ML20151R259

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Rev 10 to Inservice Testing Program Class 1,2 & 3 Pumps
ML20151R259
Person / Time
Site: Callaway Ameren icon.png
Issue date: 03/31/1988
From: Roesner G, Witt W
UNION ELECTRIC CO.
To:
Shared Package
ML20151J221 List:
References
PROC-880331, NUDOCS 8804270282
Download: ML20151R259 (12)
v • d • e


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INSERVICE TESTING PROGRAM-CALLAWAY NUCLEAR PLANT Attachment 2 o

(11 pages)

REVISION 10 MARCH 31,1988 e

a PREPARED BY: REVIEWED BY:

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. GAItY J/ fosSNER WARREN A. WITT IST ENGINEER SUPERVISING ENGINEER -

MECHANICAL SYSTEMS 8804270282 880412 DR ADOCK O 3,

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INSERVICE TESTItJG PROGRAM ISI CLASS 1, 2, & 3 PUMPS

_ tiarch 31, 1988 ~

CALLNJAY tlUCLEAR PLAtlT Page 1 of 4 ,

PUMP PUMP ISI P & ID AND TEST PARAMETERS NUMBER NAME CLASS CORDINATES i INLET DIFF. FLOW- VIBRA- I.UBRI-SPEED PRESS. PRESS. RATE TION CATION NOTES Note 1 Motor Driven Auxiliary M-02AL01 RR# 7 PALOIA Feedwater Pump A ,

3 E-4 N/A YES YES YES YES YES p, g l P08, POS

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Note i RR# P07 PALO18 !btor Driven Auxiliary 3 M-02AL01 N/A YES YES YES YES YES P

feedwater Pump B G-4

. Note 1 M-02AL01 PALO2 Pump r water 3 f M 0 FC02 R

P08, P05 4

Note 1 CVCS Boric Acid M-02BG05 N/A YES YES YLS YES NO RR# P07 PBG02A Transfer Pump A 3 B-6 RRf P04 P08, D09 P10

.'ote 1 1 CVCS Boric Acid M-02BG05 ti/A YES YES YES YES tiO kR# P07 PBG02B Transfer Pump B 3 A-6 RR# P0A P08, P09 P10 Centri fugal M-02BG03 P06 PBGOSA Charging Pump A _2 C-S N/A YES YES YES YES YES P07, P03, P08, PO4 I

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J,. R:v. 10 itELIEF REQUEST # P03 SYSTEM: Chemical and Volume Coatrol System COMPONENT: PBG05A and PBG05B CLASS: 2 FUNCTION: To provide high head safety injection to the reactor.

l TEST REQUIREMENT: The resistance of the system shall be varied until either L the esasured differential precsure or the measured j

flowrate emiris the corresponding reference value.

BASIS FOR RELIEF: Technical Specification 4.5.2.f.1 states "Each ECCS Subsystem shall be demonstrated OPERABLE by verifying that each centrifugal charging pump develops a discharge pressure greater than or equal to 2390 psig on recirculation flow when tasted persuant to l Specification 4.0.5." Testing of these pumps is performed on the fixed resistance mini-flow path (z2500 psid, 60 gpm). At this flow rate, the pump curve for these pumps is relatively flat (z25 psid/60 gpm). Flow rate changes of $50% would result in less than 1% change in pump differential pressure. Based on this, we do not feel it is warranted to install additional instrumentation to ensure flow is maintained at the same point (12% accuracy) for each quarterl;' test. Adequate f'.ow is verified for protection of the pumps by monitoring dischatge pipe temperature changes. To further verify pump performance and monitor degradation, we will run-an additional test, on a refueling frequency, at or above the design flow point for the pumps and monitor pump flowrate, differential pressure, and vibration.

ALTERNATE TESTING: Pemp differential pressure and vibration will be measured and trended qunrterly. A second set of raference values will be established at or above the pumps' design flow point (2462 gpm). Pump differential pressure, flowrate, and vibration will be measured on a refueling frequency

'and trended against this second set of reference values.

... Rev. 10 RELIEF REQUEST i P09 SYSTEM: Chemical and Volume Control System COMPONENT: PBG02A and PBG028 CLASS: 3 FUNCTION: To provide emergency boration.

TEST REQUIREMENT: The resistance of the system shall be varied.until either the measured differential pressure or the measured

flowrate equals the corresponding referance value.

BASIS FOR RELIEF: Quarterly testing of these pumps if performed on the fixed resistance mini-flow pat; (z112 psid, 15 gpm). At this flowrate, the pump curve for these pumps is relatively flat (8 psid/42 gpm). Flowrate changes of 125% would result in less than a 1% cha. ige in pump dif ferential i pressure. Based on this, we do not feel it is warranted to install additional instrumentation to ensure flow is maintained at the same point (12% accuracy) for each quarterly test. Adequate flow is verified for protection of the pumps by monitoring discharge pipe temperature changes. To further verify pump performance and monitor degradation, we will run an additional test, on a cold shutdown frequency, at or above the design flow point for the pumps and monitor pump differential pressure.

flowrate, and vibration.

ALTERNATE TESTING: Pump df.fferential pressure and vibration will be measured and trended quarterly. A Jecond set of reference values will be established at or above the pump desigt flow point (a 75 gpm) . Pump differential pressure, flowrate, and vibration will be measured on a cdid shutdown frequency and trended against this second set of reference values.

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i RELIEF. REQUEST f V06 V ALVE: BB-PCV-0455A', -045dA  !

CATEGORY: A CLASS: 1 TEST. REQUIREMENT: ASME Section XI IWV-3417(a) corrective action shall be applied to all power operated valves.

BASIS FOR RELIEF: The trending rJquirements of IWV-3417(a) specifies that valve test frequencies shall be increased to monthly for valves with stroke times 10 seconds or less when stroke times increase by 50%. Valves normally stroking rapidly can increase by 50% and show a relative'ly small numerical stroke time increase, thereby not indicating degradation.

ALTERNATE TESTING: Power operated valves with maximum stroke times of 2 secor.ds.will be exempted from the corrective action and trending requirements of Section XI IWV-3417(a).

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Rev. 10 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID

  • SIZE TYP AT POS DIR TST TM MAX *R/R
  • NOTES
  • BB. 8010A M-02BB02 H-7 1 C 6" RV SA C 0 RVT 2 BB - 8010B M-02BB02 H-6 1 C 6" RV SA C 0 RVT 2 BB 8010C M-02BB02 H-5 1 C 6" RV SA C 0 RVT 2 BB HV 8000A h-02BB02 E-7 1 -B 3" GA MO O 0/C BT OP 15 6 BB HV 8000A M-02BB02-E-7 1 B '3" GA MO O 0/C PIT RR PB HV 80003 M-07BB02 E-7 1 B 3" GA MO O 0/C BT OP 15 6 BB HV 8000B M-02BB02 E-7 1 B 3" GA M0 O 0/C PIT RR BB HV 8026 M-02BB02 E-3 2 'A 1" DI A0 C C AT RR V04 10 BB HV 8026 M-02BB02 E-3 2 A 1" DI A0 C C BT OP 10 BB HV 8026 M-02BB02 E-3 2 A 1" DI A0 C C FST OP BB HV 8026 M-02BB02 E-3 2 A 1" DI A0 C C PIT RR BB HV 8027 M-02BBO? E-3 2 A 1" DI A0 C C- AT RR V04 10 BB HV 8027 M-02BB02 E-3 2 A 1" DI A0 C C BT OP 10 BB HV 8027 M-02BB02 E-3 2 A 1" DI 'A0 C C FST OP BB HV 8027 M-02BB02 E-3 2 A 1" DI A0 C C PIT RR BB HV 8157A M-02BB02 E-1 3 B 1" GL S0 C C NA 3 BB HV 8157B M-02BB02 E-1 3 B 1" GL SO C C NA 3

.bB PCV0455A M-02BB02 E-7 1 B 3" GL S0 C O/C BT CS 2 BB10.VQ6 5 BB PCV0455A M-02BB02 E-7 1 B 3" GL SO C O/C FST CS BB PCV0455A M-02BB02 E-7 1 B 3" GL SO C O/C PIT RR 13 BB PCV045SB M-02BB02 A-4 i B 4" BA A0 0 N/A NA 3 BB PCV0455C M-02BB02 B-4 1 B 4" BA A0 0 N/A NA 3 BB PCV0456A M-02BB02 E-8 1 B 3" GL So C O/C BT CS 2 BB10,V06 5 BB PCV0456A M-02BB02 E-8 1 B 3" GL SO C O/r FST CS BB PCV0456A M-02BB02 E-8 1 B 3" GL SO C O/C PIT RR 13 BB V 0084 M-02BB02 C-4 1 C 2" CK SA C C NA 3 s

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P a .- 1 Rev.

INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID

  • SIZE TYP AT POS DIR TST TM MAX *R/R
  • NOTES <

EM 8815 M-02EM02 D-3 1 A,C 3" CK SA C O/C AT CS V05 7 EM 8815 M-02EM02 D-3 1 AC 3" CK SA C 0/C CVT RR EM-3 5 EM 8852 M-02EM02 E-5 3 C .75" RV SA C 0 RVT RR 2 EM HV 8801A M-02EM02 D-4 2 B 4" GA M0 C 0 BT 0F 10 6 l

EM HV 8801A M-02EM02 D-4 2 B 4" GA M0 C 0 PIT RR l EM HV 8801B M-02EM02 D-4 2 B 4" GA M0 C 0 BT OP 10 6 I EM HV 8801B M-02EM02 D-4 2 B 4" GA M0 C 0 PIT RR EM HV 8803A M-02EM02 C-7 2 B 4" GA M0 C 0 BT OP 10 6 EM HV 8803A M-02EM02 C-7 2 3 4" GA M0 C 0 P!T RR EM HV 8803B M-02EM02 A-7 2 B 4" GA M0 C 0 BT OP 10 6 EM MV 8803B M-02EM02 A-7 2 3 4" GA M0 C C PIT RR EM HV 8837A M-02 EM02 C-7 2 B 1" GL S0 C 0 BT OP 10 EM HV 8837A M-02EM02 C-7 2 B 1" GL SO C 0 FST OP l

l EM HV 8837A M-02 EM0 2 C-7 .' B 1" GL SO C 0 PIT RR 13 EM HV 8837B M-02EM02 B-7 2 B 1" GL S0 C 0 BT OP 10

~M HV 8837B M-02EM02 B-) 2 B 1" GL S0 C 0 FST OP EM HV 8637B M-02EM02 B-7 : B 1" GL SO C 0 PIT RR 13 EM HV 8843 M-02EM02 C-4 2 B 75" GL A0 C C NA 3 EM HV 8870A M-02EM02 E-5 2 B 1" GL A0 0 C NA EM HV 8870B M-02EM02 E-5 ? B 1" GL A0 0 C NA EM HV 8882 M-02EM02 C-3 2 B .75" GL A0 C C NA 3 EM HV 8883 M-02EM02 D-6 2 B 1" GL A0 0 C NA EM V 0014 M-02EM02 E-6 2 C 1" CK SA C C NA 12 EM V 0017 M-02EM02 D-6 2 C 1" CK SA C C .iA 12

( EM " 0240 M-02EM02 C-7 2 C 1" CK SA C 0 CVT RR EM-3 5 EM V 0241 M-02EM02 B-7 2 C 1" CK SA C 0 CVT RR EM-3 3 l

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,#' : Peg 2 29 Rev. 10 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P&ID

  • SIZE TYP AT POS DIR TST TM MAX *R/R
  • NOTES * ,

I EM . ' 8922A M-02EM01 E-5 2 C 4" CK SA C 0 CVT RR EM-1 5 EM 8922B M-02EM01 D-5 2 C '4" CK SA C 0 CVT RR EM-1 5 i EM 8926A M-02 EF01 E-7 2 C 8" CK SA C 0 CVP OP EM-5 EM - 8926A M-02EM01 E-7 2 C 8" CK SA C 0 CVT RR EM-5 EM 8926B M-02EM01 D-7 2 C B" CK SA C 0 TVP OP EM-5 EM 8926B M-02EM01 D-7 2 C 3" CK SA C 0 CVT RR EM-5 EM HV 8802A M-02EM01 E-4 2 B 4" GA M0 C 0 BT CS 10 EM-6 6,5 +

EM HV 8302A M '?EM01 E-4 2 B 4" GA M0 C 0 PIT RR ,

EM HV 8802B M-02EM01 D-4 2 B 4" GA M0 C 0 BT CS 10' EM-6 5,6 EM HV 8802B M-02EM01 D-4 2 B 4" GA M0 C 0 PIT RR ,

EM HV 8807A M-02EM01 G-7 2 B 6" GA M0 C 0 BT OP 15 6

~EM HV 8807A M-02EM01 G-7 2 B 6" GA M0 C 0 PIT RR Ei HV 8807B M-02EM01 F-7 2 B 6" GA M0 C 0 BT OP 15 6  ;

EM HV 8807B M-02EM01 F-7 2 B 6" GA M0 C 0 PIT RR >

EM HV 8814A M-02EM01 B-6 2 B 1.5" GL MO O C BT OP 10 6 EM HV 8814A M-02EM01 B-6 2 B 1.5" GL MO v C PIT RR EM HV 8814B M-02EM01 B-5 2 B 1.5" GL M0 O C BT OP 10 6 EM HV 8814B M-02EM01 B-5 2 B 1.5" GL M0 0 C PIT RR EM HV 8821A H-02EM01 E-4 2 B 4" GA MO O C BT OP 15 6 EM HV 8821A M-02EM01 E-4 2 B 4" GA M0 O C PIT RR EM HV 8821B M-02EM01 D-4 2 B 4" GA M0 O C BT OP 15 6 EM HV 8821B M-02EM01 D-4 2 B 4" GA MO O C PIT RR l EM MV 8823 M-02EM01 C-4 2 B .75" GL A0 C C NA 3 EM HV 8814 M-02EM01 D-3 2 B .75" GL A0 C C NA 3 EM HV 8835 M-02EM01 B-4 2 B 4" GA MO O C BT CS 10 EM-7 6,5 EM HV 8835 M-02EM01 B-4 2 B 4" GA M0 O C PIT RR EM HV 8871 M-02EM01 G-5 2 A .75" GL A0 C C AT RR V04 10 EM HV 8871 M-02EM01 G-5 2 A .75" GL A0 C C BT OP 10 EM HV 8871 M-02 EM01 G-5 2 A .75" GL A0 C C FST OP i EM HV 8871 M-02EM01 G-5 2 A .75" GL A0 C C PIT RR  :

! EM HV 8881 h-02EM01 G-4 2 B .75" GL A0 C C NA 3 EM HV 8888 M-02EM01 F-6 2 A 1" GL A0 C C AT RR V04 9,10 I

i FM HV 8888 M-02 EM01 F-6 1" GL NA EM HV 8889A M-02EM01 G-2 1 B . 7 5 GL A0 C C NA 3  :

Pt HV 8889B M-02EM01 G-3 1 B .75" GL A0 C C NA 3 EM HV 8889C M-02EM01 G-2 1 B .75" GL A0 C C NA 3 IM HV 8889D M-02EM01 G-2 1 B .75" GL A0 C C NA 3 EM HV 89.13A M-02EM01 E-7 2 B 6" GA MO O O NA 3 EM HV 8923B M-02 EM01 D-7 2 3 6" GA MO O O NA 3 EM HV 8924 M-02EM01 G-8 2 B 6" GA M0 O O NA 3 EM hv 8964 M-02EM01 G-6 ' A .75" GL A0 C C AT RR V04 10 EM HV 8964 M-02EM01 G-6 2 A .75" GL A0 C C BT OP 10 EM HV 8964 M-02EM01 G-6 2 A .75" GL A0 C C FST OP EM HV 8964 M-02EM01 G-6 2 A .75" GL A0 C C PIT RR EM V 0001 M-02EM01 F-3 1 AC 2" CK SA C 0/C AT CS V05 7 EM V 0001 M-02EM01 F-3 1 AC 2" CK SA C O/C CVT FR EM-2 5 i: EM V 0002 M-02EM01 E-3 1 A,C 2" CK SA C O/C AT CS V05 7 EM V 0002 M-0?EM01 E-3 1 A,C 2" CK SA C O/C CVT RR EM-2 5 EM V 0003 M-02EM01 D-3 1 A,C 2" CK SA C O/C AT CS V05 7 EM V 0003 M-02EM01 D-3 1 A,C 2" CK SA C O/C CVT RR EM-2 5 EM V 0004 M-02EM01 C-3 1 AC 2" CK SA C O/C AT CS V05 7 EM V 0004 M-02EM01 C-3 1 A,C 2" CK SA C O/C CVT RR EM-2 5 f EM V 0005 M-02EM01 A-6 2 C 1.5" CK SA c 0 CVT OF 1" CK SA C AT RR V04 9,10 EM V 0006 M-02EM01 F-6 2 A.C C

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,- Pcg3 29A Rev. 10 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID

  • SIZE TYP AT POS DIR TST TM MAX *R/R
  • NOTES
  • EM V 0007 M-02EM01 A-5 2 C 1.5" CK SA C 0 CVT OP EM V 0188 M-02EM01 D 5 3 C .75" RV SA C 0 RVT RR 2 EM V 0189 M-02EM01 /.6 3 C .75" RV SA C 0 RVT RR 2

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Pcg3 5 Rev. 10 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID

  • SIZE TYP AT POS DIR TST TM MAX *R/R
  • NOTES
  • AL HV 0005 M-02AL01 H-6 2 B 4" GL M0 0 C BT OP 2C '

AL HV 0005 M-02AL01 h-6 2 B 4" GL MC 0 C PIT RR AL HV 0006 M-02AL01 G-6 2 B 4" GL A0 0 C BT OP 10 AL HV 0006 M-02AL01 C-6 2 B 4" CL A0 0 C PIT RR AL HV 0007 M-02AL01 F-6 2 3 4" GL M0 0 C BT OP 20 AL HV 0007 M-02AL01 F-6 2 B 4" GL M0 O C PIT RR AL HV 0008 M-02AL01 E-6 2 B 4" GL A0 0 C BT OP 10 AL HV 0008 M-02AL01 E-6 2 B 4" GL A0 0 C PIT RR AL HV 0009 M-02AL01 D-6 2 B 4" GL M0 O C BT OP 20 AL HV 0009 M-02AL01 D-6 2 B 4" GL MC C C PIT RR AL HV 0010 M-02AL01 D-6 2 B 4" GL A0 0 C BT OP 10 AL HV 0010 M-02AL01 0-6 2 B 4" GL A0 0 C PIT RR AL HV 0011 M-02AL01 C-6 2 B 4" GL M0 O C BT OP 20 AL HV 0011 M-02AL01 C-6 2 B 4" GL MO O C PIT RR

'" BT OP 10 AL HV 0012 M-02AL01 B-6 2 B . GL A0 0 C AL HV 0012 M-02ALO1 B-6 2 3 4" GL A0 0 C PIT RR AL HV 0030 M-02AL01 F-3 3 B 6" BT M0 C 0 BT OP 20 6 AL HV 0030 M-02AL01 F-3 3 B 6" BT M0 C 0 FIT RR AL HV 0031 M-02ALO1 E-3 3 B 6" BT M0 C 0 BT OP 20 6 AL HV 0031 M-02ALdl E-3 3 B 6" BT M0 C 0 PIT RR AL HV 0032 M-02AL01 C-3 3 B 8" BT M0 C 0 BT OP 22 6 AL HV 0032 M-02AL01 C-3 3 B 8" BT M0 C 0 PIT RR AL HV 0033 M-02AL01 B-3 3 3 8" BT M0 C 0 BT OP 22 6 AL HV 0033 M-02AL01 B-3 3 B 8" BT M0 C 0 PIT RR AL HV 0034 M-02AL01 H-3 3 B 8" GA M0 O C BT OP 40 6 AL HV 0034 M-02ALO1 H-3 3 B 8" GA M0 O C PIT RR AL HV 0035 M-02AL01 D-3 3 3 8" GA MO O C BT OP 40 6 AL HV 0035 M-02ALOl D-3 3 B 8 GA M0 0 C PIT RR AL HV 0036 M-02AL01 B-3 3 B 10" ,\ M0 0 C BT OP 40 6 AL HV 0036 M-02AL01 B-3 3 B 10" GA MO O C PIT RR AL V 0001 M-02AL01 B-4 3 C 10" CK SA C 0 CVP OP AL V 0001 M-02AL01 B-4 3 C 10" CK SA C 0 CVT CS AL-1 AL V 0002 M-02ALO1 D-4 3 C 8" CK 3A C 0 CVP OP AL V 0002 M-02AL01 D-4 3 C 8" CK SA C 0 CVT CS AL-1 AL V 0003 M-02AL01 H-4 3 C 8" CK SA C 0 CVP OP Al 5 0003 M-02 ALOl H-4 3 C 8" CK SA C 0 CVT CS AL-1 M-02ALO1 F-4 3 C 6" CK SA C 0 CVT OP 4,5 AL V 0006 AL V 0009 M-02AL01 E-4 3 C 6" CK SA C 0 CVT OP 4,5 AL V 0012 M-02AL01 C-4 3 C 8" CK SA C 0 CVT OP 4 AL V 0015 M-02AL01 B-4 3 C B" CK SA C 0 CVT OP 4 AL V 0029 M-02AL91 G-5 3 C 2" CK SA C 0 CVT OF AL V 0030 M-02AL01 H-5 3 C 6" CK SA C 0 CVT CS AL-1 5 AL V 0033 M-02AL01 F-7 2 C 4" CK SA C 0 CVT CS AL-1 5 i AL V 0036 M-02A!01 H-7 2 C 4" CK SA C 0 CVT CS AL-1 5 AL V 0041 M-U?AL01 F-5 3 C 2" CK SA C 0 CVT OS AL V 0042 M-02ALOI D-5 3 C 6" CK SA C 0 CVT CS AL-1 5 AL Y 0045 M-02AL01 C-7 2 C 4" CK SA C 0 CVT CS AL-1 5 AL V 0048 M-02ALOl D-7 2 C 4" CK SA C 0 CVT CS AL-1 5 Al V 0053 M-02AL01 B-5 3 C 3" CK SA C 0 CVT OP AL V 0054 M-02AL01 B-5 3 C S" CK SA C 0 CVT CS AL-1 5 AL V 0057 M-02AL01 E-7 2 C 4" Cl* SA C 0 CVT CS A~-1 5 AL V 0062 M-02AL01 G-7 2 C 4" CK SA C 0 CVT CS AL-1 5 AL V 0067 M-02AL01 D-7 2 C 4" CK SA C 0 CVT CS AL-1 5 AL V 0072 M-02AL01 B-7 2 C 4" CK SA C 0 CVT CS AL-1 5 l

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Page 37 f.e v . 10 INSFRVICE TESTING PROGRAM SY VLV NUM2ER *-P+ID

  • SIZE TYP AT POS DIR iST TM MAX *R/R
  • NOTES
  • GT HZ 0004 M-02GT01 D-4 2 A 18" BT A0 0 C AT RR V04 10 GT HZ 0004 M-02GT01 D-4 2 A 18" BT A0 0 C BT OP 5 GT HZ 0004 M-02GT01 D-4 2 A 18" BT A0 0 C FST OP GT HZ 0004 M-02GT01 D-4 2 A IS" BT A0 0 C PIT RR GT HZ 0005 M-02GT01 A-5 2 A 13" BT A0 0 C AT RR V04 10 GT HZ 0005 M-02GT01 A-5 2 A 18" BT A0 0 C BT OP 5 GT HZ 0005 M-02GT01 A-5 2 A 18" BT A0 0 C FST OP GT HZ 0005 M-02GT01 A-5 2 A 18" BT A0 0 C PIT P.R GT HZ 0006 M-02GT01 C-4 2 A 36" BT A0 C C AT RR V04 9,10 GT HZ 0007 M-02GT01 C-5 2 A 36" BT A0 C C AT RR V04 f,10 GT HZ 0008 M-02GT01 C-6 2 A 36" BT A0 C C AT RR V04 9,10 GT HZ 0009 M-02GT01 C-7 2 A 36" BT A0 C C AT RR V04 9,10 GT HZ 0011 M-02GT01 A-6 2 A 18" BT A0 0 C AT RR V04 10 GT HZ 0011 M-02GT01 A-6 2 A 18" BT A0 0 C BT CP 5 GT HZ 0011 M-02GT01 A-6 2 A 18" BT A0 0 C F5T OP GT HZ 0011 M-00GT01 A-6 2 A 18" BT A0 0 C PIT RR GT HZ 0012 M-02GT01 A-7 2 A 18" BT A0 0 C AT RR V04 10 GT HZ 0012 M-02GT01 A-7 2 A 18" BT A0 0 C BT OP 5 GT HZ 0012 M-02GT01 A-7 2 A 18" 3T A0 0 C FST OP GT HZ 0012 M-02GT01 A-7 2 A 18" BT A0 0 C PIT RR
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