ML102730401
| ML102730401 | |
| Person / Time | |
|---|---|
| Site: | Kewaunee  |
| Issue date: | 04/22/2008 |
| From: | Dominion Energy Kewaunee |
| To: | Office of Nuclear Reactor Regulation |
| References | |
| SP-47-011B, Rev 17 | |
| Download: ML102730401 (108) | |
Text
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 1 of 108 Reviewed By Keith Gillaume Approved By Jesse Arcand Nuclear Yes PORC Yes SRO Approval Of Yes
No No No Safety Review Temporary Related Required Changes Required 1.0 Purpose 1.1 This procedure provides instruction for calibrating the Reactor Coolant Temperature and 1.2 Pressurizer Pressure Instrument Loop Channel 2 (White).
ED The Reactor Protection System (RPS) maintains an allowable region of power, pressure, and coolant temperature. The RPS protects the integrity of the four fission product boundaries to avoid undue risk to health and safety of the public. The RPS is arranged into four 2.0 independent channels for redundancy.
Operational Considerations SE 2.1 Initial Conditions 2.1.1 D
Perform this procedure with plant shutdown OR power greater than 10% AND TAVG 2.1.2 is greater than 554ºF.
R IF performing this procedure at power, THEN perform SP-47-316F, Channel 2 (White)
PE Reactor Protection Logic Test OR SP-47-316B, Channel 2 (White) Instrument Channel Test, through Reactor Trip and Bypass Breaker Test and Reactor Protection Test sections prior to this calibration.
2.2 Control Room Indications SU 2.2.1 2.2.2 Performing this procedure causes numerous Control Room alarms.
Performing this procedure affects numerous Control Room instruments.
2.2.3 Performing this procedure may alarm TLA-9 Core Exit T/C Tilts. [CAP032326]
[PCR022832]
sp-47-011b-(17).docKathy Gille/Kathy GilleDaryell Sipper CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 2 of 108 2.3 Technical Specifications And Limiting Conditions For Operation 2.3.1 The following references are information only. Refer to the actual Technical Specifications and Operating License for exact impact.
Tech Spec No. Summary 3.5.b For on-line testing or in the event of failure of a subsystem Table No.
TS 3.5-2 3.5.c 3.5.d Table Item No.
5 Overtemperature T ED If for Tables TS 3.5-2 through TS 3.5-5 the number of channels In the event of subsystem instrumentation channel failure Affected Functional Unit TS 3.5-2 TS 3.5-2 TS 3.5-2 6
7 8 SE Overpower T Low Pressurizer Pressure High Pressurizer Pressure 3.0 Precautions TS 3.5-3 TS 3.5-6 (1)
(2) 1d 2
D High Pressurizer Pressure Reactor Coolant System Subcooling Margin With number of OPERABLE accident monitoring instrumentation channels With number of OPERABLE accident monitoring instrumentation channels 3.1 R
This procedure requires working with potentially dangerous electrical circuits. Refer to the 3.2 3.3 PE Site Safety Procedures and Policies for safe work practices.
Remove power to an R/E converter before opening the output circuit.
Prior to restoring Channel 2 (White), allow the R/E converter to warm up for one hour after 3.4 SU restoring the power.
This procedure might require working with static sensitive devices. Use anti static work precautions as necessary.
3.5 Observe Foreign Material Exclusion as required by MA-AA-102, Dominion Foreign Material Exclusion Process.
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 3 of 108 4.0 General Instructions 4.1 Overview 4.1.1 This procedure requires two technicians.
4.1.2 The following equipment is affected by this procedure:
- 42301 PRZR Pressure Recorder (PR-429) 4121701 4121702 ED Mechanical Control Console C OTT Setpoint Indicator (TI-406A)
Mechanical Control Console B Full Power T Indicator (TI-406B)
- 4121703 SE Mechanical Control Console B OPT Setpoint Indicator (TI-406C)
Mechanical Control Console B 4122202 4122402 D
PRZR Pressure Indicator (PI-430)
Mechanical Control Console B TAVE Loop A Temperature Indicator (TI-402)
Mechanical Control Console B
- 4255301 R OTT Setpoint Recorder (TR-405A red pen)
Mechanical Vertical Panel A PE 4255302 4255303 T Recorder (TR-405A green pen)
Mechanical Vertical Panel A OPT Setpoint Recorder (TR-405A blue pen)
Mechanical Vertical Panel A SU
- 4840101 4840102 PRZR Pressure Instrument Power Supply (PQ-430)
Relay Rack RR-114 PRZR Pressure High Reactor Trip Bistable (PC-430A)
Relay Rack RR-114
- 4840103 PRZR Pressure Safety Injection Trip Bistable (PC-430E/F)
Relay Rack RR-114 CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 4 of 108 4.1.3 The following equipment is affected by this procedure (contd):
- 4840104 PRZR Pressure Compensation Unit (PM-430C)
Relay Rack RR-114
- 4840105 PRZR Pressure Low Reactor Trip Bistable (PC-430H)
Relay Rack RR-114
- 4840106 PRZR Pressure Instrument I/I (PM-430A)
Relay Rack RR-114 4840107 4840108 Relay Rack RR-105 ED PRZR Pressure Instrument I/I (PM-430B)
PRZR Pressure Power Relief Valve 1B Alarm (PC-430B)
Relay Rack RR-105 4840109 4840110 SE PRZR High Pressure Alarm (PC-430C)
Relay Rack RR-105)
PRZR Pressure Instrument I/I (PM-430D) 4857101 D
Relay Rack RR-114 QU>QL Proportional Controller (TC-406L)
Relay Rack RR-114 4857102 4857103 R T Lag Unit (TM-406R)
Relay Rack RR-114 T Lag E/I Converter (TM-406C)
PE 4857104 4857105 Relay Rack RR-114 T Lag E/I Converter (TM-406P)
Relay Rack RR-114 OTT Rx Trip/Rod Stop Bistable (TC-406C/D)
SU
- 4857106 4857107 Relay Rack RR-114 T SP1 I/I Converter (TM-406D)
Relay Rack RR-114 OPT Rx Trip/Rod Stop Bistable (TC-406A/B)
Relay Rack RR-114
- 4892701 TH R/E Converter (TT-402A)
Relay Rack RR-114
- 4892702 TC R/E Converter (TT-402B)
Relay Rack RR-114
- 4892703 TAVG E/I Lead/Lag Unit (TM-402BB)
Relay Rack RR-114 CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 5 of 108 4.1.4 The following equipment is affected by this procedure (contd):
- 4892704 TAVG High/Low Trip Unit (TC-402A/D)
Relay Rack RR-114
- 4892705 TAVG Low FW Valve Override Trip Unit (TC-402F)
Relay Rack RR-114
- 4892706 TAVG Impulse Lead/Lag Converter (TM-402O)
Relay Rack RR-114 4892707 4892708 Relay Rack RR-114 ED T SP2 Summer (TM-402V)
TAVG I/I Converter (TM-402C)
Relay Rack RR-114 4892709 4892710 SE T SP2 I/I Converter (TM-402S)
Relay Rack RR-114 QL>QU Proportional Controller (TC-402R)
- 4892711 D
Relay Rack RR-114 T SP1 Lead/Lag Converter (TM-402B)
Relay Rack RR-114 4892712 4892713 R Q Current Source (TM-402U)
Relay Rack RR-114 Q Signal Selector (TM-402T)
PE 4892714 4892715 Relay Rack RR-114 TAVG I/I Converter (TM-402W)
Relay Rack RR-102 TAVG I/I Converter (TM-402EE)
SU
- P0430A T0401A Relay Rack RR-103 PRZR Pressure Computer Point RCS Channel 2 (White ) TAVG Computer Point
- T0404A RCS Channel 2 (White) T Computer Point
- T0408A RCS Channel 2 (White) OPT Computer Point
- T0411A RCS Channel 2 (White) OTT Computer Point 4.1.5 IF As Found data is NOT within the Acceptance Range, THEN immediately notify the Shift Manager before continuing.
4.1.6 IF As Found data is NOT within the Acceptance Range, THEN immediately notify the First Line supervisor before continuing.
4.1.7 Complete a Condition Report for nonconforming conditions as required by Corrective Action Program.
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 6 of 108 4.1.8 IF the plant is shut down, THEN Annunciator, Status Lamp and Computer Point indications might differ from the expected indication. A CR Form is not required for this plant condition, if the reason for the condition is understood.
4.1.9 IF any channel alert is actuated during this test, except for the instrument under test, THEN stop testing AND return all channels to normal (untripped) conditions.
4.1.10 Underlined step numbers designate steps requiring independent verification or 4.1.11 4.1.12 concurrent verification of performance.
ED This procedure is based on Full Power Delta-T 61.785°F.
Because of lead/lag units, allow adequate time for circuits to stabilize before 4.1.13 recording outputs.
SE Some independent verifications are provided by annunciator and end-device 4.2 indications.
Other Work Groups And Support Personnel
- Operations D
4.3 References R 4.3.1 PE Drawings Flow Logic Wiring XK-100-10 E-2038, E-2042 XK-100-566, E-2534, SU
- Interconnection E-2535, E-3827 XK-100-624, XK-100-625, XK-100-656, XK-100-661
- Block XK-100-546, XK-100-549, XK-100-552 CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 7 of 108 4.3.2 Technical manuals and instruction books
- 4840101, 4840104, 100-1744-1, 100-1762-1, Foxboro 4840106, 4840107, 4857102, 4857105, 4857106, 4857107, 4892703, 4892707, 4892708, 4892709, 4892712, 4892713, 4892714, 4892715 4122202, 4121701, 4121702, 4121703, 445-1, Westinghouse ED 4122402 42301, 42553 SE 272239, Yokogawa 4892706 4892701, 4892702, 4892711 D
236398, NUS Instrument Inc P008486, NUS Instrument Inc R
4840102, 4840103, 4840105, 4840108, C-N-430-9, NUS Instrument Inc PE 4840109, 4857101, 4857103, 4857104, 4892704, 4892705, 4892710 SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 8 of 108 4.3.3 Bill of materials
- 42301, 42553 5147
- 4840101 1254
- 4840003, 3522
- 4840104 3505
- 4840005 1282
- 4840102, 4840103, 4840105, 4840108, 4840109, 4857103, 4857104, 4892704, 5351 ED 4892705
- 4840106, 4840107, 4840110, 4857106, SE 1292 4892708, 4892709, 4892714, 4892715 4121701, 4121702, 4121703, 4122202, D 1211 4122402 4857101, 4892710 R 1270 PE 4857107, 4857105 4891406 4857102 1277 1288 1263 SU
- 4892701, 4892702 4892703 4892706 5207 3506 1258
- 4892707 1256
- 4892711 5206
- 4892712 1297
- 4892713 1283
- 4857101, 4892710 5255 4.3.4 Performance calculations, verifications, and data entry
- PRZR High Press RX Trip Calculation C10818-1 Rev.1
- PRZR Lo Safety Injection Calculation C10818-2 Rev.1
- PRZR Hi Unblock Safety Injection Calculation C10818-3 Rev.1
- PRZR Press Lo Press RX Trip Calculation C10818-4 Rev.1 CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 9 of 108 5.0 Equipment Required 5.1 Measuring And Test Equipment
- Decade resistance box, 0 to 1K ohms (2)
- Current calibrator (2)
- Analog simulator
- DC voltage source (4)
Precision voltmeter (3)
Precision test resistor AC voltmeter ED
- Step function current calibrator Ramp generator Plotter, two-channel SE 5.2 (Data acquisition devices)
Fluke 45 precision voltmeter (2)
Special Tools D
R I&C output test connector Controlled jumper 5.3 PE Protective And Safety Equipment
- As required by Site Safety Procedures and Policies SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 10 of 108 DATE PERFORMED __________ INITIALS 6.0 Procedure 6.1 Check ICCMS Train A is OPERABLE. _______
(Operator) 6.2 6.3 Initial Conditions for Testing ED Notify Shift Manager/Unit Supervisor performing this procedure will make ICCMS Train B INOPERABLE in step 6.6.22. _______
(SM/US) 6.3.1 SE At Mechanical Control Console C, have a Control Room Operator verify DELTA TEMPERATURE RX PROTECTION CHANNEL DEFEAT switch D
(ES-46374) to position 2 (WHITE) AND PULLOUT.
2 (WHITE) / PULLOUT _______
(Operator)
Concurrent Verification _______
R (Operator) 6.3.2 PE At Mechanical Control Console C, have a Control Room Operator verify TAVE RX PROTECTION CHANNEL DEFEAT switch (ES-46375) to position 2 (WHITE) AND PULLOUT.
2 (WHITE) / PULLOUT _______
(Operator)
SU Concurrent Verification _______
(Operator) 6.3.3 At Mechanical Control Console C, circle the position of PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (ES-46324).
4-3 / 2-3 / 2-1 _______
(Operator) 6.3.4 IF the PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (ES-46324) is selected to 4-3, THEN N/A Step 6.3.5. _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 11 of 108 DATE PERFORMED __________ INITIALS 6.3.5 Notify the Control Room Operator, IF desired, operate Pressurizer Pressure controls in MANUAL using Operations procedure N-RC-36C, Pressurizer Pressure Control before transferring the PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (Step 6.3.6). _______
(Operator) 6.3.6 ED At Mechanical Control Console C, have a Control Room Operator place PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (ES-46324) to position 4-3.
4-3 _______
SE (Operator)
Concurrent Verification _______
6.3.7 D
Notify the Control Room Operator, IF desired, the controllers may be placed to AUTO.
(Operator)
(Operator)
R Concurrent Verification _______
6.3.8 PE At Mechanical Control Console C, have a Control Room Operator verify PRZR PRESSURE RECORDER INPUT SELECTOR switch (ES-46325) to position 1, 3, or 4 AND circle that position.
(Operator)
SU 1 / 3 / 4 _______
(Operator)
Concurrent Verification _______
(Operator) 6.3.9 At Mechanical Vertical Panel A, have a Control Room Operator verify TR-405 RX CLNT DELTA-TEMP RECORDER SELECTOR switch (ES-46551) to position 2 (WHITE).
2 (WHITE) _______
(Operator)
Concurrent Verification _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 12 of 108 DATE PERFORMED __________ INITIALS 6.3.10 IF reactor trip breakers are open AND auto SI is disabled, THEN N/A Steps 6.3.11 through 6.3.15. _______
6.3.11 At Mechanical Vertical Panel A, check the following status lamps are DIM:
6.3.11.1 LOOP A CHAN 2 OTT (44904-0101) _______
6.3.11.2 6.3.11.3 LOOP B CHAN 1 OTT LOOP A CHAN 4 OTT ED (44904-0102) _______
(44904-0201) _______
6.3.11.4 6.3.11.5 LOOP B CHAN 3 OTT LOOP A CHAN 2 OPT SE (44904-0202) _______
(44904-0401) _______
6.3.11.6 6.3.11.7 LOOP B CHAN 1 OPT LOOP A CHAN 4 OPT D (44904-0402) _______
(44904-0501) _______
6.3.11.8 R LOOP B CHAN 3 OPT (44904-0502) _______
PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 13 of 108 DATE PERFORMED __________ INITIALS 6.3.12 At Mechanical Vertical Panel B, check the following status lamps are DIM:
6.3.12.1 PRESSURIZER 1900 PSIG (44907-0205) _______
6.3.12.2 PRESSURIZER 1900 PSIG (44907-0206) _______
6.3.12.3 6.3.12.4 6.3.12.5 PRESSURIZER 1900 PSIG PRESSURIZER 1900 PSIG PRESSURIZER 2385 PSIG ED (44907-0207) _______
(44907-0208) _______
(44907-0305) _______
6.3.12.6 PRESSURIZER 2385 PSIG SE (44907-0306) _______
6.3.12.7 6.3.12.8 PRESSURIZER 2385 PSIG LOOP B OTT D (44907-0307) _______
(44907-0505) _______
6.3.12.9 LOOP A OTT 6.3.12.10 LOOP B OTT R (44907-0506) _______
(44907-0507) _______
PE 6.3.12.11 LOOP A OTT 6.3.12.12 LOOP B OPT (44907-0508) _______
(44907-0605) _______
SU 6.3.12.13 LOOP A OPT 6.3.12.14 LOOP B OPT (44907-0606) _______
(44907-0607) _______
6.3.12.15 LOOP A OPT (44907-0608) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 14 of 108 DATE PERFORMED __________ INITIALS 6.3.13 At Mechanical Vertical Panel C, check the following status lamps are DIM:
6.3.13.1 PRESSURIZER 1815 PSIG (44908-0201) _______
6.3.13.2 PRESSURIZER 1815 PSIG (44908-0202) _______
6.3.13.3 6.3.13.4 6.3.13.5 PRESSURIZER 1815 PSIG LOOP A LOW TAVE LOOP A LOW TAVE ED (44908-0203) _______
(44908-0302) _______
(44908-0304) _______
6.3.13.6 LOOP B LOW TAVE SE (44908-0305) _______
6.3.13.7 6.3.13.8 6.3.13.9 LOOP B LOW TAVE LOOP A LOW-LOW TAVE LOOP A LOW-LOW TAVE D (44908-0307) _______
(44908-0402) _______
(44908-0404) _______
R 6.3.13.10 LOOP B LOW-LOW TAVE (44908-0405) _______
6.3.14 PE 6.3.13.11 LOOP B LOW-LOW TAVE (44908-0407) _______
At Mechanical Vertical Panel C, check the following status lamps are BRIGHT:
SU 6.3.14.1 6.3.14.2 6.3.14.3 PRESSURIZER >2000 PSIG PRESSURIZER >2000 PSIG PRESSURIZER >2000 PSIG (44908-0101) _______
(44908-0102) _______
(44908-0103) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 15 of 108 DATE PERFORMED __________ INITIALS 6.3.15 Check the following annunciators are OFF:
6.3.15.1 OTT HIGH (47033C) _______
6.3.15.2 OPT HIGH (47033D) _______
6.3.15.3 6.3.15.4 PRESSURIZER PRESSURE 2385 PRZR PRESS SI CHANNEL ALERT ED (47041C) _______
(47041D) _______
6.3.15.5 OPT CHANNEL RNBACK/RDSTP ALERT (47041Q) _______
6.3.15.6 SE OTT CHANNEL RNBACK/RDSTP ALERT (47041R) _______
6.3.15.7 6.3.15.8 RCS TAVG HIGH D PRESSURIZER PRESSURE <1900 (47042D) _______
(47042H) _______
6.3.15.9 R
PRESSURIZER PRESSURE LOW 6.3.15.10 RCS LOOP B TAVG LOW LOW (47043D) _______
(47043G) _______
6.3.16 PE 6.3.15.11 RCS LOOP A TAVG LOW LOW At Recorder 42553, select CAL START message.
(47043H) _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 16 of 108 DATE PERFORMED __________ INITIALS 6.3.17 In Relay Rack RR-114, place the following bistable output switches to TEST (up):
6.3.17.1 HI TAVG (402A) _______
6.3.17.2 LO/LO TAVG (402D) _______
6.3.17.3 6.3.17.4 F.W. VALVE OVERRIDE OVER POWER TRIP ED (402F) _______
(406A) _______
6.3.17.5 6.3.17.6 OVER TEMP. TRIP SE ROD STOP (directly below OVER POWER TRIP) (406B) _______
(406C) _______
6.3.17.7 6.3.17.8 HI PRESS. TRIP D
ROD STOP (directly below OVER TEMP. TRIP) (406D) _______
(430A) _______
6.3.17.9 LO PRESS. TRIP R (430H) _______
6.3.17.11 S.I.
6.3.18 PE 6.3.17.10 UNBLOCK S.I.
IF reactor trip breakers are open AND auto SI is disabled, THEN N/A (430F) _______
(430E) _______
SU Steps 6.3.19 through 6.3.22. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 17 of 108 DATE PERFORMED __________ INITIALS 6.3.19 Check the following annunciators are ON:
6.3.19.1 PRESSURIZER PRESSURE 2385 (47041C) _______
6.3.19.2 PRZR PRESS SI CHANNEL ALERT (47041D) _______
6.3.19.3 6.3.19.4 PRESSURIZER PRESSURE < 1900 OTT HIGH ED (47042D) _______
(47033C) _______
6.3.19.5 OPT HIGH (47033D) _______
6.3.19.6 SE OPT CHANNEL RNBACK/RDSTP ALERT (47041Q) _______
6.3.19.7 6.3.19.8 RCS TAVG HIGH D OTT CHANNEL RNBACK/RDSTP ALERT (47041R) _______
(47042H) _______
6.3.19.9 6.3.20 R
RCS LOOP A TAVG LOW LOW Check the following SER points are ALARMED:
(47043H) _______
6.3.20.1 6.3.20.2 PE REACTOR COOLANT SYSTEM LOOP A CHANNEL 2 TAVG HIGH OVERTEMPERATURE DELTA TEMP HIGH (944) _______
(1070) _______
SU 6.3.20.3 6.3.20.4 PRESSURIZER PRESSURE < 1900 OVERPOWER DELTA TEMP HIGH (1071) _______
(1076) _______
6.3.20.5 PRESSURIZER PRESSURE 2385 (1080) _______
6.3.20.6 PRESSURIZER LOW PRESSURE SI CHANNEL ALERT (1173) _______
6.3.20.7 REACTOR COOLANT SYSTEM LOOP A TAVG LO-LO (1583) _______
6.3.20.8 OVERPOWER DELTA TEMP RUNBACK/RODSTOP ALERT (1685) _______
6.3.20.9 OVERTEMPERATURE DELTA TEMP RUNBACK/RODSTOP ALERT (1686) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 18 of 108 DATE PERFORMED __________ INITIALS 6.3.21 Check the following status lamps are BRIGHT:
6.3.21.1 LOOP A CHAN 2 OTT (44904-0101) _______
6.3.21.2 LOOP A CHAN 2 OPT (44904-0401) _______
6.3.21.3 6.3.21.4 PRESSURIZER 1900 PSIG PRESSURIZER 2385 PSIG ED (44907-0206) _______
(44907-0306) _______
6.3.21.5 LOOP A OTT (44907-0506) _______
6.3.21.6 LOOP A OPT SE (44907-0606) _______
6.3.21.7 6.3.21.8 PRESSURIZER > 2000 PSIG PRESSURIZER 1815 PSIG D (44908-0102) _______
(44908-0202) _______
6.3.21.10 LOOP A LOW-LOW TAVE (44908-0302) _______
(44908-0402) _______
6.3.22 6.3.22.1 PE Check the following computer points are TRIPPED:
RCLA OVERPOWER DT CHAN 2 (T0400D) _______
SU 6.3.22.2 6.3.22.3 6.3.22.4 RCLA OVERTEMP DT CHAN 2 PRESSURIZER HI P CH 2 PRESSURIZER LOW P CHAN 2 (T0403D) _______
(P0481D) _______
(P0485D) _______
6.3.22.5 PRESSURIZER LO P CH 2 SI (P0490D) _______
Note If Pressurizer Pressure is greater than 2000 psig, the following computer point will not alarm.
6.3.22.6 SAFETY INJECTION CHAN 2 UN BLK (P0493D) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 19 of 108 DATE PERFORMED __________ INITIALS 6.3.23 IF Operations desires to avoid nuisance alarms, THEN have a Control Room Operator DISABLE the following SER points, otherwise N/A the substeps:
6.3.23.1 RCS LOOP A CHANNEL 2 TAVG DEVIATION (974) _______
(Operator) 6.4 6.3.23.2 RCS LOOP A CHANNEL 2 DELTA TEMP DEVIATION TH, TC, T, and TAVG ED (978) _______
(Operator) 6.4.1 SE In Relay Rack RR-114, open the signal injection test panel cover AND check the following:
6.4.1.1 6.4.1.2 TEST is ON.
D Annunciator (47035K), PROCESS PROTECT RACK 2 CHANNEL SER (1680) PROCESS PROTECT RACK 2 CHANNEL TEST 6.4.2 is ALARMED.
R At the signal injection test panel, open the states block cover.
6.4.3 6.4.4 PE Open states block terminals, 3, 6, 9, and 12.
In Relay Rack RR-114, at the TH signal injection test jacks, connect a decade resistance box. _______
SU 6.4.5 6.4.6 Adjust the TH decade resistance box to 425 ohms.
At the TC signal injection test jacks, connect a decade resistance box.
6.4.7 Adjust the TC decade resistance box to 425 ohms. _______
6.4.8 Place the following signal injection switches to TEST (up):
6.4.8.1 TH _______
6.4.8.2 TC _______
6.4.9 At THL test point jacks, connect a precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 20 of 108 DATE PERFORMED __________ INITIALS 6.4.10 Using Table 6-1, perform a calibration test of TT-402A. _______
Table 6-1 INPUT (ohms) OUTPUT (vdc) TT-402A 4892701 THL Accuracy: +/- 0.05 vdc 1
2 TH 400.08 408.24 DESIRED 0.40 2.00 AS FOUND ED ACCEPTANCE RANGE 0.35 to 0.45 1.95 to 2.05 FINAL 3
4 5
416.38 424.48 432.55 3.60 5.20 6.80 SE 3.55 to 3.65 5.15 to 5.25 6.75 to 6.85 6
7 8
440.60 448.62 460.59 8.40 10.00 12.40 D 8.35 to 8.45 9.95 to 10.05 12.35 to 12.45 M&TE ID R
Decade resistance box DESCRIPTION PE Precision voltmeter SU 6.4.11 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 21 of 108 DATE PERFORMED __________ INITIALS 6.4.12 At TCL test point jacks, connect a precision voltmeter. _______
6.4.13 Using Table 6-2, perform a calibration test of TT-402B. _______
Table 6-2 INPUT (ohms) 1 TC 400.17 DESIRED 0.40 OUTPUT (vdc)
TCL AS FOUND EDTT-402B ACCEPTANCE RANGE 0.35 to 0.45 4892702 Accuracy: +/- 0.05 vdc FINAL 2
3 408.32 416.44 2.00 3.60 SE 1.95 to 2.05 3.55 to 3.65 4
5 6
7 424.54 432.60 440.63 448.64 5.20 6.80 8.40 10.00 D 5.15 to 5.25 6.75 to 6.85 8.35 to 8.45 9.95 to 10.05 8 460.59 M&TE ID R
12.40 12.35 to 12.45 DESCRIPTION PE Decade resistance box Precision voltmeter SU 6.4.14 6.4.15 Are all Final Data entries within the acceptance range?
Yes No Place the TH signal injection switch to NORMAL (down).
6.4.16 Remove the decade box from the TH signal injection test jacks. _______
6.4.17 Place the TC signal injection switch to NORMAL (down). _______
6.4.18 Remove the decade box from the TC signal injection test jacks. _______
6.4.19 Remove power to TT-402A by unplugging the power cord. _______
6.4.20 At TT-402A, remove the signal cord set. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 22 of 108 DATE PERFORMED __________ INITIALS 6.4.21 At pins W(+) and X(), connect a 0 to 10 vdc voltage source. _______
6.4.22 Remove power to TT-402B by unplugging the power cord. _______
6.4.23 At TT-402B, remove the signal cord set. _______
6.4.24 6.4.25 At T test point jacks, connect a precision voltmeter.
ED At pins W(+) and X(), connect a 0 to 10 vdc voltage source. _______
6.4.26 At T LAG test point jacks, connect a precision voltmeter. _______
6.4.27 SE Adjust the voltage source at TT-402B for a TCL output of 0.40 vdc.
Note D
Device DB-1 is a resistive summing network with no calibration adjustments.
A work order would be required to repair or replace if values are NOT within ACCEPTANCE RANGE.
6.4.28 R
Using Table 6-3 and Table 6-4, perform a calibration test of DB-1 and TM-406R. ______
PE Table 6-3 INPUT (vdc)
THL DESIRED OUTPUT (vdc)
T AS FOUND DB-1 Accuracy: +/- 0.04 vdc ACCEPTANCE RANGE FINAL SU 1 2
3 0.40 2.00 3.60 0.00 1.60 3.20 0.04 to 0.04 1.56 to 1.64 3.16 to 3.24 4 5.20 4.80 4.76 to 4.84 5 6.80 6.40 6.36 to 6.44 6 8.40 8.00 7.96 to 8.04 M&TE ID DESCRIPTION Precision voltmeter Precision voltmeter CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 23 of 108 DATE PERFORMED __________ INITIALS Table 6-4 INPUT (vdc) OUTPUT (vdc) TM-406R 4857102 T LAG Accuracy: +/- 0.05 vdc T
DESIRED AS FOUND ACCEPTANCE RANGE FINAL 1
2 3
4 0.00 1.60 3.20 4.80 0.00 2.00 4.00 6.00 ED 0.05 to 0.05 1.95 to 2.05 3.95 to 4.05 5.95 to 6.05 5
6 6.40 8.00 8.00 10.00 SE 7.95 to 8.05 9.95 to 10.05 D
M&TE ID DESCRIPTION Precision voltmeter Precision voltmeter 6.4.29 R
Are all Final Data entries within the acceptance range for Table 6-3 and Table 6-4?
Yes PE No _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 24 of 108 DATE PERFORMED __________ INITIALS 6.4.30 Adjust the voltage source at TT-402B for a TCL output of 2.40 vdc. _______
6.4.31 Using Table 6-5, perform a calibration test of DB-1. _______
Table 6-5 1
INPUT (vdc)
THL 2.40 DESIRED 0.00 OUTPUT (vdc)
T AS FOUND ED ACCEPTANCE RANGE 0.04 to 0.04 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 4.00 5.60 1.60 3.20 SE 1.56 to 1.64 3.16 to 3.24 4
5 6
7.20 8.80 10.40 4.80 6.40 8.00 D 4.76 to 4.84 6.36 to 6.44 7.96 to 8.04 M&TE ID R
Precision voltmeter DESCRIPTION PE Precision voltmeter SU 6.4.32 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 25 of 108 DATE PERFORMED __________ INITIALS 6.4.33 Adjust the voltage source at TT-402B for a TCL output of 4.40 vdc. _______
6.4.34 Using Table 6-6, perform a calibration test of DB-1. _______
Table 6-6 1
INPUT (vdc)
THL 4.40 DESIRED 0.00 OUTPUT (vdc)
T AS FOUND ED ACCEPTANCE RANGE 0.04 to 0.04 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 6.00 7.60 1.60 3.20 SE 1.56 to 1.64 3.16 to 3.24 4
5 6
9.20 10.80 12.40 4.80 6.40 8.00 D 4.76 to 4.84 6.36 to 6.44 7.96 to 8.04 M&TE ID R
Precision voltmeter DESCRIPTION 6.4.35 PE Precision voltmeter Are all Final Data entries within the acceptance range?
SU Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 26 of 108 DATE PERFORMED __________ INITIALS 6.4.36 Adjust the voltage source at TT-402B for a TCL output of 6.40 vdc. _______
6.4.37 Using Table 6-7, perform a calibration test of DB-1. _______
Table 6-7 1
INPUT (vdc)
THL 6.40 DESIRED 0.00 OUTPUT (vdc)
T AS FOUND ED ACCEPTANCE RANGE 0.04 to 0.04 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 8.00 9.60 1.60 3.20 SE 1.56 to 1.64 3.16 to 3.24 4
5 11.20 12.40 M&TE ID 4.80 6.00 D 4.76 to 4.84 5.96 to 6.04 DESCRIPTION R
Precision voltmeter Precision voltmeter 6.4.38 PE Are all Final Data entries within the acceptance range?
SU Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 27 of 108 DATE PERFORMED __________ INITIALS 6.4.39 Adjust the voltage source at TT-402B for a TCL output of 8.40 vdc. _______
6.4.40 Using Table 6-8, perform a calibration test of DB-1. _______
Table 6-8 1
INPUT (vdc)
THL 8.40 DESIRED 0.00 OUTPUT (vdc)
T AS FOUND ED ACCEPTANCE RANGE 0.04 to 0.04 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 10.00 11.60 1.60 3.20 SE 1.56 to 1.64 3.16 to 3.24 4 12.40 M&TE ID 4.00 D
Precision voltmeter 3.96 to 4.04 DESCRIPTION R
Precision voltmeter 6.4.41
Yes PE Are all Final Data entries within the acceptance range?
No _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 28 of 108 DATE PERFORMED __________ INITIALS 6.4.42 Adjust the voltage source at TT-402B for a TCL output of 10.40 vdc. _______
6.4.43 Using Table 6-9, perform a calibration test of DB-1. _______
Table 6-9 1
INPUT (vdc)
THL 10.4 DESIRED 0.00 OUTPUT (vdc)
T AS FOUND ED ACCEPTANCE RANGE 0.04 to 0.04 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 12.0 12.4 1.60 2.00 SE 1.56 to 1.64 1.96 to 2.04 M&TE ID D
Precision voltmeter Precision voltmeter DESCRIPTION R
6.4.44
Yes PE Are all Final Data entries within the acceptance range?
No _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 29 of 108 DATE PERFORMED __________ INITIALS 6.4.45 Adjust the voltage source at TT-402B for a TCL output of 12.40 vdc. _______
6.4.46 Using Table 6-10, perform a calibration test of DB-1. _______
Table 6-10 1
INPUT (vdc)
THL 12.40 DESIRED 0.00 OUTPUT (vdc)
T AS FOUND ED ACCEPTANCE RANGE 0.04 to 0.04 DB-1 Accuracy: +/- 0.04 vdc FINAL M&TE ID SE Precision voltmeter DESCRIPTION D
Precision voltmeter 6.4.47 6.4.48 R
At T test point jacks, remove the precision voltmeter.
At TM-406R, remove the signal cord set.
6.4.49 6.4.50 PE At pins W(+) and X(), connect a 0 to 10 vdc voltage source.
In Relay Rack RR-103, TP/TM406C, connect a precision voltmeter.
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 30 of 108 DATE PERFORMED __________ INITIALS 6.4.51 Using Table 6-11, perform a calibration test of TM-406C. _______
Table 6-11 INPUT (vdc) OUTPUT (mvdc) TM-406C 4857103 TP/TM406C Accuracy: +/- 2.0 mvdc 1
2 T LAG 0.000 2.317 DESIRED 100.0 200.0 AS FOUND ED ACCEPTANCE RANGE 98.0 to 102.0 198.0 to 202.0 FINAL 3
4 5
4.634 6.951 9.268 300.0 400.0 500.0 SE 298.0 to 302.0 398.0 to 402.0 498.0 to 502.0 5
4 3
9.268 6.951 4.634 500.0 400.0 300.0 D 498.0 to 502.0 398.0 to 402.0 298.0 to 302.0 2
1 2.317 0.000 R
200.0 100.0 198.0 to 202.0 98.0 to 102.0 PE M&TE ID Precision voltmeter Precision voltmeter DESCRIPTION SU 6.4.52 Are all Final Data entries within the acceptance range?
Yes No _______
6.4.53 In Relay Rack RR-103, TP/TM406C, remove the precision voltmeter. _______
6.4.54 In Relay Rack RR-114, TM-406P, remove the signal cord set. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 31 of 108 DATE PERFORMED __________ INITIALS Note Figure 1 shows the I&C output test connector.
Figure 1 CURRENT TO CURRENT OR VOLTAGE 10 ohm test resistor ED CORD SET SE TO CURRENT CONVERTER OUTPUT TEST CONNECTOR 6.4.55 6.4.56 D
At TM-406P, connect an I&C output test connector and 10 ohm precision test resistor.
At TM-406P, connect the signal cord set.
6.4.57 R At TM-406P, at the I&C output test connector, connect a precision voltmeter. _______
PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 32 of 108 DATE PERFORMED __________ INITIALS Note Table 6-12, Table 6-13, Table 6-14, and Table 6-15 may be performed concurrently.
6.4.58 Using Table 6-12, perform a calibration test of TM-406P. _______
Table 6-12 INPUT (vdc)
T LAG OUTPUT (mvdc)
TM-406P ED TM-406P 4857104 Accuracy: +/- 2.0 mvdc 1 0.000 DESIRED 100.0 SEAS FOUND ACCEPTANCE RANGE 98.0 to 102.0 FINAL D
2 2.317 200.0 198.0 to 202.0 3 4.634 300.0 298.0 to 302.0 4 6.951 400.0 398.0 to 402.0 5 9.268 500.0 498.0 to 502.0 5
4 9.268 6.951 R
500.0 400.0 498.0 to 502.0 398.0 to 402.0 3
2 1
PE 4.634 2.317 0.000 300.0 200.0 100.0 298.0 to 302.0 198.0 to 202.0 98.0 to 102.0 SU M&TE ID Precision voltmeter Precision voltmeter Precision test resistor DESCRIPTION 6.4.59 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 33 of 108 DATE PERFORMED __________ INITIALS 6.4.60 Using Table 6-13, perform a calibration test of TI-406B. _______
Table 6-13 INPUT (mvdc) OUTPUT (%) TI-406B 4121702 Accuracy: +/- 3%
1 2
TM-406P 100 200 DESIRED 0.0 37.5 AS FOUND ED ACCEPTANCE RANGE
<0 to 3.0 34.5 to 40.5 FINAL 3
4 5
300 400 500 75.0 112.5 150.0 SE 72.0 to 78.0 109.5 to 115.5 147.0 to >150 5
4 3
500 400 300 150.0 112.5 75.0 D 147.0 to >150 109.5 to 115.5 72.0 to 78.0 2
1 200 100 R
37.5 0.0 34.5 to 40.5
<0 to 3.0 PE M&TE ID Precision voltmeter Precision test resistor DESCRIPTION SU 6.4.61 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 34 of 108 DATE PERFORMED __________ INITIALS 6.4.62 Using Table 6-14, perform a calibration test of T0404A. _______
Table 6-14 INPUT (mvdc) OUTPUT (%) T0404A Accuracy: +/- 1.5%
1 2
TM-406P 100 200 DESIRED 0.0 37.5 AS FOUND ED ACCEPTANCE RANGE 1.5 to 1.5 36.0 to 39.0 FINAL 3
4 5
300 400 500 75.0 112.5 150.0 SE 73.5 to 76.5 111.0 to 114.0 148.5 to 151.5 M&TE ID D
Precision voltmeter Precision test resistor DESCRIPTION R
6.4.63
Yes PE Are all Final Data entries within the acceptance range?
No _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 35 of 108 DATE PERFORMED __________ INITIALS Note Recorder TR-405A is calibrated in SP-47-011A.
6.4.64 Using Table 6-15, check TR-405A (green pen). _______
Table 6-15 INPUT (mvdc)
TM-406P DESIRED OUTPUT (%)
AS FOUND ED TR-405A ACCEPTANCE RANGE 4255302 Accuracy: +/- 0.5%
FINAL 1 300 M&TE ID 75.0 SE 74.5 to
75.5 DESCRIPTION
D Precision voltmeter Precision test resistor 6.4.65 R At TM-406P, remove all test equipment. _______
6.4.66 6.4.67 PE At TM-406P, connect the signal cord set.
At TM-406R, remove all test equipment.
6.4.68 At TM-406R, connect the signal cord set. _______
SU 6.4.69 6.4.70 At T LAG test point jacks, remove the precision voltmeter.
At TAVG VOLTS test point jacks, connect a precision voltmeter.
6.4.71 At TAVG MA test point jacks, connect a precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 36 of 108 DATE PERFORMED __________ INITIALS 6.4.72 Adjust the voltage source at TT-402B for a TCL output of 0.40 vdc. _______
Note Device DB-1 is a resistive summing network with no calibration adjustments.
A work order would be required to repair or replace if values are NOT within ACCEPTANCE RANGE.
Note ED Use the voltage sources at TT-402A and TT-402B to vary input.
6.4.73 Using Table 6-16 and Table 6-17, perform a calibration test of DB-1 and TM-402BB.
Table 6-16 SE _______
INPUT (vdc)
THL DESIRED D
OUTPUT (vdc)
TAVG VOLTS AS FOUND ACCEPTANCE RANGE DB-1 Accuracy: +/- 0.04 vdc FINAL 1
2 3.60 5.20 R2.00 2.80 1.96 to 2.04 2.76 to 2.84 3
4 5
6 PE 6.80 8.40 10.00 11.60 3.60 4.40 5.20 6.00 3.56 to 3.64 4.36 to 4.44 5.16 to 5.24 5.96 to 6.04 SU 7 12.40 M&TE ID 6.40 Precision voltmeter Precision voltmeter 6.36 to 6.44 DESCRIPTION CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 37 of 108 DATE PERFORMED __________ INITIALS Table 6-17 INPUT (vdc) OUTPUT (mvdc) TM-402BB 4892703 TAVG MA Accuracy: +/- 2.0 mvdc TAVG VOLTS DESIRED AS FOUND ACCEPTANCE RANGE FINAL 1
2 3
4 2.00 4.00 6.00 8.00 100.0 200.0 300.0 400.0 ED 98.0 to 102.0 198.0 to 202.0 298.0 to 302.0 398.0 to 402.0 5 10.00 M&TE ID 500.0 SE 498.0 to 5
02.0 DESCRIPTION
D Precision voltmeter Precision voltmeter 6.4.74
Yes No R
Are all Final Data entries within the acceptance range for Table 6-16 and Table 6-17?
PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 38 of 108 DATE PERFORMED __________ INITIALS 6.4.75 Adjust the voltage source at TT-402B for a TCL output of 3.40 vdc. _______
6.4.76 Using Table 6-18, perform a calibration test of DB-1. _______
Table 6-18 1
INPUT (vdc)
THL 3.40 DESIRED 3.40 OUTPUT (vdc)
TAVG VOLTS AS FOUND ED ACCEPTANCE RANGE 3.36 to 3.44 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 5.00 6.60 4.20 5.00 SE 4.16 to 4.24 4.96 to 5.04 4
5 6
7 8.20 9.80 11.40 12.40 5.80 6.60 7.40 7.90 D 5.76 to 5.84 6.56 to 6.64 7.36 to 7.44 7.86 to 7.94 M&TE ID R Precision voltmeter DESCRIPTION PE Precision voltmeter SU 6.4.77 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 39 of 108 DATE PERFORMED __________ INITIALS 6.4.78 Adjust the voltage source at TT-402B for a TCL output of 6.40 vdc. _______
6.4.79 Using Table 6-19, perform a calibration test of DB-1. _______
Table 6-19 1
INPUT (vdc)
THL 6.40 DESIRED 6.40 OUTPUT (vdc)
TAVG VOLTS AS FOUND ED ACCEPTANCE RANGE 6.36 to 6.44 DB-1 Accuracy: +/- 0.04 vdc FINAL 2
3 8.00 9.60 7.20 8.00 SE 7.16 to 7.24 7.96 to 8.04 2
3 11.20 12.40 M&TE ID 8.80 9.40 D 8.76 to 8.84 9.36 to 9.44 DESCRIPTION R
Precision voltmeter Precision voltmeter 6.4.80 PE Are all Final Data entries within the acceptance range?
SU Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 40 of 108 DATE PERFORMED __________ INITIALS 6.4.81 Adjust the voltage source at TT-402B for a TCL output of 9.40 vdc. _______
6.4.82 Using Table 6-20, perform a calibration test of DB-1. _______
Table 6-20 1
INPUT (vdc)
THL 9.40 DESIRED 9.40 OUTPUT (vdc)
TAVG VOLTS AS FOUND ED ACCEPTANCE RANGE 9.36 to 9.44 DB-1 Accuracy: +/- 0.04 vdc FINAL 2 10.60 M&TE ID 10.00 SE 9.96 to 10.04 DESCRIPTION D
Precision voltmeter Precision voltmeter 6.4.83 R
Adjust the voltage source at TT-402B for a TCL output of 10.00 vdc. _______
6.4.84 PE Using Table 6-21, perform a calibration test of DB-1.
Table 6-21 SU 1 INPUT (vdc)
THL 10.00 DESIRED 10.00 OUTPUT (vdc)
TAVG VOLTS AS FOUND ACCEPTANCE RANGE 9.96 to 10.04 DB-1 Accuracy: +/- 0.04 vdc FINAL M&TE ID DESCRIPTION Precision voltmeter Precision voltmeter CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 41 of 108 DATE PERFORMED __________ INITIALS 6.4.85 At THL test point jacks, remove the precision voltmeter. _______
6.4.86 At TCL test point jacks, remove the precision voltmeter. _______
6.4.87 At TAVG VOLTS test point jacks, remove the precision voltmeter. _______
6.4.88 6.4.89 Place the TAVG signal injection switch to TEST (up).
Note ED At the TAVG signal injection test jacks, connect a current calibrator. _______
6.4.90 SE Table 6-22, Table 6-23, and Table 6-24 may be performed in any order.
Using Table 6-22, perform a calibration test by raising the current calibrator Table 6-22 High TAVG D
output at TAVG until the HI TAVG (402A) bistable proving lamp is OFF.
(576.5°F) TC-402A 4892704 TAVG MA SETPOINT R
DESIRED AS FOUND Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE FINAL PE Set (mvdc)
Reset (mvdc)
M&TE ID 326.0 322.0 324.0 to 328.0 320.0 to 3
24.0 DESCRIPTION
SU Fluke 45 precision voltmeter*
- 1000 mvdc slow resolution CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 42 of 108 DATE PERFORMED __________ INITIALS 6.4.91 Using Table 6-23, perform a calibration test by lowering the current calibrator output at TAVG until the F.W. VALVE OVERRIDE (402F) bistable proving lamp is OFF. _______
Table 6-23 Low TAVG FW Valve Override TAVG MA SETPOINT Set (mvdc)
DESIRED 238.0 AS FOUND (554.5°F)
EDTC-402F ACCEPTANCE RANGE 236.0 to 240.0 4892705 Accuracy: +/- 2.0 mvdc FINAL Reset (mvdc)
44.0 DESCRIPTION
D Fluke 45 precision voltmeter*
- 1000 mvdc slow resolution 6.4.92 R Using Table 6-24, perform a calibration test by lowering the current calibrator output at TAVG until the LO/LO TAVG (402D) bistable proving lamp is OFF. _______
TAVG MA PE Table 6-24 Low-Low TAVG Steam Line Isolation (541 °F) TC-402D 4892704 Accuracy: +/- 2.0 mvdc SU SETPOINT Set (mvdc)
Reset (mvdc)
DESIRED 184.0 188.0 AS FOUND ACCEPTANCE RANGE 182.0 to 186.0 186.0 to 190.0 FINAL M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
- 1000 mvdc slow resolution 6.4.93 In Relay Rack RR-102, TP/TM402C, connect a precision voltmeter. _______
6.4.94 In Relay Rack RR-102, TM-402W, remove the signal cord set. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 43 of 108 DATE PERFORMED __________ INITIALS Note Figure 2 shows the I&C output test connector.
Figure 2 CURRENT TO CURRENT OR VOLTAGE 10 ohm test resistor ED CORD SET TO CURRENT CONVERTER SE OUTPUT TEST CONNECTOR 6.4.95 6.4.96 D
At TM-402W, connect an I&C output test connector and 10 ohm precision test resistor.
At TM-402W, connect the signal cord set.
6.4.97 R At TM-402W, at the I&C output test connector, connect a precision voltmeter. _______
PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 44 of 108 DATE PERFORMED __________ INITIALS Note Table 6-25, Table 6-26, Table 6-27, and Table 6-28 may be performed concurrently.
6.4.98 Using Table 6-25, perform a calibration test of TM-402C. _______
Table 6-25 INPUT (mvdc)
TAVG MA OUTPUT (mvdc)
TP/TM402C ED TM-402C 4892708 Accuracy: +/- 2.0 mvdc 1 100 DESIRED 100.0 SEAS FOUND ACCEPTANCE RANGE 98.0 to 102.0 FINAL D
2 200 200.0 198.0 to 202.0 3 300 300.0 298.0 to 302.0 4 400 400.0 398.0 to 402.0 5 500 500.0 498.0 to 502.0 5
4 500 400 R
500.0 400.0 498.0 to 502.0 398.0 to 402.0 3
2 1
PE300 200 100 300.0 200.0 100.0 298.0 to 302.0 198.0 to 202.0 98.0 to 102.0 SU M&TE ID Precision voltmeter Precision voltmeter DESCRIPTION 6.4.99 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 45 of 108 DATE PERFORMED __________ INITIALS 6.4.100 Using Table 6-26, perform a calibration test of TI-402. _______
Table 6-26 INPUT (mvdc) OUTPUT (°F) TI-402 4122402 Accuracy: +/- 2°F 1
2 TP/TM402C 100 200 DESIRED 520 545 AS FOUND ED ACCEPTANCE RANGE
<520 to 522 543 to 547 FINAL 3
4 5
300 400 500 570 595 620 SE 568 to 572 593 to 597 618 to >620 5
4 3
500 400 300 620 595 570 D 618 to >620 593 to 597 568 to 572 2
1 200 100 R545 520 543 to 547
<520 to 522 PE M&TE ID Precision voltmeter DESCRIPTION SU 6.4.101 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 46 of 108 DATE PERFORMED __________ INITIALS 6.4.102 Using Table 6-27, perform a calibration test of TM-402W. _______
Table 6-27 INPUT (mvdc) OUTPUT (mvdc) TM-402W 4892714 TM-402W Accuracy: +/- 2.0 mvdc 1
2 TP/TM402C 100 200 DESIRED 100.0 200.0 AS FOUND ED ACCEPTANCE RANGE 98.0 to 102.0 198.0 to 202.0 FINAL 3
4 5
300 400 500 300.0 400.0 500.0 SE 298.0 to 302.0 398.0 to 402.0 498.0 to 502.0 5
4 3
500 400 300 500.0 400.0 300.0 D 498.0 to 502.0 398.0 to 402.0 298.0 to 302.0 2
1 200 100 R
200.0 100.0 198.0 to 202.0 98.0 to 102.0 PE M&TE ID Precision voltmeter Precision voltmeter Precision test resistor DESCRIPTION SU 6.4.103 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 47 of 108 DATE PERFORMED __________ INITIALS 6.4.104 Using Table 6-28, perform a calibration test of T0401A. _______
Table 6-28 INPUT (mvdc) OUTPUT (°F) T0401A Accuracy: +/- 1.0°F 1
2 TM-402W 100 200 DESIRED 520.0 545.0 AS FOUND ED ACCEPTANCE RANGE 519.0 to 521.0 544.0 to 546.0 FINAL 3
4 5
300 400 500 570.0 595.0 620.0 SE 569.0 to 571.0 594.0 to 596.0 619.0 to 621.0 M&TE ID D
Precision voltmeter Precision test resistor DESCRIPTION R
Yes PE 6.4.105 Are all Final Data entries within the acceptance range?
No _______
6.4.106 At TM-402W, remove all test equipment. _______
SU 6.4.107 At TM-402W, connect the signal cord set.
6.4.108 In Relay Rack RR-102, TP/TM402EE, connect a precision voltmeter.
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 48 of 108 DATE PERFORMED __________ INITIALS 6.4.109 Using Table 6-29, perform a calibration test of TM-402EE. _______
Table 6-29 INPUT (mvdc) OUTPUT (mvdc) TM-402EE 4892715 TP/TM402EE Accuracy: +/- 2.0 mvdc 1
2 TP/TM402C 100 200 DESIRED 100.0 200.0 AS FOUND ED ACCEPTANCE RANGE 98.0 to 102.0 198.0 to 202.0 FINAL 3
4 5
300 400 500 300.0 400.0 500.0 SE 298.0 to 302.0 398.0 to 402.0 498.0 to 502.0 5
4 3
500 400 300 500.0 400.0 300.0 D 498.0 to 502.0 398.0 to 402.0 298.0 to 302.0 2
1 200 100 R
200.0 100.0 198.0 to 202.0 98.0 to 102.0 PE M&TE ID Precision voltmeter Precision voltmeter DESCRIPTION SU 6.4.110 Are all Final Data entries within the acceptance range?
Yes No _______
6.4.111 At TP/TM402EE, remove the precision voltmeter. _______
6.4.112 At TP/TM402C, remove the precision voltmeter. _______
6.4.113 In Relay Rack RR-114, TAVG MA test point jacks, remove the precision voltmeter. _______
6.4.114 Place the TAVG signal injection switch to NORMAL (down). _______
6.4.115 At the TAVG signal injection test jacks, remove the current calibrator. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 49 of 108 DATE PERFORMED __________ INITIALS 6.5 Flux Tilt 6.5.1 In Relay Rack RR-114, Q0 test point jacks, connect a precision voltmeter. _______
Note Adjust TM-402U as necessary.
6.5.2 Using Table 6-30, perform a calibration test of Q0.
Table 6-30 ED _______
Q0 Q0 SETPOINT DESIRED SE AS FOUND TM-402U ACCEPTANCE RANGE 4892712 Accuracy: +/- 2.0 mvdc FINAL*
Set (mvdc)
M&TE ID 100.0 D
Precision voltmeter 98.0 to 1
02.0 DESCRIPTION
6.5.3 R
- Final value should be optimized to 100.0 mvdc In Relay Rack RR-114, at the QU signal injection test jacks, 6.5.4 PE connect a 0 to 10 vdc source.
At the QL signal injection test jacks, connect a 0 to 10 vdc source.
6.5.5 Place the following signal injection switches to TEST (up):
SU 6.5.5.1 6.5.5.2 QU QL 6.5.6 At the following test point jacks, connect a precision voltmeter as necessary:
6.5.6.1 QU _______
6.5.6.2 QL _______
6.5.6.3 QU > QL _______
6.5.6.4 QL > QU _______
6.5.7 Adjust the voltage source at QL for a QL output of 0.00 vdc. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 50 of 108 DATE PERFORMED __________ INITIALS Note Table 6-31 AS FOUND values may be out of acceptance range due to cycle Reload Safety Evaluation for COLR. A CR is NOT required for that circumstance.
Note 6.5.8 Using Table 6-31, perform a calibration test of TC-406L.
ED Obtain AS FOUND values for Table 6-31 and Table 6-32 prior to making adjustments to TC-406L.
Table 6-31 INPUT (vdc) SE OUTPUT (mvdc) TC-406L 4857101 1
QU 0.24 DESIRED
<100.0 D
QU > QL AS FOUND Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE
<100.0 FINAL 2
3 0.44 1.00 R 100.0 123.0 98.0 to 102.0 121.0 to 125.0 4
5 6
7 PE 2.00 3.00 4.00 5.00 164.0 205.1 246.2 287.2 162.0 to 166.0 203.1 to 207.1 244.2 to 248.2 285.2 to 289.2 SU 8 9
10 11 6.00 7.00 8.00 9.00 328.3 369.4 410.5 451.5 326.3 to 330.3 367.4 to 371.4 408.5 to 412.5 449.5 to 453.5 12 10.00 492.6 490.6 to 494.6 M&TE ID DESCRIPTION Precision voltmeter Precision voltmeter Precision voltmeter 6.5.9 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 51 of 108 DATE PERFORMED __________ INITIALS Note Table 6-32 AS FOUND values may be out of acceptance range due to cycle Reload Safety Evaluation for COLR. A CR is NOT required for that circumstance.
6.5.10 6.5.11 Using Table 6-32, perform a calibration test of TC-406L.
Table 6-32 ED Adjust the voltage source at QL for a QL output of 4.00 vdc. _______
INPUT (vdc)
QU SE OUTPUT (mvdc)
QU > QL TC-406L 4857101 Accuracy: +/- 2.0 mvdc 1
2 4.00 4.44 DESIRED
<100.0 100.0 D
AS FOUND ACCEPTANCE RANGE
<100.0 98.0 to 102.0 FINAL 3
4 5
5.00 6.00 7.00 R
123.0 164.0 205.1 121.0 to 125.0 162.0 to 166.0 203.1 to 207.1 6
7 8
PE 8.00 9.00 10.00 246.2 287.2 328.3 244.2 to 248.2 285.2 to 289.2 326.3 to 330.3 SU M&TE ID Precision voltmeter Precision voltmeter Precision voltmeter DESCRIPTION 6.5.12 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 52 of 108 DATE PERFORMED __________ INITIALS 6.5.13 Adjust the voltage source at QU for a QU output of 0.00 vdc. _______
Note Obtain AS FOUND values for Table 6-33 and Table 6-34 prior to making adjustments to TC-402R.
6.5.14 Using Table 6-33, perform a calibration test of TC-402R.
Table 6-33 INPUT (vdc) OUTPUT (mvdc)
ED TC-402R 4892710 QL DESIRED SE QL > QU AS FOUND Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE FINAL 1
2 3
1.00 1.32 2.00
<100.0 99.6 169.6 D <100 97.6 to 101.6 167.6 to 171.6 4
5 6
3.00 4.00 R 272.4 375.2 270.4 to 274.4 373.2 to 377.2 7
5.00 PE 5.21 M&TE ID 478.0 499.6 Precision voltmeter 476.0 to 480.0 497.6 to 5
01.6 DESCRIPTION
SU Precision voltmeter Precision voltmeter 6.5.15 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 53 of 108 DATE PERFORMED __________ INITIALS 6.5.16 Adjust the voltage source at QU for a QU output of 4.00 vdc. _______
6.5.17 Using Table 6-34, perform a calibration test of TC-402R. _______
Table 6-34 1
INPUT (vdc)
QL 4.00 DESIRED
<100.0 OUTPUT (mvdc)
QL > QU AS FOUND ED TC-402R ACCEPTANCE RANGE
<100.0 4892710 Accuracy: +/- 2.0 mvdc FINAL 2
3 5.32 6.00 99.6 169.6 SE 97.6 to 101.6 167.6 to 171.6 4
5 6
7 7.00 8.00 9.00 9.21 272.4 375.2 478.0 499.6 D 270.4 to 274.4 373.2 to 377.2 476.0 to 480.0 497.6 to 501.6 M&TE ID R Precision voltmeter DESCRIPTION PE Precision voltmeter Precision voltmeter SU 6.5.18 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 54 of 108 DATE PERFORMED __________ INITIALS Note Use the voltage source at QU and QL as required to vary inputs.
6.5.19 Using Table 6-35 and Table 6-36, perform a calibration test of TM-402T. _______
Table 6-35 INPUT (mvdc)
QL > QU DESIRED OUTPUT (mvdc)
Q AS FOUND ED TM-402T 4892713 Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE FINAL 1
2 3
<98 200 300 100.0 200.0 300.0 SE 98.0 to 102.0 198.0 to 202.0 298.0 to 302.0 4
5 400 500 M&TE ID 400.0 500.0 D 398.0 to 402.0 498.0 to 5
02.0 DESCRIPTION
R Precision voltmeter Precision voltmeter PE Table 6-36 INPUT (mvdc)
QU > QL OUTPUT (mvdc)
Q TM-402T 4892713 Accuracy: +/- 2.0 mvdc SU 1 2
3
<98 200 300 DESIRED 100.0 200.0 300.0 AS FOUND ACCEPTANCE RANGE 98.0 to 102.0 198.0 to 202.0 298.0 to 302.0 FINAL 4 400 400.0 398.0 to 402.0 5 476 476.0 474.0 to 478.0 M&TE ID DESCRIPTION Precision voltmeter Precision voltmeter 6.5.20 Are all Final Data entries within the acceptance range for Table 6-35 and Table 6-36?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 55 of 108 DATE PERFORMED __________ INITIALS 6.5.21 At the following test point jacks, remove the precision voltmeter:
6.5.21.1 QU > QL _______
6.5.21.2 QL > QU _______
6.6 Overtemperature T Setpoint 6.6.1 ED In Relay Rack RR-114, at TM-402B, remove the signal cord set. _______
6.6.2 At pins W(+) and X(), connect a current calibrator. _______
6.6.3 SE At TM-406D, remove the signal cord set. _______
Note D
Figure 3 shows the I&C output test connector.
Figure 3 R 10 ohm test resistor PE CURRENT TO CURRENT OR VOLTAGE TO CURRENT CORD SET SU 6.6.4 CONVERTER OUTPUT TEST CONNECTOR At TM-406D, connect an I&C output test connector and 10 ohm precision test resistor. _______
6.6.5 At TM-406D, connect the signal cord set. _______
6.6.6 At TM-406D, at the I&C output test connector, connect a precision voltmeter. _______
6.6.7 At TSP1 test point jacks, connect a precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 56 of 108 DATE PERFORMED __________ INITIALS Note Table 6-37, Table 6-38, Table 6-39, and Table 6-40 may be performed concurrently.
Note 6.6.8 Use the current calibrator at TM-402B to vary the input.
Using Table 6-37, perform a calibration test of TM-406D.
Table 6-37 ED _______
INPUT (mvdc)
TSP1 SE OUTPUT (mvdc)
TM-406D TM-406D 4857106 Accuracy: +/- 2.0 mvdc 1
2 100 200 DESIRED 100.0 200.0 D
AS FOUND ACCEPTANCE RANGE 98.0 to 102.0 198.0 to 202.0 FINAL 3
4 5
300 400 500 R
300.0 400.0 500.0 298.0 to 302.0 398.0 to 402.0 498.0 to 502.0 5
4 3
PE500 400 300 500.0 400.0 300.0 498.0 to 502.0 398.0 to 402.0 298.0 to 302.0 SU 2 1
200 100 M&TE ID 200.0 100.0 Precision voltmeter 198.0 to 202.0 98.0 to 1
02.0 DESCRIPTION
Precision voltmeter Precision test resistor 6.6.9 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 57 of 108 DATE PERFORMED __________ INITIALS 6.6.10 Using Table 6-38, perform a calibration test of TI-406A. _______
Table 6-38 INPUT (mvdc) OUTPUT (%) TI-406A 4121701 Accuracy: +/- 3%
1 2
TM-406D 100 200 DESIRED 0.0 37.5 AS FOUND ED ACCEPTANCE RANGE
<0 to 3.0 34.5 to 40.5 FINAL 3
4 5
300 400 500 75.0 112.5 150.0 SE 72.0 to 78.0 109.5 to 115.5 147.0 to >150 5
4 3
500 400 300 150.0 112.5 75.0 D 147.0 to >150 109.5 to 115.5 72.0 to 78.0 2
1 200 100 R
37.5 0.0 34.5 to 40.5
<0 to 3.0 PE M&TE ID Precision voltmeter Precision test resistor DESCRIPTION SU 6.6.11 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 58 of 108 DATE PERFORMED __________ INITIALS 6.6.12 Using Table 6-39, perform a calibration test of T0411A. _______
Table 6-39 INPUT (mvdc) OUTPUT (%) T0411A Accuracy: +/- 1.5%
1 2
TM-406D 100 200 DESIRED 0.0 37.5 AS FOUND ED ACCEPTANCE RANGE 1.5 to 1.5 36.0 to 39.0 FINAL 3
4 5
300 400 500 75.0 112.5 150.0 SE 73.5 to 76.5 111.0 to 114.0 148.5 to 151.5 M&TE ID D
Precision voltmeter Precision test resistor DESCRIPTION R
6.6.13
Yes PE Are all Final Data entries within the acceptance range?
No _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 59 of 108 DATE PERFORMED __________ INITIALS Note Recorder TR-405A is calibrated in SP-47-011A.
6.6.14 Using Table 6-40, check TR-405A (red pen). _______
Table 6-40 INPUT (mvdc)
TM-406D DESIRED OUTPUT (%)
AS FOUND ED TR-405A ACCEPTANCE RANGE 4255301 Accuracy: +/- 0.5%
FINAL 1 300 M&TE ID 75.0 SE 74.5 to
75.5 DESCRIPTION
D Precision voltmeter Precision test resistor 6.6.15 R At TM-406D, remove all test equipment. _______
6.6.16 6.6.17 PE At TM-406D, connect the signal cord set.
At TM-402B, remove the current calibrator.
6.6.18 At TM-402B, connect the signal cord set. _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 60 of 108 DATE PERFORMED __________ INITIALS 6.6.19 At the PRESS. PRESS. (430) signal injection test jacks, connect an analog simulator. _______
6.6.20 At the following test point jacks, connect a precision voltmeter:
6.6.20.1 PRESS. PRESS. (430) _______
6.6.20.2 6.6.20.3 TAVG MA TAVG VOLTS ED _______
6.6.20.4 6.6.21 TSP1 SE Connect data acquisition device to the following test point jacks:
6.6.21.1 6.6.21.2 Channel 1 Channel 2 D TAVG MA _______
TSP1 _______
6.6.22 R Notify Shift Manager/Unit Supervisor ICCMS Train B will be INOPERABLE. _______
(SM/US) 6.6.23 6.6.24 PE Notify the Control Room Operators that performing the following step causes the ICCMS B display to start flashing.
Place the PRESS. PRESS. (430) signal injection switch to TEST (up).
SU 6.6.25 6.6.26 At the TAVG signal injection test jacks, connect a ramp generator.
Place the TAVG signal injection switch to TEST (up).
6.6.27 Adjust the voltage sources at QU and QL for outputs of 0.00 vdc. _______
Note For Step 6.6.28, the Fluke 45 precision voltmeter setting is 300 mvdc medium resolution.
6.6.28 Adjust the analog simulator at PRESS. PRESS. (430) for a PRESS. PRESS. (430) output of 40.40 mvdc. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 61 of 108 DATE PERFORMED __________ INITIALS 6.6.29 Use the following guidelines to adjust the data acquisition device:
Table 6-41 Range 1 600.0 mvdc Offset Range 2 Offset Total time 0.00 vdc 600.0 mvdc 0.00 vdc 26 secs ED Pretrigger 2.0 secs for up ramp Trigger level SE 4.0 secs for down ramp 132 mvdc + LEVEL for up ramp 470 mvdc LEVEL for down ramp Y axis X axis 30 divisions 13 divisions D
Note R
Steps 6.6.30 and 6.6.31 may be performed as many times as needed.
6.6.30 6.6.31 PE Perform a dynamic test of TM-402B by applying an input ramp from 121 mvdc to 500 mvdc at a rate of 10 mvdc/sec.
Perform a dynamic test of TM-402B by applying an input ramp from 500 mvdc to 121 mvdc at a rate of 10 mvdc/sec. _______
SU 6.6.32 6.6.33 Remove the ramp generator.
At the TAVG signal injection test jacks, connect a step function generator and current calibrator. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 62 of 108 DATE PERFORMED __________ INITIALS 6.6.34 Use the following guidelines to adjust the data acquisition device:
Table 6-42 Range 1 320.0 mvdc Offset Range 2 Offset 0.14 vdc for up step 0.26 vdc for down step 320.0 mvdc 0.14 vdc for up step ED 0.26 vdc for down step Total time Pretrigger 26 secs SE 1.0 sec for up step 1.0 sec for down step Trigger level Y axis D
315 mvdc + LEVEL for up step 315 mvdc LEVEL for down step 32 divisions X axis Note R
13 divisions 6.6.35 PE Steps 6.6.36 and 6.6.38 may be performed as many times as needed.
Adjust the analog simulator at PRESS. PRESS. (430) for PRESS. PRESS. (430) output of 147 mvdc. _______
SU 6.6.36 6.6.37 Perform a dynamic test of TM-402B by applying an input step change from 308 mvdc to 328 mvdc.
Adjust the analog simulator at PRESS. PRESS. (430) for PRESS. PRESS. (430) output of 40 mvdc. _______
6.6.38 Perform a dynamic test of TM-402B by applying an input step change from 328 mvdc to 308 mvdc. _______
6.6.39 Compare the traces with the Kewaunee LEAD/LAG CAL book for TM-402B. _______
6.6.40 IF the traces are UNSAT, THEN calibrate the TM-402B dynamics AND repeat Steps 6.6.25 through 6.6.39. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 63 of 108 DATE PERFORMED __________ INITIALS 6.6.41 Attach the traces to this procedure. _______
6.6.42 Remove the data acquisition device. _______
6.6.43 Remove the step function generator. _______
6.6.44 205.28 mvdc**.
Note ED Adjust the current calibrator at TAVG for a TAVG MA output of Dynamic compensation is present. Allow time for the output to stabilize.
Note SE If performing this procedure as post SP-47-288B, Reactor Coolant D
Temperature and Pressurizer Pressure Instrument Channel 2 (White)
Calibration performance, the TSP1 value will be 7% low with a TAVG of 572ºF (308 mvdc), PRESS. PRESS. of 2235 psig (147 mvdc) and NO f(l) (100 mvdc). TM-402B should be adjusted for 118.25% (415.3 mvdc)
R using the K1 potentiometer. K1 (as labeled on the box) is equivalent to KSB (as indicated on the manufacturers drawing).
6.6.45 PE Using Table 6-43, perform a calibration test of TM-402B.
Table 6-43 INPUT (mvdc*) OUTPUT (mvdc**) TM-402B 4892711 SU PRESS. PRESS.
1 (430) 40.0 DESIRED 415.3 TSP1 AS FOUND Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE 413.3 to 417.3 FINAL 2 83.0 456.6 454.6 to 458.6 3 128.0 499.8 497.8 to 501.8 M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 64 of 108 DATE PERFORMED __________ INITIALS 6.6.46 Are all Final Data entries within the acceptance range?
Yes No _______
6.6.47 Adjust the current calibrator at TAVG for a TAVG MA output of 260 mvdc**. _______
6.6.48 Note Using Table 6-44, perform a calibration test of TM-402B.
ED Dynamic compensation is present. Allow time for the output to stabilize.
Table 6-44 INPUT (mvdc*) SE OUTPUT (mvdc**) TM-402B 4892711 PRESS. PRESS.
1 (430) 40 DESIRED 360.6 D
TSP1 AS FOUND Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE 358.6 to 362.6 FINAL 2
3 120 185 R 437.4 499.8 435.4 to 439.4 497.8 to 501.8 PE M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
Fluke 45 precision voltmeter**
SU
- 300 mvdc medium resolution
- 1000 mvdc slow resolution 6.6.49 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 65 of 108 DATE PERFORMED __________ INITIALS 6.6.50 Adjust the current calibrator at TAVG for a TAVG MA output of 340 mvdc**. _______
Note Dynamic compensation is present. Allow time for the output to stabilize.
6.6.51 Using Table 6-45, perform a calibration test of TM-402B. _______
Table 6-45 INPUT (mvdc*) OUTPUT (mvdc**)
ED TM-402B 4892711 TSP1 Accuracy: +/- 2.0 mvdc PRESS. PRESS.
1 (430) 40 DESIRED 280.6 SEAS FOUND ACCEPTANCE RANGE 278.6 to 282.6 FINAL 2
3 110 180 M&TE ID 347.8 415.0 D 345.8 to 349.8 413.0 to 4
17.0 DESCRIPTION
R Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
PE Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution SU 6.6.52 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 66 of 108 DATE PERFORMED __________ INITIALS 6.6.53 Adjust the current calibrator at TAVG for a TAVG MA output of 420 mvdc**. _______
Note Dynamic compensation is present. Allow time for the output to stabilize.
6.6.54 Using Table 6-46, perform a calibration test of TM-402B. _______
Table 6-46 INPUT (mvdc*) OUTPUT (mvdc**)
ED TM-402B 4892711 TSP1 Accuracy: +/- 2.0 mvdc PRESS. PRESS.
1 (430) 40 DESIRED 200.6 SEAS FOUND ACCEPTANCE RANGE 198.6 to 202.6 FINAL 2
3 110 180 M&TE ID 267.8 335.0 D 265.8 to 269.8 333.0 to 3
37.0 DESCRIPTION
R Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
PE Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution SU 6.6.55 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 67 of 108 DATE PERFORMED __________ INITIALS 6.6.56 Adjust the current calibrator at TAVG for a TAVG MA output of 500 mvdc**. _______
Note Dynamic compensation is present. Allow time for the output to stabilize.
6.6.57 Using Table 6-47, perform a calibration test of TM-402B. _______
Table 6-47 INPUT (mvdc*) OUTPUT (mvdc**)
ED TM-402B 4892711 TSP1 Accuracy: +/- 2.0 mvdc PRESS. PRESS.
1 (430) 40 DESIRED 120.6 SEAS FOUND ACCEPTANCE RANGE 118.6 to 122.6 FINAL 2
3 110 180 M&TE ID 187.8 255.0 D 185.8 to 189.8 253.0 to 2
57.0 DESCRIPTION
R Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
PE Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution SU 6.6.58 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 68 of 108 DATE PERFORMED __________ INITIALS 6.6.59 Adjust the analog simulator at PRESS. PRESS. (430) for a PRESS. PRESS. (430) output of 200 mvdc*. _______
6.6.60 Adjust the current calibrator at TAVG for a TAVG MA output of 274.2 mvdc**. _______
6.6.61 Adjust the voltage source at QU for a QU output of 0.00 vdc.
Note Use the voltage source at QL to vary the input.
ED _______
6.6.62 SE Using Table 6-48, perform a calibration test of TM-402B.
Table 6-48 INPUT (mvdc**)
Q DESIRED D
OUTPUT (mvdc**)
TSP1 AS FOUND TM-402B ACCEPTANCE RANGE 4892711 Accuracy: +/- 2.0 mvdc FINAL 1
2 100.0 200.0 R
500.0 400.0 498.0 to 502.0 398.0 to 402.0 3
4 5
PE 300.0 400.0 500.0 300.0 200.0 100.0 298.0 to 302.0 198.0 to 202.0 98.0 to 102.0 SU M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution 6.6.63 Are all Final Data entries within the acceptance range?
Yes No _______
6.6.64 IF adjustments were made to TM-402B temperature gain input, THEN perform dynamic test steps 6.6.27 through 6.6.40, otherwise N/A this step. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 69 of 108 DATE PERFORMED __________ INITIALS 6.6.65 Adjust the voltage sources at QU and QL for outputs of 8.33 vdc. _______
6.6.66 Adjust the current calibrator at TAVG for a TAVG MA output of 308.0 mvdc. _______
6.6.67 Adjust the analog simulator at PRESS. PRESS. (430) for a PRESS. PRESS. (430) output of >147 mvdc. _______
6.6.68 6.6.69 ED At T LAG test point jacks, connect a precision voltmeter.
Adjust the voltage source at TT-402B for a TCL output of 2.00 vdc.
6.6.70 6.6.71 SE Adjust the voltage source at TT-402A for a T LAG output of 7.306 vdc.
Using Table 6-49, perform a calibration test by lowering the analog simulator lamp is OFF.
Table 6-49 D
output at PRESS. PRESS. (430) until the ROD STOP (406D) bistable proving TSP1 R
Overtemperature Rod Stop TC-406D 4857105 Accuracy: +/- 2.0 mvdc PE SETPOINT Set (mvdc)
Reset (mvdc)
M&TE ID DESIRED 428.7 432.7 AS FOUND ACCEPTANCE RANGE 426.7 to 430.7 430.7 to 4
34.7 DESCRIPTION
FINAL SU Fluke 45 precision voltmeter*
Precision voltmeter
- 1000 mvdc slow resolution CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 70 of 108 DATE PERFORMED __________ INITIALS 6.6.72 Using Table 6-50, perform a calibration test by lowering the analog simulator output at PRESS. PRESS. (430) until the OVER TEMP TRIP (406C) bistable proving lamp is OFF. _______
Table 6-50 Overtemperature Trip TSP1 SETPOINT Set (mvdc)
DESIRED 415.3 AS FOUND ED TC-406C ACCEPTANCE RANGE 413.3 to 417.3 4857105 Accuracy: +/- 2.0 mvdc FINAL Reset (mvdc)
21.3 DESCRIPTION
Fluke 45 precision voltmeter*
D Precision voltmeter
- 1000 mvdc slow resolution 6.6.73 R In Relay Rack RR-114, place the PRESS. PRESS. (430) signal injection switch to NORMAL (down). _______
6.6.74 6.6.74.1 PE At the following test point jacks, remove the precision voltmeter:
TSP1 _______
SU 6.6.74.2 6.6.75 PRESS. PRESS.
At the PRESS. PRESS. (430) signal injection test jacks, remove the analog simulator.
(430) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 71 of 108 DATE PERFORMED __________ INITIALS 6.7 Pressurizer Pressure Loop 430 6.7.1 Using Table 6-51, at power supply PQ-430, verify the power supply load potentiometer. _______
Table 6-51 Power Supply Load Adjustment Relay Rack RR-114 SETPOINT DESIRED AS FOUND ED PQ-430 ACCEPTANCE RANGE 4840101 Accuracy: +/- 25 ohms FINAL Set (ohms) 0 SE 0 to 25 6.7.2 6.7.2.1 test points:
Channel 1 D
In Relay Rack RR-114, connect data acquisition device to the following PRESS. PRESS. (430) _______
6.7.2.2 Channel 2 R COMP. PRESS. (430) _______
6.7.3 6.7.4 PE In Relay Rack RR-114, place the PRESS. PRESS. (430) signal injection switch to TEST (up).
At PQ-430, remove the signal cord set.
SU 6.7.5 At the PRESS. PRESS. (430) signal injection test jacks, connect a jumper. _______
Concurrent Verification _______
6.7.6 At the PQ-430 cord set, pins A(+) and U(), connect a ramp generator. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 72 of 108 DATE PERFORMED __________ INITIALS 6.7.7 Use the following guideline to adjust the data acquisition device:
Table 6-52 UP STEP DOWN STEP Range 1 600.0 mvdc 600.0 mvdc Offset Range 2 Offset Total time 0.00 mvdc 600.0 mvdc 0.10 mvdc 44 secs ED 0.00 mvdc 600.0 mvdc 0.06 mvdc 44 secs Pretrigger 4 secs 2 secs Trigger level Y axis X axis SE 45 mvdc ABOVE 30 divisions 24 divisions 190 mvdc BELOW 30 divisions 24 divisions 6.7.8 D
Perform a dynamic test of PM-430C by applying an input ramp from 40 mvdc 6.7.9 R
to 200 mvdc at a rate of 4 mvdc/sec.
Perform a dynamic test of PM-430C by applying an input ramp from 200 mvdc 6.7.10 6.7.11 PE to 40 mvdc at a rate of 4 mvdc/sec.
Remove the ramp generator.
At the PRESS. PRESS. (430) signal injection test jacks, remove the jumper.
SU 6.7.12 Independent Verification _______
At the PRESS. PRESS. (430) signal injection test jacks, connect an analog simulator. _______
6.7.13 At PQ-430, connect the cord set. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 73 of 108 DATE PERFORMED __________ INITIALS 6.7.14 Use the following guidelines to adjust the data acquisition device:
Table 6-53 UP STEP DOWN STEP Range 1 200.0 mvdc 200.0 mvdc Offset Range 2 Offset Total time 0.14 mvdc 600.0 mvdc 0.10 mvdc 44 secs ED 0.00 mvdc 600.0 mvdc 0.10 mvdc 44 secs Pretrigger 6 secs 6 secs Trigger level Y axis X axis SE 45 mvdc ABOVE 30 divisions 24 divisions 190 mvdc BELOW 30 divisions 24 divisions 6.7.15 D
Perform a dynamic test of PM-430C by applying an input step change from 6.7.16 40 mvdc to 48 mvdc.
R Perform a dynamic test of PM-430C by applying an input step change from Note PE 200 mvdc to 192 mvdc.
The 8 mvdc step input used for a 4 to 20 madc loop corresponds to a 20 mvdc step for a 10 to 50 madc loop. Multiply by 2.5 to obtain the required values.
SU 6.7.17 Compare the traces with the Kewaunee LEAD/LAG CAL book for PM-430C. _______
6.7.18 IF the traces are UNSAT, THEN calibrate the PM-430C dynamics and repeat Steps 6.7.4 through 6.7.17. _______
6.7.19 Attach the traces to this procedure. _______
6.7.20 Remove the data acquisition device. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 74 of 108 DATE PERFORMED __________ INITIALS 6.7.21 At the PRESS. PRESS. (430) test point jacks, connect a precision voltmeter. _______
6.7.22 At the COMP. PRESS. (430) test point jacks, connect a precision voltmeter. _______
Note Dynamic compensation is used. Allow time for the output to stabilize.
6.7.23 Using Table 6-54, perform a calibration test of PM-430C.
Table 6-54 ED _______
Input (mvdc*)
PRESS. PRESS.
(430) SE Output (mvdc**)
COMP. PRESS. (430)
PM-430C 4840104 Accuracy: +/- 2.0 mvdc D
DESIRED AS FOUND ACCEPTANCE RANGE FINAL 1 40 100.0 98.0 to 102.0 2 80 200.0 198.0 to 202.0 3 120 300.0 298.0 to 302.0 4
5 160 200 R
400.0 500.0 398.0 to 402.0 498.0 to 502.0 5
4 3
PE200 160 120 500.0 400.0 300.0 498.0 to 502.0 398.0 to 402.0 298.0 to 302.0 2 80 200.0 198.0 to 202.0 SU 1 M&TE ID 40 100.0 98.0 to 1
02.0 DESCRIPTION
Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution 6.7.24 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 75 of 108 DATE PERFORMED __________ INITIALS 6.7.25 At PM-430C, remove the signal cord set. _______
6.7.26 At the PM-430C cord set, pins W(+) and X(), connect a current calibrator. _______
Note The desired values for Table 6-55 are based on Calculation Number 6.7.27 C10818-4 Rev.1.
ED Using Table 6-55, perform a calibration test by lowering the current calibrator output at PM-430C until the LO PRESS. TRIP (430H) bistable proving lamp is OFF. _______
Table 6-55 SE PRZR Low Pressure RX Trip COMP. PRESS. (430)
SETPOINT Set (mvdc)
DESIRED D
AS FOUND (1904 psig) PC-430H ACCEPTANCE RANGE 4840105 Accuracy: +/- 2.0 mvdc FINAL Reset (mvdc) R 202.0 206.0 200.0 to 204.0 204.0 to 208.0 PE M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
- 300 mvdc medium resolution SU 6.7.28 6.7.29 At the PM-430C cord set, remove the current calibrator.
At PM-430C, connect the signal cord set.
6.7.30 At the COMP. PRESS. (430) test point jacks, remove the precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 76 of 108 DATE PERFORMED __________ INITIALS Note The desired values for Table 6-56 are based on Calculation Number C10818-1 Rev.1.
6.7.31 Using Table 6-56, perform a calibration test by raising the analog simulator proving lamp is OFF.
Table 6-56 PRZR High Pressure Rx Trip (2377 psig)
ED output at PRESS. PRESS. (430) until the HI PRESS. TRIP (430A) bistable PC-430A 4840102 PRESS. PRESS. (430)
SETPOINT DESIRED SE AS FOUND Accuracy: +/- 0.8 mvdc ACCEPTANCE RANGE FINAL Set (mvdc)
Reset (mvdc)
M&TE ID 175.4 173.8 D 174.6 to 176.2 173.0 to 1
74.6 DESCRIPTION
Fluke 45 precision voltmeter*
R
- 300 mvdc medium resolution Note PE The desired values for Table 6-57 are based on Calculation Number C10818-3 Rev.1.
SU 6.7.32 Using Table 6-57, perform a calibration test by raising the analog simulator output at PRESS. PRESS. (430) until the UNBLOCK S.I. (430F) bistable proving lamp is OFF.
Table 6-57 PRZR High Pressure Unblock SI (1985 psig) PC-430F 4840103 PRESS. PRESS. (430) Accuracy: +/- 0.8 mvdc SETPOINT DESIRED AS FOUND ACCEPTANCE RANGE FINAL Set (mvdc) 97.0 96.2 to 97.8 Reset (mvdc) 95.4 94.6 to 96.2 M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
- 300 mvdc medium resolution CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 77 of 108 DATE PERFORMED __________ INITIALS Note The desired values for Table 6-58 are based on Calculation Number C10818-2 Rev.1.
6.7.33 Using Table 6-58, perform a calibration test by lowering the analog simulator is OFF.
Table 6-58 ED output at PRESS. PRESS. (430) until the S.I. (430E) bistable proving lamp PRZR Low Pressure Safety Injection (1830 psig) PC-430E 4840103 PRESS. PRESS. (430)
SETPOINT DESIRED SE AS FOUND Accuracy: +/- 0.8 mvdc ACCEPTANCE RANGE FINAL Set (mvdc)
Reset (mvdc)
M&TE ID 66.0 67.6 D 65.2 to 66.8 66.8 to
68.4 DESCRIPTION
R Fluke 45 precision voltmeter*
- 300 mvdc medium resolution PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 78 of 108 DATE PERFORMED __________ INITIALS 6.7.34 In Relay Rack RR-114, TP/PM430A, connect a precision voltmeter. _______
6.7.35 Using Table 6-59, perform a calibration test of PM-430A. _______
Table 6-59 Input (mvdc*)
PRESS. PRESS.
1 (430) 40 DESIRED 100.0 Output (mvdc**)
TP/PM430A AS FOUND ED PM-430A ACCEPTANCE RANGE 98.0 to 102.0 4840106 Accuracy: +/- 2.0 mvdc FINAL 2
3 120 80 200.0 300.0 SE 198.0 to 202.0 298.0 to 302.0 4
5 5
4 160 200 200 160 400.0 500.0 500.0 400.0 D 398.0 to 402.0 498.0 to 502.0 498.0 to 502.0 398.0 to 402.0 3
2 120 80 R
300.0 200.0 298.0 to 302.0 198.0 to 202.0 1
02.0 DESCRIPTION
Fluke 45 precision voltmeter*
SU Fluke 45 precision voltmeter**
- 300 mvdc medium resolution
- 1000 mvdc slow resolution 6.7.36 Are all Final Data entries within the acceptance range?
Yes No _______
6.7.37 At the PRESS. PRESS. (430) test point jacks, remove the precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 79 of 108 DATE PERFORMED __________ INITIALS 6.7.38 In Relay Rack RR-105, TP/PM430D, connect a precision voltmeter. _______
6.7.39 Using Table 6-60, perform a calibration test of PM-430D. _______
Table 6-60 1
Input (mvdc)
TP/PM430A 100 DESIRED 100.0 Output (mvdc)
TP/PM430D AS FOUND ED PM-430D ACCEPTANCE RANGE 98.0 to 102.0 4840110 Accuracy: +/- 2.0 mvdc FINAL 2
3 200 300 200.0 300.0 SE 198.0 to 202.0 298.0 to 302.0 4
5 5
4 400 500 500 400 400.0 500.0 500.0 400.0 D 398.0 to 402.0 498.0 to 502.0 498.0 to 502.0 398.0 to 402.0 3
2 300 200 R
300.0 200.0 298.0 to 302.0 198.0 to 202.0 1
PE100 M&TE ID 100.0 98.0 to 1
02.0 DESCRIPTION
Fluke 45 precision voltmeter*
SU 6.7.40 Fluke 45 precision voltmeter*
- 1000 mvdc slow resolution Are all Final Data entries within the acceptance range?
Yes No _______
6.7.41 In Relay Rack RR-187, at the ICCMS Train B front panel display, enter test mode by pressing the TEST pushbutton. _______
6.7.42 Using the LEVEL/MARGIN and ACK pushbuttons on the front panel display, select Test 16. _______
6.7.43 Select Channel 33. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 80 of 108 DATE PERFORMED __________ INITIALS 6.7.44 Using Table 6-61, perform a calibration test of ICCMS digital readout for Channel 33. _______
Table 6-61 Input (mvdc) Output (psig) Channel 33 1
TP/PM430A 100 DESIRED 1700 AS FOUND ED Accuracy: +/- 4 psig ACCEPTANCE RANGE 1696 to 1704 FINAL 2 200 1900 SE 1896 to 1904 3 300 2100 2096 to 2104 4 400 2300 2296 to 2304 5 500 M&TE ID 2500 D
Precision voltmeter 2496 to 2504 DESCRIPTION R
6.7.45 6.7.46 PE Are all Final Data entries within the acceptance range?
Yes No Exit test 16 by pressing the ACK pushbutton.
SU 6.7.47 Return ICCMS Train B to service by pressing the TEST pushbutton. _______
Concurrent Verification _______
6.7.48 At TP/PM430A, remove the precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 81 of 108 DATE PERFORMED __________ INITIALS 6.7.49 In Relay Rack RR-105, at PM-430B, remove the signal cord set. _______
Note Figure 4 shows the I&C output test connector Figure 4 CURRENT TO CURRENT 10 ohm test resistor ED OR VOLTAGE TO CURRENT SE CORD SET CONVERTER D
OUTPUT TEST CONNECTOR 6.7.50 R
At PM-430B, connect an I&C output test connector and 10 ohm precision test resistor. _______
6.7.51 6.7.52 PE At PM-430B, connect the signal cord set.
At PM-430B, at the I&C output test connector, connect a precision voltmeter.
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 82 of 108 DATE PERFORMED __________ INITIALS Note Table 6-62, Table 6-63, and Table 6-64 may be performed concurrently.
6.7.53 Using Table 6-62, perform a calibration test of PM-430B. _______
Table 6-62 Input (mvdc)
TP/PM430D DESIRED Output (mvdc)
PM-430B AS FOUND ED PM-430B 4840107 Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE FINAL 1
2 100 200 100.0 200.0 SE 98.0 to 102.0 198.0 to 202.0 3
4 5
5 300 400 500 500 300.0 400.0 500.0 500.0 D 298.0 to 302.0 398.0 to 402.0 498.0 to 502.0 498.0 to 502.0 4
3 400 300 R
400.0 300.0 398.0 to 402.0 298.0 to 302.0 2
1 PE200 100 M&TE ID 200.0 100.0 198.0 to 202.0 98.0 to 1
02.0 DESCRIPTION
SU Fluke 45 precision voltmeter*
Fluke 45 precision voltmeter*
Precision test resistor
- 1000 mvdc slow resolution 6.7.54 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 83 of 108 DATE PERFORMED __________ INITIALS 6.7.55 Using Table 6-63, perform a calibration test of PI-430. _______
Table 6-63 Input (mvdc) Output (psig) PI-430 4122202 Accuracy: +/- 16 psig 1
2 TP/PM430D 100 200 DESIRED 1700 1900 AS FOUND ED ACCEPTANCE RANGE
<1700 to 1716 1884 to 1916 FINAL 3
4 5
300 400 500 2100 2300 2500 SE 2084 to 2116 2284 to 2316 2484 to >2500 5
4 3
500 400 300 2500 2300 2100 D 2484 to >2500 2284 to 2316 2084 to 2116 2
1 200 100 R
1900 1700 1884 to 1916
<1700 to 1716 PE M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
- 1000 mvdc slow resolution SU 6.7.56 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 84 of 108 DATE PERFORMED __________ INITIALS 6.7.57 Using Table 6-64, perform a calibration test of P0430A. _______
Table 6-64 Input (mvdc) Output (psig) P0430A Accuracy: +/- 8 psig 1
2 PM-430B 100 200 DESIRED 1700 1900 AS FOUND ED ACCEPTANCE RANGE 1692 to 1708 1892 to 1908 FINAL 3
4 5
300 400 500 2100 2300 2500 SE 2092 to 2108 2292 to 2308 2492 to 2508 M&TE ID D DESCRIPTION Fluke 45 precision voltmeter*
Precision test resistor R
- 1000 mvdc slow resolution 6.7.58
Yes PE Are all Final Data entries within the acceptance range?
No _______
6.7.59 At PM-430B, remove the I&C test connector, precision voltmeter, and SU 6.7.60 test resistor.
At PM-430B, connect the cord set.
6.7.61 At Recorder 42301, select CAL START message. _______
6.7.62 At Mechanical Control Console C, have a Control Room Operator place PRZR PRESSURE RECORDER INPUT SELECTOR switch (ES-46325) to position 2.
2 _______
(Operator)
Concurrent Verification _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 85 of 108 DATE PERFORMED __________ INITIALS Note Recorder PR-429 is calibrated in SP-47-011A.
6.7.63 Using Table 6-65, check PR-429 (red pen). _______
Table 6-65 INPUT (mvdc)
TM/PM430D DESIRED OUTPUT (psig)
AS FOUND EDPR-429 42301 Accuracy: +/- 1.6 psig ACCEPTANCE RANGE FINAL 1 300 M&TE ID 2100.0 SE 2098.4 to 21
01.6 DESCRIPTION
Note D Precision voltmeter Performing the following step prevents PR-2B/CV-31109 PRZR PORV from 6.7.64 operating.
R At Mechanical Control Console C, have a Control Room Operator verify PE PR-2B/CV-31109 PRZR PORV control switch (ES-46414) to CLOSE.
CLOSE _______
(Operator)
Concurrent Verification _______
SU 6.7.65 Notify the Control Room Operator, IF desired, operate Pressurizer Pressure controls in MANUAL using Operations procedure N-RC-36C, Pressurizer Pressure Control before transferring the PRZR PRESSURE CONTROL (Operator)
CHANNEL SELECTOR switch (Step 6.7.66). _______
(Operator) 6.7.66 At Mechanical Control Console C, have a Control Room Operator place PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (ES-46324) to position 2-3.
2-3 _______
(Operator)
Concurrent Verification _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 86 of 108 DATE PERFORMED __________ INITIALS 6.7.67 Notify the Control Room Operator, IF desired, the controllers may be placed to AUTO. _______
(Operator)
Concurrent Verification _______
6.7.68 ED In Relay Rack RR-105, TB-PLPP-W, terminals 1 and 2, connect an AC voltmeter.
(Operator) 6.7.69 Using Table 6-66, perform a calibration test by raising the analog simulator terminals 1 and 2.
SE output at PRESS. PRESS. (430) AND monitoring the output at TB-PLPP-W Table 6-66 PRZR Pressure Relief Valve 2B TP/PM430D D (2335 psig) PC-430B 4840108 Accuracy: +/- 2.0 mvdc SETPOINT Set (mvdc)
R DESIRED 417.5 AS FOUND ACCEPTANCE RANGE 415.5 to 419.5 FINAL PE Reset (mvdc)
M&TE ID 407.5 405.5 to 4
09.5 DESCRIPTION
Fluke 45 precision voltmeter*
SU 6.7.70
- 1000 mvdc slow resolution Remove the AC voltmeter. _______
6.7.71 At Relay Rack RR-105, TB-PLPP-W, terminals 3 and 4, connect an AC voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 87 of 108 DATE PERFORMED __________ INITIALS 6.7.72 Using Table 6-67, perform a calibration test by raising the analog simulator output at PRESS. PRESS. (430) AND monitoring the output at TB-PLPP-W terminals 3 and 4. _______
Table 6-67 PRZR Pressure High TP/PM430D SETPOINT Set (mvdc)
DESIRED 405.0 AS FOUND (2310 psig)
EDPC-430C ACCEPTANCE RANGE 403.0 to 407.0 4840109 Accuracy: +/- 2.0 mvdc FINAL Reset (mvdc)
03.0 DESCRIPTION
6.7.73
- 1000 mvdc slow resolution D
Fluke 45 precision voltmeter*
Check annunciator (47042C) PRESSURIZER PRESSURE HIGH alarms 6.7.74 at setpoint.
R Check SER (940) PRESSURIZER PRESSURE HIGH alarms at setpoint.
6.7.75 6.7.76 PE Remove the AC voltmeter.
In Relay Rack RR-114, place the PRESS. PRESS. (430) signal injection switch to NORMAL (down). _______
SU 6.7.77 6.7.78 Remove the analog simulator.
At TP/PM430D, check loop integrity by measuring a voltage that is consistent with plant conditions. mvdc _______
6.7.79 At TP/PM430D, remove the precision voltmeter. _______
6.7.80 At Mechanical Control Console C, have a Control Room Operator place PR-2B/CV-31109 PRZR PORV control switch (ES-46414) to the desired position AND circle that position.
CLOSE / AUTO / OPEN _______
(Operator)
Concurrent Verification _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 88 of 108 DATE PERFORMED __________ INITIALS 6.7.81 Notify Shift Manager/Unit Supervisor, ICCMS Train B is OPERABLE. _______
(SM/US) 6.8 F(TAVG) 6.8.1 Connect data acquisition device to the following test point jacks:
6.8.1.1 6.8.1.2 Channel 1 Channel 2 ED TAVG MA _______
F(TAVG) _______
6.8.2 6.8.3 SE At the TAVG signal injection test jacks, remove the current calibrator.
At the TAVG signal injection test jacks, connect a ramp generator.
6.8.4 D
Use the following guidelines to adjust the data acquisition device:
Table 6-68 Range 1 R 600.0 mvdc Offset Range 2 Offset PE Total time Pretrigger 0.00 mvdc 600.0 mvdc 0.00 mvdc 54 secs 3.0 secs SU Trigger level Y axis X axis 110 mvdc + LEVEL 30 divisions 27 divisions 6.8.5 Perform a dynamic test of TM-402O by applying an input ramp from 100 mvdc to 500 mvdc at a rate of 10 mvdc/sec. _______
6.8.6 Remove the ramp generator. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 89 of 108 DATE PERFORMED __________ INITIALS 6.8.7 At the TAVG signal injection test jacks, connect a step function current calibrator. _______
6.8.8 Use the following guidelines to adjust the data acquisition device:
Table 6-69 Range 1 Offset Range 2 300.0 mvdc 0.00 vdc 150.0 mvdc ED Offset Total time Pretrigger 0.05 vdc 54 secs 2.0 secs SE Trigger level Y axis X axis 30 divisions 27 divisions D 295 mvdc + LEVEL 6.8.9 R
Perform a dynamic test of TM-402O by applying an input step change 6.8.10 PE from 287 mvdc to 307 mvdc.
Compare the traces with the Kewaunee LEAD/LAG CAL book for TM-402O.
SU 6.8.11 6.8.12 IF the traces are UNSAT, THEN calibrate the TM-402O dynamics AND repeat Steps 6.8.2 through 6.8.10.
Attach the traces to this procedure.
6.8.13 Remove the data acquisition device. _______
6.8.14 At F(TAVG) test point jacks, connect a precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 90 of 108 DATE PERFORMED __________ INITIALS Note Dynamic compensation is present. Allow time for the output to stabilize.
6.8.15 Using Table 6-70, perform a calibration test of TM-402O. _______
Table 6-70 INPUT (mvdc)
TAVG MA DESIRED OUTPUT (mvdc)
F(TAVG)
AS FOUND ED TM-402O 4892706 Accuracy: +/- 2.0 mvdc ACCEPTANCE RANGE FINAL 1
2 100 200 100.0 100.0 SE 98.0 to 102.0 98.0 to 102.0 3
4 5
6 308 340 420 460 100.0 102.2 107.7 110.4 D 98.0 to 102.0 100.2 to 104.2 105.7 to 109.7 108.4 to 112.4 7 500 M&TE ID R
113.2 111.2 to 1
15.2 DESCRIPTION
PE Precision voltmeter Precision voltmeter SU 6.8.16 Are all Final Data entries within the acceptance range?
Yes No _______
6.8.17 Place the TAVG signal injection switch to NORMAL (down). _______
6.8.18 At the TAVG signal injection test jacks, remove the current calibrator. _______
6.8.19 At TAVG MA test point jacks, remove the precision voltmeter. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 91 of 108 DATE PERFORMED __________ INITIALS 6.9 Overpower T Setpoint 6.9.1 In Relay Rack RR-114, TM-402S, remove the signal cord set. _______
Note Figure 5 shows the I&C output test connector.
Figure 5 10 ohm test resistor ED CURRENT TO CURRENT OR VOLTAGE SE CORD SET TO CURRENT CONVERTER D
OUTPUT TEST CONNECTOR 6.9.2 R
At TM-402S, connect an I&C output test connector and 10 ohm precision test resistor. _______
6.9.3 6.9.4 6.9.5 PE At TM-402S, connect the signal cord set.
At TM-402S, at the I&C output test connector, connect a precision voltmeter.
At TM-402V, remove the signal cord set.
SU 6.9.6 6.9.7 At pins W(+) and X(), connect a current calibrator.
At TSP2 test point jacks, connect a precision voltmeter.
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 92 of 108 DATE PERFORMED __________ INITIALS Note Table 6-71, Table 6-72, Table 6-73, and Table 6-74 may be performed concurrently.
6.9.8 Using Table 6-71, perform a calibration test of TM-402S. _______
Table 6-71 INPUT (mvdc)
TSP2 OUTPUT (mvdc)
TM-402S ED TM-402S 4892709 Accuracy: +/- 2.0 mvdc 1 100 DESIRED 100.0 SEAS FOUND ACCEPTANCE RANGE 98.0 to 102.0 FINAL D
2 200 200.0 198.0 to 202.0 3 300 300.0 298.0 to 302.0 4 400 400.0 398.0 to 402.0 5 500 500.0 498.0 to 502.0 5
4 500 400 R
500.0 400.0 498.0 to 502.0 398.0 to 402.0 3
2 1
PE300 200 100 300.0 200.0 100.0 298.0 to 302.0 198.0 to 202.0 98.0 to 102.0 SU M&TE ID Precision voltmeter Precision voltmeter Precision test resistor DESCRIPTION 6.9.9 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 93 of 108 DATE PERFORMED __________ INITIALS 6.9.10 Using Table 6-72, perform a calibration test of TI-406C. _______
Table 6-72 INPUT (mvdc) OUTPUT (%) TI-406C 4121703 Accuracy: +/- 3%
1 2
TM-402S 100 200 DESIRED 0.0 37.5 AS FOUND ED ACCEPTANCE RANGE
<0 to 3.0 34.5 to 40.5 FINAL 3
4 5
300 400 500 75.0 112.5 150.0 SE 72.0 to 78.0 109.5 to 115.5 147.0 to >150 5
4 3
500 400 300 150.0 112.5 75.0 D 147.0 to >150 109.5 to 115.5 72.0 to 78.0 2
1 200 100 R
37.5 0.0 34.5 to 40.5
<0 to 3.0 PE M&TE ID Precision voltmeter Precision test resistor DESCRIPTION SU 6.9.11 Are all Final Data entries within the acceptance range?
Yes No _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 94 of 108 DATE PERFORMED __________ INITIALS 6.9.12 Using Table 6-73, perform a calibration test of T0408A. _______
Table 6-73 INPUT (mvdc) OUTPUT (%) T0408A Accuracy: +/- 1.5%
1 2
TM-402S 100 200 DESIRED 0.0 37.5 AS FOUND ED ACCEPTANCE RANGE 1.5 to 1.5 36.0 to 39.0 FINAL 3
4 5
300 400 500 75.0 112.5 150.0 SE 73.5 to 76.5 111.0 to 114.0 148.5 to 151.5 M&TE ID D
Precision voltmeter Precision test resistor DESCRIPTION R
6.9.13
Yes PE Are all Final Data entries within the acceptance range?
No _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 95 of 108 DATE PERFORMED __________ INITIALS Note Recorder TR-405A is calibrated in SP-47-011A.
6.9.14 Using Table 6-74, check TR-405A (blue pen). _______
Table 6-74 INPUT (mvdc)
TM-402S DESIRED OUTPUT (%)
AS FOUND ED TR-405A ACCEPTANCE RANGE 4255303 Accuracy: +/- 0.5%
FINAL 1 300 M&TE ID 75.0 SE 74.5 to
75.5 DESCRIPTION
D Precision voltmeter Precision test resistor 6.9.15 R
At TM-402S, remove all test equipment. _______
6.9.16 6.9.17 PE At TM-402S, connect the signal cord set.
At TM-402V, remove the current calibrator.
SU 6.9.18 At TM-402V, connect the signal cord set. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 96 of 108 DATE PERFORMED __________ INITIALS 6.9.19 At the F(TAVG) signal injection test jacks, connect a current calibrator. _______
6.9.20 Place the F(TAVG) signal injection switch to TEST (up). _______
Note If performing this procedure as post SP-47-288B, Reactor Coolant ED Temperature and Pressurizer Pressure Instrument Channel 2 (White)
Calibration performance, the TSP2 value will be 7% low with a TAVG of 572ºF (308 mvdc). TM-402V should be adjusted for 108.25% (388.7 mvdc) using the BIAS potentiometer.
6.9.21 SE Using Table 6-75, perform a calibration test of TM-402V. _______
D Table 6-75 INPUT (mvdc) OUTPUT (mvdc) TM-402V 4892707 TSP2 Accuracy: +/- 2.0 mvdc F(TAVG)
DESIRED AS FOUND ACCEPTANCE RANGE FINAL 1
2 100.0 101.9 R
388.7 386.8 386.7 to 390.7 384.8 to 388.8 3
4 PE 113.2 121.4 M&TE ID 375.5 367.3 373.5 to 377.5 365.3 to 3
69.3 DESCRIPTION
SU Precision voltmeter Precision voltmeter
- 1000 mvdc slow resolution 6.9.22 Are all Final Data entries within the acceptance range?
Yes No _______
6.9.23 Adjust the TCL voltage source for a TCL output of 2.00 vdc. _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 97 of 108 DATE PERFORMED __________ INITIALS 6.9.24 Using the THL voltage source, adjust the T LAG output to 6.688 vdc. _______
6.9.25 Using Table 6-76, perform a calibration test by raising the current calibrator output at F(TAVG) until the ROD STOP (406B) bistable proving lamp is OFF. _______
Table 6-76 Overpower Rod Stop TSP2 SETPOINT DESIRED AS FOUND ED TC-406B ACCEPTANCE RANGE 4857107 Accuracy: +/- 2.0 mvdc FINAL Set (mvdc)
Reset (mvdc) 396.7 400.7 SE 394.7 to 398.7 398.7 to 402.7 M&TE ID D DESCRIPTION Fluke 45 precision voltmeter*
Precision voltmeter
- 1000 mvdc slow resolution 6.9.26 R
Using Table 6-77, perform a calibration test by raising the current calibrator PE output at F(TAVG) until the OVER POWER TRIP (406A) bistable proving lamp is OFF.
Table 6-77 SU Overpower Trip TSP2 SETPOINT Set (mvdc)
DESIRED 388.7 AS FOUND TC-406A ACCEPTANCE RANGE 386.7 to 390.7 4857107 Accuracy: +/- 2.0 mvdc FINAL Reset (mvdc) 392.7 390.7 to 394.7 M&TE ID DESCRIPTION Fluke 45 precision voltmeter*
Precision voltmeter
- 1000 mvdc slow resolution 6.9.27 Place the F(TAVG) signal injection switch to NORMAL (down). _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 98 of 108 DATE PERFORMED __________ INITIALS 6.9.28 At the F(TAVG) signal injection test jacks, remove the current calibrator. _______
6.9.29 At F(TAVG), test point jacks, remove the precision voltmeter. _______
6.9.30 At TSP2 test point jacks, remove the precision voltmeter. _______
6.10 Restoration 6.10.1 ED Place the following signal injection switches to NORMAL (down):
6.10.1.1 QU _______
6.10.1.2 QL SE _______
6.10.2 6.10.3 6.10.4 D
At TT-402A, remove the voltage source.
At TT-402A, connect the signal cord set.
Restore power to TT-402A by plugging in the power cord AND record the time. R ________ time _______
6.10.5 6.10.6 6.10.7 PE At TT-402B, remove the voltage source.
At TT-402B, connect the signal cord set.
Restore power to TT-402B by plugging in the power cord AND record SU 6.10.8 the time. ________ time _______
At the following signal injection test jacks, remove the voltage test sources:
6.10.8.1 QU _______
6.10.8.2 QL _______
6.10.9 At the following test point jacks, remove the precision voltmeter:
6.10.9.1 QU _______
6.10.9.2 QL _______
6.10.9.3 Q _______
6.10.9.4 T LAG _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 99 of 108 DATE PERFORMED __________ INITIALS 6.10.10 Close states block terminals 3, 6, 9, 12. _______
Independent Verification _______
6.10.11 Close the states block cover. _______
the following: ED 6.10.12 In Relay Rack RR-114, close the signal injection test panel cover AND check 6.10.12.1 Annunciator (47035K) PROCESS PROTECT RACK 2 CHANNEL TEST is OFF. _______
TEST is NORMAL. SE 6.10.12.2 SER (1680) PROCESS PROTECT RACK 2 CHANNEL restored for one hour. D 6.10.13 Using the time recorded in Step 6.10.4, verify TT-402A power has been restored for one hour.R 6.10.14 Using the time recorded in Step 6.10.7, verify TT-402B power has been ENABLED: PE 6.10.15 Have a Control Room Operator verify the following SER points are 6.10.15.1 RCS LOOP A CHANNEL 2 TAVG DEVIATION (974) _______
(Operator)
SU 6.10.15.2 RCS LOOP A CHANNEL 2 DELTA TEMP DEVIATION (978) _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 100 of 108 DATE PERFORMED __________ INITIALS 6.10.16 In Relay Rack RR-114, place the following bistable output switches to NORMAL (down):
6.10.16.1 HI TAVG (402A) _______
6.10.16.2 LO/LO TAVG (402D) _______
6.10.16.3 F.W. VALVE OVERRIDE 6.10.16.4 OVER POWER TRIP ED (402F) _______
(406A) _______
6.10.16.6 OVER TEMP. TRIP SE 6.10.16.5 ROD STOP (directly below OVER POWER TRIP) (406B) _______
(406C) _______
6.10.16.8 HI PRESS. TRIP D
6.10.16.7 ROD STOP (directly below OVER TEMP. TRIP) (406D) _______
(430A) _______
6.10.16.9 LO PRESS. TRIP R (430H) _______
PE 6.10.16.10 UNBLOCK S.I.
6.10.16.11 S.I.
(430F) _______
Independent Verification _______
(430E) _______
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 101 of 108 DATE PERFORMED __________ INITIALS 6.10.17 IF reactor trip breakers are open AND auto SI is disabled, THEN N/A Steps 6.10.18 through 6.10.22. _______
6.10.18 Check the following annunciators are OFF:
6.10.18.1 OTT HIGH (47033C) _______
6.10.18.2 OPT HIGH 6.10.18.3 PRESSURIZER PRESSURE 2385 ED (47033D) _______
(47041C) _______
6.10.18.4 PRZR PRESS SI CHANNEL ALERT (47041D) _______
SE 6.10.18.5 OPT CHANNEL RNBACK/RDSTP ALERT (47041Q) _______
D 6.10.18.6 OTT CHANNEL RNBACK/RDSTP ALERT 6.10.18.7 PRESSURIZER PRESSURE < 1900 6.10.18.8 RCS TAVG HIGH (47041R) _______
(47042D) _______
(47042H) _______
R 6.10.18.9 RCS LOOP A TAVG LOW LOW 6.10.19 Check the following SER points are NORMAL:
(47043H) _______
PE 6.10.19.1 REACTOR COOLANT SYSTEM LOOP A CHANNEL 2 TAVG HIGH (944) _______
SU 6.10.19.2 OVERTEMPERATURE DELTA TEMP HIGH 6.10.19.3 PRESSURIZER PRESSURE < 1900 6.10.19.4 OVERPOWER DELTA TEMP HIGH (1070) _______
(1071) _______
(1076) _______
6.10.19.5 PRESSURIZER PRESSURE 2385 (1080) _______
6.10.19.6 PRESSURIZER LOW PRESSURE SI CHANNEL ALERT (1173) _______
6.10.19.7 REACTOR COOLANT SYSTEM LOOP A TAVG LO-LO (1583) _______
6.10.19.8 OVERPOWER DELTA TEMP RUNBACK/RODSTOP ALERT (1685) _______
6.10.19.9 OVERTEMPERATURE DELTA TEMP RUNBACK/RODSTOP ALERT (1686) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 102 of 108 DATE PERFORMED __________ INITIALS 6.10.20 Check the following status lamps are DIM:
6.10.20.1 LOOP A CHAN 2 OTT (44904-0101) _______
6.10.20.2 LOOP A CHAN 2 OPT (44904-0401) _______
6.10.20.3 PRESSURIZER 1900 PSIG 6.10.20.4 PRESSURIZER 2385 PSIG ED (44907-0206) _______
(44907-0306) _______
6.10.20.5 LOOP A OTT (44907-0506) _______
6.10.20.6 LOOP A OPT SE (44907-0606) _______
6.10.20.7 PRESSURIZER 1815 PSIG 6.10.20.8 LOOP A LOW TAVE D (44908-0202) _______
(44908-0302) _______
R 6.10.20.9 LOOP A LOW-LOW TAVE (44908-0402) _______
6.10.21 Check status lamp (44908-0102) PRESSURIZER > 2000 PSIG is BRIGHT. _______
PE 6.10.22 Check the following computer points are NOT TR:
6.10.22.1 RCLA OVERPOWER DT CHAN 2 (T0400D) _______
SU 6.10.22.2 RCLA OVERTEMP DT CHAN 2 6.10.22.3 PRESSURIZER HI P CH 2 6.10.22.4 PRESSURIZER LOW P CH 2 (T0403D) _______
(P0481D) _______
(P0485D) _______
6.10.22.5 PRESSURIZER LO P CH 2 SI (P0490D) _______
6.10.22.6 SAFETY INJECTION CHAN 2 UNBLK (P0493D) _______
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 103 of 108 DATE PERFORMED __________ INITIALS 6.10.23 At Mechanical Control Console C, have a Control Room Operator place DELTA TEMPERATURE RX PROTECTION CHANNEL DEFEAT switch (ES-46374) to OFF.
OFF _______
(Operator)
ED Concurrent Verification _______
6.10.24 At Mechanical Control Console C, have a Control Room Operator place (Operator) to OFF.
SE TAVE RX PROTECTION CHANNEL DEFEAT switch (ES-46375)
OFF _______
D (Operator)
Concurrent Verification _______
(Operator)
R 6.10.25 At Recorder 42301, select CAL STOP message. _______
PE 6.10.26 Verify Recorder 42301 is displaying normal.
6.10.27 At Recorder 42553, select CAL STOP message.
6.10.28 Verify Recorder 42553 is displaying normal.
SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 104 of 108 DATE PERFORMED __________ INITIALS 6.10.29 IF the PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (ES-46324) is in the desired position, THEN N/A Step 6.10.30. _______
(Operator) 6.10.30 Notify the Control Room Operator, IF desired, operate Pressurizer Pressure controls in MANUAL using Operations procedure N-RC-36C, Pressurizer CHANNEL SELECTOR switch (Step 6.10.31). ED Pressure Control before transferring the PRZR PRESSURE CONTROL (Operator) 6.10.31 At Mechanical Control Console C, have a Control Room Operator verify SE PRZR PRESSURE CONTROL CHANNEL SELECTOR switch (ES-46324) to the desired position AND circle that position.
4-3 / 2-3 / 2-1 _______
D (Operator)
Concurrent Verification _______
(Operator)
R 6.10.32 Notify the Control Room Operator, IF desired, the controllers may be placed to AUTO.
PE _______
(Operator)
Concurrent Verification _______
(Operator)
SU 6.10.33 At Mechanical Control Console C, have a Control Room Operator verify PRZR PRESSURE RECORDER INPUT SELECTOR switch (ES-46325) to the desired position AND circle that position.
1 / 2 / 3 / 4 _______
(Operator)
Concurrent Verification _______
(Operator)
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 105 of 108 DATE PERFORMED __________ INITIALS 6.10.34 At Mechanical Vertical Panel A, have a Control Room Operator verify TR-405 RX CLNT DELTA-TEMP RECORDER SELECTOR switch (ES-46551) to the desired position AND circle that position.
1 / 2 / 3 / 4 _______
ED (Operator)
Concurrent Verification _______
(Operator)
SE 6.10.35 Notify the Control Room Operators of your completing this procedure. _______
(Operator)
D R
PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 106 of 108 7.0 Acceptance Criteria Reactor Condition (power level):
Channels Satisfactorily Tested Yes No Channel 2 (White)
M&TE ID DESCRIPTION Fluke 45 precision voltmeter Fluke 45 precision voltmeter ED CAL DUE Decade resistance box Decade resistance box Precision voltmeter SE Precision voltmeter Precision test resistor Plotter D
R PE SU CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 107 of 108 7.1 This test is complete and acceptable once the following items have been completed and signed.
7.1.1 Section 6.0 has been completed.
7.1.2 Concurrent and Independent Verifications have been completed.
7.1.3 All problems encountered during the test have been properly resolved and signed, 7.2 except as noted by a Condition Report (CR).
Yes No ED Were all As Found data entries within the acceptance range?
Initials: _____ N/A 7.3
Yes No SE Are all Final data entries within the acceptance range?
Initials: _____ N/A 7.4
Yes D
Were any problems or discrepancies noted while performing this procedure?
CR No. _______________ No 8.0 Review R 8.1 Performed by:
PE _______________________ Initials: _____ Date: __________
(Print / Sign)
_______________________ Initials: _____ Date: __________
SU (Print / Sign)
Group Supervisor: _______________________
(Print / Sign)
Date: __________
CONTINUOUS USE Channel 2 (White)
DOMINION ENERGY KEWAUNEE, INC No. SP-47-011B Rev. 17 Title Reactor Coolant Temperature and Kewaunee Power Station Pressurizer Pressure Instrument Channel 2 (White) Calibration Surveillance Procedure Date APR 22 2008 Page 108 of 108 9.0 Records 9.1 The following QA records and non-QA records are identified in this directive/procedure and are listed on the KPS Records Retention Schedule. These records shall be maintained according to the KPS Records Management Program.
9.1.1 QA Records
R PE SU CONTINUOUS USE Channel 2 (White)