datt 8.6.2.48 At the Foxboro Spec. 200 cabinet L-121 (L-125
" L-129,L-133), remove the leads that go to ' the temperature transmitter from tenninals 16 and 17 (6 and 7,16 and 17, 25 and 26) on tenninal strip TB-1. A W / ' fi JV B0V /IV)>YfI C I W / l15l8E y D W / l~2 l/ W T f NOTE These are the leads on the other side of the terminal strip that were removed for the LCSR test. A check should be made to ascertain.whether the correct two leads to the temperature transmitter are being used.
! If leads other than those specified are used, note the appropriate numbers here. 6.0.2.49 Connect tha resistan:e test lesds from the C-E RTT test ocx to the leads re:noved in the A W/ i G Sv' f)., step above. N. Bh!j.Ll1r418v C I/t
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8.6.2.50 Place three optical pickups over the three LED's in column 3 and three optical pickups over l the three LED's in column 4 (Hi Local Power and Low DNBR respectively) on the Bistable Control Panel. A WI I IV I B Yll /3Ynl$l C kYl'/blAv D $1/~7lfWlif i 8.6.2.51 Verify that the switches next to the six step A&l I! I lamp jacks are ON. E# B3V / ahurt CDillllbylIV i DN / /YWd) ( 2PE-358-01 t Rev. 0 5 a' s'$ 0 F c ' r :**~' ' ~E 're-~
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8.6.2.52 Ensure that the STOP TIMER MODE switch is in the increasing or low to high mode. A /f!9/M B U / bd 2/f/ C W j tl1l8/ D M/E 2.//ggf
. NOTE -
The following section of the test measures the re- ~ sponse time from an externally produced signal in the Spec. 200 cabinets through the tripping of the bistable relays by a signal produced .in the CPC calculators. CAUTION THIS TEST. IF NOT PROPERLY CONDUCTED, MAY CAUSE A TRIP OF THE RPS REACTOR TRIP Sk'ITCHGEAR. FOR THIS PRE-OPER-l l ATIONAL TEST, WITH THE CEA H-G SETS HDT RtlNNING, TiiE ONLY PORTION OF THE PPS THAT NEED BE ENERGIZED IS THAT f PART BEING TESTED. 8.6.2.53 Peset the CPC calculator trip by pushing the white (SPARE) pushtutton on the Operator's Moduleandenteringan*R"(forRestert)when l\ a ! prompted by the TTY. A 9/ /[9!87 a Qi/' /nhi/f/ CQ1//iftvlW D W/I'2Nt/ff 8.6.2.54 At the CPC/CEAC TTY, enter the command LI TH1,618,1N.BOTH <CR) to make the parameter , TH1 (Loop 1 Hot Leg Temperature) a live input. A /I 1 fv' I B W /l>l102l C 6/ /'/e//dv D .W//t-lIWf/ 8.6.2.55 At the CPC/CEAC TTY, enter the comand NDP TC2 l to revert the live input to a constant input. A h /8 i W B dl/ /l I n f} C D)U / llM5Y D.db /(2lWW 2PE-358-01 f(I Rev. O '1 INFORPl!Tmee'my 579 u..m.. 0 FF!d@l'%{d_L_'s;W.6 -
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g.,,,, Initial /Date 8.6.2.56 At the CPC/CEAC TTY, enter the command , ST (CR). Only TH1 should be a live input. A G/ /t I 4 f/ 86s/ /IvlwWI C Jt! / 'lHl9v D ,W /IE hi-{t( 8.6.2.57 Reset the C-E RTT test box timer. A Ot// i I i V B h /i h hP/ C Q 1/ / cliglgv D- 0//Y4f8( 69 8.6.2 58' Reset all DNBR/LPD trip conditions on the
- Bistable Control Panel of the PPS. A 9/ / ' S M j
\ B I /I>l1:dfl C %- / *lIq[pf $, DN lc?hWo*( h 97 l'< 8.6.2.g At the CPC/CEAC TTY, type in the coa.iar:d 60 l to start the program th:r. t:13 4 : th: "STF i k,([' y :.; itch to STf.RT. Verify that the point 1.D. displayed is 043 and the value is 423 000. A 91// _PP' BQ1V / I>l1NSl cut / /tlhlw D W /nk(/2/
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8.6.2.60 When the timer stops incrementing, note the i value and enter in Section 10, Table 7 Step 10.7.2.1 (10.7.2.2, 10.7.2.3, 10.7.2.4). A Qt//8f IV B W /l>l22]T) ' C D U/ sloVlW D $ /N N'c/r/ l 2PE-358-01 Rev. O ! Page 388' of 579 San Onofre Unit 2 j j $f OFFIC!AL liiST COPY
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Initial /Date 8.6.2.61 Return the STEPPED s~ UNCTIONS STEP toggle switch to the RESET position. A h/ 7 4ffV 8f /s1li2l81 _CW/ tlt4lW DU /M//W&' NOTE Leave the test setup unchanged except as follows: _ 8.6.2.62 Reconnect all the leads in the Spec. 200 cabinets that were removed for the above test. A GM/ i/hPv' B @ //$/21/PI C W / *ls4l9v' D 7 //7I/& h / 8.6.2.63 On the C-E test box, verify that the "FUdCTION SELECT" switch is set to RESISTANCE. A_pV/f SffV . aGIV/tA1 del ' C W / */Nl8 V ' 0 /#/ /'2//C(P/ 8.6.2.64 On the C-E test box, pluo the meter into the
,r k ,~ 3 " VOLTAGE, HIGE CURRENT, FREQUENCY, RESISTANCE" A / dV Jacks in the " FUNCTION SIGNAL fidTPUT" section.
f l B 9V /tH1 t/ ' C ll /I/skle,v" D N /ltlfG/W 8.6.2.65 Using the potentiometers under " RESISTANCE" in the " STEPPED FUNCTIONS" section, adjust the initial resistance in the C-E test box so that ! the resistance value is 440 ohms as read on
- the DVM when the STEP switch is in the RESET position. Note the value in Section 10 Table 8, Step 10.8.4.1 (10.8.4.2,10.8.4.3,10.8.4.4). A W/ / 41.IV e drV /alnl91 C kV / ![_oq)_V ON //2/tc/Sr'
.- 2PE-358-01 J' Rev. 0 lk Page 389 of 579 San Onofre Unit 2 0FFIC!A1. TEST COPY r _ m . m ,. _- - -
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,%I 8.6.2.66 Adjust th2 final resistanbe in t 4
box so that the value isgo s as read N on the DVM when the START switch is actuated. Note the value in Section 10. Table 8, Step 10.8.4.1 (10.8.4.2, 10.8.4.3, 10.8.4.4). A O)V / I SfM B QV /t&AlQ C Dt/ /t{n[tu D Y-//M/48/ 8.6.2.67 Disconnect the meter and return the STEPPED FUNCTIONS STEP toggle switch to the RESET position.A I B W /IUnltf '
. C D t} /tl1Qle v D W // W h /9f
\ At the Foxboro Spec. 200 cabinet L-121 (L-125, C.6.2.68 L-129,L-133), remove the leads that go to the temperature transmitter from teminals 11 and 12 (1 and 2, 11 and 12, 20 and 21) on terminal l ctrip TB-1. A Q / I!f f7 n* I
/ >hde/ .f'l C W/ I'4lW NOTE D $ $ //tlK/3/
These are the leads on the .her side of the teminal strip that were removed for the LCSR test. A check should be made to ascertain whether the correct two l 1eads to the temperature transmitter are being.used. If leads other than those specified are used, note the , appropriate numbers here. 8.6.2.69 Connect the resistance test leads from the C-E RTT test box to the leads removed in the step above. AC / / 4N 8QLIo%NI / C W /Ib4l W
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Initial /Date 8.6.2.70 Place three optical pickups over the three LED's in colan 3 and three optical pickups over the three LED's in column 4 (Hi Local Power and Low DNBR respectively) on the Bistable Control Panel . A W / t h f./ B Ch/ / rE6Jtl C V/tlHlks D '~ / / 2//t fPt' 8.6.2.71 Verify that the switches next to the six step lamp jacks are ON. AQ1///[1!PV B D /tN wlf/ C W/Ib8f W D N/ rthc./V/ l 8.6.2.72 Ensure that the STOP TIMER MODE switch is in l the increasing or low to high mode. A W/I$[W B N /tk n/f/ C h$1/ / /lltllYV NOTE D Y /7//4,[.f/
/
The following section of the test measures the re-sponse time from an externally produced signal in the Spec. 200 cabinets through the tripping of the ( ! bistable relays by a signal produced in the CPC calculators. CAUTION THIS. TEST, IF NOT PROPERLY CONDUCTED, MAY CAUSE A TRIP 0F THE RPS REACTOR TRIP SWITCHGEAR. FOR THIS PRE-OPER-ATIONAL TEST, WITH THE CEA M-G SETS NOT RUNNING. THE ONLY PORTION OF THE PPS THAT NEED BE ENERGIZED IS THAT PART BEING TESTED. 8.6.2.73 Reset the CPC calculator trip by pushing the white (SPARE) pushbutton on the Operator's Module and entering an R (for Restart) when prompted by the TTY. Ahl // 8Y' B Qi! / slairl l C W/ ibelv MV /vtlkdy
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Initial /Date 8.6.2.74 At the CPC/CEAC TTY, enter the command LI TH2,618,IN BOTH (CR) to make the parameter TH2 (Loop 2 Hot Leg Temperature) a live input. A 9/ i $!V BW /10tdfl ' CWl/./llI4Ihv D "-0l' / /'2l/e/G/ 8.6.2.75 At the CPC/CEAC TTY, enter the command NOP TH1 - to revert the live input to a constant input. A CW/ If9b 8 Qt/ /o>k21 C'W /'lt4lW D W / / Y W St' 8.6.2.76 At the CPC/CEAC TTY, enter the command ST <CR). Only TH2 should be a live input. A C2L/ / if4ffV B W/IN-lnlEl ' C W/ tllVl9v D W // lb/d/ 8.6.2.77 Reset the C-E RTT test box timer to zero. A QV/I/N87 8 W /\ N fl C & /!/N 'SY 14 D N //tlY V6f 8.6.2.Jef Reset all DNBR/LPD trip conditions on the Bistable Control Panel of the PPS. A QS/ / fffffV 3 8 W /rY wltl
- C & / I'lI4 (P ' h 9$ D _oA //2fx/3r ('l 8.6.2.JS At the CPC/CEAC TTY, enter the command GO to start the program the , t ggi: the " STEP" ndt:5
- STA",T. Verify that the point I.D. displayed is 043 and the value is +33.000. A k/'!f!87 '
' 8 & /rdnIfl C @ /II/IllV D W //2l/NW 2PE-358-01
.- Rev. 0
- I Page 392 of 579
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. Initial /Date ,J d o WG T&T_ hG f" h Wc.w.To wMo 8.6.2.80 When the timer stops incrementing, note the, g value and enter Section 10, Table 7, Step 10.7.2.5 ;
,P A @ll, 4![V (I (10.7.2.6,10.7.2.7,10.7.2.8).
B d/ / tNtdfl C W/ *lsVW D W /(tiK-(fr 8.6.2.81 Return the STEPPED FUNCTIONS STEP toggle switch.; to the RESET position. A N / t[ V B@ A$/2>/f/' C 9 1/ /tl*5{t V D W/ /2Ndf/ NOTE Leave the test setup unchanged except as follows: 8.6.2.82 Reconnect all the leads in the Spec. 200 A Y//likY 7 cabinets that were removed for the above test. B 6/ /1d2dfj C W /*l 4l$v D$)$/(WIW7f ( ' 8.6.3 Pressurizer Pressure - CPC I/O RTT 8.6.3.1 On the C-E RTT box, rotate the function select switch to the HIGH CURRENT position. Output from the box will now be at the " VOLTAGE, HIGH CURRENT, FREQUEliCY, RESISTANCE" banana jacks in the FUNCTION SIGNAL OUTPUTS section.' A Gt/ / tfT fv 8 QY /tNl1$8[ ' C W / Ilt 9llf v DOP /rd'Wsf 8.6.3.2 Short circuit the output at the jacks. A QL/ / 4 i IV BY /sk22/@ C Gl// '/19 IF D $ /t,k W67 2PE-358'-01
' Rev. 0
( Page 393 of 579 San Onofre Unit 2 r .. . _ . . z..,,,..- .: ~.. v-. ,.
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Initial /Date 8.6.3.3 Connect the mA meter (DC range) to the HIGH CURRENT jacks in the CALIBRATION section and move ( (, the calibration switch to C (calibrate). The meter should indicate current. A M ///fffv' 8&1/ /nl1)81 C W / nlgQpy
- D W /Izk>67 8.6.3.4 Move the momentary contact STEP switch in the STEPPED FUNCTIONS section to RESET and release.
The RESET light should turn'ON. AG//if9fW B @ //> / a /f / C D/'/9//v ' I D~$0 /r1lWhy 8.6.3.5 Set the initial high current value to a current of 16 milliamperes. Note the value in Section 10, Table 8 Step 8.8.5.1 (8.8.5.2, 8.8.5.3, 8.8.5.4). A Y /'!9!// B W /njul2l C Qu/ / I'/,iI? . - D$! /ls/cgg( 8.6.3.6 Nove the momentary contact STEP switch to START and release. The START light should illuminate i and the timer should start incramenting. Stop the timer. A9U'/8hffY B G/ n/2v/// / C W/ '?t'lffv l , D 8 0 /e Y W/.c/ l 8.6.3.7 Set the final high current value to a current of l 12 milliamperes. Note the value in Section 10, Table 8 Step 8.8.5.1(8.8.5.2,8.8.5.3,8.8.5.4).A9)l[,/'{4/N s G W /ivb @ l C W/u?I$lE%~- Dd" &~hn, 2PE-358-01
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.. .; . .. . c .2 ... ,.. . A a m a r l :. .: u m.c Initial /Date 8.6.3.8 Move the momentary contact STEP toggle switch to RESET and release.
A //[fffV' 8W /tbvlff C W / '/r4 h z DD/'/I~2SW) F 8.6.3.9 Repeat above steps as necessary, then disconnect the meter and turn the HIGH CURRENT switch to N-(nomal). A h / ifi!8V" B @ //y/>v/f/ D/ I/t9l72 t n 1(L- % , D N /rV'WFf 8 6.3.10 At the Foxboro Spec. 200 cabinet L-1??1 'L-120, L-1,20,i-qe remove the leads that go to the b m, L-1,3' ' 9 I OJ' OV)1 pressurizer pressure I/E converter := ..[.r=%.osp_h..:O\ / 62 49-and 'O '30 r.d 40, 42 :nd 43, 7 end 0). A W / 'f9 PV 1 49ux T se. W u nu S , R is T. .3,5 w t % B h / t>/df/ IP
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DM // t.lik 8.6.3.12 Place three optical pickups from the first three STOP LAMPS , jacks on the C-E RTT box over the three LED's in column 4 (low DNBR) on the bistable control panel.
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NOTE Initial /Dato The following stction of the test ceasures the response time from an externally produced signal in the Spec. 200 cabinets through the tripping of the bistable relays by a signal produced in the CPC calculators. CAUTION THIS TEST, IF NOT PROPERLY CONDUCTED, MAY CAUSE A TRIP AT THE RPS REACTOR TRIP SWITCHGEAR. FOR T1415 PRE-0PERATIONAL TEST, WITH THE CEA M-G SETS NOT RUNNING, THE ONLY PORTION OF THE PPS THAT NEED BE ENERGIZED IS THAT PART BEING TESTED. . 8.6.3.13 Arrange the test equipment so that a signal will not be produced until the three LED's are illuminated. Turn the switches to 0FF at the unosed STOP LAMPS teminal jacks (L4, L5, and L6). A @ /'9ffV BW /wldE1 C 9 /l/,4/F t. # Dbh /fYW/ff 8.6.3.14 Reset the CPC calculator trip by pushing the white .( (SPARE) pushbutton on the Operator's Module and entering an R (for Restart) when prompted by the TTY. A @ /I!4 M f BW /lvltN9i C W /'ll9 Y v Dd/ /it/v/F 6 8.6.3.15 At the CPC/CEAC TTY, enter the command LI PR,2100, DE,0NB9(CR) to make the parameter PR (pressurizer ( I A Ot/ / t 9N
~
2 i ! pressure) a live input. B W /*Yo PI C& / UfdW D j N /(t h f(I( 8.6.3.16 At the CPC/CEAC TTY, enter the command NOP TH2 r to revert the live input to a constant input. / t f fV A, b h /tY11lE) C QVi'lisliv p.GM / (Od( 2PE-358-01 ! I '1 Rev. 0
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7- :,.s... . .. . - - . .. 1 .x : = : : - - - =n . . . . - . . . . . . ... . ., Initial /Date 8.6.3.17 At the CPC/CEAC TTY, enter the command ST<CR). Only the parameter PR should be a live input. AQI/'f9f8V B Ybl /I5lnl2l i C @ /flI()/ N ('b D M /tdf/31 8.6.3.18 Reset the C-E RTT box timer to zero. A Gl / t/$[fy B91/ / />ln/// C W /lllctl W go Ddh/(Uty{'ff 8.6.3.pf Reset all low DNBR trip conditions on the Bistable Control Panel at the PPS. A Q1// if9ff/ 8 Ghl /INWll/ g
- C h/ fl,6/&
D h / t t. b W S ' h 8.6.3.M At the CPC/CEAC TTY, enter the command G0 to J start the test,14;cn .T.cVe the OTEP te;gle n.ite P
-on-the C-E-RTT box-to STA",T, thea rdleese. Verify that the point I.D. displayed is 043 and the value is +33.000. A Ol//ff4F
( f. i BCh/ /n/Mf/ C W/ llftlFy
% g DN ff $W{f/
% hE % a._, m e% M S c.w, 8.6.3.21 When the timer stops incrementing, note the A h_-
value and enter in Section 10, Table 7, Step l 10.7.3.1 (10.7.3.2, 10.7.3.3, 10.7.3.4). AQL/t9!PV/ ' \ B Y tl / I U 11lff C D1l /'lI9lhV D$ / U'W8f i 8.6.3.22 Nove the momentary contact STEP switch to RESET i 7 and release. Tne RESET light should turn ON. A h/fl # 7V' 8 W /f\N9/ i C b %f/ 'li'il b D W / <*tbWil i 8.6.4 Ex-core Power - CPC I/O RTT 2PE-358-01, Rev. O t j Page 397 of 579 San t)nofre Unit 2
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Initial /Date 8.6.4.1 Verify that the "CPC TEST" indicator lamp on the Operator's Module is illuminated. A @ / d9fM 8 & / sfot $V C W /'[l9]Pv' D,W / (Lle S[4r 8.6.4.2 On the C-E RTT box, rotate the function select switch to the LOW CURRENT position. Output from the box will now be at the " LOW CURRENT" BNC jacks in the FUNCTION SIGNAL OUTPUTS section. A QJL//if9ffv 8 bl / 'l,UPv C D /*/r9lPv D N t2h / SISc 8.6.4.3 Short circuit the output at jack number 1. A Y /#f997 s W /i l,& C &'/*/r9IPV D $ //1.ieggy 8.6.4.4 Connect the mA meter (DC range) to LOW CURRENT banana jack number 1 in the CALIBRATION section. A CM) / IIS M B &I / sllt)fy C l'bkfW D A / tWf& 8.6.4.5 Turn the switch at jack number 1 to "C" (calibrate). The meter should indicate current. A //f9fV B D / 'lit/f7 C & f/*lrklVv' D $$ / /'b(< 5~fg( . 8.6.4.6 Move the momentary contact STEP switch in the STEPPED FUNCTIONS section to RESET and release. The RESET light should turn DN. A h /' V B @ /'/,MdY
. C W /'ffi!tV_
DDO /h?$r WT( 2PE-358-01 Rev. 0 Page 398 of 579 .I - San Onofre Unit 2 ( 0FFiciAL IEST COPY -- w-- . ;.- ,.3 -. . -
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.2 Initial /Date 8.6.4.7 Set the initial current value to 0.65 cil11 amperes by adjusting the VOLTAGE CURRENT, FREQUENCY " INITIAL" potentiometer until the mA meter reads the desired value. Note the value in Section 10. Table 8, 10.8.6.1,(10.8.6.2,10.8.6.3,10.8.6.4). A Q V /i 9ffy B W / */n{N C W /I/6}[ /
. ~
DY /17/r fl9r 8.6.4.8 Nove the momentary contact STEP switch to START and release. The START Ifght should illuminate and the timer should start incrementing. Stop the timer. A O//d9ffv' B W/ llltffY C W/llu6NV ' D- N /}2(eS&/ 8.6.4.9 Set the final current value to 0.91 milliamperes by adjusting the V0LTAGE, CURRENT, FREQUENCY
" FINAL" potentioneter until the mA miter reads the desired value. Note the value in Section 10, Table 8, Step 10.8.6.1,(10.8.6.2,10.8.6.3,
( ' 10.8.6.4). A @ /'fi!PV B QV /'/h./Py C 011irlubisv D d///2hs/pf 8.6.4.10 Move the momentary contact STEP toggle switch to RESET and release. A9M/'fNN 8 WI / 'btIPV}}