ML20126K636
| ML20126K636 | |
| Person / Time | |
|---|---|
| Site: | Davis Besse  |
| Issue date: | 06/03/1985 |
| From: | Briden D, Quennoz S TOLEDO EDISON CO. |
| To: | |
| References | |
| SP-1106.20, NUDOCS 8507300366 | |
| Download: ML20126K636 (72) | |
Text
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. SP 1106.20
.., Davis-Besse Nuclear Pcke.r Statien 4 :
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- Cnic !b.1 Systen Procedure SP 1106.20 MPLIN FEED PCMP AND TURBINE
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Record of Approval and Changes Prepared By L. Bl*1, J. Dermis. R. Zernenski, J. Syrorski 2/5/74 Date Eutznitted By Terrv D. Wrrav 2/19/76 Secticn Head Ehte
! i 6 By Jack Evans 3/2/76 l -
SRB Ctm man Date GA.4 proved NA Quality Assurance o m .rr Date A Wreved By Jack Evans 3/2/76
, Planc d'2. nager Date Parvisicn SEB QA Plant Manager Ib. Pac::mnendaticn Data SE reved Date Approval Cata 10 .D. O M en MAR 131985 NA AS r g sh7/Ys ll !.) t J S- NSY 2 21985 A$ PJ ^ g cplrr y
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I A 1 SP 1106.20.7
- 1. PURPOSE To provide a procedure for operation of the Main Feed Pump 1-1,1-2 (MFP) Booster Feed Pump 1-1, 1-2 (BFP) and Main Feed Pump Turbine 1-1, 1-2 (MFPT).
NOTE: Throughout this procedue, the MFPT, MFP and BFP will be treated as one component and called "MFP".
General Description The feedwater pumping units consist of two each half-capacity booster feed pumps, main feed pumps and steam turbines. The turbines are
- double ended, six stage, each driving a full-speed main feed pump and slow-speed booster feed pump through a gear reduction unit. The pumps are provided with seal water systems and minimum flow recirculation systems. The turbine lube oil system maintains the lubrication requirements for the booster and main feed pumps.
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- 1. The booster feed pumps take suction from the deaerators and
- discharge directly into the main feed pumps. Discharge from these pumps is to the high pressure feedwater heaters in two i parallel trains.
Booster feed pump NPSH is satisfied by deaerator static head and sain feed pump NPSH by booster feed pump discharge pressure.
(; The NPSH required by the booster is 50 feet, available 64 ft at 300*F. The NPSH required for the main feed pump is 200 ft.,
1 available 564 ft. at 300*F, 5150 RPM. The bottom of the deaerator storage tank is 72 feet above BFP centerline. The 67,000 gallons contained in the deaerator storage tank at normal level is sufficient for approximately 5 minutes of feed pump operation with the plant at full load. Normal level in the storage tanks is 120 inches from the bottom of the tank. In the event of a deaerator low low level of 48 inches from the storage tank bottom, a signal is sent to the ICS to run the plant back to 55%
full power at a rate of 50%/ min. Assuming one storage tank reaches this runback level of 48 inches and the deaerator cross connect valve KV 423 is closed, the operator has less than 3 minutes to remove the affected MFP from service or open the cross connect valve HV 423.
- 2. Seal water for Booster pimps (sechanical seals) is provided from the condensate pumps discharge. Seal water pressure is manually controlled at -150 psig by throttling valves CD 214, CD 215, CD 217 and CD 218.
- 3. Seal water for the main feed pumps (throttle bushings) is provided from the condensate pumps discharge. Temperature controllers and regulating valves maintain the seal water temperature low pressure drain-off at 17G*F. See Enclosure 2 and 3 for the control system and throttle bushing cross section.
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,a g 2 SP 1106.20.7 s
High pressure drain-off from the seals is returned to the suction of the. booster feed pumps. Low-pressure seal drain-off (15 spo per seal) flows by gravity to the atmospheric seal water drain tanks (T119). Atmospheric pressure forces the water from the drain tanks through tank level control valves to the condenser. -
(See Enclosure 3)
- 4. The turbines take steam from the main turbine cross around reheat piping through the low pressure control valves. Discharge
- from the turbines is into the main condenser. Seal steam is j provided from the main turbine steam seal header. Drains from r the turbines are pumped into the condenser.
) The turbines are variable-speed units controlled by the intergrated 1 control system which controls feedwater flow to the steam generator.
L 5. The turbine lube oil system is a self-contained system which i also meets the needs of the main feed pumps, booster feed pumps and gear reduction units. One main oil pump for each turbine satisfies all lube oil requirements. The hydraulic control .
! system is also maintained by this system. A second main oil j pump and DC motor-driven emergency bearing oil pump are on l
7 automatic standby.
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! Each turbine lube oil system has separate purification and N I transfer interconnections used for new oil makeup, used oil ^ ,
otsposal or operation with the W PT used lube oil tank. Operation i of this system is not required for E PT speration.
, A lube oil filter pump takes oil from the EPT lube oil tank and
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pumps the oil through a single-element cartridge filter back to i the tank at a design flow rate of 300 gph. With the pump motor t de-energized, a portable lube oil conditioner can be connected I' in parallel and the oil discharge either through the filter or directly to the tank at a design flow rate of 410 gph.
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- A third mode of operation utilizes the EPT used lube oil tank.
l Oil can be pumped from the EPT lube oil tank to the used lube
[ oil tank by the filter pump. The portable lube oil conditioner is connected to the suction of the used lube oil tank and pumps i
j the oil back to the EPT lube oil tank. Only one turbine i purification system may operate in this mode at any one time.
. Normal oepeation calls for one 110P to serve pump and turbine requirements. The other !10P serves as a backup and automatically starts at 170 psig decreasing hydraulic oil pressure. During i operation, the standby pump can be tested for automatic start by l 7l actuating SV 5. A third oil pump, DC, provides oil pressure during emergency conditions and automatically starts at 36 psig decreasing control oil pressure. Lube oil flow is as shown on ,
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c 6 3 SP 1106.20.6 Controls Diagram, simplified Bearing Oil Supply and Oil XFER valve operation, Enclosure 4, 1 and 5.
- 6. The main and booster feed pump minimum recirculation control system is required to pass a minimum of 3500 gpm, 1,600,000 lbs/hr at a turbine speed of 5150 rpm.
Turning Gear Operation Normally when a MFP is placed on gear, the feedwater system from the deaerators to the OTSG's will be filled and vented, the pump seal system will be in service, the main feed pump casing warmup recirculation system, the tube oil system, and the turbine steam drain system will be in service. The pump casings will be filled and vented to ensure the pump throttle seal bushings, wear rings, or mechanical seal faces have sufficient water lubrication. A condensate pump will be required to maintain deaerator level and supply seal water to the MFP, BFP, and MFPT drain pumps. If a condensate pump is not available, the pumps can be placed on gear without seals provided the pump casing are filled and vented with cold condensate (<170*F). Under no- '
circumstances should the pumps be on gear without the bocster and main feedpump casing filled and vented.
During a normal plant startup, the main feed pump turbine gland steam system will be brought on line simultaneously with the " Main Turbine"
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gland steam system. This requires that the MFPT be on gear and the MFPT exhaust valve will be open in preparation for drawing a vacuum in the main condenser. If the MFPT gland steam system is to be shutdown with a vacuum in the main condenser, the MIPT exhaust valve will have to be closed to pre' ent air from being drawn along the MFPT shafts and hence loosing vacuum.
Station Startup The main feed pump turbines are placed on turning gear, the steam seal system is placed in operation, and a NTPT drain pump is placed in operation for each turbine. The warmup valves on the discharge of the main feed pumps should be open to allow warmup of the pump casings. At maximum AT across the pump casings should be less than 50*F. Seal water injection to the main feed pumps should be on automatic control. The highest pump casing temperature must be 6 within 25'F of the deserator storage tank temperature before rolling the turbine. Up to approximately 2% power steam supply to the MFPT L.P. control valves will be from the auxiliary boiler, then steam admission is from the main steam line downstream of the MS nonreturn
- valves to the high pressure control valve. Before a MFP is brought up to full speed, the warmup valve should have been closed by a pressure switch at approximately 150 psig increasing. The minimum flow recirculation valve will be open, allowing flow back to the deaerator (NRV-488 and NRV-491 will be closed due to the discharge pressure of the startup feed pump).
t 4 SP 1106.20.7 Before 15% power is reached, the operating MFPT will be put on automatic speed control. Up to about 45% VWO load, steam admission will be through the EP control valve. Above this load, the LP control valve will automatically assume turbine speed control using steam from the crossover reheat lines just before the number 1 and 2 CIV's. .
Prior to reaching about 60% load (540 MW), the second MFPT will have been started in the recirculation mode. Above this load, both MFPT's should be on automatic speed control. '
ICS Runback and Turbine Trips
- 1. Loss of a MFFT will cause a station runback to 55% load at 50%
per minute.
- 2. Since the MTPs are variable speed pumps, the discharge pressure could possisty reach as high as 1817 psig (140% of feedwater piping design) during an overspeed condition. To protect the
, feedwater system against overpressurization, we have the following:
- a. The ICS will runback the plant to 60% load at a rate of 7l 20%/ minute when PSH 473A (PSH 484A) reacbes 1433 psig.
- b. A high pump discharge pressure will trip a MFPT. Pressure switches PSH 506 and PSH582 set at 1500 psig. 3
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- 3. Trip of a MIPT causes loss of air to the non-return valve (NRV) oc associated pump discharge line (FW 488 or FW 491), thus giving a spring assist to assist valve AP in closing the NRV.
4 The MFPT will trip on low exhaust vacuum (12.5 in HgA), low pump or turbine bearing oil pressure (4.0 psig), high MFPT thrust bearing wear, overspeed (5925 rpm) and local and remote (Control Room) manual trips.
- 5. The main feed pump turbines may be overspeed tested with auxiliary steam when the main turbine is off the line. Steam pressure at PI 262 must be limited to 185 psig by use of the hand-operated globe valve AS 270 or by operating the auxiliary boiler master at 185 psig.
- 6. Deserator Low Level Runback is 50% min to 55% load at a setpoint of four (4) feet above storage tank bottom (LSLL 435 and 415).
MFPT Gland Steam System
- 1. Gland steam supply is taken from the main turbine steam seal
- header and leakoff is returned to the steam packing exhauster header on low turbine load. The turbine should be on turning gear and a MFFT drain pump in operation for each turbine.
5 SP 1106.20.7 During full load operation, there will be adequate leakoff from the turbine EP packing to supply the turbine LP packing with a 7 small flow to the main turbine steam seal headers.
Vibration Monitoring System
- 1. The "Indikon" vibration monitoring system consists of a six channel monitoring cabinet located at elev. 585 f t, near the MFPs designed to acasure and indicate excessive vibration as sensed by six magnetic pickups mounted on the MFP, BFP, and Reduction Gear shafts. If any alarm setpoint is exceeded, an annunciator will warn the control room operator. In addition to the six alarm channels, there are two additional vibration level switches associated with the MFPT that will also cause the annunciator to alarm at a pre-determined vibration level. The vibration channels have bi-variant computer points (each vibration monitor has two possible computer alarm setpoints). If the annunciator is actuated, non-alarming computer setpoints will alarm at the higher of two vibration levels (see alarm setpoints).
If a computer point initially alarmed at the lower value, no alarm will occur at the higher value for that computer point.
The MFPT has two vibration pickups to measure " turbine" shaft vibration. These are displayed on the Turbine Supervisory Recorder in the control room. All eight vibration pickups, six
~~ (6) for the BFP, MFP and Gear, and two (2) for the turbine can
(;. have their vibration levels displayed on the computer.
Alaca Setpoints The alarm setpoints for MFP are as follows:
Bi Variant CMPTR. ALARMS Location Annunc. Excess Shutdown OB Bearing 2.0 MIL 2.0 MIL 3.0 MIL i MTPT End Beg. 2.0 MIL 2.0 MIL 3.0 MIL l l
The alarm setpoints for MFPT are as follows: l l
MFP End Erg. 1.7 MIL 1.7 MIL 2.3 MIL l BFP End Brg. 1.7 MIL 1.7 MIL 2.3 MIL l l
The alarm setpoints for gear are as follows: l l
Pinion Hi Spd. 1.5 MIL 1.5 MIL 2.3 MIL l Gear Rotor Lo 2.0 MIL 2.0 MIL 3.0 MIL !
Speed l l
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6 SP 1106.20.7 Bi Variant CMPTR. ALARMS Location Annunc. Excess Shutdown The alarm setpoints for B7P are as follows:
Gear End Brg. 3.0 MIL 3.0 MIL 5.0 MIL OB Beg. 3.0 MIL 3.0 MIL 5.0 MIL Main Feed Pump Turbine (MFPT) Drains I
- 1. The MTPT Drain System is essentially divided into a high pressure drain system and a low pressure drain system with an interconnecting q 7l level control valve. See Enclosure 1.
The high pressure drains from the turbine consist of the following:
- a. LPSV Below Seat Drain
- b. 1st Stage Drain
- e. Turbine moisture removal lines *
- d. Gland Supply and Exhaust Header Drains
- e. KPSV Below Seat Drain The high pressure drains enter the high pressure drain receiver which operates at approximately 15 inches of Hg Vacuum due to a 6 inch equalizing line back to the condenser. It is important ,
to operate this high pressure drain receiver at a high vacuum '
since the tursine stage moisture removal lines drain into this header. Inadequate drainage at these moisture removal lines !
could cause ecosion of the bucket tenons and subsequent bucket l 1 failures. If the level control valve fails to open and maintain a normal level in the receiver, improper drainage will also ,
occur at these moisture removal lines. l I
7l As shown on Enclosure 1, the LPSV Below Seat and the 1st stage drain to the High Pressure Drain Receiver. With these MOV's i open, the receiver operates at a positive pressure. It is important that these MOV's remain open as long as possible to l ensure proper turbine drainage, but during normal operation of the MTPT, these valves should not be left open so that the receiver can operate at a vacuum and provide good drainage at the turbine stage moisture removal lines.
The Low Pressure (L.P.) Drain system consists of a six inch drain header which receives only the MFPT exhaust easing drain except for a short period of time when the high pressure drain receiver dumps into the drain header via the high pressure drain receiver level control valve. It is extremely important that t the level control maintain a level in the receiver at all times.
If the level control valve fails open, the high pressure drains will blow directly into the 6 inch L.P. drain header causing 4
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! _ 7 SP 11065.20.7 1
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l - this L.P. header to operate at relatively high pressures and j 7 prevent the turbine exhaust casing from draining. At 6 inches l
above the Exhaust Casing bottom the operator will receive a l
" E PT EXH HI LVL" annunciator alarm.
The L.P. six inch drain header normally operates at ~27 inches f vacuum. Two drain pumps, one operating at all times and one in l standby, pump the L.P. drain header to the condenser. This L.P.
drain header has a high level alarm "EPT DRN LVL HI" which should not be confused with the EPT exhaust casing high level 7j alara mentioned above. Refer to Enclosure 1 for the alarm arrangement.
7 If a high casing level alarm and a six inch drain header level I
alarm stay in the alarm state for over thirty seconds, the EPT should be tripped.
- 2. The following is a list of E PT drains:
- a. Steam seal piping low point piped wi.nout valves.
- b. Exhaust easing piped without valves.
- c. Turbine first stage drain piped wit'a a motor operated valve. This valve ia closed during normal operation.
(Nj d. HP stop valve below seat drain piped with trap and motor operated valve. The drain valve should be opened when the HP stop valve is fully open.
- e. LP stop valve below seat drain piped with a motor operated valve. Should be closed when the turbine is on low pressure steam.
- 3. The HP and LP stop valves above seat drains are piped with motor operated valves to the condenser. Once the stop valves are open, the drain valves can be closed.
4 The HP and LP stop valve stem leakoffs are piped without valves to the steam seal piping.
- 5. A high level switch on the 6 inch drain header is provided to ;
start the standby drain pump. An interlock is provided to 1 prevent automatic shutoff if the switch is actuated. j i
- 6. Closure of the steam seal piping isolation valve requires l opening of the manual drain valves on the seal steam supply and leakoff piping. l l
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__m____ . _ _ _ _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ . _ _ _ _ _ . _ . . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ . _ _ _ _ _ . _ _ . __ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ _ _ _ _
's 8 SP 1106.20.9 Speed Control 9 Normally MFPT speed will be controlled either manually by the MDT-20 or automatically by the ICS from the control room hand switches.
Speed can also be controlled at the MFPT by the MDT-20 hand switches.
Turbine speed is determined by a tacnometer located locally and in the control room. the MDT-20 can control turbine speed from 0-5959 RPM by the use of pistol grip controls. These controls can either increase or decrease speed depending on what the situation calls for.
the ICS can control turbine speed from 3900-5150 RPM by the use of hand switches in the control room.
The turbine control can be transferred from the MDT-20 to ICS when turbine speed is between 3900-5150 RPM. When transferring one to the other, both speed settings must indicate the same speed. This error can be seen on the transfer meter located in the control room.
Once the error reads 0 amps, either the ICS or manual button in the control room can be pressed to make the conversion. ICS is normally used to control the turbine far speeds above 3900 RPM.
General Data Main Feed Pump Turbines 1-1 and 1-2 Type (General Electric) Double ended, condensing, multi-stage steam turbine .s Maximum rating (HP steam), hp 10,395 Design rating (LP steam), hp 10,395 Speed rating epm 5 ,150 Steam flow, maximum rating /desiga 97,000/102,200 rating, pph Rated steam pressures at RP Stop 841/196.7 Valve /LP Stop Valve, psia 9l Overspeed trip settings, rpm 5841 - 5959 Exhaust pressure 3.0" HgA
. Low Vacuum Trip Setpoint 10.0" HgA Main Feed Pumps 1-1 and 1-2 Type (Delaval) Horizontal, single stage, double suction, centrifugal Capacity, design / operating, gym 15,000/12,810 Head, design / operating, ft 2,150/2,085 RPM, design epm 5,150 Temperature, design F 301 Shutoff pressure, maximum at 5,150 1,365 (sepcific gravity 1.0) rpm, psia
.,TSH required ft 200 Minimum recire Flow for 5150 RPM 3500 GPM i
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- 9 SP 1106.20.10
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Speed Reduction Units 1-1 and 1-2
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l Type (Delaval) Deleval single step, double [
, helical gear i Ratio 2.8837:1 F r Rating 1960 hp at 5,150/1,786' rpm
- Booster Feed Puses 1-1 and 1-2
- Type (Delaval) Horizontal, single stage, -
! double suction, centrifugal
, Capacity, design / operating, spa 15,000/12,810
) Head, design / operating, ft 500/482 i j RPM, design / operating, rpm 1,786/1,700 j Temperature, design, F 301
- Shutoff pressure, maximum at 1,780 364 ,
rpm, psia l
MFPT Oil Pumping System !
MFFT MOPS 1-1-1, 1-1-2, 1-2-1, 1-2-2 7
Type Centrifugal ,
] Capacity 190 GPM @ 200 PSIG l
Motor G.E., 480 VAC, 50 HP @
3600 RPM 60.5 amps full load [
(q : ,
MFPT Emergency 011 Pump 1-1, 1-2 i
j Type Centrifugal
! Capacity 95 GPM @ $5 PSIG 1
Motor G.E., 240 VDC, 7.5 HP @
- 3500 RPM 26.4 amps full load
- Dual Oil Coolers
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l Capacity (ea) 565,000 BTU /HR, 97 GPM j Turnins Gear Motor Type G.E., 460 VAC, 1.5 HP @ 1160 RPM p 2. LIMITATIONS AND PRECAUTIONS i
10 2.1 The Main Turbine Lube Oil System and the Main Feed Pump Turbine i Lube Oil System has Whitney 3-way Ball Isolation Valves installed l on many of the pressure switches in toe system. A These valves are " Lock-Wired" in the position to make the I
associated pressure switches operable.
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10 SP 1106.20.10 ,_
f 10 Before any person shall break the lock-wire or change the -
position of the Three-Way Valve, permission must be obtained from the Shift Supervisor. When maintenance and/or testing is complete, the valves must be returned to the "In Service" position and lock-wired again.
This is absolutely necessary, as inadvertant isolating of these pressure switches could cause considerable damage to the Main
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i Turbine or Main Feed Pump Turbine (s).
2.2 The limitations and precautions associated with this procedure are listed with the section of the procedure they are directly
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related to.
- 3. REFERENCES l
l 3.1 Bechtel Drawing (P&ID)
- 1. M006B Feedwater System I
- 2. M003 Main Steam and Reheat System ~
- 3. M018 Turbine Lube Oil System
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- 4. M022 Turbine Drains and Seal System
( 5. M024 Turbine Inst. Detail l 6. M020 Auxiliary Steam System i 3.2 Specifications File '$
l ..s'
- 1. M33 Main Feed Pump
! 2. M38 Turbine Drives for Main Feed Pumps
- 3.3 Technical Manuals I
4 1. (EK 83602 GE Manual - Feed Pump Drive
- 2. 11002 Delaval Main Feed Pump Instructional Manual i 3. 11004 Delaval Booster Feed Pump Instructional Manual
- 4. 2104 Delaval Speed Reducing Gear Instructional Manual i
j 3.4 Periodic Tests
!, 1. PT 5136.01 Feed Pump Turbine Steam Valves
- 2. PT 5136.02 Feed Pump Turbine L.O. System
- 4. PT 5136.04 Feed Pump Turning Gear
- 5. PT 5136.05 Feed Pump Turbine Vibration
- 6. PT 5136.06 Feed Pump Turbine Emergency 0/S Gov. Test
, 7. PT 5136.07 MFPT Thrust Wear Detector 3.5 System Procedures
11 SP 1106.20.10 f
, 2. SP 1104.39 Turbine Plant Cooling Water System Procedure l l
3.6 NQAM (Nuclear Quality Assurance Manual)
- 10 3.7 Chapter 17.2 DBNPS USAR i
. 3.8 USAR Chapter 10, Section 10.4
- 4. PREREQUISITES Specific prerequisites associated with this procedure are listed with the sections of the procedure with which they are associated. '
- 5. PROCEDURE f
Section 5 of this procedure will cover operations of the NFP in the
- _ following modes
l Mode Section L j Placing a MFPT on Turning Gear 5.1 -
Placing a MFPT in Standby 5.2
, Startup of an MFP 5.3
!' Shutdown to turning gear operation of an MFP 5.4 Shutdown of an MFP for maintenance 5.5 l
Controlling MFP speed locally 5.6 Transferring Steam Supply From the Aux Boiler to Main
, 5.7 ,
Steam
] Transferring Steam Supply From the Main Steam Header 5.8
} to the Auxiliary Steam Header :
Transferring Main Feed Pumps Turbine Oil Coolers 5.9 l l Changing MFFT LO Filters 5.10 i Transfecting MDT20 to ICS (ICS to MDT20) 5.11 7
i i 5.1 Placing a MFPT on Turning Gear l
! 5.1.1 Limitations and Precautions r
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- ! 1. Pressure switches on the oil supplies to pump I 1
and turbine bearings prevent starting of turning ;
l gear when oil pressure to bearings is less than l i 7 PSIG.
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- 2. The NFP shall be on gear whenever there is gland
] seal steam on the MFPT shaft. l t l l 5.1.2 Prerequisites ,
- 1. At least one condensate pump is running.
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1 i 12 SP 1106.20.7 s ,
! 2. Both Deserator storage tank levels are greater than 5 feet.
t 3. The MFFT Eccentricity instruments should be in service (Pts 15 and 16 on Turbine TSI Vibration Recorder ZJR2538).
- 4. The red MFPT trip light is on.
- 5. The NFPT lube oil tank is filled to the nonsal level :
) 6. Valve verification list A (B) is complete.
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5.1.3 Procedure
- 1. From the Control Room, place the following switches in '
lockout. l l I 4 HIS 1234A (HIS 1221A) MFM Turning Gear Motor l HIS 1195 (HIS 1236) NFPT Main Oil Pump 1 + ,
j HIS 1198 (HIS 1247) MFPT Main Oil Pump 2 j j HIS 1209 (HIS 1188) MFPT EBOP ,
I HIS 1973 (HIS 1961) EPT Drain Pump 1 4
HIS 1969 (HIS 1965) MFFT Drain Pump 2 m -
- 2. Verify closed or close the following breakers. )
4 D115 (D215) EPT EBOP on'DCMCC 1 (2) ;
I BF 3266 (BF 3272) EPT Main Oil Pump 2 on F32B ,
BF 3276 (BF 3277) MFPT Drain Pump 2 on F328 i 4
BE 3264 (BF 3264) EPT Vapor Extractor on E325 (F328) i I BE 3265 (BF 3265) MFPT Lo Filter Pump on E325 (F325) [
[ BE 3270 (BF 3270) EM Turning Gear Motor on E32B (F328) '
l BE 3273 (BF 3137) EPT Lo Filter Header on E325 (F328) i t BE 3276 (BE 3277) MFPT Drain Pump 1 on E328 >
l BE 3266 (BE 3272) EPT Main Oil Pump 1 on E32B j 3. Start the MFPT L.O. Filter Pump using local switch NPO ,
l 311 (NPO 312).
j 4. Start the MFPT L.O. Filter Heaters using local switch NF 0371 (NF 0372). i
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! 5. Verify the E PT L.0. Filter inlet pressure is between i 40 to 48 PSIG on PI 1223 (PI 1227). i
- 6. Verify flow through the EPT L.O. filter using FG 1208 l (FG 1218). j j f 4
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13 SP 1106.20.7
- 8. Start the MFPT L.O. Vapor Extractor using NC 0281 (NC 0282).
- 9. Verify Tank Pressure is approximately .5 inches of water vacuum using PLI 1155 (PDI 1219).
- 10. Place the MFPT EBOP in Auto using HIS 1209 (HIS 1188).
l 11. Verify the EBOP starts and maintains at least 10 j PSIG on both the Turbine and Pump bearing headers.
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- 12. Place the MFPT Main Oil Pumps in Auto.
HIS 1195 (HIS 1236) MFPT Main Oil Pump 1 HIS 1198 (HIS 1247) MFPT Main Oil Pump 2
- 13. Have the Control Room verify the following to ensure the MFPT Stop Valves are closed.
The Green LP SV closed light is on.
The Green HP SV closed light is on.
- 14. Stop and leave in auto the MFPT EBOP.
- 15. Ensure only one MFPT Main Oil pump is running.
- 16. Verify the main oil pump is maint91ning the following pressures.
Hydraulic 011 Pressure 8reater than 200 PSIG on PI 1194 (PI 1246).
Turbine Bearing 011 Pressure between 11.0 to 1 13.0 PSIG on PI 1216 (PI 1269)
Pump Bearing Oil Pressure between 11.0 to 13.0 PSIG on PI 1207 (PI 1257)
Control Oil Pressure between 55 to 65 PSIG on PI 2650 (PI 2630)
- 17. Perform PT 5136.02 and verify the other Main Oil Pump maintains the above pressures.
- 18. Verify 011 flow to the Booster and Main Feed Pump bearings using the four sight flow indicators.
- 19. Open CD 46 (CD 47) MFP Seal Water Inlet Isolation.
I 20. Perform the following to adjust MFP and BFP seals.
Verify greater than 240 PSIG seal water supply pressure on PI 942 (PI 960) l
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14 SP 1106.20.7 s I
Verify the MFP seal water controllers TIC 593
Momentarily open the seal water control valve ,
bypass valves CD 52 and CD 58 (CD 53 and CD 59) to flush the seals. r Throttle the BFP seal water inlet valves CD 217 !
and CD 218 (CD 214 and CD 215) to maintain 100 to 150 PSIG on seal water pressure indicators PI 758 and PI 752 (PI 764 and PI 772) respectively.
At the top of the stairs on the 585' level, ensure the MFP casing warmup temperature controller
upper / lower casing temperature difference.
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- 22. Slowly open the Deaerator Storage Tank to BFP Suctton f Valve FW 3 (FW 4) to Fill the Main and Booster Feed Pumps.
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i 23. Vent the BFP casing using Vent Valve FW 38 (FW 39).
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! 25 . Vent the feedwater line between the BFP and MFP using vent valve FW 10 (FW 21).
j 26. Open the MFP casing warsup valve isolation valves FW i 22 and FW 24 (FW 23 and FW 25) to establish warmup l flow to the condenser.
- 27. On the turbine front console, verify the lube oil from
, cooler temperature on TIS 1202 (TIS 1252) is at least
! 70*. If the lube oil temperature is less than 70*,
l continue to run the lube oil filter pump and main oil ,
l pump until lube oil temperature is 70*F before plating '
the turbine on gear.
j 28. Press the local " Turning Gear Engage Failure - Reset ,
Button".
f 29. Have the Control Room place the MFPT turbine gear 4
switch HIS 1234A (HIS 1221A) in Auto.
! 30. Verify the turbine goes on turning gear.
- 31. Listen for rubs and report any to the Shif t Supervisor.
- f
- 32. Fail open the DMFPT Den Receiver Level Control Valve l i
I i
I
i 1
j 15 SP 1106.20.7 !
I TD 4981 (TD 4982) by isolating the instrument air and i opening the air filter regulator flowdown pet cock. l 4
! 33. Open the NFPT Drn. Pump Seal Water Isolation Valves CD
- 220 (CD 222) and CD 221 (CD 223).
- 34. Verify a flow of seal water by verifying approximately i 30 psig is indicated on both PI 1401 (PI 1444) and PI 1440 (PI 1449).
]
, 35. Open the MFPT drain pump discharge valves TD 44 and TD 1
45 (TD 46 and TD 47) and have the control room start
! either MFPT drain pumps and place the other MFPT draic ,
j pump in Auto. I i
- 36. Notify the pipe shop to unpin the NFP 1 (2) hangers.
'l Section 5.1 completed by Date !
5.2 Placing a NFPT to standby. +
l 5.2.1 Prerequisites j
} 1. The MFPT steam seals have been placed in service per
- 2. Vacuum has been established in the condenser. . ;
5.2.2 Procedures
- 1. Verif'; the MFPT ts tripped. j l
- 2. Deterstne the position of the MFPT Exhaust Valve MS 136 (MS 1~7).
s If it is open, then go to Step 5.2.2.5.
i
- 3. Open the MFPT exhaust drain valve MS 723 (MS 722). t i
, 4. After MS 723 (MS 722) has been open far at least 5 minutes, then open the NFPT exhaust valve MS 136 (MS 137).
- 5. Verify the MFPT exhaust easing level is less than 4 inches in the sage glass. ;
L
. 6. Verify the MFP seal wtr drain tank is being maintained at approximately the tank centerline on LG 778 (LG 597).
i 7. Verify approximately 20 inches of vacuum discharge i
pressure on the running MFPT d.ain pump (s) uring PI i
1970 and PI 1966 (PI 1958 and PI 1962). ,
c
(
i l
16 SP 1106.20.7 .,
- 8. Place the MFPT Drain Receiver Level Control Valve TD 4981 (TD 4982) in service by closing the filter f regulator blowdown petcock A_ND opening the instrument air supply. The valve should go fully closed.
- 9. Lineup steam to the MFPT by performing one of the two lineups below as determined by the Shif t Supervisor.
Steam traps should be placed in startup mode first then after the steam line is warned placed in service.
FROM THE AUXILIARY STEAM SYSTEM Close RH 22 (RH 23) RHT Sta to MFPT Throttle AS 270 (AS 270) Aux Stm to MFPTs to maintain 185 psig Open AS 271 (AS 272) Aux Sta Supply to MFPT Place in service ST 41 (ST 43) L.P. Sta Supply Sta trap Place in service ST 42 (ST 42) L.P. Sta Supply Hde Sta trap NOTE: Perform either the above lineup or the
- following lineup but not both.
FROM THE MAIN AND REHEAT STEAM SYSTEM
- 2. Open MS 2565 (MS 2568) Ma Sta to MFPT Bypass 4
- 3. Open MS 2564 (MS 2567) Mn Sta to MFPT Bypass 4 .- When pressure around MS 706 (MS 707) Ma Sta to MSPT has equalized, open MS 706 (MS 707)
- 5. Close MS 2565 (MS 2568) Mn Sta to MFPT Bypass
- 6. Close MS 2564 (MS 2567) Mn Sta to MFPT Bypass
_8 . Place ST t4 (ST 45) Mn Sta Supply Sta trap from MFPT in service
- 9. Open P.H 24 (RH 25) MFPT Stra Trar Iso.
- 10. Place ST 41 (ST 43) LP Sta Supply Sta trap in service 11 Place ST 42 (ST 42) LP Sta Supply Hde Sta trap in service
- 12. Open RH 22 (RH 23) MFPT Reheat Stu Source
- 10. Open or Verify open the following MFPT Rectre Valves W 28 (W 29) MFP sin Rectre inlet iso W 428 ( W 438) MFP min Recirc Catel Viv W 34 (W 35) MFP sin Rectre Out Iso
- 11. Ensure the MFP casing temperature differential (T634 or T649) is less than 50*F and EITHER MFP upper casing vs. W Temperature (T636 or T643) OR MFP lower casing vs. W Temperature (T635 or T642) is within 25'F.
7 Local temperature and contact pyrometer reading may be used instead of computer points. ,
l
17 SP 1106.20.7 Computer Point
- b. MFP 2 CASING TEMP DIFF T649 MFP 2 LWF. CASING VS FW TEMP T642 MFP 2 UPR CASING VS FW TEMP T643 NOTE: If the MFP casing is greater than these temperature limits, the MFP casing should be vented using FW 40 for MFP 1-1 and FW 41 for 7 MFP 1-2. Seal flows may be decreased to establish these limits. However, the MFP may be run only after 30 min. has elapsed since the last seal flow change.
Section 5.2 completed by Date 5.3 Startup of an MFP .
5.3.1 Limitations and Precautions
~
- 1. When using auxiliary steam to the NFPs, LPCV l casing maximum allowable inlet steam condit.iors are 185 pais.
- 2. The pumps have been warmed at least 30 minutes after any change in flow of the seal injection water.
- 3. The maximum oil temperature rise through any MFPT 7l bearing should be less than 50*F.
4 The maximum oil temperature leaving any turbine 7l or pump bearing should be less than 180*F.
1 i
- 5. Acceptable and shutdown vibration levels are as follows:
Acceptable (Mils) Shutdown (Mils)
MTPT 1. 7 (ala rm pt. ) 2.3 MFP 2.0 9 5150 RPM 3.0 @ 5150 RPM l BFP 3.0 @ 1786 RPM 5.0 @ 1786 RPM l
Gear Reducer Hi Spd Shaft 1.5 @ 5150 RPM 2.3 @ 5150 RPM Lo Spd Shaft 2.0 @ 1786 RPM 3.0 @ 1786 RPM
__u-____ ____
~ -- -
18- SP 1106.20.9
- 6. If a MFPT high casing level alarm and a high 6" drain header alarm are received simultaneously and remain in the alarm state for 30 seconds, TRIP the MFP. A high vibration alarm coming in simultaneously or shortly thereaf ter the other alarms is a further warning to trip the MFP.
5.3.2 Prerequisites
- 1. The MFPT is on turning gear and warmed up as per Section 5.1 and 5.2.
- 2. The MFP casing temperature differential is less than 50*F and either MFP upper casing or MFP lower casiah vs. FW temperature is less than 25*F.
- 3. The TSI vibration recorder ZJR 2538 is in service.
- 4. Eccentricity has been less than 2 mils as shown on l ZJR 2538 for at least one hour. l l
S. The MFPT has been on gear for at least four hours.
,~
- 7. The local MFP, BFP and gear reducer vibration monitoring -
panel is in service.
- 9. Lube oil temperature is greater than 80*F.
5.3.3 Procedure 9 1. Verify that the manual pushbutton light, HIS 805C2 (806C2) is illuminated. If it is not illuminated, push it until the light illuminates.
- 2. Verify that the green "LSS" light 805A (806A) is illuminated. If it is not, turn the manual pistol grip HS 805D (806D) in the decrease direction until the green "LSS" light illuminates.
- 3. Cbeck annunciator panel 10 to verify the alarms associated with the MFPT, MFP and 3FP are normal.
- 4. Verify the following valves are open (located on the MSR and Heater Drain Panel).
TD 1955 (TD 1948) MFPT LPSV above seat drain TD 1954 (TD 1956) MFPT LPSV below seat drain
r7-a 19 SP 1106.20.9
., TD 1951 (TD 1947) MFPT'HPSV above seat drain TD 1952~(TD'1945) MFPT HPSV below seat drain TD.1950 (TD 1944) MFPT 1st stage drain
~
- 5. . Reset the MFPT and verify the following lights illuminate.
(1) Green reset light.
(2) LPSV open light.
(3). HPSV open light.
NOTE: Stop the standby oil pump if it started.
- 6. Verify emptr pt Z610 (Z611) MFP discharge NRV reads "not closed".
.9 7. Intermittently jog the manual pistol grip HS 805D (806D) in the increase direction until the turning gear disengages.
NOTE: At startup, care should be taken that the ,
electronics and hydraulics are given time to overcome built-in overtravels so that when control valves open, turbine speed will remain below 200 RPM.
- 8. Locally reset the Turning Gear.
- 9. Trip the NFPT and verify the following lights illuminate.
(1) Tripped light.
(2) LPSV closed light.
(3) HPSV closed light.
- 10. Verify the turbine goes back on gear.
9 11. Verify that the green "LSS" light 805A (806A) illuminated.
If it.is not, turn the manual pistol' grip in the decrease direction until the light illuminates.
)
- 12. Reset the MFPT.
NOTE: Stop the standby oil pump if it started.
9 13. Increase turbine speed to 1000 to 1500 RPM using the manual pistol grip HS 805D (806D) and turning it to the increase direction.
14 Verify the MFP minimum recire valve FW 428 (FW 438) is open.
- 15. Reset the MFFT turning gear logic locally.
~ ~ -
~..
t l
20 SP 1106.20.11 _.
temperature is at least 110*F.
NOTE: Steps 17 through 20 can be performed while waiting for oil temperature.
l 17. Locally verify the following:
F
! Hydraulic 011 Pressure is greater than 200 PSIG on PI 1194 (PI 1246)
Turbine bearing oil pressure is between 11.0 and 13.0 PSIG on PI 1216 (PI 1269)
/ Pump bearing oil pressure is between 11.0 and 13.0 PSIG on PI 1216 (PI 1269)
Control oil pressure is between 55 and 65 PSIG on PI 2650 (PI 2630)
Oil flow from both BFP oil flow sight glasses Oil flow from both MP oil flow sight glasses
- 18. Verify the following steam traps are in service.
ST 24 (ST 25) EPT HPSV below seat drain ST 44 (ST 45) HP Sta inlet
_ ST 41 (ST 43) LP Sta supply ST 42 (ST 42) Aux Sta Supply
_3
- 19. Close the following drains. M TD 1951 (TD 1947) EPT HPSV above seat drain TD 1950 (TD 1944) MFPT ist stage drain
- 20. If the EPT is running on LP Steam (this can be l
, verified by the HPSV test permit light being on), then close then following drains. ,
TD 1955 (TD 1948) MFPT LPSV above seat drain TD 1954 (TD 1956) MFPT LPSV below seat drain 11 21. Set the Bailey H/A station ICS 36B (ICS 36A) to its lowest speed setting or verify it is already there.
- 22. Increase turbise speed using the manual pistol grip HS 805D (806D) until a zero difference is indicated on the transfer meter amps Y1-805 (Y1-806).
NOTE: Pericra Steps 23 and 24 while the turbine is accelerating.
- 23. Monitor BFP DISCH FLOW FI 428 (FI 438) to verify i minimum pump flow per Enclosure 8, Page 11 of 11. l l
1
. . o 21 SP 1106.20.9 m
- 24 When MFP discharge pressure is greater than 150 PSIG, perform the following (1) Verify the MFP casing warmup valve FW 472 (FW 479) is closed (2) Close the MFP casing warmup valve isolation FW 24 (FW 25)
(3) Close the MFP casing warmup valve isolation FW 22 (FW 23) 4 25 . Perform the following tests.
MFPT stop valve test PT 5136.01 NFPT Emergency (overspeed) Governor PT 5136.06 NOTE: If this is the second MFPT being brought on line, the running MFPT HPSV would not have been tested. Perform PT '5136.01 for the running pump by allowing the second MFP to take the load and backing off the first MFPT.
9 26. Transfer control from MDT20 to ICS auto per Section 1
5.11 of this procedure.
9l increase turbine speed to Control Main Feedwater Pump
. as needed.
NOTE: At 1.6 x 108 lbs/hr flow the minimum recirc valve should close automatically.
- 28. When the MFPT(s) are being driven by low pressure steam (the RPSV test permissive light will be on),
verify the following drains are closed for all MFPT's running on LP steam.
i TD 1954 MFPT 1 LSPV below seat drain TD 1955 MFPT 1 LPSV above seat drain TD 1948 MFPT 2 LPSV above seat drain TD 1956 MFPT 2 LPSV below seat drain
, Section 5.3 completed by Date 5.4 Shutdown to Turning Gear Operation 5.4.1 Limitations and Precautions
- 1. If one MFPT is to be shutdown dur.ng parallel '
operation, then it will be necessary to crossconnect j the deaerator outlets.
l -
l I
?
l l
._____-________-_-_-_-____-_-_--__-____-___--_-___-_--__-_--___-____________--__-J
22 SP 1106.20.9 .
5.4.2 Procedure 9 1. Reduce the Bailey H/A station ICS 36B (ICS 36A),
to its lowest speed setting to reduce MFPT speed.
NOTE: The minimum recire valve should open below 1.6 x los lbs/hr BFP flow.
- 2. Monitor BFP discharge flow FI 428 (FI 438) to verify minimum pump flow per Enclosure 8, Page 11 of 11.
9 3. Transfer control from ICS auto to MDT20 per Section 5.11 of this procedure.
4 Gradually decrease turbine speed by turning manual pistol grip KS 805D (806D) to decrease.
(1) Open the NFP casing warmup valve throttle +
(2) Open the MFP casing warsup valve isolation FW 22 (FW 23)
(3) Verify the NFP casing warmup valve is operating properly J
- 6. At a MFPT speed less than 1000 RPM, open or verify
. open the following drains. (1) TD 1955 (TD 1948) MFPT LPSV above seat drain (2) TD 1954 (TD 1956) MFPT LPSV below seat drain (3) TD 1951 (TD 1947) NFPT KPSV above seat drain (4) TD 1950 (TD 1944) MFPT 1st stage drain ! 9 7. Reduce MFPT speed to zero RPM by turning manual pistol grip HS 805D (806D) until green "LSS" light 805A (806A) illuminates.
- 8. Locally verify the MFPT is on gear. .
- 9. The MFPT can now be returned to operation by using Steps 13 through 28 of Section 5.3 of this procedure.
If it is desired to trip the MFPT proceed with Step 10,
- 10. Trip the MTPT.
- 11. Verify the following lights illuminate.
(1) Red tripped light (2) LPSV elosed light l (3) HPSV closed light
_ . . . . - .. ._ _ ___ _ ~ ~ _ _ _ _ _ _ _ __ _ . _ . _ _ . I 23 SP 1106.20.7 i
- 12. The MFPT is in standby.
Section 5.4 completed by Date l
- 5.5 Shutting MFPT Down 5.5.1 Prerequisites i
- 1. MFPT is on gear
- 2. MFPT is tripped 5.5.2 Procedure
- 1. Close the following valves MS 706 (MS 707) Main Sta Supply to MFPT
- RH 22 (RH 23) Reheat Sta Supply to MFPT' AS 271 (AS 272) Aux Sta to MFPT MS 723 (MS 722) MSPT exhaust one inch drain
- 2. Close the MFPT Exhaust Valve by performing the following.
! (1) Close BE 3268 on E32B (BF 3268 on F32B) NFPT Exhaust Valve. J (2) Have the Coratrol Room close MS 136 (MS 137) j MFPT Exhauet Valve. i (3) Open BE 3268 (BF 3268). j (4) Tag the Control Room MFPT reset button to indicate the exhaust valve is closed. I l 3. From the Control Room Lockout both MFPT drain pumps I using HIS 1973 and HIS 1968 (HIS 1961 and HIS 1965).
- 4. Close the following valves (1) CD 220 (CD 222) MFPT Drn pmp 1 Seal wtr Supply Iso (2) CD 221 (CD 223) MFPT Den Pmp 2 Seal wtr
- Supply Iso (3) TD 44 (TD 46) MFPT Den pop 1 Disch iso (4) TD 45 (TD 47) MFPT Den pop 2 Disch iso
- 5. Bresk vacuum in the MFPT by opening MS 139 (MS 110) 2 l
inch drain valve.
- 6. When air is no longer being drawn into the MFPT,
- close MS 139 (MS 110).
4 7. Close the following steam seal valves: 1 Y I
- . ~ . _ -_ _- . _ - . - - - .. - -_ _ - . . . . - _ .
24 SP 1106.20.10 _. GS 21 (GS 22) MFPT Gland Steam Supply GS 23 (GS 24) MFPT Gland leakoff iso
- 8. From the Control Room lockout the turning gear motor
, 10 using HIS 1234A (HIS 1221A). It is preferable to leave the turbine on gear for 4 hours, however, it i may be taken off gear immediately after taking steam seals off.
- 9. At least 4 hours af ter Step 7, lockout the following oil pumps from the control room.
(1) HIS 1209 (HIS 1188) MFPT EBOP (2) HIS 1195 (HIS 1236) MFPT Main Oil Pump 1 r (3) HIS 1198 (HIS 1247) MFPT Main Oil Pump 2
- 10. Notify the Pipe Shop to pin the MFP 1 (2) hangers.
- 11. Close the following valves to isolate the MFP and BFP.
FW 3 (FW 4) BFP Suction Valve FW 45 (FW 46) MFP Discharge Valve J FW 24 (FW 25) NFP Warmup throttle W 22 (W 23) MFP Warmup iso FW 28 (FW 29) MTP minimum recirc iso FW 36 (FW 37) MFP minimum recire bypass ,',
- 12. When MFP casing temperature is less than 170*F, close CD 46 (CD 47) MFP and BFP Seal Supply isolation.
NOTE: Computer points T641 and T637 (T648 and T644) may be used for MFP casing temperature. ! 13. If the MFP and BTP is to be drained, open the following j valves to drain the MFP and BFP casings. (1) FW 10 (FW 21) MFP vent i (2) FW 5 (FW 7) BFP drain (3) FW 6 (FW 8) BFP drain ! (4) FW 111 (FW 113) BFP drain 1 (5) FW 11 (FW 13) MFP drain (6) FW 12 (FW 14) MFP drain l Section 5.5 completed by Date 5.6 Contro111ns MFPT Speed Locally (see description of " Speed i Control, Page 8) j 5.6.1 Limitations and Precautions
- 1. Communication establissed between operator i
i
. - . _ _ ,..s_ __ _ _ _ _ _ - _ _ _ _ _ , _ . . _ , , , . . _ . .-m,_ _ _ _ . _ _ _
=. - -_ _ _. . _ . ~ _ - _ _ _ . ._
25 SP 1106.20.9 ( s l 19 controlling the manual pistol grip and person monitoring turbine speed and pump flow and the control room operator. 9
- 2. MFPT trips at 5841 to 5959 RPM.
. 5.6.2 Prerequisites
- 1. The control room operator is informed that speed is being controlled locally.
5.6.3 Procedure 9 1. If MFFT.is controlled by ICS auto, transfer control to MDT-20 sanual using Section 5.11.
- 2. Increase and decrease MFPT speed as needed by using the manual pistol grip located on the MFPT.
Section 5.6 completed by Date 5.7 Transferrina Steam Supply from the Auxiliary Boiler to the Main Steam Header i The high pressure control valve opens after the last low pressure , control valve has fully opened. If the turbine is running on auxiliary steam, the H.P. control valve will be fully closed and held closed by its actuator bias spring. If the turbine is at speed, on L.P. steam, it is extremely important when transferring over to H.P. steam supply line. 5.7.1 Limitations and Precautions
- 1. Communications established between local operator and control room operator.
- 2. Transfer is to be made slowly to allow the governor system to respond without significant speed variations.
5.7.2 Prerequisites
- 1. Station an operator at the auxiliary boiler.
5.7.3 Procedure
- 1. Isolate the following steam traps and valves if l the main steam supply isolation valve MS 705 (707) are closed. If MS 706 (707) is open, skip I
to Step 3. l _-
e 26 SP 1106.20.7 ._s MFP 1-1 MFP 1-2
, ST44 M.S. Supply Steam Traps ST45 i _fD10 RPSV Above Seat Drain TD11 j
TD 1951 KPSV Above Seat Drain TD1947 ID1952 KPCV Above Seat Drain TD1945 l ^'3T24 HPCV Above Seat Drain ST25 ,
- 2. Slowin open main steam supply isolation valves, if no: already open.
itS706 > pen MS707 open j 3. Place H.P. .ceam supply line steam traps inservice by opening steam trap bypasses approximately one turn and warming the steam supply line thoroughly. Throttle bypass as necessary to prevent excessive
; steam flow to the condenser.
I l ST44 ST45 . j 4. Open the Above Seat Drain for the EP stop valve j and ensure its isolation valve is open. TD10 open TD11 open . 1 TD1951 open TD1947 open .)
- 5. Place the H.P. Control valve above seat drain inservice by opening the trap outlet m2 tor operated isolation and opening the steam trap bypass approximately one turn. Throttle the trap t bypass as necessary to prevent excessive steam i flow to the drain header.
i TD1952 open TD1945 open ST24 ST25 f
; 6. Slowly throttle closed Auxiliary Steam Supply
( Globe Valve AS270 while monitoring turbine speed. j Maintain a constant turbine speed while the j transfer is made, j 7. Close the bypasses on the following steam traps: MFP 1-1 MFP 1-2 ST44 ST45 ST24 ST25 i 8. Close the HP Stop Valve Above Seat Drains. t l I u
. - _ . . ~. - _ - . . . . - - . . . . - .-.
{ l . 27 SP 1106.20.8 j TD1951 closed TD1947 closed ! , Section 5.7 completed by Date 8 5.8 Transferrina Steam Supply From the Main Steam Header to the Aux Steam Hde (Aux Boiler)
! CAUTION: The high pressure control valve opens after the last , low pressure control valve has fully opened. If the j turbine is running on Main Steam, the low pressure 1 control valve will be fully open. It is extremely i important when transferring to Aux Steam header that the transfer be made slowly to allow the governor
- system to respond without significant speed variations. 5.8.1 Limits and Precautions
- 1. Communications Established betweed Local Operator and Control Room Operator.
1
] 2 All water must be removed from Aux Steam Line , ;
and the line warmed up prior to opening Aux ' Steam Isol to MFP Turbine AS271 (AS272). 4
- 3. Reheat Sta Stop Valves RH22A, (RH23A) and RH22 (RH23) should be closed to prevent Aux Steam '
(s from going backwards thru RH24 (RH25) and into the MSR Shells. j
- 4. Transfer is to be made slowly to allow the l
, governor system time to respond without significant speed variations. I 5.8.2 Prerequisites [ i !
- 1. The Aux Steam header is pressurized to at least 180 psig from either the Mn Sta to Aux Stm reducer or the l Aux Boiler. ,
1 i 2. If transfer is to be made to the Aux Boiler, the Aux Boiler should be operating in the Power Mode. An operator should be stationed at the Aux Boiler during the transfer. i
- 3. Establish communications between the Control Room and
; the MFP Turbine.
5.8.3 Procedure
- 1. War:s up the Aux Sta Header to the Aux Boiler by:
I 1 1 1 i
~ ~ ~ ~ ~ ~ ~ ^ ~
7 . . . _ _ _ _ _ -. . _
~::_E,~~ l _ ~._~~~~.~_1 - ~~ 1 - '
l , 28 SP 1106.20.8 s Verify AS177 Open Close RH Stop Valve RH22 (RH23) Close RH Stop Valve RH22A (RH23A) > Place ST42 in start-up mode Crack open AS270 Aux Sta Supply to MFPT Throttle Valve , ! Crack open MS42 Aux Sta to MFP Turbine Stub i header drain to ensure all water is removed i from Aux Sta header ! Close MS42 l Place ST41 (ST43) in start up mode l Open TD 1955 (TD 1948) MFPT LPSV above seat I drain l Open TD 1954 (TD 1956) MFPT LPSV below seat l drain l l 2. When the Aux. Steam header is warmed up, establish Aux Steam flow to MFP Turbine by: ' t Open AS270 1 turn
- l Open AS271 (AS272)
- While in communications with the control [
l Room, slowly throttle open AS270 un il the KP control valves indicate fully sh by [ ( verifying KP Stop Valve Test Permit uight , ! is ON [ Blue light above HIS 793 (H13 794) 1 ; on MFP Control Console) - Control Aux. Steam Hesder Turbine 1hrottle I l Pressure 180 psig as indicated by 91, 262 local gauge NOTE: As MFPT demand changes, AS270 will need to be adjusted to maintain MFPT Throttle pressure at 180 psig. Monitor FW valve AP and MFPT speed during the transfer Return ST41 (ST43) to normal Return ST42 to normal ! Close TD 1955 (TD 1948) MFPT LPSV above seat drain Close TD 1954 (TD 1956) MTPT LPSV below seat drain Open TD 1951 (TD 1947) MFPT HPSV above seat i drain Open TD 1952 (TD 1945) MFPT HPSV below seat , drain Section 5.8 completed by Date f
l 29 SP 1106.20.9 l 5.9 Transferring Main Feed Pump Turbine Oil Coolers 5.9.1 Limits and Precautions
- 1. Keep MFPT Lube Oil contamination to a minimum.
l Before opening a MFPT oil tank manway cover, be l sure that the top of the tank is free of dirt and l debris. The operator will take all loose articles out of his pockets and ensure that his hands, arms, and other parts of his body or clothing l which will be in the tank are clean before j actuating any valves within the tank.
- 2. Ensure all air is eliminated from cooler spaces by maintaining a circulating oil flow through the standby oil cooler at all times.
- 3. Ensure that the cooling water inlet pressure is always less than the MIPT L.O. Filter inlet pressure. This will prevent water from entering the MFPT lubrication oil system in the event of a .
cooler leak. . 5.9.2 Prerequisites
- 1. Main Feed Pump Turbine 1-1 (1-2) is either on j turning gear or running per this procedure.
I 5.9.3 Procedure 9 Section 5.9.3.1 will pertain to the MFPT 1-1 oil coolers and Section 5.9.3.2 will pertain to the MFPT 1-2 oil coolers. Numbers outside of parenthesis will be used when the #1 cooler is the " standby" cooler and numbers inside the parenthesis will be used when the
#2 cooler is the " standby" cooler.
- 1. Transferring oil coolers on MFPT 1-1.
Perform Valve Verification List C, Sh. 1 (2). Open MFPT Lube Oil Cooler 1-1-1 (1-1-2) Cooling Water Vent Valve CW 129 (CW 128) to vent cooler. L Vben cooler is vented, close CV 129 (CW 128). i Transfer oil flow from MFPT 011 Cooler 1-1-2 (1-1-1) to MFPT 011 Cooler 1-1-1 (1-1-2) by l switching MFPT 1-1 L.O. Discharge Header to oil coolers two-way valve L.O.121. See Enclosure 2 for instructions on operating this valve. l l . l
1, i 30 SP 1106.20.8 .s NOTE: If the main ferd pump turbine is on - . turning gear, CW 1204A (12048) may not open. If it does not open, manually open CW 1204A (12048) until the cooler ! is vented. Close SW 129 (128). I i Nonitor NTFT 1-1 Lube Oil Cooler Oil Outlet j Temperature on TIC 1204 until it conforms to the following condition: MTPT on turning gear - >70*T MTFT running - >110*T ; e t i If lube oil cooler outlet oil temperature is j
- outside these limits, adjust the hand actuator on I CW 1204A (12048) until it is within these limits.
NOTE: When adjusting these valves, make sure that the cooling water pressure as i read on PI 658 (662) is less than the , MTPT L.O. Tilter inlet pressure as read on PI 1201.
- 2. Transferring oil coolers on MTPT 1-2.
Perform Valve Verification List C, Sh. 3 (4). ,((] .- l Open MYPT Lube Oil Cooler 1-2-1 (1-2-2) cooling water vent valve CW 117 (116) to vent cooler. 1 NOTE: If cooling water flows from this vent r before Step 4 of this section is completed, close CW 117 (116). . ! When cooler is vented, close CW 129 (CW 128). l 1 1 Transfer oil flow from MTPT 011 Cooler 1-2-2 . (1-2-1) to MTFT Oil Cooler 1-2-1 (1-2-2) by ! switching MTPT 1-1 L.O. Discharge Hsader to oil coolers two-way valve LO 121. See Enclosure i 2 for instructions on operating this valve. [ NOTE: If the main feed pump turbine is on turning gear, CW 1254A (12548) may not open. If it does not open, manually open CW 1254A (12548) until the cooler is vented. Close CW 117 (116). Monitor MTPT 1-2 Lube Oil Cooler Oil Outlet temperature on TIC 1254 until it conforms to the following conditions: 1 i s
o
=.
m 31 SP 1106.20.9 MiPT on turning gear - >70*F MFPT running - >110*F If lube oil cooler outlet oil temperature is outside these limits, adjust the band actuator on CW 1254A (1254B) until it is within these limits. l NOTE: When adjusting these valves, make sure that the cooling water pressure as read on PI 666 (670) is less than the MFPT L.O. Filter 1-2 inlet pressure as read on PI 1251. 9l Section 5.9 completed by Date , l 5.10 Changing MFPT L.O. Filters 5.10.1 Procedure for draining
- 1. Lockout filter pump using HIS NPO 311 (HIS NPO 312).
- 2. Lockout filter heating using HS NPO 371 (HIS NPO 372).
t Close LO 94 (Lo 95) Filter Pump Suction Iso. 3. l l
- 4. Close LO 112 (LO 113) Filter discharge iso.
- 5. Verify closed LO 53 (LO 52) L.O. Transfer iso.
- 6. Verify closed LO 98 (LO 99) L.O. iso to MFPT used lo tk.
l
- 7. Verify closed LO 104 (LO 105) L.O. filter bypass.
1
- 8. Open LO 143 (LO 142) L.O. filter vent.
- 9. Open LO 115 (LO 116) L.O. filter drain and drain oil into suitable container.
- 10. Open LO 117 (LO 118) L.O. filter drain and drain oil into suitable container.
Section 5.10.1 completed by Date , l l 5.10.2 Procedure for restoration
- 1. Close LO 117 (LO 118) L.O. filter drain. l
- 2. Close LO 115 (LO 116) LO filter drain.
- 3. Close LO 143 (LO 142) LO filter vent.
l w
o l l 32 SP 1106.20.9 ,
- 4. Open LO 94 (LO 95) L.O. filter Pump Suct. iso.
- 5. Open LO 112 (LO 113) L.O. filter disch. iso.
- 6. Start filter pump. .
- 7. Vent L.O. filter.
- 8. Start L.O. filtet heater.
Section 5.10.2 completed by Date 9 5.11 Transferring MDT20 (ICS) to ICS (MDT-20) NOTE: This section does not require signoffs. 5.11.1 Verify MFPT speed is between 3900 RPM and 5150 RPM. 5.11.2 For the speed controller not in use (ICS or manual) adjust its output to indicate a zero amp reading on , the transfer meter amp Y1-805 (Y1-806). l 5.11.3 Press the desired button (ICS HIS 805C1 (806C1) or HIS 806C1 (806C2)) so that it illuminates and takes over control of MFPT speed. Y 5.11.4 After the ICS has control of MFPT speed and is steady ' state, adjust the MDT-20 output so zero amp is indicated on the transfer meter amp Y1-805 (Y1-806).
33 SP 1106.20.7 MTPt tahaust
- Butterfly e
G : MFPT tuhaust 94" 'I a
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k Enclosure 3 Il Pue 1 M 11
f 4 y SP 1106.20.7 , I 2 MFP !s hrbine Performance ! l
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___ __ - _ ... .. . . . . . . . . _ . . _ . . _ . _ . . , . . . . . . . . . R 46 SP 1106.20.7 Sheet No. 1 of 1 VALVE VERIFICATION LIST A Valve Lineup Prior to Placing
, MFPT 1-1 and MFP 1-1 on Gear Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No.' VALVE VALVE VERIFY' VALVE DESCRIPTION Coord. NLMBER POSITION BY M-006B BFP 1-1 Suction D-2 FW 3 Closed M-009 TPCW Return E-10 CW 194 Open-M-006B MFP 1-1 Suction Line" Vent Valve G-3 FW 10 Closed ON THE 565' ELEVATION BY THE BFP BFP 1-1 Seal Wtr Press Ind Source F-1 CD 758 Open BFP 1-1 Seal Wtr Inlet Iso H-6 CD 216 Open BFP 1-1 Vent E-2 FW 38 Closed In BFP 1-1 Seal Wtr Press Ind F-1 PI 752 Service In ^
BFP 1-1 Seal Wtr Press Ind F-1 PI 758 Service g) BFP 1-1 Drain F-2 FW 6 Closed BFP 1-1 Drain G-2 FW 111 Closed BFP 1-1 Cyclone Sep Drain G-2 FW 110 Open BFP 1-1 Drain F-2 W5 Open M-18 In MFPT 1-1 LO Temp Controller J-2 TIC 2014 Service MFPT 1-1 LO Vap Extractor Iso G-5 LO 80 Open In MFPT 1-1 LO TK Level Ind H-6 LI 2214 Service MFPT 1-1 LO TK Diff Press Source G-5 LO 1155 Open MFPT 1-1 LO Filter Pop Suct J-6 LO 90 Open In MFPT 1-1 LO TK Diff Press Ind G-5 PDI 1155 Service M-009 In MEPT 1-1 LO Clr l' Press Ind K-5 PI 658 Service In MFPT 1-1 LO Clr 2 Press Ind K-6 PI 662 Service
47 SP 1106.20.7
. Sheet No. _2_
of _8_ VALVE VERIFICATION LIST A Valve Lineup Prior to Placing MFPT 1-1 and MFP 1-1 on Gear Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No.' VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY M-018 Capped MFPT 1-1 LO Clr 2 Drn G-2 LO 129 Closed M-009 MEPT 1-1 L0 Clr 2 Shell Drn K-7 CW 130 Closed M-018 MFFT 1-1 LO Tk Sample J-2 SS 172 Closed MFFT 1-1 LO Tk Den K-2 LO 136 Closed Capped MFPT 1-1 LO Clr Drn G-1 LO 128 Closed M-009 MFPT 1-1 LO Clr 1 Shell Den K-6 CW 131 Closed - MFPT 1-1 LO Clr 2 Inlet Iso J-6 CW 124 Open MFPT 1-1 LO Clr 2 Outlet Iso K-7 CW 126 Open
. , , MFPT 1-1 LO Clr 2 Press Source K-6 CW 659 Open MFPT 1-1 LO Clr 2 Vent J-6 CW 128 Closed MFPT 1-1 LO Clr 2 Inlet Press Source K-7 CW 662 Open l In
- MFPT 1-1 LO Clr 2 Temp Contrl V1v J-6 CW 1204B Service MFPT 1-1 LO Clr Outlet Hdr Vent K-6 CW 136 Closed MFPT 1-1 LO Clr 1 Outlet Iso K-6 CW 127 Open MFPT 1-1 LO Clr 1 Press Source K-7 CW 663 Open ,
MFFT 1-1 L0 Clr i Vent J-6 CW 129 Closed, MFFT 1-1 LO Clr 2 Inlet Press Source K-5 CW 658 Otep, l In l MFFT 1-1 LO Clr 1 Temp Control Viv J-5 CW 1204A Service I MEPT 1-1 LO Clr Inlet Iso J-5 CW 125 Open M-006B BFP 1-1 Suct Press Ind Source F-1 FW 466 Open M-18 MFPT 1-1 LO Filter to Used LO Tk G-6 LO 85 Closed , .
48 SP 1106.20.7 _. Eheet No. _3_ of 1 VALVE VERIFICATION LIST A Valve Lineup Prior to Placing MFPT 1-1 and MFP 1-1 on Gear Verification List only - Consult Shif t Supervisot Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NLHBER POSITION BY MFPT 1-1 LO Filter Disch H-6 LO 112 Open MFPT 1-1 10 Filter Suct Hde to Hose Conn J-6 LO 92 Closed MFPT 1-1 LO Filter Pmp Suct J-6 LO 94 Open MEPT 1-1 LO Filter Suct Line Den J-6 LO 88 Closed MFPT 1-1 LO Filter Vent G-5 LO 143 Closed MFPT 1-1 LO Filter Sample G-5 SS 197 Closed MFPT 1-1 LO Filter Disch Press Source H-6 LO 1223 Open M-018 In MFPT 1-1 LO Filter Disch Press H-6 PI 1223 Service MPFT 1-1 LO Filter Drn H-7 LO 117 Closed s MFPT 1-1 LO Filter Den H-7 lLO 115 Closed MFPT 1-1 L0 Filter Disch Bypass H-6 LO 104 Closed MFPT 1-1 LO Filter Disch Bypass H-6 LO 108 Closed MFPT 1-1 LO Filter Tk Fill E-8 LO 53 Closed MEPT 1-1 LO Filter Inlet J-7 LO 102 Open MFFT 1-1 LO Filte- to Used LO Tk J-7 LO 98 Closed ! In MFPT 1-1 LO Filter Pmp Disch PSL K-o PSL 1167 Service j lIn l l MFPT 1-1 LO Filter Esp Disch Press Ind K-6 IPI 1167 I Service I - l :In MFPT 1-1 LO Filter Pmp Disch PSH K-6 !PSH 1167 Service i ! e MFPT 1-1 L0 filter Pmp Disch Source K-6 LO 1167 lOpen 2 M-022 In ' MFPT Drn Pmp 1 Seal Wtr Press Ind J-9 l' PI 1401 !' Service . MFPT Drain Pump 1-1-1 Seal Water Press M-022 Gage Source Valve J-9 ,CD 1401 lopen ! .
4 . 49 SP 1106.20.7 Sheet No. 4
- of [5[ VALVE VERIFICATION LIST A Valve Lineup Prior to Placing MFPT 1-1 and MFP 1-1 on Gear 1 Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve
- i P&ID No. VALVE VALVE VERIFY !
l VALVE DESCRIPTION Coord. NUMBER POSITION BY j MFPT Drain Pump 1-1-1 Seal Water Reg M-022 Valve H-9 TD 24 Open
- MFPT Drain Pop 1-1-1 Seal Wtr Regulator M-022 In Vlv K-9 CD 1408 Se rvice MFPT Drain Pump 1-1-1 Seal Water Inlet M-022 j Valve K-9 CD 220 Closed
- M-022 i MFPT Drain Pump 1-1-1 Suction Valve H-9 TD 20 Open
. M-006B In !' MFP Seal Wtr Temp Catrir G-6 TIC 940 Service M-022 (
. MFPT Drn Tk Lvl SW Source G-9 TD 1949B Open "
l MFPT Den TIC Lvl SW Source G-9 TD 1949A Open i In 1 MFPT Den TIC Lvl SW - G-9 LS 1949 Service In MFPT Den Tk Lvl SW High G-9 LSH 1949 Service M-022 MFPT Drn Pop 1 Reservoir Out H-11 TD 44 Closed
) In MFFT Den Pop 2 Seat Wtr Press Ind J-10 PI 1440 Se rvice MFPT Drn Pop 2 Reservoir Out H-12 TD 45 Closed M-022 l MFPT Den Pup 2 Seat Wtr Press Ind Ser J-10 CD 1440 Open l In l MFPT Den Pmp 2 Seal Wtr Reg J-10 CD 1442 Se rvice '
l 3 MFPT Drn Pmp 2 Suct H-9 TD 25 Open i I . j MFPT Drn Pop 2 Seal Wtr In K-10 CD 221 . Closed l t i MFPT Drn Pop 2 Suct J-9 TD 21 Open i M-009 MFPT 1-1 LO Clr Main Isolation H-1 lCW107 i Open M-006A } l MFPT 1-1 Seal Wtr Drn Tk to Cond Vent F-2 IFW 42 Closed
' M-006B i lIn a
- MFPT 1-1 Seal Wtr Drn Tk Lvl Contelr lH-2 IFW 485 ! Se rvice !
i ! I MFPT 1-1 Drn to Seal Wtr Drn Tk kH-3 eFW 19 40 pen i . g-i
-._-__._-,..m - -,_.m.-.. , , , . - :...,,,..,,,u -_._.,,.- ,-... ~, - , - , . , - . . - . . - . _ - , . , _ , _ . . ..
. , _ _ _ . _ . _ . . . . _ . . __ . . . . _ . _ . _ . _ _ ..- _._.._.__.._1~'
50 SP 1106.20.7 -' Sheet No. 5 ' of 8 VALVE VERIFICATION LIST A Valve Lineup Prior to Placing MIPT 1-1 and MFP 1-1 on Gear Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY BFP 1-1 Seal Wtr Diff Press Source G-5 FW 15 Open MFP 1-1 Seal Wtr Out Hdr to FW Iso D-1 FW 90 Open KFP 1-1 Vent G-5 FW 40 Closed BFP 1-1 Seal Wtr Diff Press Source G-5 FW 17 Open MFP Seal Wtr Inlet Iso G-6 CD 56 Open* In ' MFP Seal Wtr Catel G-6 CD 593 Service MFP Seal Wtr Inlet Iso G-6 CD 54 Open* M-006B MFP Seal Wtr Inlet Bypass G-6 CD 58 Closed . Ia [ i
'..)
MFP Seal Wtr Temp Ind Contrlr G-5 TIC 593 Service f 'a' I KFP Drn Viv H-5 FW 12 Closed i In i MFP Seal Wtr Press Ind G-6 PI 942 Se rvice ! MFP Seal Wtr Supply Iso H-6 CD 46 Closed
- MFP Seal Wtr Press Ind Source G-6 CD 942 Open MFPT #1 Drain Receiver Inst Manifold M-022 Source G-8 TD 4981A Open MFPT #1 Drain Receiver Inst Manifold Source G-8 TD 4981B Open MFP Seal Wtr Inlet Iso H-6 CD 48 Open*
In j MFP Seal Wtr Control G-6 CD 940 Service i
, I i MFP Seal Wtr Inlet Iso G-6 lCD 50 Open* !
MFP Seal Wtr Catrlr Bypass G-6 CD 52 Closed i $ M-003A l
}MFPT r/1 Drain Receiver Equalizer Valve ,J-4 MS 140 Open i .
*Before opening this valve, verify FW 19 is open. This is to prevent flooding to bearings.
4 51 SP 1106.20.7 Sheet No. _6_ of 8 VALVE VERIFICATION LIST A Valve Lineup Prior to Placing MFPT 1-1 and MFP 1-1 on Gear Verification List Only - Consult Shif t Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY M-006B MFP Drain H-5 W 11 Closed M -006A MFP Seal Wtr Drn Tk to Cond Drn F-3 CD 345 Closed MFP Seal Wtr Drn Tk to Cond F-3 FW 43 Open l MFP Seal Wtr Iso J-9 CD 24 Open* M-022 In MFPT Drain Receiver Lvl SW Low G-8 LSL 4981 Se rvice In MFPT Drain Receiver Lvl SW High G-8 LSH 4981 Se rvice . In MFPT Drain Receiver Lvl Gage G-8 LG 4981 Se rvice In MFPT Drain Receiver Drn Viv G-8 TD 4981 Se rvice M-024B PSL In MF?T to ARTS Press SW C-9 4533D Service i PSL In _M[?T to ARTS Press SW C-9 4533C Se rvice M-006B In BFP Disch Press Ind F-3 PI 478A Se rvice In BFP Suct Press Ind Es1 PI 466A Service ' In BFP Suct Press Transmitter E-1 PT 466 Se rvice In BFP Disch Press Transmitter F-3 PT 478 Service l The following instruments and valves are located in the MFPT LO instrument cabinet on the east side of the turbine. The black 3-way valves are open when their handle is rotated to the west. These valves should also be sealed open per Standing Order 13. Mata feed pump turbine oil filter 1-1 dif- M-018 ferential presa source J2 LO 1205A Open Main feed pump turbine oil filter 1-1 dif- t ferential press source J2 LO 1205B Open Main feed pump turbine lube oil disch : ' a I header 1-1 press indication source J2 lLO 1171 Open ,
, Main feed pump turbine lube oil to hydrau- l l j
j lic centrol system press indiction source J4 ILO 1194 Open i i ! l
*Before opening this valve, verify FW 19 is open. This is to prevent flooding to bearings.
e l 52 SP 1106.20.7 Sheet No. 7 , of 8 VALVE VERIFICATION LIST A ! Valve Lineup Prior to Placing
- MFPT 1-1 and MFP 1-1 on Gear Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No. VALVE ' VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY Main feed pump turbine lube oil discharge header 1-1 press indication source H2 LO 1201 Open Main feed pump turbine lube oil to control oil system pressure indication source H4 LO 2650 Open
} Main feed pump lube oil bearing header 1-1 press indication source K2 LO 1207 Open Main feed pump turbine lube oil bearing header 1-1 pressure indication source K2 LO 1216 Open Main feed pump turbine lube oil bearing , header 1-1 press transmitter source K3 LO 1206 Open In .
- MFPT LO Tk Level Switch High H-5 LSH 1170 Se rvice l In l MFPT LO Tk Level Switch Low J-5 LSL 1170 Service Main feed pump turbine lube oil bearing Scaled header 1-1 pres switch source 3-way viv K3 LO 1228 Open ,
Main feed pump turbine lube oil bearing Sealed . header 1-1 pres switch source 3-way valve K4 LO 1161 Open l>7 j Main feed pump turbine lube oil bearing Sealed ! header 1-1 pres switch source 3-way valve K3 LO 1217 Open i M-24 Scaled MFPT HP SV Reset Press SW Source C-6 LO 2729 Open Scaled
! MFPT #1 PSL 2731 Source 3-way valve D-7 LO 2731 Cpen Main feed pump lube oil bearing header M-018 Scaled
' 1-1 pressure switch source 3-way valve K-2 LO 1200 Open Main feed pump lube oil. bearing header Scaled 1-1 pressure switch source 3-way valve K2 LO 2552 Open 3 Main feed pump turbine lube oil bearing Sealed t header 1-1 pres switch source 3-way valve K2 LO 1192 Open i M-18 Sealed 1 MTPT EBOP Test Solenoid Valve H-4 LC 1210 Open ; i . Scaled j l MEPT Main Oil Pump Test Solenoid Valve G-4 LO 1199 Open _ _ _ Main oil pump 1-1-1 discharge pressure Scaled l switch source 3-way valve J3 LO 2719 Open l
, Emergency oil pump 1-1 discharge pressure Scaled I switch source 3-way valve J4 LO 1212 Open j j Main oil pump 1-1-1 discharge pressure ' Sealed l switch source 3-way valve G3 LO 1215 'Open
} MFPT lube oil to hydraulic control system l 3 4 t j pressure transmitter source .J3 'LO 1193 .Open
, . A i - _ _ . - . . . _ __,_.,,-c_m._. . . - , . _ _ _ _ . _ . , ~ , ,_ s- - y . . , . . . , . . , . _ _ . , . , ,, , . . , . _. _ _ _ , . . . . , _ , _m.,, , .
4 53 SP 1106.20.7
. Sheet No. 8
,e of 3 VALVE VERIFICATION LIST A Valve Lineup Prior to Placing MFPT 1-1 and MFP 1-1 on Gear i
Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve i P&ID No. VALVE VALVE VERIFY 11ALVE DESCRIPTION Coord. NUMBER FOSITION BY Main feed pop turb lube oil to hydraulic Scaled control sys pres switch source 3-way viv J3 LO 1191 Open Emergency oil pump 1-1 discharge pressure Scaled switch source 3-way valve J5 LO 2723 Open Main oil pump 1-1-2 discharge pressure Sealed switch source 3-way valve J4 LO 2721 Open BY THE BFP M-24B PSL in MFPT to ARTS Press SW C-9 4533A Se rvice M-006B BFP Seal Press Ind Source i F- 1 CD 752 Open . BFP Disch Press Ind Source F-2 FW 478 lOpen l j In
! M-24B l PSL . l MFPT to ARTS Press SW C-9 I4533B I Service 8 .
./
1
)
l l A i
- -. - --, , , , - , _ --- , n .- , - --, e - -
54 SP 1106.20.7 ., Sheet No. 1 of 1 VALVE VERIFICATION LIST B Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List Only - Consult Shif t Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY ON THE 585' ELEVATION M-006B Dear to BFP Suct F-11 FW 4 Closed M-009 CW Return to Lo Lvl Tk E-10 CW 194 Open M-006B MFP Suct Vent G-9 FW 21 Closed ON THE 565' ELEVATION BY THE 1-2 MFP In . BFP Dish Press Ind H-10 PI 486A Se rvice In BFP Suet Press Ind G-11 PI 494A Se rvice In BFP Suet Press Trans G-11 PT 494 Se rvice In i BFP Disch Press Trans H-9 PT 486 Se rvice M-018 In MFFT LO Filter Pump Press Ind K-7 PI 1172 Service In MFFT LO Filter Pump Press SW K-7 PSL 1172 Se rvice In MFPT LO Filter Pump Press SW K-7 PSL 1172 Service M-006B MFP Drn to Seal Wtr Den Tk H-11 FW 120 Open MFP Vent G-8 FW 41 Closed Seal Wtr to BFP Diff Press Ind Scr H-8 FW 16 Open MFP Seal Wtr Out Hdr to FW Iso F-11 FW 89 Open Seal Wtr to BFP Diff Press Ind Scr G-8 FW 18 Open MFP Den H-8 FW 14 Closed i In MFP Seal Wtr Teme Catrir G-8 TIC 961 Service MFP Seal Wtr in Bvpass G-8 CD 59 Closed LMFP Seal Wtr in Iso G-7 CD 55 j Open* 1
55 SP 1106.20.7
-s Sheet No. 2 of [8[ VALVE VERIFICATION LIST B Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear i Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY
- VALVE DESCRIPTION Coord. NUMBER POSITION BY In MFP Seal Wtr in G-8 CD 961 Se rvice M-006B MFP Seal Wtr in Iso G-8 CD 57 Open*
M-022 MFPT Drain Receiver Instr Source K-7 TD 4282A Open MFPT Drain Receiver Instr Source K-7 TD 4982B Open
; M-006B j MFP Seal Wtr in Iso G-7 CD 49 Open*
In MFP Seal Wtr in G-8 CD 963 Se rvice , MFP Seal Wtr in Iso H-8 CD 51 Open* MFP Seal Wtr in Bypass H-8 CD 53 Closed M-003A MFPT Drain Receiver Equalizer H-9 MS 112 Open MFP Den H-8 FW 13 Closed MFP Seal Wtr Supp1v Iso H-7 CD 47 Closed
- M-006A
, Cnds to MFP 1-1 and 1-2 Seals J-9 CD 24 Open*
, M-006B I
MFP Seal Wtr in Press Ind See G-7 CD 960 Open In j MFP Seal Wtr in Press Ind G-7 PI 960 Service i In MFP Seal Wtr Drn Tk to Cond H-12 FW 395 Se rvice M-006A l NFFT Seal Wtr Den Tk to Cond Iso F-7 !DJ 76 Open i M-022 l In MFPT Den Receiver Ivl SW Low K-7 ILSL 4982 Se rvice l In l MFFT Drn Receiver Lvl SW High K-7 ILSH 4982 Se rvice
;In l , MFPT Den Receiver Lvl Gage K-7 lLG 4982 I Se rvice l In
., MFPT Drn Receiver Drn ,K-9 du) 4982 IService
- *Before opening this valve, verify FW 120 is open. This is to prevent flood-ing the bearings.
s, 1
56 SP 1106.20.7 Sheet No. 3 of 1 VALVE VERIFICATION LIST B Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List Only - Consult Shif t Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY M-024B PSL In MFFT to ARTS Press SW C-9 5434D Se rvice PSL In l MIPT to ARTS Press SW .C-9 .5434C Se rvice ; The following instruments and valves are located in the MFPT LO instrument cabinet on the east side of the turbine. The black 3-way valves are open when their handle is rotated to the west. These valves should also be sealed open per Standing Order 13. M-018 MFPT L.O. Bearing Hdr Press Trans Src K-10 LO 1256 Open Scaled . MFPT EBOP Disch Press Src H-9 LO 1233 Open Scaled MFPT Main Oil Pump 1 Disch Press Src J-9 LO 2611 Open Scaled MFPT Main Oil Pmp 1 Disch Press Sec G-10 LO 1238 Open M-018 MFPT LO disch & Hdr Press Trans Sec J-10 LO 1245 Open Scaled MFPT LO Hvd Press See J-10 LO 1244 Open Scaled MFPT DBOP Disch Press Src J-9 LO 2607 Open Scaled MFPT Main Oil Pump 2 Disch Press Src J-10 LO 2617 Open Scaled MFP LO Bearing Edr Press See K-10 LO 1240 Open Sealed MFP LO Bearing Hdr Press Src K-12 LO 2553 Open Scaled MFP LO Bearing Hdr Press Src K-12 LO 1242 Open In MFPT Main Oil Pump Test Solenoid G-10 LO 1237 Se rvice lIn MFPT E30P Test Solenoid H-9 LO 1231 IService MFPT L0 Control Oil Press See H-10 LO 2630 Open l MFP LO Bearing Hdr Press Ind Src K-12 LO 1257 Open l l 1 I _]iP LO Bearing Hdr Press Ind Src K-11 LO 1259 Open i I
,MFFT LO Disch Hdr Press Ind See !J-11 LO 1184 .Open !
57 SP 1106.20.7 Sheet No. _4_ of 1 VALVE VERIFICATION LIST B Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List Only - Consult Shif t Supervisor Prior to Repositioning Valve
'P&ID No. VALVE VALVE ST.RIFY VALVE DESCRIPTION Coord. KUMBER POSITION BY MFPT LO Hyd Press Ind Sec J-10 LO 1246 Open MFPT LO Disch Ndr Press Ind See H-11 LO 1251 Open MFPT LO Filter Diff Press Ind Src J-11 LO 1255A Open MFPT LO Filter Diff Press Ind See J-11 LO 1255B Open In MFPT LO Tk Lvl SW H-8 LSH 1194 Se rvice In MFPT LO Tk Lvl SW H-8 LSL 1194 Service ,
Scaled MFP LO Bearing Hde Press See K-10 LO 1261 Open Scaled MFP LO Bearing Hdr Press Src K-9 LO 1262 Open M-018 Scaled MFP LO Bearing Hdr Press Src K-11 LO 1260 Open M-024B Sealed MFPT LO Press See Table LO 2730 Open Sealed MFPT LO Press Src Table LO 2732 Opeo PSL In MFPT to ARTS Press SW C-9 5434B Se rvice PSL In MFPT to ARTS Press SW C-9 5434A Se rvice M-006B BFP Seal in Iso H-7 CD 213 Open BFP Seal Wtr Press Ind Src H-9 CD 772 Open BFP Disch Press Ind Sec H-10 FW 486 Open ! BFP Seal Wtr in Press Ind Src G-9 CD 7 Open l BFP Den H-10 FW 8 Closed ! In 1 ! BFP Seal Wtr Press Ind G-9 PI 764 Service i ' In ! BFP Seal Wtr Press Ind H-9 PI 772 Se rvice l BFP Vent G-10 !FW 39 . Closed A !
58 SP 1106.20.7 ' Sheet No. 5 of[8[ VALVE VERIFICATION LIST B Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List only - Consult Shif t Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY BFP Den H-10 FW 113 Closed BFP Seal Wtr Cyclone Sep Drn H-10 FW 112 Open BFP Den H-10 FW 7 Open M-018 MFPT Vapor Ext Iso G-8 LO 81 Open In MFPT LO Tk Level Ind H-8 LI 2218 Service In , MFPT LO Cooler Controler J-12 TIC 1254 Se rvice M-009 MFPT LO Cles Iso G-1 CV 106 Open Main feed pump turbine lube oil filter M-018 pump 1-2 suction valve H-8 LO 91 Open , MFPT LO Tk Press Ind Src G-9 LO 1219 Open . M-018 In MFPT LO Tk Press Ind G-9 PDI 1219 Se rvice M-009 In MFPT LO Clr 1 TPCW in Press H-7 PI 666 Se rvice In MIPT LO Clr 2 TPCW in Press H-5 PI 670 Se rvice MFPT LO Clr 2 Drn H-6 CV 118 Closed M-018 MFPT LO Clr 2 Drn G-12 LO 131 Closed Main feed pump turbine lube oil tank 1-2 sample valve J11 SS 173 Closed Main feed pump lube oil tank 1-2 drain K11 LO 137 Closed M-009 MFPT L0 Clr 2 in Press See H-5 CW 670 Open
} In MFPT LO Clr 2 Temp Catrl J-5 CW 12543 Service MFPT LO Clr 2 Out Press Tap H-6 CW 671 Closed MFPT LO Clr 2 Vent H-6 SW 116 jClosed I l i
MFFT LO Clr 2 Out Iso , H-6 CW 114 Open . .
59 SP 1106.20.7 Sheet No. 6 of 1 VALVE VERIFICATION LIST B Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List Only - Consult Shif t Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY MFPT LO Cles Out Vent H-6 CW 231 Closed MFPT LO Clr 2 in Iso J-5 CW 112 Open MFPT LO Clr 1 Vent H-7 CW 117 Closed MFPT LO Clr 1 Out Iso H-7 CW 115 Open MFPT LO Clr 1 Out Press Tap H-7 CW 667 Closed In MFPT LO Clr 1 Temp Cntrl H-6 CW 1254A Se rvice MFFT LO Clr 1 in Press See H-7 CW 666 Open MFPT LO Clr 1 in Iso H-6 CW 113 Open MFPT LO Clr 1 Den H-7 CW 119 Closed M-018 MFPT LO Clr 1 Den G 12 LO 130 Closed M-018 MFPT LO Tk Filter Sud Line Den J-8 LO 89 Closed Main feed pump turbine lube oil filter pmp Closed & 1-2 suction header to hose connection J8 LO 93 Capped Main feed pump turbine lube oil filter pump 1-2 suction valve J8 LO 95 Open Main feed pump turbine lube oil filter 1-2 crossover G7 LO 86 Closed Main feed pump turbine lube oil filter i 1-2 discharge valve H7 LO 113 Open ! i MFPT LO Filter 1-2 Vent G7 LO 142 Closed ! l i MFPT LO Filter 1-2 Sample G7 SS 198 Closed I Main feed pump turbine lube oil filter I 1-2 pressure indication source H7 LO 1227 Open l MFPT L0 Filter Den H7 LO 118 Closed Main feed pump turbine lube oil filter l Closed & , 1-2 drain H7 _LO 116 ICapped Main feed pump turbine lube oil filter i j
! 1-2 discharge valve bypass H7 iLO 109 iClosed . .
60 SP 1106.20.7 Sheet No. 7 of 1 VALVE VERIFICATION LIST B & Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List Only - Consult Shif t Supervisor Prior to Repositioning Valve
'P&ID No. VALVE i VALVE VERIFY VALVE DESCRIPTION Coord. NLMBER POSITION. BY Main feed pump turbine lube oil filter j j 1-2 discharte valve bypass H7 iLO 105 Closed ' . Makeup and fill the main feed pump turbine lube oil tank 1-2 F8 LO 52 Closed Main feed pop turbine tube oil filter pump 1-2 discharge to MFPT used lube oil tank J7 LO 99 Closed Main feed pump turbine tube oil filter !
1-2 inlet valve J7 LO 103 Open ! 4 Main feed pump turbine lube oil filter j pump 1-2 discharge pres indication source K7 IO 1172 Open 3 M-022 . MFPT Drn Pop 1 Seal Wtr Dress Ind Src F-13 CD 1444 Open In MFPT Drn Pmp 1 Seal Wtr Reg Viv F-14 CD 1445 Service M-022
- MFPT Den Pap 1 Suct D-14 TD 26 Open MFPT Drn Pap 1 Seal Wtr in F-14 CD 222 Closed [.-
MFPT Drn Pop 1 Suct D-14 TD 22 Open M-006B In MFP Seal Wtr Temo Catrir H-8 TIC 963 Service M-022 MFPT Drn Tk Lvl SW Source K-9 TD 1957B Open j MFPT Drn Tk Lvl SW Source K-9 TD 1957A Open j In l MFPT Den Tk Lvl SW K-10 LS 1957 Service In MFPT Drn Tk Lvl SW High K-10 LSH 1957 Service M-022 MFPT Den Pmp 1 Res Out D-12 TD 46 Closed MFPT Drn Pmp 2 Res Out E-12 TD 47 Closed I MFPT Drn Pmp 2 Seal Wtr Press Ind Src F-13 CD 1449 Open l In i MFPT Drn Pmp 2 Seal Vtr Reg E-14 CD 1448 Service ! MFPT Drn Pmp 2 Suct E-14 TD 27 Open i iMFPT Den Pmp 2 Seal Wtr in ,E-14 ,CD 223 C1 sed i i,
, . - ~
61 SP 1106.20.7 of _8_ VALVE VERIFICATION LIST B f Valve Lineup Prior to Placing MFPT 1-2 and MFP 1-2 on Gear Verification List Oaly - Consult Shif t Supervisor Prior to Repositioning Valve
, P&ID No. VALVE VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER POSITION BY
_MFPT Den Pop 2 Suet D-14 TD 23 Open M-006A
; MFP Seal Wtr Den Tk Vent .E-7 FW 75 Closed 1
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?
2 V (
.. . - . - . - - . . . - - . - - - - - _ - - . - . . - . ~ . - _ _ ~ . . _ - . . . . . - . - . - . . _ . . _ . - - , ... . . . . .. .... ... . . . . .. - .. - .. . I j
- i i .
62 SP 1106.20.5 ! f s ' I Sheet No. 1 i of 4 VALVE VERIFICATION LIST C r
' i
[ Transferring Lube Oil Coolers ;
- on Main Feed Pump Turbines 1-1 and 1-2 ;
5 Verifiestion List only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No. VALVE VALVE . VERITY I VALVE DESCRIPTION Coord. NUMBER , POSITION BY > 1 The following valves should be verified if MFPT 1-1 L.O. Cooler 1-1-1 is the
" standby" cooler. i i M-009
. MFPT L.O. Cooler 1-1-1 Inlet Iso Viv J-5 CW 125 Open J Inlet to MFPT L.O. Cooler 1-1-1 Temperature In ; Control Valve J-5 CW 1204A Se rvice l
. MFFT L.O. Cooler 1-1-1 Outlet Iso Viv K-6 CW 127 Open i MFPT L.O. Cooler 1-1-1 Inlet Press Src Viv J-5 CW 658 Open i In ,
j MPFT L.O. Cooler 1-1-1 Inlet Press Game J-5 PI 658 Service j Pipe Cap j MFPT L.O. Cooler 1-1-1 Vent Valve J-6 CW 129 Removed : i MTPT L.O. Cooler 1-1-1 Shell Den Viv K-6 CW 131 Closed , t i l Press Test Tap Source Viv K-6 CW 659 Closed - ! i M-018 l MFPT 1-1 Standby L.O. Clr Cire Viv H-2 LO 126 Open + i c, t MTPT L.O. Cooler 1-1-1 Drain Viv LO 128 Closed G-1 j i i b i , f ) b
ea+-. %m-,-Ah--- 5- .,--.h4..-hh+---.A4-1----Jm..--- ah4 -a --ww - uRM-dC4 ma- . AG+. - A e i 4 lei +A ---4A4d+a.a.&E-4
- A*4EL-41.- 4J4-w- - -
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4 i 63 SP 1106.20.5
"- Sheet No. 2 of[j[ VALVE VERIFICATION LIST C Transferring Lube Oil Coolers on Main Feed Pump Turbines 1-1 and 1-2 5 Verification List only - Consult Shift Supervisor Prior to Repositioning Valve
- P&ID No. VALt2 VALVE i VERIFY
! VALVE DESCRIPTION Coord. NUMPIR IlPOSITIONI BY The following valves should be verified if MFPT L.O. Cooler 1-1-1 is the
" standby" cooler.
; lM-009 MFPT L.O. Cooler 1-1-2 Inlet Iso Viv 3J-6 CW 124 Open !
Inlet to MIPT L.O. Cooler 1-1-2 Temperature In
' Control Valve J-7 CW 1204B Service j MFPT L.O. Cooler 1-1-2 Inlet Press Src Viv J-6 CW 662 Open 1 In 1
MPFT L.O. Cooler 1-1-2 Inlet Press Gate K-6 PI 662 Se rvice J Pipe Cap ! MFPT L.O. Cooler 1-1-2 Vent Valve J-7 CW 128 Removed 4 MFPT L.O. Cooler 1-1-2 Shell Den Viv K-7 CW 130 Closed MFPT L.O. Cooler 1-1-2 Press Test Tap Source Valve K-7 CW 663 C'osed
,s i i I MFPT L.O. Cooler 1-1-2 Outlet Iso Viv J-7 l0=' 126 .Open i i M-018 ,
- NFPT 1-2 Standby L.O. Clr Cire Viv H-2 lLO126 Opan ;
i l i j MFPT L.O. Cooler 1-1-2 Drn Viv ,G-2 lLO 129 Closed i i i i t I i b f i i l b
-_~._. __,_,_ _ - - - - - - _ _ . , , _ . , , , _ , , , , - _ -
64 SP 1106.20.5 Sheet No. 3 of[j[ VALVE VERIFICATION LIST C Transferring Lube Oil Coolers on Main Feed Pump Turbines 1-1 and 1-2 5 Verification List only - Consult Shif t Supervisor Prior to Repositioning Valve P&ID No. VALVE l VALVE VERIFY VALVE DESCRIPTION Coord. NUMBER fPOSITION BY The following valves should be verified if MFPT 1-2 L.O. Cooler 1-2-1 is the
" standby" cooler.
M-009 MFPT L.O. Cooler 1-2-1 Inlet Iso Viv H-6 CW 113 Open Inlet to MFPT L.O. Cooler 1-2-1 Temperature 'In Control Valve 'H-6 CW 1254A Service MPFT L.O. Clr 1-2-1 Inlet Press Src Viv H-6 CW 666 Open In MPFT L.O. Clr 1-2-1 Inlet Press Gage H-7 PI 666 Se rvice Pipe cap , MFPT L.O. Clr 1-2-1 Vent Viv H-7 CW 117 Removed MFPT L.O. Clr 1-2-1 Shell Drn Vlv H-7 CW 119 Closed Press Test Tap Source H-7 CW 667 Closed MFPT L.O. Clr 1-2-1 Outlet Iso Viv H-7 CV 115 Open M-018 MFPT 1-2 Standby L.O. Clr Cire Viv H-11 LO 132 Open MFPT 1-2 L.O. Clr 1-2-1 Drn Vlv ,G-12 LO 130 Closed
65 SP 1106.20.5
, Sheet No. 4 i ,
of[5[ VALVE VERIFICATION LIST C Transferring tube Oil Coolers on Main Feed Pump Turbines 1-1 and 1-2 5 Verification List Only - Consult Shift Supervisor Prior to Repositioning Valve P&ID No.6 VALVE VALVE VERIFY VALVE DESCRIPTION Coord. INUMBER POSITION BY The following valves should be verified if MFPT 1-2 L.O. Cooler 1-2-2 is the
" standby" cooler.
M-009 i' MFPT L.O. Cooler 1-2-2 Inlet Iso Viv IJ-5 CW 112 Qpen Inlet to MFPT L.0. Cooler 1-2-2 Temperature In Control Valve H-5 CV 1254B Service MFPT L.0. Clr 1-2-2 In Press Source Viv H-5 CW 670 Open In MPFT L.O. Clr 1-2-2 In Press Game H-5 PI 670 Service Pipe Cap MFPT L.O. Cooler 1-2-2 Vent Viv H-6 CW 116 Removed . J-6 MFPT L.O. Cooler 1-2-2 Shell Drn V1v CW 118 Closed Press Test Tap Source Viv H-6 CW 671 Closed MFFT L.O. Clr 1-2-2 Outlet Iso Viv H-6 CW 114 Jpen M-018 KFFT 1-2 Standby L.O. Clr Cire Viv H-11 .LO 132 Open MFPT L.O. Clr 1-2-2 Drain Viv G-12 LO 131 Closed i r I t l
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LSL LSL LG o W 4981 4981 4981 CIF 43 TD 345 PI CD TD4981A 4981 942 46 CD TD4981R 942
' CD PI PI ' 48 CD l'Pi ~ ~ ~PI ~ ~l CD 752 758 CD CD 52 l 478A 466 l 216 s
g CD 54 940 l l CI) CD - ' "
*! 58 CD CD PSL PSL l PT PT l 218 217 *y g Tic 593 50 4533D 4533Cl_478_ _ _466_ _l CD CD g-
= 593 CD CD 752 758 o,
, 56 MS See Control PSL PSI. 758 g g-m 140 Calvinet Map 5433A 4531It sa m W
W W W 11 FW 12 10 40 478 W g MFPT 6 Y W MFP l-1
!
- 17 1-1 W W 90
* >Q e
15 BFP
- W TD1949B
- 19 TIC TD1949A FM 940 38 W W I I TD LS W FW !
21 1949 466 110 CD CD TD 221 220 20 LS MFPT LUBE DIL CD TD 1949 TANK 1442 25 CD TD 1408 24 CW ID I l 136 80 CD CD See L.O. CW CW CW CW I.I 1440 1401 Filter Map 127 663 126 659 2214 W TD TD CW y C W ID 485 45 44 1204A ID SS 120 4 155 - 12 PI PI 136 17 2 C W ID W 1440 1401 CW ID CW 662 ID 99 , 42 658 128 658 129 3g CW CW CW ~ e. CW CW 131 124 130 PI)I 107 125 PI PI 1155 (
- 662 658
. . - _ _ _ _ - . - _ . = ._ -_ _. _ . . . - _ . . ... . - .= _ .
i . i e I SP 1106.20,7 67 l
-~, t MFPT 1-1 INSTRUMENT CABINET LEFT (SOUTH) WEST RIGHT (NORTH)
WALL WALL WALL 4 PDSH1205 LO1205A LO1205B i PSL PSL PSL PI PI PI 1228 1161 1217 1171 1194 1201 LO LO LO 1217 1161 1228 J LO LO LO
; 1171 1194 1201 PSL PSL
- i 2729 27431 LO LO LSH 2731 2729
! PI PI PI 1170 2650 1207 1216 LO LO LO PSL PSL PSL ; 2650 1207 1216 1200 2552 1192 LO LO LO .
1192 2552 1200 LSL PT 1170 1206 { ;' LO LO SV l
;y 1206 1199 2769
- LO LO LO PSL I
2719 1212 1215 1215 i j LO SV i PT PSH PSL 1210 2767 1193 2719 1212 LO 1193 LO LO LO PSH PSH PSL 1191 2723 2721 2721 2723 1191 l 4 i j ' i i a Enclosure 4 ' i Page 2 of 3 l ;
e . . 9 68 SP 1106.20.7 _ MFFT 1-1 Lube Oil Filter Valve Map MFPT 1-1 LO FILTER PMP LO 98 PSL PI PSH 1167 1167 1167 LO 1167 LO LO LO 104 53 102 LO LO 108 94 LO 117 LO PI 88 1223
- LO LO l
143 1223 LO LO SS 115 92 197 LO 85 LO 112 Enclosure 4 Page 3 of 3
__ ._. . _ - - - ~. . - . _ , _ _ _ _ _ - -, _- --. . - - - _ . . _ _ _. l l W i W 76 ' 395 LSL I.SL LG l 4982 4982 4982 l CD PI TD PSL CD 47 CD 960 4982 5434D PSL PSI. PSL 24 960 5434C 5434R 5434A CD TD CD
". 55 4982A 49 ,,, n j} TIC CD CD TD CI) CD ..
961 59 961 4982R 963 53 Pl PI yo J 722 764 g ~ S CD
~
CD 51 CII gg i 0; 57 MS See Controi CII 213 CD gj g W 112 Caliinet Map 772 764 21 FV CI) CD FW IV 13 215 214 14 41 FW l E MFP MFPT 486 W g IV 1-1 1-2 8 g Q > 18 FW FV TD1957B 16 89 7 2$ IV TD1957A BFP
~
, 120
,3 TIC FV
*~ 9 h" ** l l TD 963 TD LS 1959 FW FW FW 113 ZE CD 23 CD 22 494 FV
., 223 222 7 LSH 112 7 3 ID
*" TD 1959 NFPT I.UllF. 01I.
i
$$ TD 26 TANK 81
( [E R 27 ! < C
$$ m* LI l f. i'. CC CD l l l
"" 2" 1448 1445 See L.O. CW CW CW231 CW 2218 115 667 CWil4 671 TIC I
'l 4 %C CD CD Filter Map SS in 1254 O$ ax 1449 1444 g LO 113
'yy 1219 2% EE TD TD CWI254A 137 CW
,yg ID FW 47 46 75 CWil9 1254H CWil8 91 l o' CC L0130 Inl31 CW 666 CW CW 113 PI PI 112 670 PDI CW
- 670 666 1219 106 v
1 -
o + 70 SP 1106.20.7 ., T MFFT 1-2 INSTRUMENT CABINET LEFT (SOUTH) WEST RIGHT (NORTH) WALL WALL WALL PSH 1255 LO LO 1155A 1155B PI PI PI 1184 1246 1251 LO LO LO PSL PSL PSL 1184 1246 1251 1261 1262 1260 LO LO LO 1260 1262 1261 PI PI PI 2630 1257 1259 LO LO LO 2630 1257 1259 , PSL PSL 2730 2732 LO LO 2732 2730 LSH1194 s PSL PSL PSL PT 1240 2553 1242 1256 LSL1194 LO LO LO LO 1242 2553 1240 1256 PSL 1238 PSH PSL LO LO LO 2611 1233 LO SV 1233 2611 1238 1237 2770 PT LO . SV 1245 1231 2768 LO 1245 I PSH PSH PSL LO LO LO 2617 2607 1244 1244 2607 2617 , Enclosure 5 Page 2 of 3
. . .. . . , - = . - . - _ _ - - . . - - . - _ - - . . ~ . _ - . - . . . _ . . . -. _.
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71 SP 1106.20.7 ! s ; E PT 1-2 Lube Oil Filter Valve Map ,
- MPT 1-2 LO FILTER PMP i
! I l l LO LO LO 1172 LO 99 LO 105 95 [ LO 103 LO 55 109 i LO 89 ; L0 PI LO 118 1227 l 142 l LO [ LO 93 : SS 1227 ; 198 l 10 i-
, 86 i
Lo 113 s I l 6 L l I l r Enclosure 5 ER Page 3 of 3 i
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