ML20199E053
| ML20199E053 | |
| Person / Time | |
|---|---|
| Site: | Comanche Peak  |
| Issue date: | 08/02/1985 |
| From: | TEXAS UTILITIES ELECTRIC CO. (TU ELECTRIC) |
| To: | |
| Shared Package | |
| ML20199D912 | List:
|
| References | |
| FOIA-86-36 QI-QP-11.3-28, NUDOCS 8606230169 | |
| Download: ML20199E053 (89) | |
Text
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,o TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. g QI-QP-11.3-28 Rev. 25 Page 1 of 76 y
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AUG0E10i
. CLASS 1E CABLE TERMINATIONS PREPARED BY: [ h 4 APPROVED APPROVED BY:
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/ DATE 1.0 REFERENCE 1-A CP-QP-11.3. " Electrical Inspection Activities" l-B QI-QP-11.3-41, " Inspection of Soldered Connections" 1-C QI-QP-11.3-13, " Verify Testing and Installation of NIS Triaxial Cable Connectors" '
1-D QI-QP-11.3-29, " Electrical Separation" l-E FSI-168, " Safety Related Instrument Installation Requirements" 1-F CP-CPM-6.3, " Preparation, Approval, and Control of Operation Travelers" l-G 2323 El-17CL, " Conduit and Cable Tray Legend General Notes and Typical Details" 1-H QI-QP-11.3-25, " Inspection of new Installation for Class lE Lighting Systems" 1-I 2323-El-1702-02, " Cable and Raceway Separation Typical Details" 1-J 2323-El-1800, " Electrical Bill of Material" 1-K QI-QP-11.2-1, " Installation of "Hilti" Drilled-In Bolts" l-L CP-CPM-7.1, " Package Flow Control" 1-M CP-QP-18.0, " Inspection Reports" 1-N CP-QP-16.0, "Nonconformances" l-0 2323-El-1702-01, " Conduit, Cable, and Miscellaneous Details" 8606230169 860609 KR)/8Y PDR FOIA GARDE 86-36 PDR gy
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,o TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. g QI-QP-il.3-28 Rev. 25 Page 1 of 76
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( -e AUG0210'5
. CLASS lE CABLE TERMINATIONS PREPARED BY: /.,4% -
/ 84 APPROVED DATE APPROVED BY: ..
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DATE 1.0 REFERENCE l-A CP-QP-11.3, " Electrical Inspection Activities" 1-B QI-QP-il.3-41, " Inspection of Soldered Connections" l-C QI-QP-11.3-13 " Verify Testing and Installation of NIS Triaxial Cable Connectors" ""
l-D QI-QP-il.3-29, " Electrical Separation" 1-E FSI-168, " Safety Related Instrument Installation Requirements" 1-F CP-CPM-6.3, " Preparation, Approval, and Control of Operation Travelers" 1-G 2323 El-1701, " Conduit and Cable Tray Legend General Notes and Typical Details" l-H QI-QP-ll.3-25, " Inspection of new Installation for Class lE Lighting Systems" l-I 2323-El-1702-02, " Cable and Raceway Separation Typical Details" 1-J 2323-El-1800, " Electrical Bill of Material" 1-K QI-QP-11.2-1, " Installation of "Hilti" Drilled-In Bolts" 1-L CP-CPM-7.1, " Package Flow Control" l-M CP-QP-18.0, " Inspection Reports" l-N CP-QP-16.0, "Nonconformances" l-0 2323-El-1702-01, " Conduit, Cable, and Miscellaneous Details" 8606230169 860609 KR)/8 ~~ N PDR FOIA GARDE 86-36 PDR gy
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TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. >
,)l QI-QP-ll.3-28 Rev. 25 Page 2 of 76
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. AUG 0 21985 2.0 GENERAL INFORMATION 2.1 PURPOSE The purpose of this Quality Instruction is to supplement Reference 1-A.
2.2 SCOPE To. provide the inspection criteria and the documentation requirements for inspecting Class IE Cable and ascociated cable terminations. Non-Class IE may be inspected to this instruction if indicated in other instructicus.
2.3 DEFINITIONS 2.3.1 Te rminations The electrical connection between a conductor and an item of electrical equipment at the connection point prov1ded by the equipment manufacturar. Also any electrical connection between a connector and a terminal block.
2.3.2 Solice A connection between two or more separate lengths of cable with the conductors in one length individually connected to conductors in the other length and with the protecting sheaths so connected as to extend protection over the joint.
3.0 INSTRUCTION The following is an index of Section 3 of this instruction:
3.1 GENERAL INSTRUCTIONS 3.1.1 Cable Ties 3.2 INSPECTION CRITERIA 3.2.1 Verify Adequacy of Flex./ Unique /Servicair Flex.
Conduit Installation 3.2.2 Verify Flex Conduit Separation 3.2.3 Verify Terminations of Field Jumpers 3.2.4 Witness Adequacy of Jacket Removal 3.2.5 Witness Proper Tools for Stripping of Insulation 3.2.6 Verify Proper Terminal and Splice Connectors for Gauge of Conductor Wire Used 3.2.7 Verify Proper Tools for Crimping / Compression of Terminal Lugs and Splices
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AUG 0 21985 3.2.8 Witness the Setting of Stripping Tool Wire Stops for all Pre-Insulated Environmental Sealed (PIES) and Non-Insulated, Non-Sight Hole Type Splice Connections smaller than No. 8 AWG.
3.2.9 Verify Physical Attributes of PIES Splice Installation 3.2.10 Verify Physical Attributes of Insulated Ring Tongue Terminal Installation 3.2.11 Verify Physical Attributes of Non-Insulated Splice Installation 3.2.12 Verify Physical Attributes of Non-Insulated Ring Tongue Terminal Installation 3.2.13 Verify, Cable Continuity Check Performed (Witness for PIES Butt Splices) 3.2.14 Verify Cable Shielding 3.2.15 Witness Preparation of Surfaces for Bolted Connections 3.2.16 Verify' Correct Materials for Bolted Connections 3.2.17' Witness Torquing of Bolted Connections (except bolts / screws k inch) 3.2.18 Verify Mininum 3end Radius and Internal Cabinet Routing 3.2.19 Verify Cable Secure 3.2.20 Verify Cable Identification 3.2.21 Verify Terminations I. A.W. Engineering / Vendor Drawing 3.2.22 Verify Internal Separation 3.2.23 Witness Cable surface Preparation Prior to Installation of Heat Shrink (IN-PROCESS inspection only) 3.2.24 Verify Proper Materials for Heat Shrink Installations 3.2.25 Verify Adequacy of Installation of Heat Shrink Materials (Witness for 8KV terminations) 3.2.26 Verify Installation of End Caps for Electrical Penetration Assembly 1.2.27 Verify Component Installation J.2.28 7erify Internal Components 3.2.29 Verify Connector Free of Damage 3.2.30 Witners Pin / Plug Orientation 3.2.31 Witness Prefabricatad Cable Crimping 3.3 DOCUMENTATION 3.4 IN PROCESS INSPECTIONS 3.5 DISCREPANCIES
. '. 3 TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO.
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QI-QP-11.3-28 Rev. 25 Page 4 of 76
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AUG 0 91083 3.1 GENERAL INSTRUCTIONS The QC Inspector shall inspect cable terninations in accordance with the latest revision of all referenced material and criteria delineated within this instruction.
Cable terminations involving solder connections for Class LE and associated circuits, shall be inspected in accordance with Reference L-3.
Testing and installation of NIS Triaxial Cable Connectors and Connections shall be performed in accordance with Reference 1-C.
Inspections for cable and electrical raceway Electrical Separation shall be performed in accordance with References 1-D and 1-I (external and internal separation, respectively), as applicable.
The electrical inspection criteria for safety related instrument installations shall be in accordance with Reference 1-E and documented per QI-QP-11.3-42.
The Electrical Engineering Department may initiate Operation Travelers in accordance with Reference 1-F for completing cable terminations. The QC Inspector shall inspect the terminating process as stated on the Operation Traveler and document inspections performed by signing and dating the applicable inspection points on the traveler adjacent to the operation step performed. Where indicated, the kit numbers, lot numbers etc.
shall be recorded. Where space is limited the entry can be made at the bottom of the page or on the last page. QC shall sign date, and reference the applicable step.
Refer to Reference 1-G when reducing 600V cable size to accommodate vendor supplied terminal lugs / blocks (i.e., starter or breaker units in equipment such as Motor Control Centers).
Refer to Refe'rence L-H for lighting termination Inspection criteria.
3.1.1 Cable Ties Cable ties shall have a positive locking device to prevent j slippage. Cable tie surfaces in contact with cable jackets shall I be relatively sacoch with no sharp projections, burrs, etc.,
j which could damage the jacket.
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The excess length of permanent ties shall be cut off after tying.
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TEXAS UTILITIES GENERATING CO. QI-QP-11.3-28 Rev. 25 Page 5 of 76 AUG G 91 CSS In the reactor building, cable ties shall be Thomas & Betts Tefzel/TY-RAP or Engineering approved equal. In the remaining plant areas outside of the reactor building, cable ties shall be Panduit PAN-TY nylon cable ties or Engineering approved equal.
3.2 INSPECTION CRITERIA 3.2.1 Verify Adequacy of Flexible /Unioue/Servicair Flexible Conduit Installation The QC Inspector shall verify the adequacy of flexible / unique /
servicair flexible conduit installation and document same on Attachments 1, and 1A or 13 as applicable.
Flexible conduit shall be inspected in accordance with the latest approved Engineering drawing and documented on Attachments 1 and 1A.
Unless shown otherwise on drawings "Sealtite" or " Liquid-Tite" flexible conduit shall be used in all areas except the Containment. Refer to Reference 1-G for typical flex conduit installations.
Flexible conduit shall be inspected per Reference 1-D and 1-I.
Stainless Steel flexible conduit as shown on material list (Reference 1-J) shall be used in the Containment.
Flexible conduit shall be identified and color coded in accordance with Attachment 11. Stainless steel flex conduit located in co'ntainment will not be color coded, the color code l will be located at the end of the rigid conduit as close as
! possible to the flex connector. In cases where the entire run is
! S.S. flex conduit, the junction box color code will serve to identify conduit train or channel.
The installation of flex conduit at all instruments (vall, support or rack'mounced) and the plugging of spare conduit connection shall be*in accordance with Reference 1-E.
The QC Inspector shall inspect flex conduit installations, and upon acceptance, enter the conduit number in the " Remarks" Section of the Inspection Report as applicable.
1 Inspect exposed portion of cable for damage to cable jacket or insulation during reinstallation of flex conduit.
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AUG 9 21986 3.2.1.1 Witness Rework of Flex Conduit or Unique Flex Conduit Containing Cables Rework of flex conduit and unique flex conduit containing cables shall be inspected and documented on Attachment 3. The QC Inspector shall inspect rework of flex conduit or unique flex conduit for the following:
- a. Minimu'm bend radius is not violated during installation of cables.
- b. Inspect exposed portion of cable for damage to cable jacket or insulation during re-installation of flex conduit.
- c. Separation criteria per Reference 1-D and 1-I is not violated.
3.2.1.2 Servicair Flex When Servicair Flex conduit is used (only to be used as a separation barrier inside control boards and vertical ventilation panels) the following attributes shall be inspected and documented on Attachment IB:
- a. Verify a ninimum of h inch solder applied to exposed ends of the Servicair flex conduit to preclude unraveling of the protective sheath,
- b. Verify no burrs in solder on the exposed ends only.
l c. Verify the installation of bushing on exposed ends of the flex conduit.
- d. Verify all connectors and service couplings installed.
During the IN-PROCESS inspection, the QC Inspector shall witness that at least 3/4 inch of Servicair flex is inserted into the "KWIKUPL" connector and that a minimum of h inch solder has been applied to the end which is to be inserted into the "KWIKUPL".
- e. Verify no sharp edges on both ends of the flex conduit which could potentially degrade the insulation of the conductors inside the flex (IN-PROCESS inspection only),
- f. Verify that the Servicair flex has been color coded at intervals not exceeding 3 ft. as follows:
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AUG 0 21985 Train A - Orange Train B - Green Associated Train A - Orange with white stripe Associated Train B - Green with white stripe Train C - Black or Non-Colored Channel - 1, 2, 3, & 4 (red, white, blue, & yellow respectively)
- g. Verify flex conduit support - the QC Inspector shall verify that the conduit is supported by use of the tyraps or resting on a stationary surface --e exceeding 3 feet (i.e.,
floor, strue, board, cross membe. 'tc.).
- h. Verify separation in accordance with Reference 1-I.
3.2.2 ~ Verify Flex Conduit Separation Flexible conduit shall be inspected for separation in accordance with the. technical requirements of Reference 1-D and 1-I for terminations inside the control cabinets / panels. If flex conduit can be moved to create an unsatisfactory separation problem and remains in the unsatisfactory configuration, the QC Inspector shall verify that a mechanical separator is used to maintain separation (see Attachments SA and 53). The inspector shall verify that all bolts are installed in accordance with Attachments 5A and 53. Hilti Bolt installation shall be inspected per Reference 1-K.
3.2.3 Verify Termination of Field Jumeers Field Jumpers shall be installed as shown on approved Engineering drawings. All Field Jumpers connectec with the cable being terminated shall be inspected and docunenced on Attachment i as follows:
- a. Wire size shall be the same size or larger than the cable being terminated.
- b. Termination requirements of the jumpers shall be the same as the cable being terminated.
- c. Routing of field installed jumpers shall not violate separation requirement or minimum bend radius.
NOTE 1: Field jumpers are identified only when designated on the Engineering Drawing.
TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. p QI-QP-11.3-1_8 Rev. 25 Page 8 of ,7,6,
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AUG 0 21985 NOTE 2: Temporary terminacions utilising fis1d jumpers shall be identified using a " Temporary Modification Tag".
3.2.4 Witness Adecuacy of Jackee Removal (IN-PROCSSS Ins 6ection oniv)
The QC Inspector shall inspect the inner conductor insulation subsequent to jacket removal to assure that inner conductor insulation has not been damaged (cuts, nicks).
During the IN-PROCESS inspection, the QC Inspector shall verify the proper tools are utilized for jacket removal (Refer to Attachment 9. Table 1) .
3.2.5 Witness Proper Tools for Stripping of Insulation (In Process Inspection Only)
The QC Inspector shall verify that all stripping of conductor insulation between 10 - 22 AWG is performed utilizing the hand scripper (Ideal #45-092) with wire stop. For power cables (4/0 AWG and larger), the use of a pocket knife is acceptable for stripping of insulation. (See also Attachment 9, Table 1) .
3.2.6 Verify Proter Terminal and Splice Connectors for Gauge of Conductor Wire Used The QC Inspector shall verify that the terminal lugs and splice conss etors are che correct size for the conductor used.
Attachment 9, Figure i and Table 2 depict the carminal lugs and splice connectors for each gauge of condt: tor wire. For drain wire connections of shielded #16 AWG cable and connectors to be utilized in the core cooling monitoring system, refer to Table 1 of Attachment 9. Verification can be obtained for non-insulated terminal lugs and splices by noting that the AWG wire size being used matches the wire size stamped on the terminal or splice Connector.
i Compression type terminals shall not be used on thermocouple wire. Connections at instrument and reference junctions shall be made in accordance with the instrument manufacturer's recommendations. Wires will be looped under screws in a clockwise direction.
Splices will be installed in accordance with engineering drawings and deca 11s or vendor drawings, as applicable. (Reference 1-G).
Certain equipment such as switchgear, motor control centers, and cable bus ducts may be supplied with lugs which shall be
r TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. QI-QP-11.3-28 Rev. 25 Page 9 of 76
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AUG 0 21985 installed only if they are of correct size, material, and type, and are compatible with the compression system being used.
Cables shall be installed from origin to destination without splices unless specifically called for on the latest approved Engineering drawings.
The installation of field splices inside control panels shall require the following:
- a. The splice shall be authorized by an approved design document (i.e. DCA or drawing revision).
- b. A conductor of the same color code and trade size of the conductor being spliced shall be utilized.
Where terminal lugs / blocks providdd with
- equipment for 600 volt power cables are not large eno~ ugh to accommodate the power cable, it is acceptable to terminate the power cables directly on the starter or break units in equipment such as Motor Control Centers. If the starter or breaker will not facilitate the existing cable a smaller cable may be spliced using the ampacity and location guidelines of detail 13 and Table 13 of Reference 1-G.
3.2.7 Verify Proper Tools for Crimping / Compression of Terminal Lugs and Splices 4
The QC Inspector shall verify that the crimping / compression tool is the tool specifically recom= ended for the activity performed.
Attachment 9, Figure 1 and Table 2 depict the proper tool,
- terminal lugs, splice connectors, dies (if applicable), and dot codes for each gauge of conductor wire.
3.2.8 Witness the Setting of Stripping Tool Wire Stops for All Pre-Insulated Environmental Sealed (PIES) and Non-Insulated, Non-Sight Hole Type Splice Connections Smaller than No. 8 AWG.
The QC Inspector shall witness the setting of scripping tool wire stops when utilizing the Ideal hand stripper (45-092). The strip length shall be in accordance with the manufacturers recommen-dations (see Attachment 9, Table 2).
The QC Inspector shall verify that the wire stop measuring device has been calibrated and indicate the calibration number in Block No. 14 on the IR,(Attachment 1).
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TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. p QI-QP-11.3-28 Rev. 25 Page 10 of 76
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AUG 0 21985 When multiple butt splices in the same cable are being performed (e.g. electrical penetration, multi-conductor cables) the QC Inspector shall witness the setting of the wire stop for the first splice and monitor the subsequent stripping to assure the wire stop remains within the tolerances indicated in Attachment 9 Table 2.
3.2.8.1 Verify Stripping Length of No. 8 AWG and Larger Non-Insulated Non-Sight Hole Butt Splices.
The QC Inspector shall measure the length of exposed conductor (Figure 2, Attachment 9) for non-insulated /non-sight hole bute splices (No. 8 AWG only) prior to insertion of conductor into splice connector. The types of scripping tools are identified in Attachment 9. Table i.
For IN-PROCESS inspection, the QC Inspctror shall verify that the stripped conductor is free of nicks, cuts, missins sonductor strands or extrusions.
3.2.9 Verify Physical Attributes of PIES Solice_ Installation (Applicability - wire range 12 - 24 AWG)
The QC Inspector shall verify that the installation of the conductor into the splice meets the accept / reject criteria as shown in Figure 5 of Attachment 9. Since setting of wire-stop on stripping tool has been witnessed, the attributes to verify are as follows:
- a. Correct dot code, and/or observed that the correct tool was utilized.
- b. No flash or excruded insulation.
- c. PIES splice insulation is in firm contact (crimped) with wire insulation.
- d. Crimp centered on wire barrel.
- e. No evidence of conductor or splice insulation damage.
- f. Splices are staggered or trained so they are not touching.
one another.
NOTE: 4 crimps per PIES splice connector (Refer to Attachment 9, Figure 5)
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TUGC0 INSTRUCTION m,%
QI-QP-il.3-28 Rev. 25 g,, ,(
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PIES' splices do not require heat shrinking nor are [J7 they to be used in harsh enviroments.1 areas [.j,']
(Accachment 7) unless specifically required via an o ."
approved Design Change. i.t n~
For non-insulated butt splices, refer to sub-paragraph 3.2.11. l2 ru~
PIDG Radiation Resistant Butt splices are for the l}
Fire Protection System oniv. .~
L" Verify, Physical Attributes of Insulated Ring Tongue Terminal _ }
3.2.10 Instaflation i e-l (Applicability - vire range 8 - 22 AWG) 0 hE the installation of the ;.
The QC Inspector shall verify thatconductor into the Attributes to verify are terminal lug mee ['
as shown in Figure 5 of Accachment 9. V.
as follows: e (crimped) vich wire x
- a. Insulation barrel is in firm contact insulation. i NOTE:
Plasti-Grip Terminals (6-8 AWG) provideterminal only a ,
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support for the wire when flexed (i.e. insulation will no '
r No flash or extruded insulation. i b.
Crimps c.
Crimp is centered or near centered on wire barrel. ,
may be off center; however, crimp shall not be off the end of the wire barrel.
- d. End of conductor is flush with, or extends beyond end of te;minal wire barrel and will not interfere with terminal hardware.
During the IN-PROCESS monitoring inspection, the QC Inspector the proper shall verify the proper dot code and/or observe that tool was utilized to make the crimp on the wire barrel.
NOTE: 2 crimps per terminal lug for 600V conductors 9, Figure 5).
10AWG and smaller. (Refer to Attachment l
l For non-insulated ring tongue terminals refer to sub-paragraph 3.2.12.
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QI-QP-11.3-28 Rev. 25 Page 12 of 76 h(Q pt AS UTILITIES GENERATING CO. lf
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AUG 0 21985
- g Fw W T' r 1 When two (2) terminal lugs are terminated utilizing the .14 same screws, the QC Inspector shall verify items a through d above for both lugs prior _to the final
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w Verify Physical Attributes of Non-Insulated Solice Installation 3.2.11 t, (Applicability - wire range 8 - 22 AWG) um y
The QC Inspector shall verify that the installation of the y conductor into the splice connector meets the accept Since/ reject the "
criteria as shown in Figure 5. of Attachment 9.
setting of the wire stop has been vitnessed for follows:non-sight hole type butt splices the attributes to verify are as Crimps may be off ) .'
s.
a.
Crimp is centered or near centered. center however, the crimp .a wire barrel. b.?.
b.
The insulation does not enter wire barrel or, e c.
the conductor is inserted far enough into the splice connector (see Figures 1, 2, and 3 of Attachment 9). L.
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Wire is visible through inspection hole (if applicable).
i e.
For parallel splices, bar,e wire ends must be flush with or 3j extend slightly beyond end of barrel. Y raceway 7 f.
Field Splices are staggered or trained to prevent g overfill. I.
- g. No apparent extrusions or flash on wire barrel.
f NOTE:
2 crimps per butt splice and I crimp per parallel i i
splice.
The non-insulated' splices on conductor cable shall be insulated shrinkable cable sleeves (Refer to sub-paragraph.
with beat f
3.2.23).
Verify Physical Attributes of Non-Insulated Ring Tongue Terminal _
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3.2.12 Installation (Applicability - wire range 6 AWG and larger (600V copper cable);
4/0 AWG and larger (8KV copper cable).
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AUG 0 21985 The QC Inspector shall verify that the installation of the conductor into the terminal barrel meets the accept / reject '
criteria as shown in Figure S of Attachment 9. Attributes to verify are as follows:
- a. Crimp is centered or near centered. Crimps say be off center however, the crimp shall not be off the end of the wire barrel.
- b. The insulation does not enter wire barrel
- c. Conductor is flush with or extends slightly beyond end of terminal wire barrel and will not interfere with terminal hardware. When inspection holes are provided, ensure that conductor is visible through the inspection hole.
'd . No apparent extrusions or flash on wire barrel.
NOTE: 1 crimp per terminal lug. Long barrels have 2 crimps.
3.2.13 Verify Cable Continuity Check Performed (Witness for PIES Bute Splices)
The QC Inspector shall witness continuity checks performed on PIES field splices inside control panels prior to terminating the conductor.
The QC Inspector shall verify that craft personnel have completed cable continuity portion of the Cable Connect Card by indicating that continuity checks were satisfactorily performed for all other terminations.
3.2.14 Verify Cable Shielding 3.2.14.1 8KV Shielded Cable The shield of single conductor shielded cable shall be terminated. 8KV electrical penetration shield shall not be grounded at the penetration assembly.
If shielding'to be grounded passes through a ground sensor current transformer, the shielding lead shall be carried back through the ground sensor before grounding.
3.2.14.2 Instrument and Signal Cables Terminations and shielded connections for instrument and signal cables shall be as shown on wiring diagrams. Shield grounds
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AUG 0 21985 shall be applied only at points indicated on latest approved Engineering drawings.
3.2.15 Witness Preparation of Surfaces for Bolted Connections Bare copper contact surfaces shall be wire brushed and wiped clean of residuals. . Copper or aluminum contact surfaces which are tinned shall not be wire brushed or otherwise abraded. Bare aluminum contact surfaces shall be liberally coated with Ideal NOALOX joint compound and wire brushed through the compound. The mating surface shall then be coated with additional NOALOX.
Excess compound shall not be wiped from aluminum contact surfaces before bolting. Joint compound shall be applied to all mating contact surfaces where one of the connecting pads is aluminum.
Lugs which have the designation "AL-CU" require no joint compound when :erminating copper conductors.
3.2.16 Verify Correct Materials for Bolted Connections The QC Inspector shall verify that all final terminations are made utilizing the proper hardware. Connections utilizing k" and larger diameter hardware shall be made with standard, coarse thread, hex head bolts and nuts or standard machine screws only.
Connections utilizing hardware less than k" diameter shall be made with standard machine screws and hex nuts or standard machine s, crews only. Threads may be either fine or coarse.
Brass machine screws may be used.
NOTE: Machine screws may be varied configurations; i.e., round head, slotted, hex head, etc.
Bolted cable shall use flat washers under the head and nuts and lockwashers under the nut. Belleville spring washers shall be used in lieu of lockwashers if either mating surface is aluminum.
Belleville spring washers, where used, shall be located undar the nut with the concave side toward the joint, and a standard flat washer shall be used under the Belleville washer. If the bolt head bears on a tinned surface, a standard flat washer sha:.1 be used under the bolchead to prevent abrasion of the placed tin coating.
It is acceptable to use carbon steel (ASTM-A307, A325, A449),
stainless steel or silicon bronze hardware for copper to copper connections. For copper to copper connections below k", brass may be used if other material is not available. Carbon steel bolts shall be electro galvanized. See Attachment 4 for ASTM bolt types and markings.
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TUGC0 INSTRUCTION I QI-QP-ll.3-28 Rev. 25 i TEXAS UTILITIES GENERATING CO. Page 15 of 76
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AUG 0 21985 (
i NOTE: Traceability need not be maintained.
Where bolting hardware is supplied by Vendor, substitutions shall not be made without prior approval from site Engineering. ;
f If either pad is aluminum bolted joints between cable terminal pads and equipment terminal pads, buses, or other cable terminals I shall be made with standard, coarse threaded, stainless steel, hexhead bolts, hex nuts, flat washers, and Belleville spring {
washers. Belleville washers having a placed coating shall not be r used under any circumstances. For copper-to-copper connections, silicone bronze or electrogalvanized carbon steel-(ASTM A-307) hardware is acceptable and Belleville washers are not required.
All other bolted joints shall have lock washers. 3olt lengths shall'be selected to provide full thread in the nut.
Bolting lengths shall be determined by the minimum length providing full nut engage =ent.
NOTE: Stock bolts may be shortened to meet specific require-ments providing they are cut square, threads are dressed to ensure elimination of burrs and sharp edges, and the end of placed bolts coated with zine rich paint.
Where bolting compression type lugs are supplied for 600V in-line splice connections, the lugs shall be bate to back with silicon bronze or stainless steel hardware.
For 8KV power cable (4/0 AWG and larger), one bolt hole lugs may be utilized when supplied by equipment vendor or whenever equipment has provisions for lugs with only one bolt hole.
3.2.17 Witness /Verifv Tensioning of Final Terminations Final terminations shall be verified as follows:
- 1. Witness torquing of bolted / screwed connections 1/4" diameter and larger (except on mechanical compression type connectors).
The QC inspector shall witness torquing of all such bolted connections 1/4" diameter and larger. The QC inspector shall apply torque sealing compound (except limit switches) to bolts after corque requirements have been fulfilled.
Terminal and transition joint lugs for 600V copper cable size #6 AWG and larger as well as 8KV copper cable size #4/0 AWG and larger shall be of the uninsulated, tongue type lug having 2 bolt holes in the pad. However, a one bolt hole lug may be installed when supplied with equipment or
_._.-a,-- -- -mrawmTP1TMP
TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. @ ,
QI-QP-11.3-28 Rev. 25 Page 16 or 76
- CPSES - .
AUG 0 21985 whenever the equipment has provisions for lugs with only one bolt hole.
Bolts / screws 1/4" diameter and larger shall be torqued to values defined herein, unless otherwise required by the manufacturer:
Bolted Material Torcued in Foot-Pounds for Bolt Size 1/4-20 5/16-18 3/8-16 1/2-13 5/8-11 Carbon Steel (A325) 8 17 20 50 95 Carbon Steel (A-307) 5 12 15 40 65 Silicon 3ronze 5 10 15 40 55 Stainless Steel 5 12 15 40 70 All class IE and associated cable bolted terminations on vendor supplied pigtails utill:ing non-insulated splices shall be insulated with heat shrinkable cable sleeves (Refer to sub-paragraphs 3.2.23 thru 3.2.25).
When the shrink tubing will cover the bolted connections the QC Inspector shall verify corquing requirements and assure cable continuity tests were performed prior to the application of heat shrinkable tubing.
Torque tolerance is : 10".
- 2. Verify that bolted / screwed connections smaller than 1/4" diameter, all terminal block screws and mechanical compression type connectors are tight.
l l For the purpose of this procedure tight is defined as l follows:
- a. A terminal connection wherein the contact surfaces of conducting material are visually flush against one another and no " freedom of movement" is evident (i.e.
turning of screw / bolt when applying moderate to heavy pressure against terminal barrel does not constitute
" freedom of movement"). (NOTE: When possible, pressure should be applied in clockwise direction.)
l b. During IN-PROCESS inspections this may be observed
) as follows: In general, once conductor contacts are I flush a 10' to 90* turn of the screw / bolt is adequate j to assure a good electrical connection.
- f. ((.
- i
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TUGC0 INSTRUCTION MMB F rkf QI-QP-11.3-28 Rev. 25 Page 17 of 76 :
6S UTILITIES GENERATING CO.
- CPSES -
AUG 0 2 1985 r m3
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Where device terminals (e.g., terminal blocks) are marked F
' ^
-kJ
- 3. ,;
with torque'. values or where torque requirements are otherwise required by a vendor, the QC Inspector shall , [0 witness that torquing to the vendor requirements.
3.2.17.1 Weidmuller Terminal Blocks f.Lj--
9,n The QC Inspector shall verify the following attributes: g,.
t- s
- a. terminal block damage. extend out beyond the terminal block
- b. stripped wire shall not '
entry port.
- c. proper mounting of assembly rail, end plates and end --
brackets. 10 AWG. Weidmuller SAK
- d. maximum conductor size shall be No. 10 AWG cables. '
10 shall be utilized when terminating two No.
Weid=uller SAK 6N shall be 16 utilized when terminating one AWG) and when terminating two -
cable (No. 10 AWG thru No.
cables (No. 12 AWG thru No. 16 AWG). ,,.
NOTE: Refer to Reference 1-0 for details and applications of Weidauller terminal blocks.
s .
om During the IN-PRCCESS inspection the QC Inspector shall witness (stripping the setting of the wire stop on the scripping tool .4 length shai* be within 15/32 inch and 19/32 inch) and verify that a parallel-bladed electricians screwdriver is used (similar to Weidmuller screwdrivers Nos. 2, 3, & 4). ~~
NOTE:
A parallel-bladed screwdriver does not contain a capered end as this may tend to exert force on the ;
plastic guide and damage the terminal block.
3.2.17.2 Mechanical Compression Type Connectors M the exposed portion of the I The QC Inspector shall verify that GE conductor for all mechanical compression type connectors (e.g. ,
MCC's, breakers, thermocouples) do not exceed k inch beyond the Vendor supplied mechanical compression g
F connector entry port.
type connectors shall be installed per manufacturers [
s recommendations.
Routing Verify Minimum Bend Radius and Internal Cabinet 3.2.18 training and routing shall be arranged in a
- a. Internal cabinet neat and orderly fashion and be consistent with good construction practices. i
- .. - mun
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. $'b ' '
TUGC0 INSTRUCTION [-[ ,
Rev. 25 @d ;
QI-QP-il.3-28 (i Page 18 of 76 I UTILITIES GENERATING CO.
AUG 0 21 985 Q^,
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b.
The QC Inspector shall assure that the radius of the fina p..
g u('
"crained" cable does not10.violate the minimum bend radius V criteria contained in Attachment 3.2.19 yerifr Cable Secure ,. .
Cable shall be verified as secure as follows:
Securing the cable inside cabinets shall be accomplished 3.1.1) . bi
- a. with Engineering approved materials (Refer to Para. '
'~
b.
The QC Inspector shall assure that no cable i ) damage occurs (i.e., .,
cuts, nicks, to cable jacket or conductor insulat on as a result of cable tie installation. ble -
c.
When cables are bundled together thef cable cut off ends of ca bundles.
ties shall not be buried in the interior o 3.2.20 yerify Cable Identification /
The QC Inspector shall visually inspect the cable h Cable and or conductor identifications to ensure consistency with ti e r Termination Card, Cable and Raceway Schedule applicable Eng nee - , ,
ing drawings and the following criteria: [
- a. All wires shall be terminated to terminal equipment components according to the identificat i
h blocks on and '
numbers and-color coding shown on the drawings witIdentification ;
the exception of phasing. d unless the multi-conductor cablesConductors by tagging shall be is requirecable ha F king '-
going to a multi-pin connector. identified by tagging, using Rayc ;
Ty-rap with cable numbers as shown with hdl marking pen, on F i
l approved design drawings and inCable the and Racew feet or less do not have to be identified except cases where the cable contains the same color conduct b.
Cable for safety-related and associated circuits will beIn general, dd color coded by the cable Ifmanufacturers.
field color codingeClass 1E cables throughout their entire length. l becomes necessary, cables will be color coded at interva s Class 1E cables that have been not to exceed five feet. field color coded arei marked with a perm
" train identification" color band using an Engineer ng No.
Okonite approved tape such as Brady B-361-B film tape orbe marked with 35 jacketing tape.* Associated cables will
e 0
- 9 .
TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. > QI-QP-11.3-28 Rev. 25 Page 19 of 76 ,
-- CPSES -
)
l AUG 0 21985 a white band and a " train" color band. No Class LE or associated Class IE cables shall be color coded in the field before receiving written approval from Engineering.
The cable markers shall be placed as follows:
- 1. Cables shall be identified at each end;
- 2. All cables shall be identified at termination points (except multi conductor cables).
NOTE: In the event that inconsistencies are noted, the Engineering / Vendor Drawing (cable connection drawing) shall be the governing docu=ent.
3.2.21 Verify Terminations I. A.W. Engineering / Vendor Drawing The following criteria applies:
- a. The QC Inspector shall verify that conductors are terminated to the proper place and shall be in accordance with the latest applicable Engineering drawings or Vendor drawings.
- b. No more than two (2) lugs (back to back) will be allowed -
under a single terminal block screw, unless otherwise shown on approved Engineering drawings.
- c. Conductor terminations should be arranged in a neat and orderly fashion, and secured with cable ties.
NOTE: Temporary terminations shall be identified with a ,
3.2.22 Verify Internal Separation The QC inspector shall verify the following attributes as applicable:
- a. Separation between field run redundant Class IE cables and Class IE/ Non-Class IE cables within equipment shall be maintained in accordance with the equipment specification.
If the specification gives no separation requirenents, the minimum separation distance between redundant Class IE and Class IE/Non-Class LE cables shall be greater than or equal to 6 inches. In cases where the above separation criteria cannot be maintained, barriers shall be installed between the cables.
Barriers used for separation shall be installed via an Operation Traveler /IR, Attachment IB.
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- TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25 .'f EXAS UTILITIES GENERATING CO. Page 20 of 76
- CPSES - <
AUG 0 91985 t-(. .
e
- b. Barriers used for separation will be as follows (Refer to Reference 1-I) .
f-V Servicair Company FC 33 flexible conduit (this y; 1.
flex-conduit is acceptable only in the main control '
boards and vertical ventilation panels). Refer to ,
sub-paragraph 3.2.1.2. 6 Two sheets of fire retardant material separated by a b 2.
minimum of 1/4" of air space or thermal insulating. [
material, or
- 3. A single barrier with a 1" minimum air space or thermal insulating material between the components or devices and the barrier, as applicable.
- c. Power supply feeds to instrument and control room distribution panels shall be installed in solid enclosed raceways as shown on G&H design drawings. (Example:
conduit)
- d. Redundant Class lE circuits shall enter in separate apertures and terminate on separate terminal blocks or connectors as shown on G&H design drawings. ,
- e. The following cabinets have been analyzed and are exempt from the separation requirements; however, equipment that provides for channel or train separation shall be utilized when available.
NOTE: TBX for Unit I and TCX for Unit 2.
NIS Cabinets T-X-NIEL'CA-01 (4 Cabinets)
Solid State T-X-ESELSP-01 (Logic & Output Protection Syste=
Cabinets only)
Solid State T-X-ES ELTC-01 (Test Cabinets)
Protection System Upgrade Protection T-X-XIELSS-50
& Surv'e111ance Process Racks T-X-XIELRK-01 T-X-XIELRK-02 T-X-XIELRK-03 T-X-XIELRK-04
1 TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. > QI-QP-il.3-28 Rev. 25
) Page 21 of 76
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AUG 0 21985
- f. Protection channel wiring, safety-train wiring, and Non-safety train wiring within panels PCl, PC2, PC3, PC4 will be in different wire bundles. These bundles will be separated to the maximum extent practicable.
- g. The minimum separation requirement of 6" within equipment for field run cables may be waived between Class IE cables of one train and non-Class LE fiber optic cables.
3.2.23 Witness Cable Surface Preparation Prior to Installation of Heat Shrink (IN-PROCESS inspection only)
The QC Inspector shall witness preparation of cable surface prior to installation of heat shrink materials. The QC inspector shall assure that the area of cable in which heat shrink will be applied has been cleaned with a cable cleaning solvent i.e.
trichloroethane or methyl-ethyl ketone.
3.2.24 Verify Proper Materials for Heat Shrink Installations The QC Inspector shall verify that the proper heat shrink kit is being used. Refer to Attachment 8 for kit numbers and their usage range. The QC Inspector shall document the applicable lot number, and kit number of all heat shrink materials prior to installation. If an Operation Traveler is used, the information shall be documented on the Operation Traveler as indicated in Paragraph 3.1. All nuclear heat shrink kits will have the prefix or suffix (N) to indicate nuclear material. Each kit components interior may have a red adhesive substance to indicate same.
Alternative applications or alterations of kits, except as noted in existing Raychem instructions, must be approved by engineering. Generic approvals will be made via letter from engineering and documented on Operatton Travelers. The method of l approval shall be indicated on the cable connection sign-off l
card.
NOTE: It is permissible to field cut WCSF-12N tubing into six inch lengths for uninsulated bute splices.
Heat shrinkable nuclear splice kits will normally be accompanied with a set of Ansta11ation instructions to be followed as well as the criteria stated herein. If the' kit does not contain a set of instructions, they can be obtained from the Electrical Tool Room.
Braided jacketing material shall be removed from the conductor surface where the heat shrink is applied.
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F TUGC0 INSTRUCTION fr
> -QP 1.3-28 Rev. 25 FEXAS UTILITIES GENERATING CO. )
- CPSES - [
^
AUG 9 21985 l
[,
When individual heat shrink sleeves are used, they are to be t considered as a kit consisting of a single part. E 8KV terminations shall be installed with Ravchem "N-EVT" I termination kits in accordance with the manufacturer's [
recommendations and detailed instructions. i The installation of 600 volt in-line splices that meet any of the -
following criteria shall be insulated with heat shrinkable cable !
insulation sleeves (see also note below): [
Installation of nuclear heat shrinkable sleeves shall be used as required to complete the installation of:
- Class IE 480 volt motor terminations
- Electrical Penetration cable connections
- Cable reduction splices
- Uninsulated Splice conrectors 3.2.25 Verify Adecuacy of Installation of Heat Shrink Materials (Witness for 8KV terminations)
The QC Inspector shall verify the adequacy of installation of heat shrink materials. Satisfactory installation of sleeves will be indicated by:
- a. Smooth, consistent contact between sleeve and cable;
- b. Red adhesive flow showing at each end. Adhesive flow -
indicates complete shrinking and cable contact ensuring a positive environmental seal (if applicable).
NOTE 1: Lack of above conditions sill require a reheat process until shrinking is complete.
NOTE 2: Overheating of sleeves will be indicated by obvious blistering (flaking) of surface and shall be removed and replaced,
- c. 2 inches of conductor insulation on both sides of uninsulated butt splices shall be covered with heat shrink material.
3.2.26 Verify Installation of End Caps for Electrical' Penetration Assembly The installation of heat shrinkable end caps utilized on the spara conductors on electrical penetration assemblies shall be in accordance with the end caps manufacturers instruction.
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--. b l TUGC0 INSTRUCTION C QI-QP-ll.3-28 Rev. 25 XAS UTILITIES GENERATING CO. Page 23 of 76 fn k ,. i
~ CPSES -
AUG n o 1985 [
c ._
f w'
shrink end caps L7 Attachment 8 (Table 8-7) lists acceptable heat !"
for electrical penetration assemblies. ta I'
The QC Inspectors shall verifyThe the end proper cap and satisfactory shall conform to the
>? ,
installation of the end cap.
cable and completely encapsulate the end of the conductor after
'.hi:a installation. T:
It is not necessary for the Inspectsr to record the kit number of :
the end cap on the Inspection Report when end caps are being installed on spare conductors of electrical pene; ration assem-blies.
3.2.27 Verifv Comoonent Installation ?
The QC Inspector shall verify the installation of all Class IE
~
Instrumentation devices that are self-contained (does not have a ~
site installed remote sensor or electromechanical interface) for ,
proper mounting, location, orientation, and the termination of instrumentation or control cable and/or thermocouple wire in -
accordance with the design drawing (s).
NOTE:
These devices will be installed by the electrical craft. Those instruments installed by I & C and are
- identified by an I & C sticker are not within the scope Terminal block mounting hardware of this instruction.
shall be performed by the QC mechanical inspectors.
3.2.28 Verify Internal Comoonents f The QC Inspector shall verify that all craft site installed internal components are the correct range, type, rating in accordance with the latest design or vendor documents.
These inspections shall be performed when the incoming wires are terminated to these devices. If a wire is terminated on a
' terminal block and associated components have beenthese installed in compo-the field to this terninal block, QC shall inspect nents. QC shall also inspect breakers in AC and DC distribution panels to assure the device has the proper amperage rating.
3.2.29 Verify Connector Free of Damage Verify that the connector used is that connector specified on the vendor drawing.
Ver1fy that the connector is free from damage by visually inspecting the shell to assure it is not deformed, has no chips, cracks or burrs and the lock is f ree to turn, if required.
S
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, [' J TUGC0 INSTRUCTION [q Rev. 25 p QI-QP-11.3-28 Page 24 of 76 I-
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5 UTILITIES GENERATING CO.
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- CPSES - AUG 0 21985 *
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Witness Pin / Plug Orientation 3.2.30 2J The QC Inspector shall perform a pin /d plug orientation nce with II' d/ 'k verification for multi-pin connectors in accor a :
Engineering or vendor drawings.
Witness Prefabricated cable Crimping _ GJ 3.2.31 i g tool
@# r "g The frequency of inspection for verifying that crimp nwith Test / Calibrat testing is performed in accordance Operation") '
to re-issuance Procedures (EEI-10 after use"inElectrical Termination Shack i
shall be performed the field, pr orThe test shall consist of (5) and documented on Attachment 2.
five sample crimps. ' l be performed ,
Verification of prefabricated cabie crimping shal s~
for the following: t
- a. proper connectors
- b. contacts P-
- c. tools
- d. crimp height types, tools, etc., refer ,
For specific identification of contact
- to Attachment 6. l cad /or design There may be instances where no cases In these available spec {
(i.e., open barrel contact such as Burndy SC16). h dimensional '~
l post crimp inspection shall be made according ile strength to t e l r:.
requirements of Attachment 6 and the following tens
- 1 test:
MINIMUM TENSILE STRENGTH (Pounds) i WIRE SIZE (AWG) l 10 ii 22 16 20 20 18 30 i
- 16 60 14 70 12 80 10 Minimum duration of pulls is one minute.
NOTE:
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TUGC0 INSTRUCTION ;
> QI-QP-ll.3-28 Rev. 25 t'
'EXAS UTILITIES GENERATING CO. Page 25 of 76 ,
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AUG 0 21985 c e
F P
t 3.3 DOCUMENTATION h
Inspection Report (s) associated with this instruction may be ;[
packaged as part of a traveler installation or as part of other ~
procedures and IR's as necessary to complete a process or item installation (Reference 1-L), where applicable.
Class LE termination inspections shall be documented on an Inspection Report (Attachments I and 2). (
I Attachment 2 will be used t~o verify crimping tool test was performed for prefabricated cable.
If cable is reworked as a result of removing unique flex conduit or flex conduit from conduit raceway, rework shall be documented on the appropriate Inspection Report (Attachment 3).
3.4 IN-PROCESS INSPECTIONS' A weekly IN-PROCESS inspection of electrical construction activities shall be performed and documented on Attachment 1.
The QC Inspector shall check the appropriate box on Block 9 of Attachment L. The weekly IN-PROCESS inspection may be combined with a final inspection by witnessing all operations and checking both In-Process and Final Inspection boxes on the IR.
This inspection shall be lLnited to those items that are not witnessed. A minimum of one item for each inspection attribute shall be performed per week, consistant with construction activities. In cases where there is no activity for a particular attribute that attribute shall be marked N/A and "No Activity" shall be recorded in the remarks section of the inspection report.
NOTE: Items are not required to be completed at one time.
3.5 DISCREPANCIES Discrepancies found during inspection shall be documented on the IR (Attachments 1, lA, IB, 2, and 3)* and/or a NCR per References 1-M and 1-N respectively, as directed by the QC Supervisor.
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TUGC0 INSTRUCTION QI-QP-ll.3-28 Rev. 25 {. ,
- Page 26 of 76 S UTit.lTIES GENERATING CO. -s.
- ceses - AUG 0 21985 g .4.-
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ATTACHMENT 1 9. l * .
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0*,NANCHE *EAK i~EAM ELECTRIC STATION y," y* :.
^
t INSPECT 3 RE? ORT uswis: meat .tst;.n;;:s o
,.;t.u;riwia 4. 5 ! 's '
3 Cable 4 .*s.at ;a itn (mi. ;;or. ma. d * ; V?
Fu.gg.atertaClass IE as Cable haciens*e Atr.3.c. x.C. 4 us. 6 camit
- d <~~ reg ts MW Titc. 4. /G. 5) St-W -11. ?-tt .
tev.
" e:nt ** ::stit:::p 2 %i IS-100 el 9 pstat's :p -* :.tspg: :p P ses :ss-up " :ssster:p
- f. :s secttis ~ itttF!:A;;;n
- 3sitet:m% - ,
- ssp. rgr;cs Wi y
{ :151TC;;3 C:!'**.I*ts. 4 a#*.!C'Jt! tic's 1Af t1/AC737 X #1'53 }
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- IMSPECTION AT 2!!UTES ' 2' j
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- it e e '. i . / ~c -" * * . ,4 u . / . .
4 -
I
_j i I (V) 1. } va-t!v Adame, a? n ane t# - tb le d j ..
'attaen !? IA or 13 ns 6 i ! l 8 l conduit installacion.
Sf field *umoers. !
' ! _l (7) 2. I 7erifv eeasinations l /%3RON?$ Mo - ]
I # I !
! Vitnest (dettaev of *sesee ?eTova af '- W sad aa /'N- =
N) 3.
I i l ]
I Vitness orecer teols for se? teem + j N) 4 I
~ I i h ?RCCT.SS insoection oniv) . _!
I 5.
l 7erifv erocer tersina; md sotice connectors. i I I I w
(7) l I I I I__
(7) 6. I Verifv orecer tools f se trimoine/ce-eressionI of ture ' !
}
I I solices . --of r-. < -a* 8-a 15 d
I ! I I I Vitness settine of ser eofae ltee ' .
N) 7 tvae SuttIl so I I I '~
I ?tES and (non-tesulated/non-sithe 1 WC) .
hole _
i I I '
I cennections smaller than ?to.lengt s of No. 3 KC and larger I I 7erify oroner sertooing I i I l
(V) 3. l k
I E I
son-insulated /non-signe holes bute so ices. llation.I [
l _
(7) 9. l Verifv onvsteal actributes of ?!ES solice fastiI i I -
l (7) to. I verify shvstest actributes of insulated eine toneue I I I I
Carminal installation. l l l I 4 l
l I Verifv chysteal attributes on non-insulated soliceI I I (
(V) [1, I I l installation. eI ' I 3
I
- 12. l 7erifv shvstest sceribuces on non-insulaced rine tenr2 I I 5 (V) I I I I l terminal installacion.
! ! I k f7) 13. l Verify cable continettv check ?!!S eerfor='ed.
Sute solices toside I N) 14.
l ViMess eene Muity theek for I I I l -ea,-41 uf. es. I -I I l
! I I (V) 15. I verifv emble shieldine. d connections.I I I I N) L6. l Vitness oreestseion of surfaces for bolte ! j I I I tv) 17. l Verifv eorrece materials for Solted eennee*4eas II." e4 coenecefeas.
's.,**
l I I I N) 18. l Vitness toroutrie of Sotted E
l or as reoutred 5v Manufaceurer)
Cs/02 s/85
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p TUGC0 INSTRUCTION ];
si> >- QI-QP-11.3-28 Ra.v. 25
'EXAS UTILITIES GENERATING CO. Pagee 27 sf_ 76..
- CMES - 0 AUG 0 9198_5__
i.
I:
e t-p ATTACHMENT 1 (Conc)
(~
c::mMcNE PEAK STEM ELEC RIC STATION h
QIH P-ll.3-28 tev. _ ,
y INSPECTION REPORT q3, :
(5:;78LSMENTAL) ~
4.
FOR Fut.t. HEActnGS. SEE SHEET 1 t f l . I: x e au '
.,.i :: 11 at l murm .
I w. .,
I I
- .3. screvs are tight.
l (V) (9. I 7erift bolts / screws ( t/6** 6
- 10. I 7stify tersination(s) on Veidauller terminal block. . .[
l I l (V) I
! l !
i (v) 11. \ 7erifv secnanical actoression tvoe connectors.
I I l l (V) *2 ! 7erif
- sin. 5end radius snd internal taoinet routing.
I $ ! I tvi 12. l 7e-tf" cable secure. !
I' I !
'vi 2 f* . ! ve-tfv ensle itentiftettien. ! ! l i (v) 23. ! 'Fe -t !v temiametens * .L7. taense fneineertne! Vender
! ! I l l 4 -se.ri a, _
l I l l m I verify tacer9el seceration.
l '6. '
I l l (W) ., ! Witness cable surf ace orecaration orior to installation l l of Seat shrick. (In-Process insoection oniv) .
l l b l l I I l l l (V) IS. l 7ertfv orocer sacertals for seat shrink installation.
- 29. I yectgv aceouaev of testallation of heat shrinksacerialsl l l l
sy)
! ! I !
l (Wi ness for ?KV *e n ia.ations).
l IV) 30. ! *ert!v instil 11t'.on 3f and taos f or electriest I eeemerarten assemelv.
7erifw comooneat installation.
h l l l ry) 31. ! I
} l h (v) 32. ! vertfv internal cemoonents.
l I l l
! (V) u. l . Vert!v connector f ree of damage.
k i l l l (V) 34 I Vitness ein/olug ottantation.
l l ! l I (V) 33. \ vertfv 9e fa?aee to e n osed : sele 4ts.ee/insut2. ten.
et.aass: (g%1. titc1. Gs.a l
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TUGCO INSTRUCTION l QI-QP-11.3-28 Rev. 25 i.XAS UTILITIES GENERATING CO. 9 > 5, s. ,,
Page 28 of. 76 N v-
- CPSE3 - N hU (1 es 00, .. , 7*
ATTACRMENT 1-A C3tAMCNE 7EAK $ TEM ELECTRIC STATICM
. INSPECTION REPORT ,
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u INSPEC* CN ATTRIBUTES m is-3l 3 art srb n (vi 1. Ivertfv flex :encui 'escallation.- I I l l I.A '?erifv SI:e l I I l
- 15. 'terifv *we i I I I
!.C "ertfv Mer.tifiestion I I I i
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TUGC0 INSTRUCTION f.'
QI-QP-LL.3-28 Rev. 25 Page 29 of 76 XAS UTILITIES GENERATING CO.
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- crsas - \. Aug o.g 3995
(
y ATTACHMENT l-B Kr
'g . ,
5 n
F COMMChi PEAK STEM ELECTRIC STATION ' "'
5"'"
INSPECTION REPORT ,
h I
sys: n,5;2u(NAs ;c1;surica siEn MSG 1Pilan 'nspection of ,so(a t ti tcAi;ca =0. . [
Servicair Tlex Conduit 3 .J iMLAsgat Ja lLis (CutP. (;&nt. 90. I SMG.aC. g 40- Alf.3.C. 30C. & R17. & CMaG1 20. i
.l st sl 01-OP-LL.3-28. Rev. ^
U O rasinuit:n nPt.w Q Petits? E 1 Q to Pecetts O Pet :ssrauarsoa itItFlpiton ;m17'OT!08 ""in17tP*'on 's17tt!!Cn ,
IntPTCit;n i In1P. asiata ,
C 125PtCf!Ca C:PPttT!3. EL APMfGALC !!!?$ SA!!114CT0tf
- Afl X
- 21MUCE l C tasPT ? ton 0:>Pt{T[3. ya%Af!1FAC*a21 !!(31 ({$f(3 3(L3W titM =0.
IMSPECTICN ATTR18UTES tr 3}= f 34rt ubt it
-4 11 I I I l fVi '.. ! 7 * -i f v '= toch of solder on ends of :enduit.
l l I I l ,
l .
Verifv 'no burts on solder. I l l l .,
I (V) * .
l '
I i ( }
l Verif* installation of bushing on exeosed end of I I I I (V) 3. I I l I l I cenduit.
i i ; i 1
!. l
! /Vi Verifv Sreseece of all connectors and service i
1 I I
l l I I ceueti-es. . .
('J) ! 'li a a.s s 1-s e r* io9 of Ser riesir flex into ! I '
l "*r Nvw' " (1/4" ni .. ) (i&Scoces s teseection onl'I -
I l ! ! l I snars edte on been ends of conduit fin- I f l l l IV' 3. 7erifP 90 l l I l
? recess insoection oniv).
f i l I I I I I "t* '. l 7e-4f- -eler cede of conduit.
i l i i
' I I
I Veritv flex conduit suoport. l l l l
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! I I I l
- 8. Verifv flex conduit separation. l l l l i (V) t I ! I I i I
I i l l l 6 unaas1 (34.1.5M:1.Itc.)
is
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C TUGC0 INSTRUCTION L:
> g QI-QP-11.3-28 Rev. 25 t
'EXAS UTILITIES GENERATING- CO. I Page 30 of 76 h:
- CPSES -
.AUG 0 31935 ' f' t.
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ATTACHMENT 2
\
C' 00.u AN CHE SEh STE/M E E:TRic STATION wer- r i t:
INSPECT 1CN REPCRT je [
- - X"*
irts a$a'"'IERI,FY j'U" """
3 t' ' ' * ' 'I d *'"*' . 7, oneragoresten eso e eoruorir. t b sPsc.m . nzv. .au ac. coC. a est. a Cnana so ge a em aviP. .cer. %
~
kA ES-100 sl slOT08-11,3-2R.8ev. n (Note M**E No's. Below) ,
Ir MSP' N D f 4 MSP C 6MSPtC*:CN NSN MON 9 .
us&P. Rt3ULTS AU. AP8UCasLE ITEMS SAT;$FACTCAT g C NSP(@QN C008M.CTZo "I'
CfMSPC*DQN CCAAPLgTEg, UN$4Tf3FACTCAy gfgg ygTgg gg(gg
'c i
! INSPE T:CN ATTRISUTES l; ,fcart y e 15l s N ATunt.s .
(k') 1 l'4itness Pf af 4'or1Cated Cable Crimoing. 1 I t l i l 1 1 l i
! I E !
? I "I'** * *
!h 461 4 j l l l l .
'e Die 8 l l ' l It *,4 a v,4ent I i i !
ie. Teasile Ste*noth Test (Pourics) I t l l l1 . I i I i t i l l I e i i l l l i i l I l i I I i i i l i l i i l i i i i i ! i l I I I ! !
I I I i i l i l ! l 1
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TUGCQ INSTRUCTION TEXAS UTILITIES GENERATING CO. k QI-QP-ll.3-28 Rev. 25
,; Page 31 of 76
- CPSES - \ o AUG 0 21985 ATTACatENT 3
- ,rA.:4 siA. nia I I:iu: nM;;:. , ,
INSPECTION REPORT i
'7' ' 4 usroouucut1Wr: n
~
.:ca scuassr:3a Aeworn or Fiex Gwir;w;> o.
Concuit Containing Caeles y ] -
msA str.2.c. ;cc. s nu s wnr.t w.
u1100 )au. ,IO!-0P-11.:-23.Rev. .},nusat w rtsTT%r, ZaT~%. ,
n peactst C **t innaLLatton n insratu;tos n rigt n eng;tsi g :resPt:?ren vtstatuttoa
- inset:t ren * : wit: Tics ~ las*t:?:en ,
- nse, sisats
] istst: fica c>'tttt2. ar.L A8'tto*Lt titzs LA!!stAc!:ar O insit:f:cs >*ttita. unsar': sac!sar Iftps (: sits sttav X 35CC' *t ,
atta no. > 6
=
l ~-1 3
! IIsatt INSPECT!CN ATTR MUTE 1 tt t ?' 11
< t's 1. List caeles containea in flex concutt in blect 14 l l l [
fWl 2. I Witness revoex/renair/ installation of flex conduit Der l l I I l 3CR dispositica. l { l l (7) l A. Veri f y rio danace to caele 'acret or insulation. l l I l Itn 3. Minimt.m ten: racius not vioistec uring insta11atien i I ! l of cables. I I I l
- ? ) 4. Veeify flat conduit secarstion. t l l l l l 1 I l l
l l 1 l
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I l l I l I I I I i I l l 1 I l l l i i l i I l l 1 l l
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to 3, I.A. CLOSED O F '
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l l
TUGC0 INSTRUCTION '
QI-QP-11.3-28 Rev. 25
- XAS UTILITIES GENERATING CO . 9) ,)
Page 32 of 76
~*"-
h N AUG 0 21985 ATTACHMENT 4 -
AZTM AMD JC6 CRACd M9A?f/MC3 Sc3A Z??EL M.CL73 QUn SC25WZ ,
CARCd MDRX/A/C: l ZAtCif/C Jo~/c M l Mn TE2inL '
l ZAC
- CAAC4 l l LCW C4 Me*0tVM C224CM ZTELL l ASTM = 2 JC 7 s lLQWC:MAQM lTidL l ua.wagg *dt . C2n04 d l L5w QR Min 1UM Caf,tcu 274fL
' ##5 * ## Mia/UM CARACA) J?llL, ,
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- A 32 5 MtCIUM' Caftau 27CCL, T193 t / CutHCMf4 aun ?EMafi(C
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Cstf.NCuta 240 7tMat*Rio ;
43 7M 2 J$4 LQW 2LLQY Z?ltL, easna sa autucata. sun ram 0424a
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! crent sc cur.ucata ;un rtMatata w t
MCA/UM C244CM ALLQ v ZillL.
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77 16
, ffg g;p TUGC0 INSTRUCTION 4 J' QI-QP-il.3-28 Rev. 25
\ Page 33 of 76 hg,(t AS UTILITIES GENERATING CO.
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- C[ses - AUG 0 01985 -
Ni? l c:a ,
{.}Tf ATTACHMENT SA
- -?;.
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PIs ty
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~ ga:et:
i - ~L DUT.~ E hiltUMUM THRE.A0 f FLAT WAS HERl(4 Es.) ENGAsEMenT ce :. .
A- 1 1*Mtu ._l cnecn FULL NUT l x
'q"x /4 " gagf 3 ow5r as ,+c.m eveo. ; ..
NN s
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DETAll' Yo P_" (9ws3
- T3JHERE HE4H AW14AL SEPARAT4R- USEREDUNDMT BETWT.IN MINIMUM SEPARATZM CISTANCEN4M -<LA55 7]E' AND 7.
CH FLUlBLE ddNtdl7 J j
IE165 UE]ZlRd,ULTS'dR BEW/EENFROVibED BUT MAY NOT 3UE5Ec0EMTLY '
l ZLAS6 'lE .'i'lR4UITS "LS BASIS EVEMT OR TE' MAINTAINED DUE To NON-CEslGN -
'ENVIRdNMENTAL
..THE ' ME4WAM!dIL doNDITION S.
SEFARATOR is WCT ddNSIDERE -
~
3HE COFcGT._sUFFCRT RELATED.5YSTEM 'AMD M 'THEREFO MD ROM NBCLEARGARTY l
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TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. ~ ,s>- QI-QP-ll.3-28 Rev. 25
- CPSES -
k N Page 34 of 76 0
-- Q1Gn01.0C P2558 c4 C7080 ATTAC11 Matt SB
_L vacus tesents tur t'ltt')
WM t'2541 'Al# f(54f* <
8 i
______ ____d----
- SUMJ51LE, ett.fm i.g - ------- NOTE: 1" visible slack must be present
~
{ in the flex conduit en both sides p tw aPSilt, a i en tutt. ?.
l finaen e.w ucN TABLE 1
- L (MAX.) HILTI-BOLT SIZE l' 6" 3/8"4 HK8 W/2 1/2" MIN.EMB.
2'-0" 1/2"4 HkB W/2 3/4" MIN.EMB.
2'-6" 1/2" 4 HX8 W/4 1/2" MIN.EMB.
3'-0" 1/2"4 H5N8W/4 1/d" MIN.EMB.
TABLE 2 CONOUIT SIZE CLAMP SIZE 3/4"q6 1" 1" 4 1 1/2" 1 1/2" d 2" 2" 4 3"
, b
~
2 TUGC0 INSTRUCTION 25 QI-QP-LL.3-28 Rev. -
-) Pass,35 pt 76 Mi UTILITIES GENERATING CO.
- CPSES -
\ .. AUG O 2 1985 ATTACHMENT 6 ~ . ,
.s
. . N PREFABRICATED CABLE CONNECTOR CONTACTS .e-
- 1. CP 605 Reliance Electric h Prefabricated cables supplied under thisThese orderconnectors primarilyand connece c e main control boards to termination cabinees.
contacts are Surady Trim Trio style connectors. . ,
BURNDY CONNECTORS .
Crimp (b) Height
. Tool Die Connector Contact
.057 : .003 MSND N16RT24 .003
.058 :
G2B SC016 M-IS6 UTM-2 CM-ll
.057 .003 G6F M8ND N16RT24 (a)
SM16 M-LS6 M8ND N16aT21 ,
RC 16M-23D28 Use Gono Go gauge No. PG-324 n<
a.
- 2. CP 611B Wescinghouse ...
the Prefabricated cables supplied under this order primarily connectThese connect i.
,s auxiliary relay racks to terminacion cabinets.
contacts are AMP products. &
AMP PRODUCTS Crimp (b) Height Tool Die Contact Connector
.0510 : .0015 i 90067 Fixed (1) i 203959-5 66101
~.
- a. Fixed die cannot be substituted. I
- b. Crimp height may be measured with either a scandard caliper or crimp height comparator No. RS-1019-SL.
- c. CP-0001 Wescinghouse Pref abricated cables supplied for the solid state protection The Amp products connector is used for #20-24 wir Burndy connectors for #16 wire size.
4
'
- t.
. .e ;.
i TUGC0 INSTRUCTION '
- ' QI-QP-ll.3-28 Rev. 25 ,
Page 36 of 76 'l
)
7T [.
'EXAS UTILITIES GENERATING CO. .
l
- crses - AUG 0 21985 ATTACHMENT 6 (Cont) s Amp Products (2) {
1 Crimp Reight Connector Contact Tool Die 201328-1 45099 Fixed (1) 203959-5 Fixed (2) (3) 59239-4
- 34i36 59239-4 47387-1 47387-1 Fixed (2) (3) [
- 34071 .
- 1. Use Go/No-Go gauge. This is a calibrated item.
- 2. Lug guide on tool not' required or these splices.
- 3. Use values in Paragraph 3.l.31 to conduct tensile and strength test.
- Applies to Westinghouse active valves only.
Burndy Trim Trio Connector Die Crimo Height Connector Contact Tool RC16M-23D28 M8ND N16RT21 (1)
G6F RM16-23 M9ND N16RT21 (1)
- 1. Use Burndy plug gauge No. PG-324.
- 2. Per Amp Products IS Sheet 1786.
Buchanan Crimp Tool Products Die Crimp Check Contact Tool RC20M-12 MS-3191-1 Fixed (1)
CR20M-12 MS-3191-1 Fixed (1) l
- 1. Use values in Paragraph 3.2.31 or Go/No-Go Gauges per Buchanan Instruction IS-101 1/27/77.
9 L_
.. . l TUGC0 INSTRUCTION I S QI-QP-11.3-28 Rev. 25 FEXAS UTILITIES GENERATING CO. Page 37 of 76 i,
f'
- CPSES -
AUG 0 21985 L ATTACHMENT 6 (Cont) t I
I CPF-14535 Exo Sensor Connectors to be utilized in the core cooling monitor system are ,
manufactured by Amp Products.
Amp Products Connector Contact Tool Die Crigo Heighe 201345-1 66103-4 90277-1 Yellow .039 .005 (1) 205-210-1 1-66506-0 90312-1 Red .0305 : .002 (2) 205-204-1 1-66506-0 90312-1 Red .0305 : .002 (2) 205-208-1 1-66506-1 90312-1 Red .0305 .002 (2)
. (1) Information from Amp Instruction IS7574 and Exo Sensors drawing number 112D002, Rev., A.
(2) Information from Amp Instruction IS7694 and Exo Sensors drawing number 112D002, Rev. A.
..' . /
p TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25
'EXAS UTILITIES GENERATING CO. > g P.aae. 38 ,af,, 76
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*f AUG ci1985 l
l ATTACHMENT 7 (Cont) l k
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ATTACHMENT 8 Y: L> p t-Table 8-l SAFETY RELATED 600V y, BOLTED IN-LINE CONNEC"ICN ;- 5g USE RANCE RAYCHEM PART NO._ NPKI-750-L000-09 750 Mm thru 1000 Mc< co same
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TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25
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IUG 0 21985 ATTACHMENT 8 (Cont) Table 3-2 BOLTED 600V STUB ("V") MCIOR CCNNECTION RAYCHEM PART NO. USE RANCE N-MG-IV-3 5-00 0.12" - 0.20" (1) N-McK-2V35-00 18 thru #4 N-MG-3V-3 5-00 #2 thru 3/0 N-McK-4V-35-00 4/0 thru 1000 MCf NPKV-2-10 2-1/C .11" to .33" OD NPKV-2-14 2-1/c .10" to .20 " OD NPKV-2-16 2-1/C .06" to .12" OD NPKV-3-14 3-1/C .12" to .24" OD NPKV-3-16 3-1/C .06" to .12" OD (1) CABIZ OUTSIDE DIAMETERS Table 8-3 BOLTED 600V "Y" MCICR CONNECIONS (TWO CCNDUCCRS PER PHASE TO CNE CABLE PER PHASE) RAYC'4EM PART NO. CABIE CONFIGURATIONS N-MCK-lYX-3 5-09 2-110 AWG to 1-#16 AWG N-MCK-3YX-35-09 2-#2 thru #10 to 1-#2 thru 2/0 N-MCK-4TX-3 5-09 2-500 MC1 to 1-250 MCM ehru 4/0 N-McK-4MX-3 5-00 2-#2 AWG to 1-350 MCM N-MG-4V-3 5-03 2-#2 AWG to 1-4/0 AWG
TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25 IXAS UTILITIES GENERATING CO., Page 56 of 76
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V 110G 0 21985 - ATTACHMENT 8 (Cont) Table 3-4 CCttrROL 600V BUTT CCNNECTICNS RAYCHEM PART NO. USE RANCE NPKC-L2-O L . L2/C iL2 to same NPK C-09-O L 9/C JL2 to same NPKC-0 7-01 7/C #12 to same NPK C-05-O L 5/C #12 to same NP KC-03-O L 3/C #12 to same NP K C-02-O L 2/c #L2 to same NP KI-LO-04-O L 4/C JLO to same NP K C-12-00 1-12/C !12 to 12-1/C #12 NP KC-09-00 1-9/C 712 to 9-1/C #12 NPKC-0 7-00 1-7/C #12 to 7-1/C #12 NP K C-0 5-00 1-5/C i12 to 5-l NPK C-03-00 1-3/C 712 to 3-1/C #12 NPKC-02-00 1/2/C #12 to 2-1/C #12 NPK C-5-21A 1-5/C #12 to 5-l/C f12 NPKC-3-21A 1-3/C #12 to 3-1/C 112 NPKC-2-21A 1-2/C #12 to 2-1/C 112 NP K C-04-00 1-4/C 912 to 4-1/C #12 Table 3-5 6007 INSTRUMENT B(TIT CCNNECTIONS RAYCHEM PART NO. USE RANC*r NP KI-2 4-L6-O L 24/C $16 to same i NPKI-08-L6-O L 3/C # L6 to same NPKS-04-OL 4/C f L6 to same, ISTQ to same NPKS-02-OL 2/C J L5 to same, ISTP to same NPKI-28-L6-OL 28/C #L6 w/ shield to same NPKI-22-L6-O L 22/C #L6 w/ shield to sa'me NP KI-L2-L6-O L L2/C #L6 w/ shield to same NPKI-05-L6-OL " 5/C #L6 w/ shield to same NPKS-03-OL 3/C $16 to same, ISTT to same NPKS-7IP-21A 14/C (6 TPfl6 & 1 TPf14) to same NPKC-02-O L ITP #14 to same NPKI-4-41A 1-2STP #16 to 2STP #16 NPKS-2-31 A 1-STP #16 to 1 STP #16 NPKX-02-16-01 ITP #16 to same NPKI-04-16-01 1-2TP #16 to same NPKS-04-03 1-2STP #16 to 2 STP #16 l NPKI-24/16-24/16-00 1-12 STP #16 to 12 STP #16
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QI-QP-11.3-28 Rev. 25 EXAS UTILITIES GENERATING CO. > ', ) Page 57 of.76
- CPSES - -
AUG 0 21985 ATTACIBIENT 8 (Cont) Table 8-6 600V HEAT SHRINK SLEEVES RAYC M PART CUT CONTAIF.ENT CONTAINMENT NO. (1) USE RANGE USE RANGE WCSF-050-N .0 5 " to .10 " WCSF-0 70-N
. 0 5 '.' to .10 "
.0 7" to .19" .0 7" to .14" WCSF-0115-N WCSF-200-N
.11" to .31" .11" to . 23 "
.20" to .54" .20" to .40" WCSF-300-N .31 " to .81" . 31 "to . 60 "
WCSF-500-N .53 " to 1.3 5" .53" to 1.00" WCSF-630-N . 70 " to 1. 75" WCSF-1000-N
. 70 " to 1.3 "
1.1" to 2. 7" 1.1" to 2.0" WCSF-1500-N 1.65" to 4.0" 1.65" to 3.0" WCSF-2500-N 2. 75" to 6. 5" 2. 75" to 5.0" (1) "N" suffix is for orderics only and does not appear on sleeve. Red adhesive indicates "N" : material. A number precedirg the "N" indicates length of tubing as supplied. (2) WCSF -050-N is supplied as a thin wil tubing for use e.s a shin or small wire jacketieg. It should not be used as a splice sleeve without Engineering approval. r
TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25 LXAS UTILITIES GENERATING CO. > ,', ) Page 58 of 76
- cesas - +\~\ _
AUG 0 21985 ATTACHMENT 8 (Cont) Table 3-7 600V END CAPS RAYCHEM PART NO. USE RANCE 101A-Oll-52/144 .0 8 " t o .16 " 101 A-021-52/144 .13 " to .26" 101 A-031-52 /144 .18" to .36" 101A-041-52/144 .25" to .55" 101 A-052-52/144 .3 7" to .78" 101 A-062-52 /144 45" to . 9 5 '? 101 A-0 73-52/144
.71" to 1.5" 101 A-083-52 /144 .90" to 1.9" 101 A-094-52 /144 1. 5" to 3.2" Table 8-8 600V NUCLEAR JACKET REP AIR SI.EEVE ,
RAYCHEM PART NO. USE RANGE NJRS-t-12 *
.25" to .8" NJRS-2-12 .7" to 1.5"
[ NOIE: NCI for use inside contaianent. l l l l l l I
TUGCO INSTRUCTION 3AS UTILITIES GENERATING CO. > QI-QP-11.3-28 Rev. 25 5-} Page 59 of 76
-cms- T AUG 021985 ATTACHMENT 8 (Cont)
TABLE 8-9 CLASS LE 8K7 TERMINATION INSULATED SLEE7ES (EXCLUDING MOTOR CONNECTIONS) RAYOIEM PART N0s. N-RVT-I-A-3-00 g3g gg3gg N-HVT-I-A-2-88 100 Mot N-HVT-I-A-2-88 500 MCM
,s N-HvT-I-A-2-00 350 MCM 4/0 AWG -
NOTE: ,.
"GOL" suffix on Par No.
indicates " ground strap kit".
~..
TABLE 8-10 h CLASS lE 8K7 MOTOR CONNECTIONS k a RAYCHEM PART N0s. USE RANCE McK-5-ILK-00 d for all Class IE ix.-
- e. .
fk t'. e 6 Y
TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25 LXAS UTILITIES GENERATING CO. >
,, -) . bgg 60.of,76
- casas -
T[- AUG 0 21985
~
ATTACHMENT 9 TABLE 1 CPF-14535 EXO Sensor Connectors to be utilized in the core cooling monitor system are manufactured by AMP Products. AMP PRODUCTS Connector Contact Tool Dg Crimp Heizht 201345-1 66103-4 90277-1 Yellow .039 : .005 (1) 205-210-1 1-66506-0 90312-1 Red '
.0305 : .002 (2) 205-204-1 1-66506-0 90312-1 Red .0305 .002 (2) 205-208-1 1-66506-1 90312-1 Red .0305 : .002 (2)
(1) Information from AMP Instruction IS7574 and EXO Sensors drawing number 112D002, Rev. A. (2) Information from AMP Instruction IS7694 and EXO Sensors drawing number 112D002, Rev. A. CABLE STRIPPING IDENTIFICATION WIRE TOOL SIZE _ NUMBER Hand Stripper Ideal #45-092 10 - 22 AWG Knife (Small) Ideal #45-127 3/16 - 3/4 0.D. Knife (Large) Ideal #45-129 3/4 - 11 0.D. Amp Stripper (Prefabricated Cables) Amp #601-827-1 12 -22 AWG a
,e e TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25 1XAS UTILITIES GENERATING CO. > j Page 61 of _6 7
- CPsEs -
AUG02 m85 ATTACHMENT 9 (Conc) TABLE 2 FIDC Radiacion lesistanc Insulated Terminals Cconector Termisal Tool Tool Color Wire Strip Caute Insulation Indentificacion g ,, (AWG) . Code. Nuinoer , 16-12 AWC Natural Color 47386 Red and Tellow with Red Stripe MOD 1 2 Ribs, 1 Do c 13/64" _15/64" 14-L6 AVG Natural Color 47387 with Blue Stripe slua and Green 13/64" 15/64" MOO ? 2 Riba, 2 Doca L2-LO AWG Natural Color 59239-4 Yellow 3/1o" 11/3 " with Tellow -- - 1 Doc 5 tripe Plasti-Crio Terminals Conneccoe Termind Teol Tool Color Vire Scrip Caute Insulacion Indentification and Code Length
--( AVC) - - Code Vuimoet- Min. Max.
3 AWG Nacural color 48752-1 Red Doc Die 3/8" 5/8" with F.sd Stripe MOD W (leaves no 6 AWG Natural Color 48753-t
, _ _ _ _ , with Blue Stripe MOD W 31ue Doc Die 7/16* 9/16" (leaves no Doc Code)
Pre-Insulated Envirorumentally Sealed (PIES) Buct Solicen _ Connector * . 3 PliC*. Tool Tool Color Wire Strip Cauge Insulation Indentification and Code (Auci Code Number y% ,, 20-24 Awc 31ue with 46121 Red and Yellow L3/64" 15/64" Red Liner
- MOD M 16-20 AUG Blue with Blue Liner 47907:1 Blue and White 15/64" 17/64" 2 Does 12-14 AWC Slue with Yellow liner 47386 Yellow and Red 1/4" 9/32" MOD 1 1 Doc
l U sNw Os8 S : L, ?< . u gm CdCdO Qm2m*D> o np v E ~R.N ws sQ$=1 ! Oi Com Cu
>0 , n O g
@' M r H
CI PI
, U E.
t 4- t
' A R
- L A E P L E L C I l AL RPS A
- P
- E "
C I 1 L P S
+
t T " I' m T B wr " O Bij ouEL = RoO 4 n nrH l m na TI u
~ AwI ll m TnG s ssoS I e i u x a a B
/ g M
n o L [ ( L A d
- f I
. 6 /[V .
A E l M T T "
)
B TE Y P _ L E T O
)
=
- A C P T A
I H L S m l P R T ( u M L R S $ l A m T l i P E T t n T i I R U M i TH ST B R M EG E RN T L E WL l
/ .
' S E R E G s o R Rd i A -
S I l WA 2 2 I g
- n R i
w s R t A u LE 3W o OB 3 t OM U a Tu d i m"D l lll,
TUGC0 INSTRUCTION QI-QP-il.3-28 Rev. 25 ~~XAS UTILITIES GENERATING CO. >,) Page 63 of 76
- "58 8 -
AUG 0 21985 -- - - ATTACHMENT 9 (Cone)
*EAutNAL STANCAA0 StJTT SPUCE 8&AAM SNCE s= -3= 3 m 'W , , , , , . , , _ m e W ?/ ? $ ~~ Wl$l$m - & I-SUTT SPUCEW/ SIGHT HCLE
-1 ScuALSwint EAAAs.
N C:RCULAR l WlRF. STRIP LENGTH TCCL NUM BER MIL AREA I TER MIN AL l I SUTT SPUCE I P AR ALLEl. SPUC2 RANGE d5355 Also useo ter Miflimum a "3" M EXimtim = "3" -t* STRATO-THERM Heat 3 g 13.;c0-20.S00 Aesertrnt Terminals I e /
- d m TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25
~XAS OTILITIES GENERATING CO. > ,,
Page 64 of 76
- CPsis -
\l Auc o 21985 ATTAC10iENT 9 (Cone)
FIGURE 3 W1RE STRIP 1.ENGTHS Minimum Stric Lenoth As Shown Tolerance - 0" + P
'tr/O.O>r = a , , , ,
= - ==g
*fi i'-8 : 8 + In6 (1.5) ll lti ".b t g =.s.r rg H64l l 8 . Ino (1.8) g ,
O (-uni %s.g . , i [..A smaa
'8
' LOCX ,
PCSITION INCENTER I UI SCREW N 0,(Es STATIONARY Ott
*s SMhSO8 !S i CN CMA 4 !e OtE3 RANGE imm ) a SINGLE POSITION Cmsts/At hedd W W .\
OtE SET $ M T3 4 2.100 52.600 t $913e-1 I Q4 ON SHANK Mov1NG (16.8-M.D I' d96pp Ott 2 1 12.$0043.700 - 46765 2 i I (2$. 7-42. 4) l ' A 9699 t/0 l 33.700113,500 l 46766 2 i g f42.4-$0.8) I I9M M 2/0 119.500 150.500 46767 2 60.5 79.3) d9A94 f 44 l 190.000 231,000 l 46750 2 ] I IS6.3 lin I 8, 9499 250 MCMt l 231.000 275.000 l 46751 2 { l #117 129) 1 J $989 W MCM i 325.34375.000 46753 2 Woc. 0+ 1 (1&S 190) It 869# tuCM Ecuase Thousane Circuiar u6is
**m** 4% Always instaat incenter an ram-
. _u:5..
.a . :
, e -
- TUGC0 INSTRUCT' ION QI-QP-11.3-28 Rev. 25
'EXAS UTILITIES GENERATING CO. Page .65 of 76'
- 9) ,j
~ CPSE3 -
\\
AUG 0 21985 ATTACHMENT 9 (Conc) FIGURE 4 WIAE STRIP t.iNGTHS l 3 '% 41 3
.-4 -- 3 "' t13 .. _.
#'""""h '
LCCX '[ k i It I ^- . . . +. ". ".' ." " " ' $cagw . C ,\ 2*AAU.3L57uC23 e,lp 1 sincts
(1*1 }.
*u) s 3 can,ep
'l LINcTH eF 3AAFEL"3- CIES N
F' UG '!s" (3.2} wwimwws STA UCN ARY IIt' ;-
.,,,,,,,,,7 + . CiE 75.?MINALS ANO
{@j
'I CIES suT spucss Ub
'l O (-"4 N....... pa ,r- g$.
xxxxxw . LENGTH cF 3AAAEL "S" t a s s s e f'v! IQ
%cs.M ->r 6
ti "
'! i v s.Ars byj pM i WPu i $ 5% CN$HANA -
IE , htini=u::: Strip Length As Shown l Tolerance - 0" + 1" ( i WIRE cMA SINGLE CRIMP CUAL c3rMP C//4 M S st;;E RANGE CtE SET CtESET ys4 (MCM), (mma) - 500 4753.g l 450.C00-550.CC0 (200-2501 , l 4 9a 93. 7eq l 650.CCO.750.CCO 47572 I (000.~S01 f pd81. tCCO 19$0.000 8.I15.CCC i 47602 l M60-570) I g.pd8.1 FMC.'d equais mousano creuw mess. ( i i l l l I .a /
TUGC0 INSTRUCTION QI-QP-11.3-28 Rev. 25 W UTILITIES GENERATING CO. >
,j Page 66 of 76
- CPsts -
AUG 0 21985 ATTACHMENT 9 (Cont) Engineering justification is required to use terminals and splices not meeting all conditions shown in " Accept" column. O l ACCEPT ON ALL CalMPED ITEMS ' tRib cocel on Atoo.COT CCOE(1 OR 2 COTS) Q, MUST APPE 2 4
\ ! 1 dot code on bottom wnen
\\- y enmoed in tool No. $9454)
/ M e 2 M
D, E 7 -/ s. \r 3 a N. %' l( fl 0,f\
+-r P e e,___49 3 1 w ) E, b a=.
= . - . -
_: , x _~ -
- -- Pf 0G & _
twg g PLASTI-GRIP :z m ,
=-
TESMIN ALS l 1 6 _
@ Wire insulation extruded. (Insulation crimp too tight on PfCG terminals and solices) See Paragraon 2.3.1.
@ Insuiation barret 6s in firm contact witn wire insulation.
@ Wrong dot code and color code combination. See Figure
@ Correct celor coce. cot coce. anc tool comoination. IRib 5.Gib code on too. det code on bottom wnen enmoed in tool code on too, det code on bottom wnen enmoed in toot No. 69454L No. 69454L
@ Wire size is not within were range stamped on terminal
@ Wire size is withm wire range stamped under terminal tongue or solice.
I tongue or on center of solice.
@ Crimp not centered on wire barrel. (Terminal was not
@ Crtmo centered on wire barrel, butted against locator. See Figure 2).
End of conductor is flusn with, or extends beyond end of @ End of conductor is not flush with or extending beyond
@ terminal wire carrel. end of wire carrel. (Check for correct stnp length.)
End of conductor against wire stop of solice, of at east @ Excessive flasn or extruded insulation, (wrong tool, ter-
@ flusn witn. or extended sitgntly beyond wire carrel, minal or splice combination, or damaged dies.)
l @ Wire insulation does not enter wire barrel. @ Wire insulation enterea wire barret.
@ No nicked of missing conductor strands. @ Nicked or missing conductor strands.
~
~FIGURE 5'
4 P TUGC0 INSTRUCTION QI-QP-il.3-28 Rev. 25
'XAS UT1LITIES GENERATING CO. > .i ' Pag.e 67 of 76 AUG 0 21983 ATTACHMENT 9 (Cont)
FIGURE 5 (Cont) CRIMP INSPECTION OF l ACCEPT l (REJECT l
, AMPLl480NO, AMPOWER AND PLAST!. GRIP TERMIN AL ) '
g
} .~ .
l %, *g *
., +
4 g .
$ g 3 '
/
,(..y s
e ' EM8oSSED O{ WIAESsZE 4 5 . W},,f %.h ~ ~ i 6 ) ( , EM90ssEO WIRE SIZE { j STAuPEO wtAE size
' C'$55Q
@ Wire fully inserted. @ Wire not fully inserted or wrong strip lengtn.
@ Camp centered on wire barrel. @ Crimp not centered on wire carrel. (AMPLl-aONO or PLASTI-GRIP terminal was not butted against
@ Correct color code and die combination. (Terminal locator. See Figure 3. Detail A.)
insulation color matenes coior dots on dies.) (Rear of AMPOWER terminal tongue was not butted
@ AWG wire size being used is same as wire site against sides of die. See Figure 3, Detail 8.)
emeossed on terminal insulation and stamped on @ Wrong die and terminal color cae ;omaination. See terminal tongue. chart, Figure 1.
@ End of conouctor is flush with, or extends beyond @ Excessive Itash or extruded insulation. (Wrong size end of wire barret of terminal. or damaged dies.)
@ Insulation barrel is in contact with wire Insulation. @ End of conductor is not flush with or extending AMPLl 80NO and Pre-insulated AMPOWER ter. beyond end of wire ba'rel r of terminal.
minals provide a "grtp" on wire Insulation. Pt.ASil. GRIP terminals provide only a " support" for the wire, @ Wire insulation pinened. (Insulation crimp too tignt i.e., terminal Insulation will not always touch wire on AMPt.180NO and AMPOWER terminals.) Refer insulation, but v(lli provide ." support" when wire is to Paragraprt 2.4 Ilexed. @ Nicked or missing conductor strands. I
- s e
- TUGC0 INSTRUCTION QI-QP-11 3-28 Rev. 25
'XAS UTILITIES GENERATING CO. @) ,. j Rage,68 of,)&
- CPSES -
-AUG 0 2 Lo85 ATTACHMENT 9 (Cone)
(ACCEPT \ A 007 CODE (t OR 2 00TS) MUST APPEAR ON AU.CRfMPEDITEMS [ REJECT} d 7 'gN.' h-' ' .I 3 h P R E-4 N SUL ATED 4
' /. .
/ \)
g ', , m< h ENVIRONMENTAL SEALED SPLICES 3
- m. -
/@
*u\
t "" k @ @@ I GA, ~3 % A\ t O i 4 r. 'N EWT lu._
~
T l t
._ GElli 2e '
- \ wi AE coe ... .
-- "~
h wrong seat liner ano tool color code comosnation. (Pro. Correct seat liner and tool color coce comeinations (Pre- insuiatec Environmental Seated Sonicas) See Figure 5. insuiatec Environmentai Seatec Solice.) h Excessive flasn or extruced insulation. (Comoeo in wrong No flash or extr'Joed Insulation. tool.) Also, check for damaged dies.
@ Correct color coce, cot coce. and tool comoination. Oct h wrong cot code and cotor code comeination. See Figure 5.
cocing cisaccears on sealed solices wnen they are neat sessed, incorrect were site used. h Correct wire size used. h Wire insulation entereo wire tearrel. Wire i*sulation does not enter wire carret of solice. End of conductor is not flush witn or extending beyond ena of wire carrel. (Checx stno lengtn.) h E.9d of conouctor against were stoo of solico. oc at least flusn with. or extenced sligntly beyond were carrel. End of concuctornot bottomed in cao.
@ Ena of conductor eottomoc in cao. @ Half of cnmo off end of were barrel. (Cao was not bot-tomed in recess of locator.)
h Fuit widtn of cnmo is over wire barrel. h Nicked or missir.g concuctor strancs. l h No nicked or missing conductor strancs. h Crtmo not centered on wire carrel. (Toollocator not seated in window incent of splice. h Citmo centered on were carret. ! h Solice insulation is in contact with were insulation.h Sonice insulation is not ir, contact witn wire insu4ation. _ HGURE,5 (C2 TIE)
a TUGC0 INSTRUCTION e-i QI-QP-11.3-28 Rev. 25
.! Page 690f' 76 EXAS UTILITIES GENE.9ATING CO. p > ,, ( .
- cP888 -
v [: N AUG 0 21985 ATTACIfMENT 9 (Conc) FIGURE 5 (Cont) ACCEPT R EJEC*
%7m oseCSSED W -- - TERMINAL / '
wiRESu g q g
*M Wi AE Sz!
Wi AE RANGE STAMPto WIRE RANGE UNCG TCNGUE STAMPED UNCO TCNGUE N. . A SIM
. PARALLEL j' , # '
SPUCE' b 7
-W
\ y* \
# 1 . . Y N \ b i
3 EMSCSSED g, '. . EM8CSSED -
' 1 w MI $ EM8 CSS
\, $ \ \'
wtRE SM j 3 WiAE Sz! \\ EMSCSSED Sib wire Stu 4
' STANoAAo rYPE O$
f Stm' SPUCE Gf W'RE MANGE VSIGHT HCt.g ryper Ws@ WIRE PANGE STAMPED NUE STAMPec NUE
@ Camos centered.Cnmos may be off center SUTNOT ^** "'"" #* "** "'" *'
- I " D *"' '
CFFEN D OFWIRE SARREL. @ AWG were size comg used does-not materr wire size
@ AWG wire size being used.matenee wire size stamced cn terminal or solice and head of enmoing toct. s auen entem came of temat orsch. GEM FCR INCCRRECTSTRIP t.ENGTH.
@ Insulation does not enterwire carrel. @ Wire not inserted far enougn in terminal or sollce.
@ Wire is visible througn insoection note of butt sotices. End of wire must be visihte enrougn inspection note Wire is fluan wittior extends salgntly Deyond end of of uutt sollces, and ce flusn witn or exterHi stigntly terminal wire estret. eeyond end of terminal wire carret or parallei solice.
@ On parallet solicas. Date wire ends must ce fluan witn @ Excessive "flasn'* on terminal or solice indicates or extend stigntly ceyond end of carrel. wrong wire, terminal or solice, or tooling comnina.
@ Wire size emooseed on crtmood. wire carret matenes - @ NicW ormissing strands.
wire size stampod on termmat or soilca.
@ Wire size emcossed on crimped wire barret does not maten wire size stamoed on terminal or sotice.
,-w -
y- . - y._ 2 y 4 y ,y._ _ - __w, . _ - . _
l
. e i
TUGC0 INSTRUCTION ' QI-QP-11.3-28 Rev. 25 Page 70 of 76 STAS UTILITIES GENERATING CO.
~
s ,, g .
- crses - \@X w (: AUG 0 21985 ATTACHMENT 9 (Conc)
FIGURE 5 (Conc) [ ACCEPT} (_ REJECT}
. 'y h;
- g. r } s ' " ,
%/, pr j N /o ^*=' r
..(, ' o ~
N. s el e ' e
~ ;'T e m'[ k
[ i \, smcs
D z$
5 g 84TTSPUCI
, , \ ,
s,
-- ~ ~
~,,
@ Cnmos centeree. Cnmo. may ne ott center SUT NOT
@ Cntnoeo ott end at sonce or terminat.
OFF END OF wtRE SAmmEt.
@ Emoossea wwe sus coes not maten CMA of wwe aseng
@ Emoossee wwe sue matenes CMA of wwe seeng usea vaee, or wwe sue : mmoed on termenas or souce.
sao wwe sue stamose on terrrunes or sonce-
@ wve not i, sense tu enougn in twmens a soieca, Erie insusasson ooes not enter wire sanet. of were must ce nse0#e tnrougn signe noses of tenmness 8 3wwe a
es ne.oie througn sectie noe of tenmaas or ourt sooce. or outt soscos.
@ wke insui4ston entereo serree of termenet or nonce.
@ On oaranee sotices. :are wwe enos must ce fluan wenn orCHECx FCR INCCAAECT STAIP t.ENGTH.
essene oeyone one of metret
@ Escenan* "*taan* Ince.ates wrong wwe. sonce, or tow-e,. cor en eo., w.e u.e h Necmed of PrWSeeng stfergs.
. e TUGC0 INSTRUCTION fj QI-QP-11.3-28 Rev. 25 Page 71 of 76 EXAS UTILITIES GENERATING CO. -P> s
\ 2 1/ AUG 0 21985 ATTACHMENT 9 (Cont)
FIGURE 5 (Cone) pl QUALcalMP t REJECT 1 1 7 itR WIN AL l J
' l ',f ! O o I
<l?_O -
i ' x
\. s
" xj4
's
~
... ...A.
$7CCE l -
N. y s z i
~
/*
/
3 f SUTT SPUCK { '
# N.. 3 C .
r N.
@ Cnmoec off eno of term,nas or scrica.
@ Camos centeree winnin enmo marus. Cnenos mw oo @ Etnoosseo re size coes not maten C.VA of were oe.
ott conter sur MCT CVERupeto CA CFS ENO CF ,ng useo. or ..re s,se starno*o on terminas or solice, g ,, ,, ,,,, ,,q,,,,,,,,,,,,,,,,,,,
@ u, sa . . s.a. m. .n e - ., ..,. . ng t,~e*',:::,"o:',':: ,';,',','o','""'" '""*** "*"
useo and were site starttoes on terminas or notice.
@ insusation oces not enter wire carret.
g ,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,
@ Wire is visiese enrougn insoecnon nose of terminas or CNECM PCA INCCAMEC* 67A88 f.ENGTM.
eust sosace. gg,,,,,,,,.ogg,3.,,,,,,,,,,,,,9,,,,,,,,,,,,,, tooung corneinauen was useo or solice was not
$ on oarades sosecos. sete =*to enas muse oo #tusa tn acontee prooerry in stationary one. See Figure 4.
or entone eeyone one of carros. g cania, ,,,,,,,,
@ Nicase or trusasag strapon.
TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. ^ QI-QP-11.3-28 Rev. 25 Page 72 of 76
- CPSES -
AUG 0 21985 ATTACIBiLNT 10 Minimum Maximum Bending Outside Cable Radius Diameter 600'Volc Power Cable ****** 1/c 750 MCM 4.48" 1.282" 1/c 500 MCM 3.21" 1.072" 1/c 350 MCM 2.82" 0.943" 1/c #4/0 1.85" 0.740" Triplex #4/0 5.57" 1.588" Triplex #2/0 4.73" 1.352" 1/c #2 1.30" 0.430" Triplex #2 2.91" 0.966" 2/c #2 3.27" 1.083" 3/c #4 3.09" 1.027" 1/c #2/0 1.58" 3/c #6 2.79" 0.928" 2/c #6 2.49" 0.831" 3/c #8 1.85" 0.737" 2/c 18 1.73" 0.693" 3/c #10 1.53" 0.611" 8KV POWER CABLE ****** l L/c 500 MCM 18.64" 1.490" l 1/c 350 MCM 16.92" 1.350" l 1/c #4/0 14.76" 1.180" l l
- , e - - . ,.. .
TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. > QI-QP-11.3-28 Rev. 25 Page 73 of 76
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AUG-0 21985 ATTACHMENT 10 (Cont) Minimum Hinimum Maximum Sending Radius 3ending Radius Outside for Cable Being For ?ermanent Diameter Installed Under Cable Training Item Pulling Tension No. Description (Inches) (Inches) (Inches) Switchyard Cable - 1000 Volt Power Cable 1 1/C #750 MCM Shielded 20.72 17.76 2 4/C 12 Shielded 17.92 15.36 3 2/C 16 Shielded 11.62 9.96 1000 Volt Control Cable i .10/C 112 Shielded 14.0 12.0 2 7/C #12 Shielded 10.92 9.36 3 4/C #10 Shielded 10.08 8.64 4 2/C 112 Shielded 7.70 6.60 5 1/C #10 2.00 1.00 6 1/C #12 1.84 .92 - 7 1/C.#14 1.68 .84 Switchyard Cable & Lighting Cabl'e 1 1/C #8 1000V Shielded 6.75 5.78 2 2/C 18 1000V Shielded 9.98 8.56 3 4/C #8 1000V Shielded 11.20 9.60 , 600V Copper Control Cable 1 12/C #12 1.92 1.28 0.82 2 9/C #12 1.28 .64 0.73 3 7/C #12 1.28 .64 0.63 4 5/C #12 1.28 .64 0.58 5 3/C #12 1.28 1.28 0.46 6 2/C #12 1.28 .64 0.44 7 1/C #12 1.28 .64 0.21 8 4/C #10 1.44 .72 0.60
-n-s O
J % '. s TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. QI-QP-il.3-28 Rev. 25 Page 74 of 76
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AUG 0 21985 ATTACIDfENT 10 (Cont) Minimum Minimum Maximum Bending Radius Bending Radius Outside For Cable Being For Permanent Diameter Installed Under Cable Training Item Pulling Tension No. Description (Inches) (Inches) (Inches) 300 Volt Instrument Cable 1 24/C (12 STP) #16 3.12 2.08 1.17 2 12/C ( 6 STP) #16 2.08 1.04 0.85 3 8/C ( 4 STP) #16 2.08 1.04 0.72 4 4/C ( 2 STP) #16 2.08 1.04 0.62 5 2/C ( 1 STP) #16 2.08 1.04 0.36 6 28/C #16 1.92 1.44 0.95 7' 24/C #16 1.92 1.44 0.93 8 22/C #16 L.92 1.44 0.89 9 12/C #16 1.44 .96 0.67 10 5/C #16 .96 48 0.47 11 4/C (1 Twisted Quad)
#16 2.40 1.20 0.43 12 3/C (1 Twisted Triad)
#16 2.16 1.08 0.40 13 2/C (1 Twisted Pair)
#14 2.24 1.12 0.37 14 14/C Composite Cable (6 Pair #16 L Pair #14) 2.24 1.12 0.81 15 14/C Composite Cable (7 Twisted Pair), 10 mil Copper Tape Shield 11.34 9.72 16 i Twisted Pair #16 1.92 .96 0.38 300 Volt Thermocouple Extension Wire 1-4 1 STP #16 Solid 1.92 .96 5-6 2 TP #16 Solid 1.92 .96 n-. + eme, m m, iam un
4
- TUGC0 INSTRUCTION TEXAS UTILITIES GENERATING CO. QI-QP-ll.3-28 Rev. 25 Page 75 of 76
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AUG 0 21985 ATTACHMENT 11 Identification for Flexible Conduit Conduit identification shall be verified by the QC Inspector to comply with the numbering on the applicable drawing and the following: I. Marking (except Servicair) The following are the recommended and alternative methods in identifying conduit:
- a. Recommended Method - Freehand marking of conduit with appropriate black ink =arker or paint. Height of conduit number characters should be approximately 1/3 to 1/2 the conduit outside diameter and shall be visible where possible from floor level.
- b. Alternative Method, No. 1 - Adh'esive markers with factory preprinted conduit numbers or conduit numbers field printed on marker before installation. Adhesive markers shall not be used inside containment,
- c. Alternative Method, No. 2 - Metal or plastic tags attached to conduit by various means, i.e., ty-raps, wire. This method is recommended for conduit stub-ups. However, for inside the contain=ent metal tags attached with wire (preferable method) or Tefzel ty-raps shall.be used.
Conduit shall be identified at both ends of each run; exposed conduit ten (10) feet or less in length may be identified at either end or middle of the run. II. Identification shall be as indicated below (except Servicair) Table I (Unic Number) 0 - Common to both units 1 - Unit 1 2 - Unit 2 Table II (Raceway Function) 19, IG, 1K 6.9kV ac 29, 2G, 2K 480 Vac & Heavy Power Feeders Under 480 Vac 39, 3G, 3K Control ac and de and Small Power Feeders Under 480V 40, 4G, 4K Low Level Signals 4R, 4W, 4B 4Y Reactor Protection Instrumen-tation Low Level Signals SK 480V ac & Heavy Power Feeders
. Under.480V (Local Control)
TUGC0 INSTRUCTION
-TEXAS UTILITIES GENERATING CO. > QI-QP-il.3-28 Rev. 25
) Page 76 of 76
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AUG 0 21985 ATTACHMENT 11 (Cont) SR, SW, SB, SY Reactor Protection Instrumen-cation 120V Signal 6K Centrol ac & de and Small Power Feeders Under 480V (Local Control) 6R, 6W. 6B, 6Y Nuclear Instrumentation System 8K Telephone and Con:munication Table III (Safety Related Train)
"A" Train - Orange -
0 - Associated "A" Train - Orange with white stripes "B" Train - Green - G - Associated "B" Train - Green with white scripes "C" Train - Black - K - (Non-Q) Inst. Chnnel I - Red - R - Inst. Channel II - White - W - Inst. Channel III - Blue - B - Inst. Channel IV - Yellow - Y - Where a conduit contains only associated cable (s), at least one white stripe shall be applied next to each applicable train color coded marking and where possible shall be visible from floor level. A typcial conduit identification number is depicted as follows:
- : .t '5
. i-I !
!anocas Cassused 7assue :ssaut: .uaser
, 3estpacas ::.: alc ::sta ar Jest paces u sannel. 8.aier :o !aala 3 racewar baction aoove.
III. Methods of Color Coding ,g, :* 2* !** '* 2
- a. Recon:= ended Method - Paint exposed conduits with a full 360* band at intervals not to exceed 15 f t. (except Servicair, Ref. 3.2.1.2), and at points of entry to and exit from enclosed areas and on both sides. Paint color shall match as close as possible the appropriate cable jacket color of the safety related cables to be installed in a conduit.- Paint band shall be at least one inch wide and shall be readily visible from floor level. It is recognized that for conduit installed against walls and floors, it may be impossible to obtain a full 360* band for color coding requirements. In these cases, the maximum band possible shall be made,
- b. Alternative Method - Use color coded adhesive markers with similar requirements as to color, width or marker.
Adhesive marking labels shall not be used inside containment.
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\s / h 08/10/85 DCC PURCHA5E ORIER LIST PAGE 300 o'k1
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1 t> s ORIG DCT 055N SHEET REV 155ufD POS LETTER 8 TITLE APP g C a - D o ;T HKP DDVEN C-i-75-155-M 002 A 781025 CP-0420 GIN-27339 87M COOLING UNIT . HKP ODVEN L-80517 X40 1 800422 CP -0 4 2 0 GT N-206 74 FIRE WALL PLATE A55Y PHASE 805 001 () HKP DDVEN L-80517X41 HKP DDVEN L- 82953 X 78 780216 841108 CP-0420 770826 841102 CP -092 0 GTN-25754 GTN-25754 150 PHASE SUS WALL PLATE E FRAME 001 () .[ PT COMPT WIRING OIAG Y HKP ODVEN T-139112N23 780920 841102 CP-04 20 GTN-03620 DRAWOUT P.T. COMPARTMENT I {} HKP DDVEN T-14 096 4X 3 0-M HKP ODVEN T-140964X31-M 771017 CP-0420 771017 CP -042 0 GTN-07332 GTN-07332 ISO aus DUCT COOLING COMPT.D AT A ISO BUS DUCT COOLING COMPT.D AT A f) V[ HKP D DVE N T-153440 A 791002 CP-0 4 2 0 GTN-35677 NEUTRAL LE AD ENCLOSURE SUPPORTING STEEL 002 - [) HKP ODV E N T-153440X1 800902 CP-0420 GTN-48474 GENERATOR NEUTRAL LE AD SUPPORT 5 001 f) ? HEP DDVEN T-153440X1-A 800902 CP -0 4 2 0 GTN-48474 CENERATOR NEUIRAL LE AD SUPPORT 004 ~ HKP DDVEN T-170066 001 A 780712 CP-0420 GTN-25754 CEN PHASE TERMINAL ENCLOSURE 001 I {} HKP ODVEN T-75-155 6 790814 CP-0420 GTN-38731 150 BUS BUCT COOLING UNIT A55Y NO. 1 RFC () , HKP DDVEN T 15 5-5 0 800219 CP-0 4 2 0 GTN-43511 ELECTRIC AL SCHEMATIC RFC HKP DDVEN T- 7 5- 15 6 0 841109 CP-0420 GTN-07312 150.805 DUCT COOL. UNIT A55Y NO.2 RFC
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[) HKP D DVE N y-119890 001 8 780712 CP -04 2 0 GTN-25754 ACHOR SOLT L AYOUT
- RFC #) ;.
HKP DDVEN 0-119890 002 8 780712 CP -04 2 0 GTN-25754 ANCHOR 8OLT LAYOUT RFC i HKP DDVEN U-119890X1 001 791126 CP-04 2 0 GIN-41498 ANCHOR SOLT LAVOUT UNIT 82 RFC p () HKP DDVEN U-119890X1 002 A 800123 CP-0420 GTN-42888 ANCHOR 80LT LAYOUT UNIT 8 11 RFC F) HKP ODVFN U-122245 HKP D DVE N 0-122245 001 7 781025 CP -04 2 0 8 791002 CP -04 20 GIN-21728 GTN-25754 LAYOUT OF ISOLATED PHASE GENERATOR SU5 150L PHASE SU5 SUPPORT 002 RFC [ () HKP DDVEN U-122245 002 6 791002 CP-0420 GTN-25754 150L PHf.5E 805 $UPPORT 5L55 390N RFC f) f HKP ODVEN U-122245 003 4 791002 CP -04 2 0 GTN-25754 150 PHASE SUS LAVDUT RFC l HKP DDVEN U-122245 004 5 791002 CP-04 2 0 GIN-25754 150 PHASE 805 LAYOUT RFC , () HKP ODVEN 0-122245 005 5 791002 CP-0420 GTN-25754 150 PHA5E BUS LAYOUT RFC f) HKP ODVEN 0-122245 006 3 791002 CP-0420 GIN-25754 ISO PHASE SUS LAYOUT RFC HKP DDVEN 0-122245 007 4 791002 CP-09 20 G T N-25754 ISO PH45E SUS LAYOUT RFC -
$ HEP D DV E N U-122245 005 6 791002 CP-0420 GTN-30344 150 PHASE SUS RFC ()
HKP DDVEN W-20479 001 8 780712 CP-0420 GIN-25754 GENERT0R MAIN BUS. LAYOUT RFC p HKP DDVEN W-20479 002 8 841108 CP-0420 GIN-25754 150L PHASE BU5 LAYOUT RFC - () . HKP DDVEN W-20479 003 8 780712 CP-0420 GTN-25754 150L PNA5E BUS LAYOUT RFC f) L HKP DDVEN W-20479 004 5 780712 CP-0420 GTN-25754 CENERAT0k NAIN BUS L AYOUT RFC C HKP DDVEN W-20479 005 8 780712 CP-0420 GTN-25754 GENER ATOR MAIN SUS LAYOUT RFC k () HKP ODVEN W-20479 006 8 780712 CP-04 2 0 GIN-25754 GENER ATOR MAIN BUS L AVOUT RFC () . HKP ODVEN W-20479 007 C 800220 CP-G420 GTN-43968 GENER ATOR MAIN SUS LAYOUT RFC - HKP THOMR CP-0420-001 820519 CP-0420 BRF-09123 ISOL ATED PHASE GEN SU5 MANUAL () HKP THOMR CP-0920-002 801204 CP-0420 BRF-10324 ISOL ATED PHASE SUS AND ACCESSORIES CD , ITE ODVEN 103-8-122 001 1 800410 CP-0425 GTN-03136 OUTLINE 345 KV SF6 CIRCUIT BREAKER RFC ITE DDVEN 162053 001 0 800410 CP-0425 GIN-14104 A C 8 WIRING DI AG PRE () ITE ODVEN 188571 001 3 800410 CP-0425 GTN-08951 5HK,5HKE 15HE BKR5 WIRING LEGEND PRE () ; ITE D DV E N 188572 2 800410 CP-0425 GTN-08951 DC ELEV.DPER.5EO FOR STD HK SKR5 PRE ITE ODVEN 2323-El-0026-CP-0425 001 1 791101 CP-0425 GTN-25484 6.9EV THREE LINE DIA. NORMAL SUSE5 PRE () ITE DDVEN 2323-El-0026-CP-0425 002 1 791010 CP-0425 GTN-25484 6.9KV THREE LINE 014. NORMAL 8USES PRE () ITE ODVEN 2323-El-0027-CP-0425 001 2 791010 CP-0425 GTN-20268 6.9tV SFGD BUS 1EA1 3 LINE DIA. AEN , ITE DDVEN 2323-El-0027-CP-0425 002 2 790816 CP-0425 6.9 SFGO BU5ES THREE LINE DIAG
- AEN
() ITE D DVE N 2323-El-0030-CP-0425 000 1 850123 CP-04 2 5 GTN-24038 6.9 KV SWGR MISC SCH DI AG PRE () > ITE ODVE N 2 3 23-E l-0030-C P-042 5 009 1 790816 CP-0425 GTN-23259 6.9 KV LDCE OUT REL 86/1E AL SCH PRE L ITE ODVEN 2323-El-0030-CP-0425 010 1 790816 CP-0425 GTN-25551 6.9EV SUS 1EA2 W/V AUX REL-5C PRE , () ITE DDVEN 23 2 3-E l-00 30-CP-042 5 011 1 790816 CP-0425 GTH-22470 6.9 KV SUS XA1 L/0 RELAY SCHEM PRE () . LIE DDVEN 2323-E1-0030-CP-0425 012 1 790816 CP-0425 GIN-24038 6.9 KV SUS 1A1 LO RELAY SCH 0 PRE ITE D DVt N 23 2 3-E l-0030-CP-042 5 014 1 790726 CP-0425 G T N-2 54 84 6.9tv SWITCHGE AR 805 L A2 LOCK 0UT RELAY PRE ITE ODVEN 2323-El-0030-CP-0425 015 1 790816 CP-0425 GTN-24039 6.9 KV SUS 1A4 LO RELAY SCH DIA PRE (D () ~ ITE O DV E N 2323-El-0030-CP-0425 016 1 790816 CP-0425 GIN-24038 6.9 KV NDRM 805 INCOMING BKR5 PRE - () ID
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! 08/1t/85 DCC PYRCHASE ORDER LIST PAGE 0 7 ORIG DCT DSSN SHEET REV ISSUED POS LETTERS TITLE APP ,
O O ITE D DVE N 2323-El-0030-CP-0425 017 1 790816 CP-0925 Giu-24038 6.9 K NORM BUSES 1A1 E LA3 NV PRE
!-ITE D DVE N 2323-El-0030-CP-0425 01 1 790816 CP-04 2 5 GTN-24039 6.9 KV NDRM SUS 1 A2 & 1A4 PRE I ITE DDvEN 2323-E1-0030-CP-0425 01 ,8 t 790816 CP-0425 GTN-23259 Bus 1 eat ulv auk REKATS SW DEV PRE O' O - ITE D DVE N 2323-El-0030-CP-0425 021 1 790816 CP-0425 GTN-23259 SUS 1EA1 U/V AUX RELAYS SCH DIA PRE ITE DDVEN 2323-E1-0030-CP-0425 022 1 790816 CP-0425 GTN-25551 6.9 KV SWGR BUS 1EA2 L/3 RELAY PRE j Q ITE D DVE N 2323-E1-0030-CP-0425 035 1 820916 CP-0425 GTN-25551 6.9KV BUS 1EA2 U/V AUX REL 5W PRE Os ITE DDVEN 2323-El-0030-CP-0425 038 1 790816 CP-0425 GIN-24038 6.9 KV NDRM BUS 1 Ale 1A2,1A 3,144 PRE IIE DDVEN 2323-E1-0030-CP-0425 039 2 790816 CP-0425 GTN-25557 6.9KV NDRM BUS 1 Ale 1A2.1A3,1A4 PRE t O ITE DDVEN 2323-E1-0030-CP-0425 043 1 790816 CP-0925 GIN-23259 BUS 1EA1 INC LKR U/V AUX REL PRE Oy ITE DDVEN 2323-G1-0030-CP-0425 045 1 790816 CP-0425 GIN-23259 INC BKR 1EAL U/V AUK REL SCH PRE W ITE DDVEN 2323-El-0030-CP-0425 047 1 830701 CP-0425 GIN-25551 6.9KV SKR 1EA2-2 U/V AUX REL AY PRE O ITE D DVE N 2323-E1-0030-CP-0425 049 1 820916 CP-0425 GTN-25551 6.9KV SKR LE A2-1 U/V AUX REL AY PRE O ITE D DVE N 2323-E1-0031-CP-0425 001 1 790816 CP-0425 GTN-23259 6.9 KV START UP BKR 1EA1-1 SCH 004 ITE DDVE N 2323-El-0031-CP-0425 003 1 790816 CP-0425 GTN-23259 6.9 KV BKR REA1-2 SCH DI A PRE .
O ITE DDVEN 2323-El-0031-CP-0425 005 1 820916 C P-04 2 5 GTH-25551 6.9KV BUS IEA2 BER R E A 2-1 CC HE RFC Oj ITE DDVEN 23 23-E 1-0031-CP-042 5 ,007 L 820916 CP-0425 GTN-25551 6.9KV BUS 1E A2 SKR REAZ-2 SCHEM PRE ITE DDVEN 2 3 2 3-E l-0031-CP-042 5 009 1 790816 CP-0925 GTN-23259 6.9 KV BUS TIE BKR BT-1EA1 SCH PRE 0 ITE D DVE N 2323-El-0031-CP-0425 011 1 820916 CP-0425 GTN-25551 6.9KV BUS 1E AZ SKR BT 1E A2 SCHEM PRE O ITE DDVEN 2323-E1-0031-CP-0425 013 1 790816 CP-0425 GTN-23259 6.9 KV TRANSF TIEB1 FUR BKR SCH PRE ITE DDVEN 2323-E1-0031-CP-0425 015 1 790816 CP-0425 GTN-23259 6.9 KV TRANSF TIE B 3 FDR 8KR SCH PRE O ITE DDVEN 2323-El-0031-CP-0425 017 1 820916 CP-0425 GTN-25551 6.9KV SU51E A2 SKR TIE 82 SCH DI A PRE O ITE DDVEN 2323-E1-0031-CP-0425 019 1 820916 CP-0425 GTN-25551 6.9KV SUS RE A2 SKR TIEB4 SCH DI AG
- PRE ITE D DV E N 2 3 2 3-E 1-0031-CP-042 5 021 1 790816 CP-0425 GTN-23259 6.9 KV DIESEL GEN BKR 1Ett SCH PRE O ITE DDVEN 2323-El-0031-CP-0425 023 1 820916 CP-0425 GTN-25551 6.9KV BUS 1E A2 BKR TIEB4 SCH DI AG PRE O ITE DDVEN 2323-El-0031-CP-0425 025 1 790816 CP-0425 GTN-23259 6.9KV CCW PUMP 11 SKA SCH DIAG PRE ITE DDVEN 2323-El-0031-CP-0425 026 1 790816 CP-0425 GTN-23259 6.9 KV CCW PUMP 11 BKR SW DEVEL PRE O ITE DDVEN 2 323-E l-00 31-CP-0 425 027 1 790726 CP-0425 GTN-25551 6.9KV SWGR.tus 1E A2 CCW PP 12 PRE O ITE DDVEN 2 3 2 3-El-0031-C P-0425 028 1 790726 CP-0425 GTN-25551 6.9KV BUS 14A2 BKR LAPCC2 CONN PRE ITE DDVEN 2323-E1-0031-CP-0425 029 1 790816 CP-0425 GIN-23259 6.9 KV CDNT SPRAY PPN SKR SCH PRE Q ITE DDVEN 2323-E1-0031-CP-0425 031 1 790816 CP-0425 GTN-23259 6.9 KV CDNT SPRAY PP S SK SCH PRE Q ITE DDVEN 2323-El-0031-CP-0425 033 1 790726 CP-0425 GTH-25551 6.9KV BUS 1E A2 SKR 1 APCS 2 SCHEM PRE ITE DDVEN 2323-El-0031-CP-0925 035 1 790808 CP-0425 GTN-25551 6.9KV BUS 1E A2 SKR L APC54 SCHEM PRE Q ITE O DVE N 2323-El-0031-CP-0425 037 1 790816 CP-0425 GTN-23259 6.9 KV AUX FW PUMP 11 BKR SCH PRE Q ITE DDVEN 2323-El-0031-CP-0425 039 1 790F26 CP-0425 GIN-25551 6.9KV BUS 1EA2 8KR L AND2 SCHEM PRE ITE DDVEN 23 23-El-0031-CP-0425 041 1 820427 CP-0425 GTN-23259 6.9 KV $5W PUMP 11 BKR S CH D I AG PRE O ITE DDVEN 2323-El-0031-CP-0425 043 1 790726 CP-0425 GTN-25551 6.9KV BUS 1E A2 BKR L AP5W2 SCHEM PRE O ITE DDVEN 2323-El-0031-CP-0425 045 1 790816 CP-0425 GTN-23259 6.9 KV SI PUMP 11 SKR SCH DIAG PRE ITE D OVE N 2323-El-0031-CP-0425 047 1 790726 CP-0425 GTH-25551 6.9KV SUS 1E A2 BKR LAPS 12 SCHEM PRE O ITE DDVEN 2323-E1-0031-CP-0425 049 1 790816 CP-0425 GTN-23259 6.9 KV RHR PUMP 11 BRE SCH DIAG PRE O ITE DDVEN 2323-El-0031-CP-0425 051 1 790726 CP-0425 GTN-25551 6.9KV sus 1EA2 BKR L APRH2 SCHEM PRE ITE DDVE N 23 2 3-E l-00 31-CP-042 5 053 1 790816 CP-0425 GJN-23259 6.9 KV CENT CHARG PP11 BLK SCH PRE Q ITE DDVEN 2323-El-0031-CP-0425 055 1 790726 CP-0425 GTN-25551 6.9EV SWGR SUS 1EA2 CHRGNG PPS12 PRE O ITE DDVEN 2323-El-0031-CP-0425 057 1 790815 CP-0425 GTH-23259 6.9 KV CONT CHILLER 11 BKR SCH PRE ITE DDVE N 2323-El-0031-CP-0925 059 1 790726 CP-0425 GTN-25551 6.9EV SWGR BUS 1EA2 SCHEMATIC PRE O ITE DDVEN 2323-El-0032-CP-0425 001 2 790815 CP-0425 GTN-22470 6.9 KV STARI UP BKR XAl-1 SCH PRE $
ITE D DVE N 2323-E1-0032-CP-0425 003 2 790815 CP-0425 GTN-22470 START-UP 8KR XAl-2 SCHEM PRE ITE DDVEN 2 3 23-C 1-00 32-CP-042 5 005 2 790815 CP-0425 GTN-24038 6.9 KV BUS LA1 SKR 1Al-1 SCH D PRE O ITE DDVEN 232i-et-0032-CP-o425 ITE DDVEN 2323-El-0032-CP-0425 006 007 1 7908:5 CP-0425 2 790815 CP-0425 GTN-24038 GTN-24038 6.9 KV sus 1 A1 8KR 1At-1 CONN D 6.9 KV BUS 1A1 BKR 1 Al-2 CONN D PRE PRE e ITE DDVEN 2323-El-0032-CP-0425 008 1 790815 CP-0425 GTN-24038 6.9 KV DOS 1A1 8KR 1A1-2 CONN D PRE C ITE DDVE N 2323-El-0032-CP-0925 011 2 790815 CP-0425 GTN-22641 6.9 KV SIART-UP BKR 1A3.2 SCH. PRE $ ITE DDVEN 2323-El-0032-CP-0425 013 2 790815 CP-0425 GTN-24038 6.9 KV BUS 1A2 8KR LA2-1 SCH.D PRE O ' '. S O 4
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C8/tt/85 DCC PURCHASE DRDER LIST PAGE' 311 o e ,f
'DRIG DCT D55N SHEET REV ISSUED POS LETTERS TITLE APP I V
O 0 5
'ITE DOVEN 2323-EL-0032-CP-0425 014 1 790815 CP-0425 CIN-24034 6.9 KV BUS 1A2 SMR 1AZ-1 CONN D PRE 4 ITE DDVE N 2323-El-0032-CP-0425 015 2 790815 CP-0425 GIN-24038 6.9 KV BUS 142 SKR 1 A2-2 SCH D PRE t Q IIE DDVEN 2323-El-0032-CP-0425 016 1 790815 CP-0425 GTk-24034 6.9 KV BUS 1A2 8KA 1A2-2 CONND PRE Of ITE DDVEN 2323-El-0032-CP-0425 017 2 790415 CP-0425 GIN-24039 4.9 KV BUS 1A4 BKR 1A4-1 SCH.D PRE i ITE DDVEN 23 23-E l-0032-CP-042 5 019 2 790815 CP-0425 GIN-24039 6.9 KV BUS 1 A4 RKR 1 A4-2 SCH.D PRE C Q ITE DOVEN 2323-El-0032-CP-0425 021 2 790815 CP-0425 GTN-24034 6.9KV SUS L A1 TR T181 FDR SKR PRE Ok ITE DDVEN 2323-El-0032-CP-0425 022 1 790815 CP-0925 GIM-24038 6.9 KV BUS LAt TR ital FOR SKR PRE 7.
ITE DDVEN 2323-El-0032-CP-0425 023 2 790815 CP-0425 GIN-22641 6.9 KV SWGR TR ANSF TIS 3 FOR SKR
- PRE E C ITE DOWEN 2323-El-0032-CP-0425 025 2 790815 CP-0425 GIN-24038 6.9 KV SUS 1 A2 TR T182 FDR SKA PRE Oh ITE DOVEN 2323-EL-0032-CP-0425 026 1 790815 CP-0425 GIN-24038 6.9KV SUS 1 A2 it 1882 FDR BKR PRE i IIE O DVE N 2323-El-0032-CP-0425 027 2 790815 CP-0425 GIN-24039 6.9 KV BUS 144 TR T184 FOR BER PRE E C iTE DDVE N 2323-El-0032-CP-0425 029 2 790815 CP-0425 GIN-24038 6.9 KV SUS 1 A1 SKA 1 APDPR SCH D PRE OfL ITE DDVEN 2323-El-0032-CP-0425 030 1 790815 CP-0425 GTN-24038 6.9 KV SUS 1 A1 BER R APDP1 FRE ITE ODVEN 2323-El-0032-CP-0425 031 2 790815 CP-0425 GIN-24038 6.9 KV SUS 1 A2 SKR R APDP2 SCH D PRE f Q ITE DDVEN 2323-E1-OOH-CP-0425 032 1 790815 CP-0925 GIN-24038 6.9KV BU5 1A2 BER 1AP092 CD PRE O b ITE DDVE N 2323-EE-0032-CP-0425 033 2 790815 CP-0425 CIN-22641 6.9KV SMGR COND PP11 SKR SCH PRE l ITE DDVEN 2323-E1-0032-CP-0425 035 2 790815 CP-0425 GTN-24039 6.9 KV SUS 144 SKR 1APCP2 SCH D PRE $
Q ITE DDVEN 2323-E1-0032-CP-0425 039 2 790815 CP-0425 GIN-24039 6.9 KV SUS 1A4 BKR 1 APTPC SCH D PRE O{ ITE ODVEN 2323-E1-0032-CP-0425 041 2 790815 CP-0425 GTN-24038 6.9 KV SUS 1A1 SKR LAPCW1 SCH D PRE
-e ITE DDVEN 2323-El-0032-CP-0425 042 1 790815. CP-0425 GIN-24034 6.9 KV $US 141 SKR 1 APCW1 SCH D PRE <
Q ITE DDVEN 2323-El-0032-CP-0425 044 2 790815 CP-0425 GIN-22641 6.9 KV SWGR CW PP 13 BKR SCHEN. PRE O
- IIf DDVEN 2323-El-0032-CP-0425 045 1 790815 CP-0425 GIN-24034 6.9 KV SUS 1A3 SKR 1APCW3 SCH , PRE ITE DDVEN 2323-EE-0032-CP-0425 047 2 790815 CP-0425 GTN-24038 6.9 KV BU5 1A2 BKR 11APCW2 SCH D PRE l O IIE O DVE N 2323-El-0032-CP-0425 048 GTN-24034 6.9 KV SUS 1 A2 SKR 1 APCW2 SCH D O 1 790815 CP-042 5 PRE ITE DDVEN 2323-El-0032-CP-0925 050 2 790815 CP-0425 GIN-24039 6.9 KV BUS 1 A4 BER 1 AP CW4 SCH D PRE ITE ODVEN 2323-E1-0032-CP-0425 051 1 790815 CP-042 5 GIN-24039 6.9 KV BUS 1 A4 BER 1 AP CW4 S CH D PRE Q ITE DDVEN 2323-El-0032-CP-0425 053 2 790815 CP-0425 GIN-24038 6.9 KV SUS 1 A1 DER 1PCPX1 SCH D PRE O ITE GDVEN 2323-El-0032-CP-0425 054 1 790815 CP-0925 GIN-24038 6.9 KV SUS 1 A1 BKR LPCPK1 C.D. PRE IIE D DVE N 2323-El-0032-CP-0425 055 2 790815 CP-0425 GTN-22641 6.9 KV RC PUNP 13 BER SCH.DI AG. PRE Q ITE DDVEN 2323-E1-0032-CP-0425 057 2 790815 CP-0425 GTN-24038 6.9 KV SUS 1A2 SKR PCPN2 SCH D PRE O ITE ODVEN 2323-El-0032-CP-0425 058 1 790815 CP-0425 GTN-24034 6.9 KV BUS 1A2 BER 1PCPN2 C.D. . PRE ITE DDVEN 2323-El-0032-CP-0925 059 2 790015 ~CP-0425 GIN-24039 6.9 KV BUS 1 A4 SKR EPCPM4 SCH D PRE
.O IIE ODVEN 2323-El-0032-CP-0425 061 2 790815 CP-0425 GIN-22641 6.9 KV SERV Alt CONP 11 SKR SCH PRE O ITE DDV EN 2323-E1-0032-CP-0425 063 2 790815 CP-0925 GTN-22470 6.9 KV NDPH FDR SKA 2Al-3 SCH PRE - ITE DDVEN 2323-El-0032-CP-0425 065' 2 820607 CP-0425 GIN-22470 6.9 KV ST-UP BLR FOR SKR 2 Al-4 PRE O ITE ODVEN 2323-El-0032-CP-0425 067 1 790815 CP-0425 GTN-24034 6.9KV SUS 1A1 SFGO SUS 1 E AR FRE O ' ITE DDVEN 2323-El-0032-CP-0425 068 1 790815 CP-0425 GIN-24038 6.9KV BUS 1A2 SFGD BUS 1 EA2 PRE 1' IIE DDVEN 2323-ES-0005-FIGL-CP-0425 790131 CP-0425 GIN-25551 FIGURC 1 PRE O ITE DDVEN 2323-ES-0005-FIG 2-CP-0425 790016 CP-0425 GIN-24034 6.9KV SP BER Cut INTERNAL SCH D PRE O GPI DDVEN 33-51261-5-154 3 400917 CP-0425 GTN-46840 6.9KY SWGR P/T CASINET RFC TES ODVEN 33-51261-8540 CP1 850513 CP-0425 TNE-3161 6.9KV COOL PPS POT TRANSFORN RFC Q 004 DDVE N 3 3-51261-C0516 2 820427 CP-0425 GTN-56696 62.9KV SWGR 805 MA1 AC-DC CONT SCH RFC $ GPI DDV E N 33-51261-C 05 31 3 800410 CP-0425 GIN-46840 6.9KV ACEBC CONTROL 5HCENE RFC GPI DDVEN 33-51261-C0537 1 800410 CP-0425 GIN-46840 6.9KV $WGR SUS 1A2 CUS 3 85 PACE) RFC Q CPI DDVEN 33-51261-C0541 2 800410 CP-0425 GTN-46840 6.9KV SWGR SUS 143 ACEDC CONT SCH RFC O GPI DDVE N 33-51261-C0560 2 400410 CP-0425 GIN-46840 6.9KV SMGR SUS 1A4 ACEDC CONTR SCH RFC GPI DDVE N 33-51261-C0561 1 400410 CP-0425 GIN-46840 6.9KV SMGR BUS 1 A4 CUS 7 ISPACEI RFC Q GPI DDVEN 33-51261-C0579 1 800410 CP-0425 GIN-46840 6.9KV SUS RE2 ACEDC SHC DIAG RFC O TES DOVEN 3 3-51261-C1546 CPI 450523 CP-0 4 2 5 TNE-3200 AC E DC CONN DI AG RFC GPI DDVEN 33-51261-C 154 7 0 400410 CP-0925 GTH-46440 GLH NORN SU52A2 Cut 7 BKR SCHEN RFC O ; TUS oDVEN 33-51261-cts 71 TES DDVEN 3 3-51261-C 1593 CP1 850523 CP-0425 CP1 850523 CP-0425 TNE-3200 THE-3200 AC E DC CONN DIAG. AC E DC CONN DI AG RFC . RFC 0, ' , O 6)
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i, O~.. 08/11/85 DCC PURCHA5E ORDER LIST PAGE 312 Oc ej DRIG DCT DSSN SHEET REV ISSUED P08 LETTER 8 TITLE APP O' O* '
.T25 DDVEN 33-51261-C2490 CP1 850523 CP-0425 THE-3200 AC E DC CONN DI AG RFC GPI D DVE N 33-51261-C2491 0 800410 CP -0 42 5 GTN-46840 6.9KV SU52A4 CUS3 FUT SKR SCH RFC o O GPI D DV E N 33-51261-C 2513 0 800410 CP-04 2 5 GIN-46840 6.9Ev SU52 EAR ACEDC CONTROL SCHEM RFC O CPI DDVEN 33-51261-C2554 0 800410 CP-0425 GTN-46840 AC E DC CONTROL SCHEMES RFC GPI DDVEN 33-51261-C482 4 800718 CP-0425 GTN-46040 6.9tV SW GR ACEDC CONTROL SCHEME RFC O TZ5 DDVEN 33-51261-0055 CP1 830224 CP-0425 THEDG-031 6.9KV SWGFR GEN ARRGT SUS MA1 RFC O ITE DDVE N 33-51261-D1476 1 800410 CP-0425 GTN-46789 A5 8UILT RFC GPI D DVE N 33-51261-01477 2 800410 CP-0425 GIN-46789 INDOOR METAL CLAD 5WGA RFC Q GPI ODVEN 33-51261-D1478 4 800623 CP-0425 GTM-46789 INDOOR METAL CLAD SWGR RFC O CPI D DVE N 33-51261-01479 2 800623 CP -042 5 GTN-46789 IN000R METAL CLAD SU5 RFC GPI D DVE N 33-51261-01480 2 800623 CP-0925 GIN-46789 INDOOR METAL CLAD SWGR RFC O GPI DDVEN 33-51261-D1481 1 800410 CP-0425 GIN-29151 INDOOR METAL - CLAD 5WGR RFC O GPI DDVEN 33-51261-01482 2 800623 CP-0425 GTN-46789 IN000R METAL CLAD SWGR RFC CPI DDVEN 3 3-51261-D14 83 3 800623 CP-0 4 2 5 GIN-46789 INDOOR METAL CLAD SWGR RFC Q GPI DDVEN 33-51261-01484 2 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC O g GPI D DVE N 33-51261-D 14 85 4 800623 CP-0425 GIN-46789 INDOOR METAL CLAD $WGR RFC U GPI DDVEN 33-51261-01486 2 800623 CP-0925 GIN-46789 INDOOR METAL CLAD 5WGR RFC O GPI DDVEN 33-51261-01487 3 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWGR RFC O GPI D DVEN 33-51261-01488 1 800410 CP-04 2 5 GTN-46789 INDOOR METAL - CLAD $WGR RFC GPI DDVEN 33-51261-01489 2 800410 CP-0425 GTN-46789 INDOOR METAL CLAD $WGR RFC g Q GPI DDVEN 3 3-51261-D 14 90 2 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC O GP! dDVEN 33-51261-D1491 2 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWGR RFC f GPI DDVEN 31-51261-D1992 1 800410 CP-0425 GIN-46789 IN000R METAL CLAD SWGR RFC 5 O CPI DDVEN 33-51261-01493 2 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWGR RFC O' GPI DDVEN 3 3-51261-D 1494 3 800623 CP-04 2 5 GTN-46789 INDOOR METAL CLAD SWGR RFC GPI DDVEN 33-51261-D 14 95 3 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGA RFC O GPI DDVEN 33-51261-D1496 3 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC O ,
GPI DDVEN 33-51261-01497 3 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWGR RFC i G40 DDVEN 33-51261-01498 3 820527 CP-0425 GTN-58738 INDOOR METAL CLAD SWGR RFC i O CPI DDVEN 33-51261-01499 2 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWCR RFC Od CPI DDVEN 33-51261-01500 3 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC 1 GPl DDVEN 33-51261-D1501
- 3 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC Q GPI D DV EN 33-51261-01502 2 800623 CP-0425 GIN-46789 IN000R METAL CLAD SWGR RFC O N GPI DDVEN 33-51261-01503 2 800410 CP-0425 GTN-46789 INDOOR METL CLAD SWGR RFC b E
GPI DDVEN 33-51261-01504 3 800623 CP-0425 GIN-46789 INbOOR METAL CLAD SWGR RFC Q GPI DDVEN 33-51261-D1505 2 800623 CP-042 5 GIN-46789 INDOOR METAL CLAD SWGR RFC O h CPI DDVEN 33-51261-01506 3 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWGR RFC e GPI D DVE N 33-51261-D1507 3 800623 CP -04 2 5 GIN-46789 INDOOR METAL CLAD SWGR RFC J Q GPI D DVE N 31-51261-01508
- 2 800623 -CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC O l GPI DDVEN 3 3-51261-D 1509 2 800623 CP-0425 GIN-46789 IN000R METAL CLAD SWGR RFC GPI DDVEN 33-51261-D1510 2 800623 CP-0425 GIN-46789 INDOOR METAL CLAD 5WGA RFC
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O GPI D DVE N 33-51261-01511 2 800410 CP-0425 GIN-46789 INDOOR METAL CLAD SWCR RFC CPI DDVEN 3 3-51261-D 1512 2 800410 CP-0425 GIN-46789 IN000K METAL CLAD SWGA RFC j CPI D DVE N 33-51261-01513 3 800623 CP-0425 GTN-46789 INDOOR METAL CLAD SWGR RFC n O GPI DDVEN 3 3-51261-D 1514 3 800623 CP-0425 GIN-46789 INDOOR METAL CLAD $WGR RFC $ ) GPI DDVEN 33-51261-01515 1 800410 CP-0925 GTN-46789 INDOOR METAL CLAD $WGR RFC ; GPI DDVEN J3-51261-01516 3 800623 CP-0425 GIN-46789 INDOOR METAL CLAD SWGR RFC i GPI D DVE N 33-51261-01517 GTN-46791 INDOOR METAL CLAD SWGR $ / O 3 800623 CP-0425 GTN-46791 IN000R METAL CLAD SWGR RFC RFC GPI DDVEN 33-51261-01518 3 800623 CP-0425 l GPI DDVEN 33-51261-D 1519 3 800623 CP-0425 GIN-46791 INDOOR HETAL CLAD SWGR RFC O GP1 D DVEN 33-51261-01520 3 800623 CP-0425 GIN-46791 INDOOR METAL CLAD SWG4 RFC $ l ' GPI DDVEN 33-51261-01521 3 800623 CP-0425 GIN-46791 INDOOR METAL CLAD SWGR RFC O '
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O. f, O.- 88/10/85 DCC PURCHASE ORDER LIST PAGE 313 E D . O $ DRIG DCT DSSN SHEET REV ISSUED POS LETTER 8 TITLE APP O O ; GPI D DVE N 33-51261-D 1522 3 800623 CP -042 5 GTN-46791 INDOOR METAL CLAD SWGR RFC V GPI D DVEN 33-51261-01523 2 800410 CP-0425 GTN-46791 IhDDOR METAL CLAD SWGR RFC y ) GPI DDVEN 33-51261-01524 8 3 800623 CP-0425 GTN-46791 6.9EV SWGA NORMAL BUS 1A1 CUB 9 RFC Oe GPI D DV EN 3 3-51261-D1525 2 800623 CP-0425 GIN-46791 6.9KV NORM AL SUS 1 Al-1 A2 AUK RE RFC ) CPI DDVEN 33-51261-01526 3 800623 CP-0425 GTN-46791 6.9KV SWG4 NORMAL SUS 1 A1 CUS 9 RFC 7 O ' GP I D DV EN 33-51261-D1527 3 400623 CP -04 2 5 GTN-46791 6.9KV SWGR NORMAL BUS 141 Cut 1 RFC O 0 GPI D DVE N 33-51261-D1528 2 800623 CP-0425 GIN-4tF91 6.9KV SWG4 NORMAL SUS 1A1 CUS 2 RFC ? GPI DDVEN 33-51261-D1529 2 800623 CP-0425 GTN-46791 6.9KV SWGR NORMAL SUS 1A1 CUB 4 RFC O . GP I D DV E N 3 3-51261-D15 30 2 400623 CP-0425 GTN-46791 6.9KV SWGR MORMAL SUS 1A1 CUB 6 RFC O k' GPI DDVEN 33-51261-01531 3 800623 CP-0425 GTN-46791 6.9KV SWGR NORMAL SU5 1A1 CUB 6 RFC f GPI DDVEN 33-51261-D1532 3 800623 CP-0425 GTN-46791 6.9KV SWGR NORMAL BUS 1A1 Cut 8 RFC k Q ' ' GPI DDVEN 33-51261-D 15 33 2 800623 CP-0425 GTN-46791 6.9KV SWGR NORMAL SUS 1A1 CUB 9 RFC O h GPI DDVE N 33-51261-01534 4 800623 CP-0425 GTN-46791 6.9KV SWCR NORMAL SUS 1A2 CUS 9 RFC k GPI DDVEN 33-51261-01535 3 400623 CP-0925 GTN-46791 6.9KV SWG4 NORMAL BUS 1 A2 CUB 9 RFC y Q GPI D DVE N 33-51261-01536 3 800623 CP-0 42 5 GTN-46791 6.9KV SWGR NORMAL SU51 A2 CUB 1 RFC O $ GPI DDVEN 33-51261-D1537
- 3 800623 CP-04 2 5 GTH-46791 6.9KV SWG4 NORMAL SUS 1A2 CUS 2 RFC k GPI DDVEN 33-51261-01538 3 800623 CP-0425 GIN-46791 6.9KV SWGR NORMAL SUS 1A2 CUB 4 RFC y Q GPI DDVEN 33-51261-01539 4 800623 CP-09 2 5 GTN-46791 6.9tV SWGR NORMAL BJS 1A2 CUS 6 RFC OK GPI D DVE N 33-51261-D 15 40 3 800623 CP-0425 GTN-46791 6.9KV SWG4 NORMAL SUS 142 CUB 2 RFC s*
CPI DDVEN 33-5126141541 3 800623 CP-0425 GTN-46791 6.9KV SWGA NORMAL SUS 1A2 CUS 8 RFC O CPI DDVEN 33-51261-01542 2 400623 CP-0425 GTN-46791 6.9tV SWGR NORMAL SUS 1 A2 CUB 7 RFC O GPI DDVE N 33-51261-D1543 3 800623 CP -04 2 5 GIN-46791 6.9KV SWG4 NORMAL BUS 1 A1 CUB 3 RFC $ ITE DDVEN 33-51261-01548 0 800410 CP-04 2 5 GTN-33587 6.9KV BU52A2 CUSE L/D RLY AEM R Q ITE D DVE N 33-51261-01549 0 800410 CP-0425 GTN-33587 6.9tv BU52A1E2A2 UV REL SCHEM AEN Q ITE D DVE N 33-51261-D1550 0 800410 CP-042 5 GTN-33587 6.9KV BUS 2A2E2A4 UV RELAY - AEN i ITE D DVEN 33-51261-01551 0 800410 CP-0425 GTN-33587 6.9EW BU52Al-2-3-4 SYNCK RL AEN ( O ITE DDVEN 3 3-51261-D 1552 0 800410 CP J425 GTN-33587 6.9KV SU52A2 8KR 2A2-1 SCHEM AEN Q ' ITE DDVEN 33-51261-01553 0 800410 C' 0925 GTN-33587 GTN-33587 6.9KV BU52A2 SKR 2A2-2 SCHEM 6.9KV SU52A2 XFMP T282 8kR AEN AEN [ ITE D DVE N 33-51261-01554 0 800410 0 4425 Q ITE DDVEN 33-51261-01555 0 800410 s;P-042 5 GIN-33587 6.91V BU52A2 BKR 2APDP2 SKR AEN Q J ITE D DVE N 33-51261-D 1556 0 800410 CP-04 2 5 GTN-33587 6.9KV SU52A2 SKR 2AOPCW2 SCHEM AEN ITE D DVE N 33-51261-D1557 0 800410 CP-0425 GTN-33587 6.9KV SUS 2A2 SYN MTR EXCTR AEN 9 Q ITE DDVEN 3 3-51261-D 15 58 0 800410 CP-0425 GTN-33587 6.9KV BU52A2 SKR 2PCPX2 SCHEM AEN Q A ITE O DVE N 33-51261-01559 0 800410 CP-0425 GTN-33587 6.9KV BUS 2A2 MAN DISC SW AEN f TYS D DVE N 33-51261-D1569 CP1 850513 CP-0 4 2 5 THE-3161 6.9KV BUS 2A2 CUS1-9 INTCONN RFC 0 Q ITE DDVEN 33-51261-D1572 0 800410 CP-0425 GTN-33587 6.9KV BU52A1 L/0 RLY 3 CHEM AEN O ? ITE DDVE N 33-51261-D1573 0 800410 CP -04 2 5 GTN-33587 6.9KV BU52A1E2A3 UV AUX RLY AEN ( ITE ODVEN 33-51261-D1574 0 800410 CP-04 2 5 GTN-33587 BU52A1 A9X BKR 2A1-1 002 i O ITE D DVE N 33-51261-D1575 0 800410 CP-0425 GTN-33587 6.9KV SU52 A1 ST ART-UP SKR AEM Q , ITE DDVEN 33-51261-01576 0 800410 CP-04 2 5 GTN-33587 6.91V BU52A1 XFMR T2B1 8KR AEN (t ITE DbVEN 33-51261-D1577 0 800410 CP-0425 GTN-33587 6.9KV BU52A1 HTR ORM PP BKR AEN Q ITE D DVE N 33-51261-01574 0 800410 CP-0425 GTN-33587 6.9KV RU52A1 CIRCWTR 8KR SCHE AEN O ITE DDVEN 33-51261-D1579 0 800410 CP-0425 GTN-33587 6.9KV BU52A1 SYN MTR EXCITER AEN ( 11E DDVEN 33-51261-01580 0 800410 CP-0425 GTN-33587 6.9KV BU52A1 RC 8KP 2PCPX15CM AEN 7 O ITE DDVEN 33-51261-01581 0 800410 CP-0925 GIN-33587 6.9tV SU$2A1 MAN DISC SW AEN O P ITE DDVEN 3 3-51261-D 15 82 0 800410 CP-0425 GTN-33587 6.9KV CU57 $P SKR RFC , IYS. DDVEN 33-51261-01592 CP1 850513 CP-0425 THE-3161 6.9KV SU52A1 CUB 1-9 INTRCONN AFC Q GPI DDVER 33-51261-D1594 1 800623 CP-0425 GTN-46791 6.9KV BU52A3 CU81L/0 RLY SCHEM RFC O h ITE DDVEN 33-51261-D1595 0 800410 CP-0425 GTN-33904 6.91V BU52 A3 AUX SKR2A3-1 SCH AEN ? ITE DDVEN 33-51261-01596 0 800410 CP-0425 GTN-33904 6.9KV BUS 2A3 ST-UP SKR2A3-2 AEN l O ITE DDVEN 3 3-51261-D 159 7 0 800410 CP-0425 GTN-33904 6.9KV SUS 2A3 XFMR T283 BKR SCH AEN $ h
, GPI DDVEN 33-51261-01598 1 800623 CP-0925 GTN-46791 6.9EV' BU52A3 CUNDPP21 SKR SCHEM RFC o e ;
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08/1C/85 CCC PURCluSE DRDER LIST PAGE 314
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DRIC DCT 055N SHEET REV ISSUED POS LETTERS TITLE AFP () II GPS DDVE N 33-51261-01599 1 800623 CP-042 5 GT N-46791 6.9KV BUS 2 A3 BKR24P TPI $CHE M RFC GPI D DVE N 3 3-51261-D 24 76 1 800623 CP-04 2 5 GTN-46791 6.9KW SU52 A3 CWPP23 BKR SCHE M RFC () GPI D DV EN 33-51261-D 24 77 1 800623 CP-0425 GTN-46791 6.9EV SU52A3 SYM MTR EXC SCHEM RFC #3 GPI DDVEN 3 3-51261-D 24 78 1 800623 CP -04 2 5 GTN-46791 6.9EV SU52A3 RCPP23 BER SHCEM RFC , GPI DDVEN 33-51261-02479 1 800623 CP -04 2 5 GIM-46791 6.9EV SU52A3 AIR COMP 21 8KR SC RFC * () T;5 DDVEN 33-51261-D2489 CPI 850513 CP-0425 TNE-3161 6.9KV BUS 2A3 CUS9 INTRCON DIAG RFC I) $ GPI DDVEN 33-51261-D2492 < 1 800623 CP-0425 GTM-46791 6.9KV BU52A4 CUS1 L/0 RELY SCH RFC GPI DDVEN 33-51261-02493 1 800623 CP-042 5 GIN-46791 6.9KV BU52A4 AUX BER 2A4-1 SCHEM RFC () GPI D DVE N 33-51261-D2494 1 800623 CP-04 2 5 GIN-46791 6.9KV BU52A4 ST-UP SKA 2A4-2 RFC GPI OCVEN 33-51261-D2495 1 800623 CP-0425 GTN-46791 6.9KV BU52A4 KFMR T284 SKR SCHEM RFC CPI DDVEN 33-51261-02496 1 800623 CP-0425 GIN-46791 6.9KV BU52A4 CPP22 BER SCHEM RFC
$ CPI DDVEN 33-51261-02497 1 800623 CP-04 2 5 GIN-46791 6.9EV SU52A4 BKR2APTP2 BKR SCHEM RFC ()
l EPI DGVEN 33-51261-D2498 1 800623 CP-0425 GIN-46791 6.9KV BUS 2A4 CWFP24 SKA SCHEM RFC GPI DDVEN 33-51261-D2499 1 800623 CP-04 2 5 GIN-46791 6.9EV BUS 2A4 $YM MTR EXC 3 CHEM RFC () GPI ODVEN 33-51261-02500 1 800623 CP-04 2 5 GTN-46791 6.9EV BU52A4 RCPP24 SKR SCHEM RFC () TUS DDVEN 33-51261-D2503 CP1 850510 CP-04 2 5 THE-3159 6.9KV tus2A4 CUB 3 Fui BKR SCH RFC $. TUS DDVEN 33-51261-D2510 CP1 850508 CP-092 5 TNE-3148 6.9EV BUS 2A4 CUS1-9 INTCON DIAG RFC 4 f) GPI D DV EN 3 3-51261-D 2511 1 800623 CP-0 4 2 5 GIN-46791 6.9tV BUS 2 ALE 3 ACPP21523 AUX RL RFC #) GPI DDVEN 3 3-51261-P2512 1 800623 CP -042 5 GTN-46791 6.9KV BU52A2E4 RCPP 22524 AUX RLY RFC TUS D DVE N 3 3-51261-D 2515 CP1 850523 CP-0425 THE-3200 6.9KV 2 E4L CUS 1600 CONN DIAG RFC f) TUS' DDVEN 33-51261-D2526 CP2 850509 CP-0425 TNE-3156 INDOOR METAL CLAD SWG4 CONN DI AC RFC I) l GPI DDVEN 33-51261-D 2532 1 800410 CP-0425 GTN-46791 6.9EV SUS 2E A1 L/0 RLY 86/2E AR RFC - GPI DDVEN 3 3-51261-D25 33 1 800410 CP -09 2 5 GTN-46791 6.9KV BUS 2E A1 UV AUX RLY SW DVL RFC 2 () GPI DDVEN 33-51261-D2534 1 800410 CP-0425 GIN-46791 6.9KV BUS 2 EAR UV AUX RLY SCHEM RFC f) r EPl ODVEN 33-51261-02535 1 800410 CP -042 5 GTN-46791 6.9EV SW GA SU2E A162 SYN AUX RLY RFC CPI DDVEN 3 3-51261-D25 36 1 800410 CP-0425 GTN-46791 6.9 KV SUS 2E A1 TIE BU52 A1 UV RLY RFC () GPI D DV E N 33-51261-D2537 1 800410 CP -0 42 5 GTN-46791 6.9KV BKR 2E A1-1/XFMR X5TI UVRLY RFC f) 1 Ctl D DVE N 33-51261-02538 2 800623 CP -0 4 2 5 GTN-46791 6.9KV BUS 2EAL-1 SCHEM RFC GPI DDVEN 33-51261-02539 1 800410 CP-0425 GIN-46791 6.9 KV BUS 2E AR SKR 2E A1-2 SCHEM RFC () GPl D DV EN 33-51261-D2540 1 800410 CP-0425 GTN-46791 6.9KV SUS 2EA1 IIE BKR ST2 EAR SC RFC f) CPI D DV E N 3 3-51261-D 25 41 1 800410 CP-0925 GIN-46791 6.9KV BUS 2EA1 XFMR T2E81 8KR SC RFC GPI D DVE N 33-51261-D2542 1 800410 CP-0425 GIN-46791 6.9KV BUS 2E A1 SFMR T2E83 8KRSCM RFC i () GPI DDVEN 33-51261-D2543 1 800410 CP-0425 GIN-46791 6.9KV SUS 2E AR GEN SKR2EG1 SCHEM RFC () l GPI DDVEN 33-51261-D2544 1 800410 CP-0425 GTN-46789 6.9KV BUS 2EA1 BKR 2APCCI 3 CHEM RFC i GPI D DV E N 33-51261-D2545 1 800410 CP-0425 GIN-46789 6.9 KV BUS 2E A1 SKR 2APCCI SWDVLP RFC - () GPI D DVE N 33-51261-02546 0 400410 CP-0425 GTN-46789 6.9EV SWGR' 5P 8KR CUB INT SCHEM RFC () I
~ GPI DDVEN 3 3-51261-D 25 50 0 800410 CP-0425 GIN-46789 6.9KV SWGR SUS 2E A2 CUS3 CDNN D RFC -
T;S DDVEN 3 3-51261-D 25 58 CP1 85U425 CP-0425 INE-3106 6.9KV SWGR BU52EA2 CY8 14 CDNN RCC ' () GPI DDVEN 3 3-51261-D 25 66 1 800410 CP -04 2 5 GTN-46789 6.9KV BUS 2EA18KR 2 A9C53 SCHEM RFC () f GPI DDVEN 33-51261-D2567 1 800410 CP -042 5 GIN-46789 6.9KV 8UT 2E A1 8KR 2 APMOI SCHEM RFC CPI DDVE N 33-51261-D2568 1 800410 CP-0425 GIN-46789 6.9 KV SUS 2E A1 8KR 2AP5WI SCHEM RFC () GPI D DVE N 33-51261-D2569 1 800410 CP-0425 GIN-46789 6.9KV BUS 2 EAR BKR 2APSI1 SCHEM RFC (){ GPI DDVEN 3 3-51261-D 25 70 1 800410 CP-0425 GTN-46789 6.9KV BUS 2E A1 8KR 2 APRHI SCHER RFC 'Fg CPI DDVEN 3 3-51261-D 25 71 1 800410 CP-0425 GTN-46789 6.9KV SUS E2A1 BKR 2 APCHI 3 CHEM RFC l () GP1 DDVEN 33-51261-D2572 GPI DDVEN 3 3-51261-D 25 73 1 800410 CP-0425 GIN 046789 6.9KV 895 2E AL SKR XCICE3 SCHEM RFC ()
- 1 800410 CP -09 2 5 GTN-46789 6.9KV SUS 2E AR 8KR 2 APC51 SCHEM RFC '
GPI DDVEN 33-51261-D2574 1 800410 CP -042 5 GTN-46789 6.9KV SUS 2EA2 L/D RLY 8612E A2 RFC l () GPI DDVEN 3 3-51261-D 25 75 GPI D DV E N 33-51261-D2576 1 800410 CP-0425 GTN-46789 6.9KV SWGR 805 2EA2 UV AUX RLY5 RFC ($ k 1 800410 CP-0425 GIN-46789 6.9KV SWGR SU52EA2 UV RLY SWDVP RFC . GPI D DVE N 33-51261-D2577 1 800410 CP-0425 GIN-46789 6.9KV NOR 8U5 2A2 UV AUKRLY RFC i () - GPI DDVEN 33-51261-D2578 1 800410 CP-0925 GIN-46789 6.9KV,5MGR XFMR X5TI UV AUX RLY RFC GD GPI DDVEN 3 3-51261-D2579 1 800410 CP-042 5 GTN-46789 6.9EV SWGR BUS 2E A2 8KR2EA2 SCH RFC . 4D h o .I
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O. J O e 08/1@/85 SCC PURCHASE DRDER LIST PCGE 315 O ORIG OCT 0554 SHEET REW ISSUED POS LETTERS TITLE APP. e % O' O g GPI DDVE N 33-51261-02580 1 800410 CP-0425 GIN-46789 6.9 RV SWGR SUS 2EA2 BKR 2EA2-25C RFC 7 GPI DDVEN 33-51261-02581 1 880410 CP-0925 GIN-46789 6.9KV SUS 2EA2 4KR Si-2EA2 SCHEN RF C Q ITE DDVE N 33-51261-02582 ' 1 800410 CP-0425 GIN-46789 6.9KV BUS 2EA2 FDR SKR T2ES2 5CM RFC O CPI DDVEN 33-51261-02583 1 800410 CP-0425 GTN-46789 6.9EV SWGR SUS 2EA2 DKR T2E845CM RFC s .CPIs DDVEN 33-51261-02584 1 800410 CP-0425 GTN-46789 6.9KV SMGR SUS 2E A2 BER 2EG2 SCH RFC
- Q GPI DDVE N 33-51261-02585 1 800623 CP-0425 GTN-46789 6.9EV SWGR SU52E A2 CCW PP22 SCH RFC O CPI DDVEN 33-51261-02566 1 800414 CP-0425 GIN-46789 6.9KV SWGR SUS 2EA2 CCM PP22 CDN RFC GPI DDVEN 33-51261-02587 1 800414 CP-0425 GTN-46789 6.9KV SWGR BUS 2E42 CSP 8 22 SCH RFC Q GPI DOVEN 33-51261-02588 1 800414 CP-0425 GIN-46789 6.9KV SWGR SUS 2E A2 CSPP 24 SCH RFC O GPI DOVEN 33-51261-02589 1 800414 CP-0425 GTN-46789 6.9 KV SWGR 805 2E A2 AUXFWPP225CH RFC GPI ODVE N 33-51261-02590 1 800414 CP-0425 GTN-46789 6.9KV BUS 2E A2 STA SW PP22 SCHE RFC Q GPI DOVEN 33-51261-02591 1 800414 CP-042 5 GTN-46789 6.9KV BUS 2EA2 51 PP 22 SCHEM RFC f)
GPI DDvfN 33-51261-D 2592 1 800414 CP-0425 GIN-46789 6.9KV SWGR SUS 2E42 RNR PP22 SCH RFC GPI DDVEN 33-51261-D2593 1 800414 CP-0425 GTN-46789 6.9KV SWGR SUS 2EA2 CCHPP22 SCH RFC ' Q GPI DDVEN 33-51261-D2594 1 800414 CP-0425 GIN-46789 6.9KV $WGR SUS 2EA2 CHLR22 SCM RFC O GPt D DV E N 33-51261-0476 0 800623 CP-0425 GIN-46789 6.9KV SWGR CDNN DI AG RFC-GPt DDVE N 3 3-51261-0 4 F 8 0 800623 CP-0425 GTN-46789 6.9EV SWGR CONN DIAG RFC Q CPI DDVEN 33-51261-D 4 F 9 4 800623 CP-0925 GIN-46789 6.9KV SWGR BU51EA1 SCHEN DIAG RFC O. GPI DDVEN 33-51261-0480 2 400623 CP-0425 GIN-46789 6.9EV SWGR SU51 EAR SWITCH OEVELOPS RFC TUS DDVEN 33-51261-0404 CP2 830920 CP-0425 PMGT-108 CONN. DIAG. IN0004 MEDAL CIAD 5W 6R RFC
- $ TUS D DVE N 33-51261-0495 CP1 830627 CP-0425 TNEDG-0115 INDOOR METAL CLAD SWGR CONN DIAG RFC O 888 ODVEN 33-51261-0515 3 82042F CP-0425 GTN-56696 6.9KV SMGR BUS NAL DEVICE INTERNA 001 GP! DDVEN, 33-51261-0518 1 400410 CP-9425 GTN-46789 6.9KV 5WGR SUS XA1 CUS 2 CONN DI A RFC Q (PI 00VEN 33-51261-0519 1 810917 CP-0425 GTN-46789 6.9KV SWGR SUS MA1 CUB 3 CONN DI A RFC O TES DDVEN 33-51261-0521 CP2 850429 CP-0425 TNE-3122 SWGR BUS INTERCONN BIAG - RFC GPI ODVEN 33-51261-D522 3 800410 CP-0425 GIN-46789 IKV $WGR SAFEGUARD SU5 UNDERVOLI RFC ITE O DVE N 3 3-51261-D 52 3 4 800410 CP-0925 GIN-46789 INDOOR METAL CLAD SWGR 6.9KV RFC O Q' $PI D DVE N 33-51261-0524 4 800623 CP-0425 GTN-46789 6.9KV SWGR UNDERVDLT AUX REL AV RFC GPI D DVEN 33-51261-0538 4 800623 CP -042 5 GIN-46789 6.9KV $WGR SUS REA1-1 RFC Q CPI O DVE N 3 3-51261-D 539 3 800623 CP-0425 GTN-46789 6.9KV SWGR BU51 EAR SCHEN DIAG RFC Q
< 105 DDVEN 33-51261-0540 CP1 850523 CP-0425 TNE-3200 INT ORAG SWGR NIRM BUS RFC
) TUS ODVEN 33-51261-0553 CP2 830627 CP -04 2 5 TNEDG-0115 IN000R METAL CLAD $NGR CONN DIAG RFC Q GPI DDVE N 33-51261-0552 3 800623 CP-0425 GIN-46789 6.9KV SWGR SUS REAL SCHEM DI AG RFC Q GPI ODVE N 33-51261-0553 3 800623 CP-0425 GIN-46789 6.9KV $WGR SUS 1E AL SCHEN DI AG RFC j GPt DDVE N 33-51261-0554 3 800410 CP-0925 GTN-46789 IN000R NETCL SWGR 7.5HK-500 6.90V RFC ,Q GPI D DVE N 33-51261-0555 3 800410 CP-0425 GTN-46789 6.9KV SWGR SUS 1 EAR SCHEM DIAG RFC O GPI DOVEN 33-51261-0556 5 800623 CP-0425 GIN-46789 6.9KV SWGR 85 1E AL SCHEN DIAG RFC GPI DDVEN 33-51261-0557 4 800623 CP-0425 GIN-46F89 6.9KV SWGR SUS 1 EAR SCHEM DI AG RFC /O L GPI ODVEN 33-51261-b558 CPI DDVE N 33-51261-D 559 2 4 400623 800623 CP-0425 CP-0425 GTN-46789 GIN-46789 6.9EV SWGR SUS REAL CONN DIAG As tulLT RFC RFC Q h GPl DOWEN 33-51261-0568 1 800410 CP-042 5 GTM-46789 6.9KV SWGR SUS 1A4 CUS T CONN DI AG RFC
~Q IUS IUS ODVE N 33-51261-05F1 DDVEN 33-51261-D575 CP2 830627 CP -042 5 THEDG-0115 INDDOR METAL CLAD SWGR CONN DIAG RFC O CP1 830627 CP-0425 TNEDC-0115 INDOOR METAL CLAD SWGR CONN DIAG RFC GPI DDV EN 33-51261-0544 1 001013 CP-0425 CIN-46789 6.9KV SUS 1EA2 CUS4 CONN DIAG RFC
.i Q ; GPI D DV E N 13-51261-0592 4 800623 CP-0425 GTN-46789 6.9KV SWGR SUS LEAL SCHEM DI AG RFC O y GPI DDEEN 3 3-51261-D 59 3 4 800623 CP-0425 GIN-46789 6.9KV $WGR SUS 1E AR SCHEM OI AG RFC 5 GPI DDVE N 33-51261-0594 4 800623 CP-0425 GTN-46789 6.9KV 5WGR SUS 1EA1 SCNEM SIAG RFC tx Q GPt DDVEN 33-51261-0595 4 830623 CP-0425 GIN-46F89 6.9EV $WGR BUS 1 EAR SCHEM DI AG RFC O L' CPI ODVE N 3 3-51261-D 596 4 800623 CP-0425 GIN-46789 6.9EC SWGR SUS 1E AL SCNEN DI AG RFC CPI DOVEN 33-51261-0597 4 800623 CP-0425 GIN-46789 6.9EV SMGR SUS 1E AR SCNEM DI AG RFC , Q GPI DDVEN 3 3-51261-D 598 3 800410 CP-0425 GIN-46789 6.9KV.5WGR SUS 1E AR SCHER DI AG RFC e 6 j GPI DOVEN 33-51261-0599 5 800623 CP-0425 GTN-46789 IN0004 METAL CLAD SWGR 6.9KV RFC t 0;"i . e 3 VO e
0 - u m , 08/1T/ 85 DCC PURCHA5E ORIER LIST PAGE 316 ' O M DRIC DCT D55N SHEET REW ISSUED P08 LETTERS TITLE APP 5, O O h TIS ODVEN 33-51261-E 051 001 CP2 830627 CP-042 5 . INEDG-0115 INDOOR METAL CLAD SWGR GEN ARRANGE RFC A TIS O DVE N 33-51261-E052 CP2 830627 CP-0425 THEDG-6115 IN000R METAL CLAD $WGR GEN ARRANGE RFC t O T25 D DVE N 33-51261-EC53 CP2 83062T CP-0425 THEDG-0115 INDOOR METAL CLAD SWCR 7-5 HK-500 RFC O3 TX5 DDVEN 33-51261-E054 CP2 830627 CP-0425 THEDG-0115 INDOOR METAL CLAD SWGR GEN ARR ANGE RFC
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15 DDVEN 3 3-51261-E 05 6 CP1 830627 CP-0425 THEDG-0106 INDOOR METAL CLAD SWGR GENER AL ARRG RFC A O TIS ODVEN 33-51261-E057 CP1 830627 CP-0425 THEDG-0106 INDOOR METAL CLAD SWGR GENER AL ARRG RFC O l TUS ODV[N 33-51261-Ec58 CP1 850523 CP-0 42 5 THE-3200 SWGR NORM Sus GEN AR AGT RFC C TUS DDVEN 3 3-51261-E 05 9 CP1 850523 CP-0425 TNE-3200 6.9EV SWGR GEN ARRGT SUS 2 A2 RFC 7, O TU5 DDVEN 33-51261-E060 CP1 850523 CP 0425 THE-3200 SWGR SUS GEN ARRET RFC O 7 TUS DDVEN 33-51261-E151 CP1 850523 CP-0425 THE-3200 SWGR 8U5 GEN ARRGT RFC ? I25 DDVFN 33-51261-E152 CP2 850523 CP-0425 THE-3200 RFC 1 O IUS DDVE N 3 3-51261-E 15 3 CP3 850523 CP-0425 TNE-3200 SWGR SUS GEN ARRGT RFC O*% T%5 DDVEN 33-51261-E1560 CP1 850508 CP-0425 THE-3148 6.9KV SUS 2A2 CU81 XFMR2UT BKR RFC TUS DDVEN 33-51261-E1561 CP2 850425 CP-0425 TNE-3106 INDOOR METAL CLAD SWGR CONN DI AG RFC k D CPI ODVEN 3 3-51261-E 15 62 0 800414 CP-042 5 GTH-46790 6.9EV SU52A2 CU83 SW20$W2 RFC O , 135 DDVEN 3 3-51261-E 1563 CP2 850508 CP-0425 TNE-3148 INTE RNL WIRE DIAG RFC TUS ODVFN 33-51261-E1564 CP1 850513 CP-0425 INE-3161 6.9EV BU52A2 CU85 AUX COMPT CONN RFC O TUS DDVEN 3 3-512 61-E 1565 CP2 850425 CP-0425 INE-3106 6.9KV SU52A2 CU86 HIRORNPP SK RFC O }, GPI D DVE N 33-51261-E1566 0 800414 CP-0425 GIN-46790 6.9EV SU52A2 SPACE CONN DIAG RFC J 105 D DVE N 3 3-51261-E 15 67 CP1 850425 CP-0425 TNE-3106 6.9EV SU52A2 C'J88 XFMRT272 BK RFC $ Q TUS ODVEN 3 3-51261-E 1568 CF2 850513 CP-0425 TNE-3161 6.9KV SU52A2 CUS9 INCOM BKR RFC O GPI D DV E N 33-51261-E 15 70 Tr$ DDVEN 3 3-51261-E 15 83 2 CP2 800623 850508 CP-0425 CP-0425 GTN-46840 THE-3148 ELEM DIAG-2 TEST BLOCK CMT 6.9KV BU52A1 CUS1 XFSR30T 8KR RFC RFC f{ Q' IUS O DVE N 33-51261-E1584 CF2 850425 CP -042 5 THE-3106 INDOOR METAL CLAD SWGR GEN ARRANGE RFC O 7 GPI ODVEN 33-51261-E1585 0 800414 CP-04 2 5 GTN-46790 6.9EV 8U52A1 DISC SW20$W1 CD RFC Y TUS DDVEN 33-51261-E1586 CP2 850426 CP-0425 THE-3113 6.9EV SUS 2A1 CUS4 CWPP21 OKR CONN RFC h O TUS DDVEN 3 3-51261-E 15 87 CP2 850724 CP-0425 THE-3410 6.9KV SU52A1 CUB 5 AUX CONN RFC O ( TES DDVEN 33-51261-E1588 CP2 850425 CP-3 4 2 5 THE-3106 IN000R MEDAL CONN. DIAG RFC FJ TUS DDVEN 3 3-51261-E 15 89 CP2 850425 CP -0 42 5 TNE-3106 INDOOR MET AL CLAOL SWGR CONN DI AG RFC O T35 D DVE N 33-51261-E1590 CP1 850508 CP-0425 THE-3148 6.9KV SU52 A1 CUSS XFMRT281 8K RFC O 105 DDVEN 3 3-51261-E 1591 CF2 850513 CP-0925 1HE-3161 6.9KV SU52A1 CUS9 XFMRX5T2 BK RFC TuS ODVcN 33-51261-E2480 CP2 850508 CP -042 5 ThE-3148 INDOOR METAL CLAD SWGR GEN ARRANGE RFC O TUS DDVEN 33-51261-E2481 CP1 850425 CP-04 2 5 TNE-3106 6.9KV BU52A3 CUB 2 5FMR SKR CON RFC O TES ODVEN 33-51261-E2482 CP2 850508 CP-04 2 5 TNE-3148 IN000R METAL CLAD SWGR GEN ARRANGE RFC TES DDVEN 33-51261-E2483 CP2 850508 CP-0425 THE-3148 INDOOR METAL CLAD SWGR GEN ARRANGE RFC O TUS D DV E N 33-51261-E 24 84 CP3 850724 CP-0425 THE-3410 IN000R METAL CLAD SWGR CONN DIAG RFC O h T%5 DDVEN 3 3-51261-E 24 85 CP2 850426 CP-0425 THE-3113 INDOOR METAL CLAD SWGA GEN ARRANGE RFC t TUS DDVEN 3 3-51261-E 24 86 CP2 850508 CP -0 42 5 THE-3148 IN000R METAL CLAD SWGR GEN ARRANGE RFC 1e O TuS D0vEN 33-51261-E2487 CP2 850425 CP-0425 1NE-3 06 IN000R METAt CLAD SWGR GEN ARRANGE RFC o Ts5 O DVE N 33-51261-E2488 CP2 850425 CP -0 92 5 TNE-3106 INDOOR METAL CLAD SWGR GEN ARRANGE RFC TY5 ODVEN 33-51261-E 2 501 CP2 850508 CP-0425 THE-3148 6.9KV BUS 2A4 CUS 1 INCOM SC RFC O TUS DDVEN 33-51261-E2502 CP1 850513 CP-0425 THE-3161 6.9KV SUS 2A4 CUS 2 XFMRT284 SK RFC O TUS DDVEN 33-51261-E2504 CP2 850508 CP-0425 THE-3148 INDOOR MET AL CLAD SWGA GEN ARRANGE- RFC 175 DDVEN 3 3-51261-E 2505 CP3 850724 CP-0425 TNE-3410 IN000R METAL CONN. DDOR. RFC Os TUS ,DDVEN 33-51261-E2506 CP2 850425 CP-0425 THE-3106 INDOOR METAL CLAD SWGR GEN ARR ANGE RFC $ TUS DDVEN 33-51261-E2507 CP1 850508 CP-0425 TNE-3148 6.9KV BUS 2A4 CUS 7 SPARE 8 C RFC TIS ODVEN 3 3-51261-E 2508 CP2 850425 CP-0425 THE-3106 INDOOR METAL CONN. D DO R. RFC O TYS DOVEN 33-57tol-E2509 CP2 850425 CP-0425 TNE-3106 INDOOR MET AL CLAD SWGR GEN ARRANGE RFC $ i5 O DVE N 33-51261-E2514 CP1 850523 CP -042 5 THE-3200 INTERNAL W.D. RFC TUS DDVEN 33-51261-E 2516 CP2 850423 C P -042 5 THE-3098 6.9EV BUS 2 EAR CUS 15 CONN DIAG RFC 3 GPI ODVEN 3 3-51261-E 2517 1 800414 CP-0425 GTH-46827 6.9KV 8US 2E AL CUB 14 CONN DI AGRM RFC 9 %
;.; TUS ODVEN 3 3-51261-E 2518 CP2 850416 CP-0 9 2 5 THE-3079 INDOOR MET AL CLAD SWGR CONN DI AG RF C 3 I
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o 0871E7 85 () ) DCC PURCHASE ORIER LIST U PAGE 317 eh o ORIG OCT DSSN SHEET REV ISSUED POS LETTERS TITLE APP e't i O : 0 $ TIS O DVE N 33-51261-E2519 CP1 850508 CP-092 5 TME-3148 6.9KV SUS 2EAL CUS 12 CONN DIAG RFC G 185 ODVEN 33-51261-E 25 20 CP2 850508 CP-0425 THE-3148 INDOOR METAL CLAD SWGR CONN DI AG RFC Q TUS ODVEN 3 3-51261-E 2521 TUS DDVEN 33-51261-E2522 CFL 850425 CP-0425 CP2 850416 CP-0925 1NE-3106 TME-3079 6.9KV BUS 2EA1 CUB 10 CONN DI AG IN000R METAL CLAD $WGR CONN DI AG RFC RFC Off 0 CPI DDVEN 3 3-51261-E 2523 0 800414 CP-042 5 GTN-46827 6.9KV 2E AR CUB 8 CONN DI AGRAM RFC l C TES O DVE N 33-51261-E2524 TOS DDVEN 33-51261-E2525 CP2 850423 CP -042 5 CP2 850423 CP-0 4 2 5 TNE-3098 THE-3098 IN000R METAL CLAD SWGR GEN ARRGT IN300R METAL CLAD SWGR GEN ARRGT RFC RFC Of< GPI ODVEN 33-51261-E2527 CP1 850423 CP -09 2 5 THE-3098 6.9 KV B US 2E A1 CUS4 CONN DI AGRAM RFC T
- O TIS D DVE N 33-51261-E2528 CPL 850523 CP-0425 THE-3200 INTE RNAL W.D. RFC O!
T25 DDVEN 3 3-51261-E 2529 CP2 850423 CP-092 5 T H E-309 8 6.9KV SUS 2E A1 CUS2 CONN DI AGR AM RFC TUS DDVEN 33-51261-E2530 CPL 850423 CP -09 2 5 TME-3098 6.9KV BUS 2EAL CUS 1 CONN DIAGRA RFC O TUS DDVEN 33-51261-E2531 CP2 850513 CP-0925 THE-3161 INDOOR METAL CLAD SWGR CONN DI AG RFC O GPt DDVEN 33-51261-E 25 47 0 800414 CP-04 2 5 GTN-46827 6.9EV SWGR SUS 2EA2 CUS 6 CONN RFC TUS ODVFN 33-51261-E2548 CP2 850425' CP-04i5 TNE-3106 INDOOR METAL CLAD SWGR CONN DIAG RFC y ,O TUS DDVEN 33-51261-E2549 CPI 850509 CP-0425 TNE-3156 SWGR SUS 2EA2 CUS 4 CONN RFC O . l TUS D DVE N 33-51261-E 2551 CP2 850425 CP-0425 THE-3106 INDOOR METAL CLAD SWGR CONN DI AG RFC , T%5 ODVEN 3 3-51261-E 25 52 CP1 850509 CP-0425 THE-3156 6.9KV SWGR BUS 1E A1 CUB 1 CONN RFC / IQ TUS DDVEN 33-51261-E2553 CP2 850513 CP-0425 TNE-3163 INDOOR METAL CLAD SWGR INTERCONN DIAG RFC O $ TUS DOVEN 3 3-51261-E 25 55 CP2 850423 CP-0425 TNE-3098 INDOOR METAL CLAD SWGR CONN DIAG RFC f l TUS DDVEN 33-51261-E2556- CPI 850509 CP-0425 THE-3156 6.9KV SWGR BUS 2E A2 CUS 16 CDNN RFC '$ TUS DDVFN 33-51261-E2557 CP2 850509 CP-0425 THE-3156 INDOOR METAL CLAD SWGR CONN DI AG RFC Ol TUS D DVE N 3 3-51261-E 25 59 CP1 850523 CP-0 4 2 5 TME-3200 INTE RNAL W.D. RFC l TUS DDVEN 33-51261-E2560 CP1 850509 CP-0425 THE-3tS6 6.9KV SWGA SUS 2EA2 Cut 12 CONN RFC f
- Q GPI DDVEN 33-51261-E 2561 1 800414 CP-0425 GTN-46827 6.9KV 5WGR BUS 2E A2 CUB 11 CONN RFC O TUS 00VEN 33-51261-E 2562 CP1 850423 CP-0425 THE-3098 6.9KV SMGR BUS 2E A2 CUS 10 CDNN RFC g TUS DDvF M 3 3-51261-E 2563 CP1 550425 CP-0425 THE-3106 6.9KV SWGR BUS 2EA2 Cut 9 CONN SFC ~
;Q GPI DDVEN 33-51261-E2564 0 800414 CP-0425 GTN-46829 6.9KV SWGR BUS 2E A2 Cut 4 CONN RFC Og4 TUS ODVEN 33-51261-E 2565 CPL 850509 C P-09 2 5 TNE-315 6 6.9KV SWGR SUS 2E A2 CUB T CONN RFC GPI D DVE N 3 3-51261-E 47 7 800623 CP-042 5 GTN-46827 6.9EV SWGR GEN ARRG BUS 2A3 RFC .Q TUS DDVEN 3 3-51261-E 481 CPt 850523 CP-0425 TNE-3200 SWGR. BUS INT DIAG RFC O GPI DDVEN 33-51261-E483 3 820427 CP-0925 GTN-46827 6.9KV $WGR BUS 1EA1 CUS 1 CONN RFC l
TUS DDVEN 3 3-51261-E 485 CP1 840413 'CP-0425 THE-1968 SFGD SUS 1EA1 CUB 3 RFC jQ T35 DDVEN 33-51261-E486 CP1 830627 CP-0425 TNEDG-0115 INDOOR METAL CLAD SWGR GENERAL ARRG ' RFC 07 TES ODVEN 3 3-51261-E 48 7 CP2 850129 CP-0425 I NE-2 92 5 6.9KV SW GR BUS 1E A L CUS 5 CONN RFC } GPI DDVEN 3 3-51261-E 48 8 3 800929 CP-0425 GTN-46827 CONNECTION DIAG RFC 4 jQ TUS DOVEN 3 3-51261-E 48 9 CPt 840413 CP-0925 THE-1488 6.9KV SWGR SUS 1E41 Cut 7 CONN RFC Q I GPI D DVE N 3 3-51261-E 490 3 800929 CP-0425 GIN-46827 6.9KV SWGR SUS 1E A1 CUS 8 CONN RFC 3 TU5 DDVEN 3 3-51261-E 491 CP1 840413 CP-0425 INE-1988 6.9KV 5WGR sus 1EA1 CUB 9 CONN RFC a jQ GPI DDVEN 3 3-51261-E 49 2 3 800929 CP-0425 GTN-46827 6.9KV SWGR BUS 1EA1 CUS 10 C ONN RFC Q 4f
, TUS DDUCN 33-51261-E493 CP2 840626 CP-0425 YMF-4785 6.9KV SWGR SUS 1E AL CUS 11 CONN RFC i TUS DDVEN 3 3-51261-E 494 CPL 640413 CP-0425 THE-1988 6.9KV SW G4 8U5 1E A1 CUS 12 CONN RFC -
'O TUS D DVE N 3 3-91261-E 496 CP2 840718 CP-0425 THE-1894 INDOOR METAL CAN SWGR CONN DIAG RFC O 3 i GPI ODVEN 33-51261-E497 5 800929 CP-042 5 GIN-46827 6.9KV SWGR sus IE A1 CUB 15 CONN RFC s TUS DDVEN 3 3-51261-E 498 CP2 840716 CP-042 5 TNE-1875 6.9EV SWGR BUS 1EAL CUB 16 CONN RFC g
'O TUS ODVEN 3 3-51261-E 499 CP2 840627 CP-0425 THE-1814 6.9KY SWGR SUS 1EAL CUB 17 CONN RFC O TUS DDVEN 3 3-51261-E 500 CP1 840705 CP-0425 TNE-1838 6.9KV SWGR BUS LEA 1 INTE RC ONN RFC TUS DDVE N 3 3-51261-E 501 CP2 830928 CP-042 5 P M G T-117 INDus* METAL CLAD SWGR GEN ARRANGE RFC
,Q GPI D DVEN 3 3-51261-E 502 2 800414 CP-0425 GTN46827 6.9 KV SBCM SUS 1 A1 CUS 2 CONN DIAG RFC O GPI DDVEN 3 3-51261-E 50 3 3 800414 CP-0425 GIN-46790 6.9 KV S WGR BUS 1 A1 Cut 2 CONN DI AG RFC g GPI D DVE N 33-51261-E504
$ gf CPI 841207 CP-0425 THE-2799 6.9 KV SWGR 8U5 141 CUS 4 CONN DIAG RFC lQ GPI DDVEN 3 3-51261-E 505 4 810715 CP-0425 GIN-46790 6.9KV SWGR BUS 141 CUS 5 CONN DI AG RFC CP2 830920 CP-0425 RMGT-110 INDOOR METAL CIAD SW 6R CONN DIAG.
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GPI DDVEN 3 3-51261-E 52 7 3 800414 CP-0425 GTN-46790 6.9 KV CONN DIAG RFC h TES D DVE N 3 3-51261-E 57 8 CPL 830308 CP -04 2 5 THED-032 INDOOR METAL CLAD SWGR RFC ' O GPI DDVEN 3 3-51261-E S2 9 3 800414 CP -042 5 GTN-46790 6.9 KV SWGR SUS 1A2 CUS 9 CONN DIAG RFC O 5 T%S DDVEN 33-51261-E530 CF2 830815 CP-0 42 5 PNGT-0049 IN000R METAL CLAD SWGR CONN DIAG RFC GPI DDVEN 3 3-51261-E 53 2 2 800414 CP-042 5 GTN-46790 6.9 KV SWGR SUS 1A1 E 1A2 DEVICE INT RFC O GPI DOVEN 3 3-51261-E 533 2 830414 CP-0425 GTN-46790 6.9EV SWGR SUS 141 CUS 1-7 REM CON RFC O GPI O DVE N 33-51261-ES34 0 800414 CP-0 42 5 GTN-46790 6.95NGR bus 1A1 CUS SE9 REM CON AEN { GPI D DVE N 33-51261-E 53 5 2 800414 CP-0425 GTN-46790 6.9EV SWGR SUS 1 A2 CUS 1-7 REM CDN AEN O GPI D DVE N 3 3-51261-E 536 0 800414 CP-0425 GTN-46790 6.9KV SWCR SUS 1A2 CUS SE9 REM CDN AEN O I TUS DDVEN 33-51261-E 542 CP2 831121 CP-0425 PMGT-0382 IN000R METAL CLAD SWGR CONN DIAG RFC V TUS DDVEN 3 3-51261-E 54 3 CPL 830627 CP-0 4 2 5 - THEDG-0115 INDOOR METAL CLAD SWGA GENERAL ARRG RFC ! >O I TUS D DVE N 33-51261-E 54 4 CP1 830308 CP-0425 THED-032 IN000R METAL CLAD SWGR RFC O i TUS D DVE N 33-51261-E545 CP2 830815 CP-0425 PNGT-0054 INDOOR METAL CLAD SWGR CONN DIAG RFC L GPI DDVEN 3 3-51261-E 54 6 2 810612 CP-0925 GTN-29151 6.9KV SWGR BUS 143 CUS 5 CONN DI A RFC iO TUS DDVEN 33-51261-E 54 7 CPZ 841207 CP-0425 THE-2799 INDOOR METAL CLAD SWGR RFC O ;- TUS ODVEN 33-51261-E548 CPI 830224 CP-0 42 5 THEDG-031 INDOOR METAL CLAD SWGR CONN DI AG RFC CPI DDVEN 3 3-51261-E 54 9 1 800414 CP-0425 GTN-46790 6.9KV $WGR SUS 1A3 CUS 8 CONN DI A RFC k lO l GPI D DVE N 33-51261-E550 2 800414 CP-0425 GTN-46790 6.9KV SWCR SUS 1 A3 CUS 9 CONN DI RFC O ? T25 DDVE N 3 3-51261-E 562 CP1 830505 CP-0425 TNEDG-033 IND00R METAL CLAD SWGR GEN ARRANGE RFC , 105 DDVEN 33-51261-E563 CP1 840521 CP-0425 THE-1648 INDOOR MET CLAD SWGR CONN DI AG RFC (O TUS ODVFN 3 3-51261-E 564 TUS DDVEN 3 3-51261-E 565 CPI 830228 CP2 840813 CP-0425 CP-0425 THED-031 PMGT-0382 6.9KV SWGR BUS 1 A4 CUS 3 CONN DI AG INDOOR METAL CLAD $WGR CONN DIAG RFC RFC O p [ TUS DDVEN 33-51261-E566 CP1 830627 CP-0425 THEDG-0115 INDOOR METAL CLAD SWGR CONN DI AG RFC f,. O T35 DDVEN 3 3-51261-E 567 CP2 841207 CP-0 42 5 THE-2799 6.9KV SWGR BUS 1A4 CUS 6 CONN DI AG RFC O? GPI D DVE N 33-51261-E569 1 800414 CP-042 5 PMGT-0382 6.9 KV S WGR SUS 1 A4 CUB 8 DI AG RFC C GPt DDVEN 3 3-51261-E 57 0 2 800414 CP-042 5 PMGT-0382 ELEM DI AG PK-2 TEST BLDCK CMT RFC i O GPI D DV EN 33-51261-E572 2 800929 CP-0425 GTN-46790 6.9KW 5WCR SUS 1E A2 CUB 12 COM DI A RFC OkH TYS D DVE N 3 3-51261-E 5 7 3 CP2 850129 CP-0425 THE-2925 INDOOR METAL CLAD SWGR CONN DI AG RFC TUS D DVE N 33-51261-E 57 4 CP1 830627 CP-0425 TNEDG-0113 IN000R METAL CLAD SWCR CDNN DIAG RFC I O TUS DDVEN 33-51261-E576 CP1 830627 CP-0425 THEDG-0113 INDOOR METAL CL AD SWCR CDNN DI AG RFC O i CPI DDVEN 33-51261-E577 2 800929 CP-0425 GTN-46790 INDOOR METAL CLAD SWGR RFC + TUS DDVEN 3 3-51261-E 57 8 CP2 840727 CP-0425 THE-1964 INDOOR METAL CLAD SWGR INTERCONN DIAG RFC tk O TUS ODVEN 3 3-51261- E 581 CPL 830627 CP-0425 THEDG-0115 INDOOR METAL CLAD SWGR CONN DIAG RFC $ TUS ODVEN 33-51261-E 58 2 CP1 831207 CP-0425 PMGT-411 IN000R METAL CLAD SWGR RFC E l TUS DDVEN 33-51261-E583 CP1 830509 CF-0425 TNEOG-067 INDOOR METAL CLAD SWGR GEN ARRGT RFC 2 O TX5 DDWFN 33-51261-E585 T5 ODVEN 3 3-51261-E 58 6 CPt 830627 CP1 830627 CP-0425 CP-0 42 5 THEDG-0115 INDOOR METAL CLAD SWGR CONN DIAG TNEDG-0113 INDOOR METAL CLAD SWCt CDNN DI AG RFC RFC
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'O TIS D DVE N 3 3-51261-E 58 8 CPL 830505 CP-0425 THEDG-033 INDOOR METAL CLAD SWGR GEM ARRANGE RFC $ l CPI DDVEN 33-51261-E589 2 800929 CP-0425 GTN-46827 6.9K V ' 5 W GR 8U5 1E A2 CUB 9 CONN DI A RFC lC , , G
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-O TES DDVEN 33-51261-F/M 004 CP1 850522 CP-0425 TME-3192 SILL OF MTERI AL RFC 1 - TUS DDVE N 33-51261-G/N 003 CP1 850522 CP-0425 TNE-3192 SILL OF MTERI AL RFC its ODVEN 33-51261-G /N 004 CP1 450522 CP-0425 TNE-3192 BILL OF MATERIAL RFC O
'Q 'TY5 00VE N 33-51261-G /N 005 CP1 850522 CP-0425 TNE-3192 BILL OF MAIFRIAL RFC TES DOVE N 33-51261-H/J 002 CP1 850522 CP-0425 TNE-1192 BILL OF MIERI AL RFC O TX5 ODVE N 33-51261-H/J 004 CPL 450522 CP-0425 TNE-3192 BILL OF MIER I AL RFC O!
] DDVE N 33-51261-H7-A 002 840611 CP-0425 GIN-29176 6.9KV SNGR GEN ARAGI sus RFC 1 TUS ODVEN 3 3-51261-H7-H 003 CPR 850522 CP -04 2 5 INE-3199 NAME PLATE LEGEND RFC
;Q TES ODVE N 3 3-51261-H7-J 003 CPL 450522 CP-0425 TNE-3192 NAMEPLATE LIST SUS 2A2 RFC O' i- TY5 ODVEN 33-51261-H 7-K 001 CP1 850522 CP-042 5 TNE-3199 NAME PLATE LEGENO RFC ,
1 TUS DOVEN 3 3-51261-H7-K 002 CP1 450522 CP-0425 TNE-3192 NAMEPLATE INFO SUS 243 RFC O TES 00VEN 33-51261-H7-K 003 CP1 450522 CP-0425 TNE-3192 NAMEPLATE INFORMATION SU5 2A3 RFC 'O
; TE5 ODVEN 33-51261-H7-L 003 CP1 450522 CP -042 5 THE-3192 VAR NAMEPLATE LIST GUS 2A4 RFC i IUS O DVE N 3 3-51261-H 7-M 001 CP1 450522 CP-0425 INE-3192 VAR NAMEPLATE DATA RFC J;
105 DOVEN 31-51261-H 7-M IUS DDVEN 33-51261-H7-M 003 004 CP1 450522 CP-042 5 CP1 450522 CP-09 2 5 INE-3199 INE-3192 NAME PLATE LEGEN0 VAR NAMEPLATE DATA RFC RFC
'O, TUS ODVEN 3 3-51261-H 7-M 005 CPL 850522 CP-092 5 TNE-3199 NAME PLATE LEGEND . RFC b$ ' TUS DDVEN 33-51261-HF-N 001 CP1 858522 CP-0425 INE-3192 VAR NAMEPLATE DATA RFC O TES ODVE N 3 3-51261-H 7-N 002 CFL 450522 CP-0425 TNE-3199 NAME PLATE LEGEND . RFC TUS ODVEN 33-51261-H7-N 004 CP1 450522 CP-0425 TNE-3192 VAR NAMEPLATE DATA RFC
- Q TES D DVEN 33-51261-H7-N
- 005 CP1 850522 CP-0425 TNE-3199 NAME PL ATE LEGEN0 RFC Q.
G-H DDVE N 33-51261-ITEM-AES 001 8 841026 CP-0425 GIN-29176 BILL OF MATERI AL - PRE G-H ODVEN 31-51261-I TE M-4E B 002 9 841026 CP-0425 GIN-29176 SILL OF MIERI AL PRE ig TUS DDVEN 33-51261-I TE M-AES 003 CP1 850225 CP-0425 THE-2977 SILL OF MT ER I AL PRE Q; G-H 00VE N 33-51261-ITER-AES 604 SILL OF MATERIAL ) 8 841026 CP-0425 CIN-29176 PRE l G-H DDVEN 33-51261-IIEM-AES 005 7 841026 CP-042 5 GIN-29176 BILL OF MATERIAL PRE !Q 6-H DOVEN 3 3-51261-I TE M-CES 601 6 740720 CP-0425 GIN-24217 SILL OF MATERIAL PRE Q, ! G-H DOVEN 33-51211-I TE M-CEO 002 8 780720 CP-0425 GIN-24217 SILL OF MATERIAL PRE ! TUS DOVE N 33-51261-ITEM-CED 003 CP1 850225 CP-042 5 TNE-2977 SILL OF MATERIAL PRE lQ G-H DOVE N 33-51261-ITEM-CEO 004 4 780720 CP-0425 GIN-24217 SILL OF MTERI AL PRE Q. G-H ODVEN 3 3-51261-I TE M-CEO 005 3 780720 CP-0425 GIN-24217 BILL OF MATERIAL PRE G-H DDVEN 33-51261-ITEM-E 001 6 780720 CP-0425 GTN-24217 BILL OF MATERIAL PRE jQ G-H DDVE N 33-51261-I TE R-E 802 5 780720 CP-0425 GIN-24217 alLL OF MATERIAL PRE O , G-H O DVE N 33-51261-IIEM-E 003 7 780720 CP-0425 GIN-24217 BILL OF MTERI AL PRE G-H D DVE N 33-51261-ITER-E 004 1 780720 CP-0425 GTN-24217 SILL OF MATERIAL PRE
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- G-H 00VE N 3 3-51261-I TE M-E 805 780720 CP-0425 GTN-24217 BILL DF MIERI AL PRE @;
i G-H DOVE N 33-51261-ITEM-FER 001 .4 780720 CP-0425 GIN-24217 BILL OF MATERIAL PRE G-H D DVE N 33-51261-ITEM-FEM 002 5 780720 CP-0425 GIN-24217 SILL CF MATERIAL PRE lQ G-H DDVEN 3 3-51261-I TE M-F EM 006 7 780720 CP-0425 GTN-24217 BILL OF MATERIAL PRE $ I ITE . 00VEN 33-51261-ITER-G 5 850530 CP-0425 GIN-46840 NAMEPLATE INFO RFC ! G-H 00VEN 33-51261-ITEM-GEN 001 4 780720 CP-0425 GTM-24217 SILL OF MATERIAL PRE (Q G-H ODVEN 33-51261-ITEM-GEN 002 4 740720 CP-0425 GTN424217 RELL OF MATERIAL PRE 'OL i ' . G-H ODVEN 33-51261-ITEM-GEN 006 3 780720 CP-0925 GTN-24217 SILL OF MAIERIAL PRE i G-H ODVEN 33-51261-ITEM-HEJ 001 4 780720 CP-0425 GIN-24217 OILL OF MATERIAL PRE IQ, G H G-H DOVEN 3 3-51261-I TE M-ME J DDVE N 33-51261-ITEM-HEJ 003 11 780501 CP-0425 GTN-26221 BILL OF MATERI AL PRE O' 005 5 780720 CP-0425 GIN-24217 BILL OF MATERIAL PRE G-H DDVE N 3 3-51261-I TE M-EEL 001 4 780720 CP-0425 GIN-24217 SILL OF MAIERIAL PRE Q. G-H O DVE N 3 3-51261-I TE M-KEL 003 6 780720 CP -042 5 GIN-24217 SILL OF MATERIAL PRE $,
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() l S-HG-3 ODVEN 33-51261-ITEM-PORES TUS ODVEN 33-51261-K/L 003 002 1 780720 CP -042 5 CP1 850522 CP-042 5 GTN-24217 TNE-3199 BILL DF MATERIAL NAME PLATE LEGEND PRE RFC (){ T!5 DOVFN 3 3-51261-K /L 004 CPI 850522 CP-042 5 INE-3192 BILL OF MATERIAL "FC [) GPI D DVE N 54666-8-0401 GPI DDVE N 54666-8-0401 001 002 1 810721 CP-09 2 5 ELET SILL DF MATERI As. Psk () 1 810721 CP-0925 ELET SILL OF MATERIAL PRE k GPI D DVF N 54666-8-0401 003 0 810721 CP-0425 ELET SIL OF MATERIAL P3E N () GPI DDVEN 54666-8-0401 GPI O DVE N 54666-8-0401 004 005 1 810721 CP-0425 ELECT SILL OF MATERI AL PRE () f 0 810721 CP-0425 ELET SILL OF MATERI AL PRE GPI O DV E N 54666-8-0401 003A 0 810721 CP-042 5 ELET SILL OF MATERI AL PRE () GPI DDVE N 54666-8-0401 004A 0 810721 CP-0425 ELET SILL OF MATERI AL PRE () GPI ODVEN 54666-8-0402 001 0 810721 CP-0925 NAMEPLATE INFORMATION PRE GPI DDVEN 54666-D-0276 4 831121 CP-0 4 2 5 PMGT 161G ELEMENT ARY E SCHEMATIC DIAGR AM RFC () COO DDVEN 54666-D-0277 2 820428 CP-0425 GIN-56696 CDNNNECT ION DI AGRAM RFC () COO DDVEN 54666-0-0274 1 820428 CP-0425 GIN-56696 CONNECTIDN DI AGRAM RFC p IUS D DVE N 55 097-E-02 76 CP1 830826 CP-04 2 5 PMGT-0057 INDOOR MET 5L CLAD SMGR WIRE CONN DI AG RFC 3' {} TYS DDVEN 55097-E-0277 CPL 830826 CP -04 2 5 PMGT-0057 SFGD BUS LEA 2 CUS SE16 CONN DIAG RFC f) GPI ODVEN 808755 001 5 800623 CP-04'S G T N-4 68 40- 9 KV 3 LINE DI AG 5FGURD BASE 5 RFC TZ5 ODVEN 808756 CP1 830503 CP -042 5 THED-032 INDOOR METAL CLAD SWGR RFC () TuS ODVEN 808757 002 CP1 830308 CP-0425 THED-032 INDOOR METAL CLAD SWGR RFC f) GPI ODVEN 808758 4 800623 CP-04 2 5 GIN-46840 THREE LINE DI AG . RFC CPI DDVEN 808759 1 800623 CP-0425 GIN-46840 NORM BUS 2A1E3 THREE LN DIAG RFC () GPI DOVEN 808760 1 800623 CP-0425 GTN-46840 NORM BU52AZE4 THRE LINE DIAG RFC ()g GPI DDVEN 808761 2 800623 CP-0925 GTN-46840 SFGD 8U5 2EAL - RFC ; GPI D DVE N 808762 2 800623 CP-04 2 5 GIN-46840 THREE LINE DI A 5FGD SUS RFC * () ITE DDVEN 819648 800414 CP -042 5 GIN-14104 NAMEPLATE PRE F) ITE DOVEN 819946 0 800414 CP-0425 GTN-08951 LVe5HK E 15HK W11 OR 2 CUTOFF SW'S PRE ITE DDVEN 823735 24 800414 CP-042 5 GIN-24205 SWGR SPOTWELP PRE () ITE D DVE N 824608 012 6 800414 CP-0925 GTN-14104 TEST STA E JACK DWG INDEX PRE () ITE ODVEN 824638 0 800414 CP-04 2 5 GIN-08951 SWGR DI AG LEGEND E ONE LINE SYM80L PRE ITE DDVEN 836864 831121 CP-0425 PMGT-0305 FRM E RE 4R 000R A55Y OUTDODR ENCLOSURE RFC 3 () 400 D DVE N 837695 1 810226 CP-0425 GIN-51700 SWITCHGE AR DI AGRAM LEGEND PRE () 9i 400 D DVE N 838515 1 810226 CP-0425 GTN-51700 MANUFACTURER E EDIPMENT CODE PRE ITE O DVE N 870159 4 800414 CP -0 4 2 5 GIN-14104 TE ST ST ATION WIRING DI AG PRE O () ITE ODVEN 870160 001 4 800414 CP-042 5 GIN- 0 8951 TEST STA E JACKI7.5HK BKR) WIRING AEN () ITE ODVEN 9930853' 001 1 800414 CP -04 2 5 GT N-41153 SCHEMATIC DI AG 345 KV SF 6 GAS BREAKER RFC HUS D DVE N 8-68142 800410 CP -04 2 5 GIN-10074 GRDUNDING RESISTOR DUTLINE RFC n () ITE DDVEN HF-4 001 6 790201 CP-0425 GTN-29176 NAME PLATE INFCRMATION RFC () l ITE OCVFN HF-4 002 3 790201 CP-0425 GIN-29176 NAME PLATE INFORMATION RFC f ITE DDVEN HF-A 003 5 790201 CP -042 5 GTN-29176 NAME PL ATE INFORMATION RFC () , ITE D DVE N HF-8 OCI 6 790201 CP-0425 GTN-29176 NAMEPLATE INFORMATION RFC () ITE ODVEN HF-8 002 3 830630 CP-0425 GTN-29176 NAME PLATE INF ORM AT I ON RFC ITE DDVEN HF-8 003 4 790201 CP-0425 GTN-29176 NAME PL ATE I NF ORM AT I ON RFC (); ITE D DVE N HF-C 001 3 790201 CP-0425 GIN-24217 NAMEPLATE LIST SUS 1 A3 RFC (p ITE DDVEN HF-C 002 2 830630 CP-0425 GTN-24217 NAMEPLATE LIST 805 1A3 RFC ) ITE O DVE N H7-C 003 5 841026 CP-0425 GTN-24217 NAMEPLATE INFORMATION SUS 143 AEM 3 [) ' ITE ODVEN HF-D 001 3 790201' CP-0425 GIN-24217 NAMEPLATE LIST aus 1A4 RFC (D $ ITE DOVEN HF-O 002 2 830630 CP-04 2 5 CIN-24217 NAMEPLATE LIST SUS 1A4 RFC
- ITE O DV EN H7-D 003 5 780317 CP-0425 GTN-24217 NAMEPLAI E INFORMATION SUS 144 AEN
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P TUS DDVFN TNE-33-51261-F/M 007 CP1 850522 ,CP-0425 TNE-3199 BILL OF MATERIAL RFC O r, TUS O DVE N THE-33-51261-G/N 00 7 CP1 850522 CP-0425 INE-3192 SWGR BUS BILL MATERI AL - RFC t TUS DDVEN INE-33-51261-H/J 006 CP1 850522 CP-0425 THE-3192 SILL OF M4TERIAL RFC f, TUS DDVE N THE-33-51261-R/L 006 CPL 850522 CP-0425 THE-3199 BILL OF MATERIAL RFC, O ITE TMDMR CP-04 25-001 800929 CP-0925 105-01597 INSTRUCT IONS ANO MAINTE9ANCE MANUAL FOR RFC k* WEC ODVE N 1442F01 3 800123 CP -04 3 0 GIN-26766 480V 5WGR SUS 151 5 153 ONE LINE AEN ? LEC DDVEN 1442F02 3 800915 CP-0410 GTM-26766 480V SWGR BUS 182 E 184 ONE LINE AEN O P EEC ODVEN 14 42F 03 7 010818 CP-0410 GTN-53?67 400W SWGR INTERNAL SCHEMATIC DI A RFC E WEC DDVEN 1442F04 10 810818 CP-0430 GIN-53967 480V SWGR ENG REFERENCE HEATERS RFC / WE C D DVE N 1442F05 WEC DDVEN 1442F06 7 800915 CP-0430 8 800915 CP-0430 GTN-46384 GTN-46384 400W SWGR SUS 181 CONN DIAG UNIT 1 480V SWGR BUS 181 CONN DIAG UNIT 2 RFC RFC O[ ; WEC ODVEN 1442F07 5 800915 CP -04 30 GTN-27443 400W SWGR SUS 151 CONN DI A UNIT 3 RFC 3 ) WEC DDVEN 1942F08 5 800915 CP-0430 GIN-27443 480V SWGR 805 181 CONN DI A UNIT 4 RFC O $; WEC O DVE N 14 42F 09 7 810818 CP-0430 GTN-53967 480V SWGR 505 181 CONN DI A UNIT 5 RFC T WE C DDVEN 1442F10 5 800915 CP -04 3 0 GTN-27443 SWGR BUS 183 CONN DBA UNIT 6 RFC f, ] WEC DDVE N 1442F11 5 800915 CP-0410 GIN-2F443 480V SWGR SUS 183 CONN DI A UNIT 7 RFC O h EEC DDVEN 1442F12 5 800915 CP -04 3 0 GIN-2F443 480V SWGR SUS 183 CONN DIA UNIT 3 RFC ?: tEC DDVEN 14 42F 13 5 800915 CP-0430 GIN-27443 480V SWGR BUS 183 CONN DI A UNIT 9 RFC 7 ] LEC D DV E N 1442F14 5 800915 CP-0410 GIN-27443 480V SWGR SUS 183 CONN DIA UNIT 10 RFC O % EEC DDVEN 1942F15 9 810818 CP-0430 GTN-53967 480V 5WGR SUS 153 CONN DI A UNIT R1 RFC $7 CEC DDVEN 1442F16 7 000915 CP-0430 GIN-46384 480V SWGR SUS 183 CONN DIAC UNIT 12 RFC W D tfEC ODVEN 1442F17 7 000915 CP-0410 GTN-46384 400W SWGR SUS 182 CONN DI AC UNIT 1 RFC O k WEC DDVEN 14 42F 18 7 800915 CP-0430 GTM-27443 480V SWGR SUS 182 CONN DI A UNIT 2 RFC . S LEC DDVEN 1442F19 5 800915 CP-0410 GTN-27443 480V SWGR SUS 182 CONM DI A UNIT 3 RFC [. ] WE C ODVEN 1442F20 5 800915 CP-0430 GIN-2 74 4 3 480V SWGR SUS 182 CONN DI A UNii 4 RFC O C; ICEC DDVEN 1442F21 EEC DDvF N 1442F22 7 810818 CP-0430 GTN-53967 GIN-27443 480V SMGR BUS 182 CONN DI A UNII 5 RFC k 5 800915 CP-0430 SWGR BUS 182 CONN DIA UNIT 6 RFC I. ] NE C DDVEN 1442F23 7 010818 CP-0410 GTN-53967 480V SWGR BUS 184 CONN DI A UNIT 7 RFC $ E WE C DDVEN 1942F24 5 800915 CP-0430 GIN-27443 480V SWGR SUS 184 CONN DIA UNii 8 RFC p ) . O p eq}}