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      ,                                                                                                                                                              l t
t Vernund Yankee Nuclear Power Corp.
Vernund Yankee Nuclear Power Corp.                                                                                                                           ,
Docket No. 50-271 BVY 97-155 ATTACl! MENT 3 REVISED TECliNICAL SPECIFICATION PAGES i
Docket No. 50-271                                                                                                                                           !
9711 22 971120 PDR A
BVY 97-155 ATTACl! MENT 3 REVISED TECliNICAL SPECIFICATION PAGES i
K 05000271 9
9711     22 971120 PDR   A     K 05000271 9                 FDR l                                                 - _ _ _ _ . . . . _ , _ . _ . _              . . _ _ _ _ . _ . . _ _          ,,,_ _.._,, _ _ , _, _
FDR l


VYNPS 3:10 LIMITING 00NCITIONS FOR                       4.10 SURVEILLANCE REOUIREMENTS             I OPr'PAff0N within 13 seconds       l and accept the         l emergency loads and     I start each load within the specified starting time. The results shall be logged.
VYNPS 3:10 LIMITING 00NCITIONS FOR 4.10 SURVEILLANCE REOUIREMENTS OPr'PAff0N within 13 seconds and accept the emergency loads and start each load within the specified starting time.
: c. Each diesel fuel oil transfer pump shall be tested in accordance with Specification 4.6.E.
The results shall be logged.
: 2. Pat t arv Systems                         2. Pat t e rv systems The f ollowing ba t t e r*,'                   a. Every week ths systems shall be                                     specific gravity, operable:                                           temperature, level, and voltage of the
c.
: a. The four Neutron                               pilot cell and Monitoring and                                 overall battery Process Radiation                               voltage shall be Batteries,                                     measured and associated                                     logged.
Each diesel fuel oil transfer pump shall be tested in accordance with Specification 4.6.E.
chargers, and 24 VDC Distribution                       b. Every three months Panels,                                         the voltage, temperature, level,
2.
: b. The two main                                   and specific station battery                                 gravity of each systems consisting                             cell, and overall of                                               battery voltage shall be measured
Pat t arv Systems 2.
: 1. Bat t e ry A1,                               and logged.
Pat t e rv systems The f ollowing ba t t e r*,'
Bat t e ry Charger A o         /
a.
(%P4 te/CFgr er/ A and Bus DC-1,
Every week ths systems shall be specific gravity, operable:
temperature, level, and voltage of the a.
The four Neutron pilot cell and Monitoring and overall battery Process Radiation voltage shall be Batteries, measured and associated logged.
chargers, and 24 VDC Distribution b.
Every three months
: Panels, the voltage, temperature, level, b.
The two main and specific station battery gravity of each systems consisting cell, and overall of battery voltage shall be measured 1.
Bat t e ry A1, and logged.
Bat t e ry Charger A o
/
(%P4 e/CFgr er/ A t
and Bus DC-1,
: 2. Ba t t e ry B1, Bat t e ry
: 2. Ba t t e ry B1, Bat t e ry
_Charcer B)Fg o
_Charcer B)Fg o
(/Srdr# (ha'rger A
(/Srdr# (ha'rger A
                          - and Bus DC-2.
- and Bus DC-2.
Amendment No. 54, +46, 138                                                             212
Amendment No. 54, +46, 138 212


    ,                                                VYNPS P ASFS t.
VYNPS P ASFS t.
3.10 AUXfLTAPY ELECTRIC POWER SYSTEMS A. The objective of this Specification is to assure that adequate power will be available to operate the emergency safeguards equipment.
3.10 AUXfLTAPY ELECTRIC POWER SYSTEMS A.
The objective of this Specification is to assure that adequate power will be available to operate the emergency safeguards equipment.
Adequate powar can be provided by any one of the following sources:
Adequate powar can be provided by any one of the following sources:
either of the startup transformers, backf eed through the main transformer, the 4160 volt line from the Vernon Hydroelectric Station or either of the two diesel generators. The backfeed through the noin transformer and 4160 volt Vernon line are both delayed access off-site power sourcen. Backfeeding through the main transformer can be accomplished by disconnecting the main generator f rom the main transf ormer and energizing the auxiliary transformer from the 345 kV switchyard through the main transformer. The time required to perform this disconnection is approxinately six hours.
either of the startup transformers, backf eed through the main transformer, the 4160 volt line from the Vernon Hydroelectric Station or either of the two diesel generators.
The backfeed through the noin transformer and 4160 volt Vernon line are both delayed access off-site power sourcen.
Backfeeding through the main transformer can be accomplished by disconnecting the main generator f rom the main transf ormer and energizing the auxiliary transformer from the 345 kV switchyard through the main transformer.
The time required to perform this disconnection is approxinately six hours.
The 4160 volt line from the Vernon Hydroelectric Station can be connected to either of the two emergency buses within seconds by simple manual switching operation in che Main Control Room.
The 4160 volt line from the Vernon Hydroelectric Station can be connected to either of the two emergency buses within seconds by simple manual switching operation in che Main Control Room.
Two 480 V Uninterruptible Power Systems supply power to the LPCIS valves via designated Motor Control Centers. The 480 V Uninterruptible Power Systems are redundant and independent of any on-site power sources.
Two 480 V Uninterruptible Power Systems supply power to the LPCIS valves via designated Motor Control Centers. The 480 V Uninterruptible Power Systems are redundant and independent of any on-site power sources.
This Specification assures that at least two off-site and two on-site power sources, and both 480 V Uninterruptible Power Systems will be available before the reactor is taken beyond *just critical' testing. In addition to assuring power source availability, all of the associated switchgear must be operable as specified to assure that the emergency cooling equipment can be operated, if required, from the power sources.
This Specification assures that at least two off-site and two on-site power sources, and both 480 V Uninterruptible Power Systems will be available before the reactor is taken beyond *just critical' testing.
Station service power is supplied to the station through either the unit auxiliary transf ormer or the startup transformers.     In order to start up the station, at least one startup transformer is required to supply the station auxiliary load. After the unit is synchronized to the system, the unit auxiliary transformer carries the station auxiliary load, except for the station cooling tower loads which are always supplied by one of the startup transformers.
In addition to assuring power source availability, all of the associated switchgear must be operable as specified to assure that the emergency cooling equipment can be operated, if required, from the power sources.
The station cooling tower leads are not required to perform an engineered safety feature function in the event of an accidents therefore. an alternate source of power is not essential.       Normally one startup transformer supplies 4160 volt Buses 1 and 3, and the other supplies Buses 2 and 4; however, the two startup transformers are designed with adequate capacity such that, should one become or be made inoperable, temporary connections can be made to supply the total station load (less the cooling towers) from the other startup transformer.
Station service power is supplied to the station through either the unit auxiliary transf ormer or the startup transformers.
A battery charger is supplied for each battery. In addition, the two 125 volt station batteries have a spare charger available.
In order to start up the station, at least one startup transformer is required to supply the station auxiliary load.
( 3ince pne parefl;5 oly stapon 9harg t is/vai(4blef one/sta y.on i   batt9ty c arge/ ca be Allop d oyt of ervpte fqt m4{ntengnce And QepAirs.           -
After the unit is synchronized to the system, the unit auxiliary transformer carries the station auxiliary load, except for the station cooling tower loads which are always supplied by one of the startup transformers.
Power for the Reactor Protection System is supplied by 120 V ac
The station cooling tower leads are not required to perform an engineered safety feature function in the event of an accidents therefore. an alternate source of power is not essential.
;                      motor generators with an alternate supply from MCC-8B.     Two
Normally one startup transformer supplies 4160 volt Buses 1 and 3, and the other supplies Buses 2 and 4; however, the two startup transformers are designed with adequate capacity such that, should one become or be made inoperable, temporary connections can be made to supply the total station load (less the cooling towers) from the other startup transformer.
!                        redundant, Class 1E. seismically qualified power protection panels
A battery charger is supplied for each battery.
!                      are connected in series with each ac power source. These panels provide overvoltage, undervoltagn, and underf requency protection for the system. Sotpoints are chosen to be cone 4 stent with the input power requirements of the equipment connected to the bus.
In addition, the two 125 volt station batteries have a spare charger available.
l Amendment No. B4, GB, +t9, FE4, 125                                                   220 l
( 3ince pne parefl;5 oly stapon 9harg t is/vai(4blef one/sta y.on i batt9ty c arge/ ca be Allop d oyt of ervpte fqt m4{ntengnce And QepAirs.
Power for the Reactor Protection System is supplied by 120 V ac motor generators with an alternate supply from MCC-8B.
Two redundant, Class 1E. seismically qualified power protection panels are connected in series with each ac power source.
These panels provide overvoltage, undervoltagn, and underf requency protection for the system.
Sotpoints are chosen to be cone 4 stent with the input power requirements of the equipment connected to the bus.
l Amendment No. B4, GB, +t9, FE4, 125 220 l
l
l


      . e s                                                                                                                                                                     ,
e s
i VYNPS 5
VYNPS i
3.10 LIMITING COI.DITIONS FOR                                     4.10 SURVEILLANCE REQUIREMENTS OPERATION within 13 seconds and accept the emergency loads and otart each load within the specified starting                                   ,
5 3.10 LIMITING COI.DITIONS FOR 4.10 SURVEILLANCE REQUIREMENTS OPERATION within 13 seconds and accept the emergency loads and otart each load within the specified starting t irne. The results shall be logged, c.
t irne . The results shall be logged,
Each diesel fuel oil transfer pump shall be tested in accordance with Specification 4.6 E.
: c. Each diesel fuel oil transfer pump shall be tested in accordance with Specification 4.6 E.
2.
: 2.     ),gttery Svetems                                                         2.         Battery Systems The following battery                                                               a. Every week the systems shall be                                                                         specific gravity, operable                                                                                 temperature, level, and voltage
),gttery Svetems 2.
: a. The four Neutron                                                                   of the pilot cell Monitoring and                                                                     and overall Process Radiation                                                                   battery voltage Batterino,                                                                         shall be measured associated                                                                         and logged.
Battery Systems The following battery a.
chargers, and 24 VDC                                                                       b. Every three months Distribution                                                                       the voltage, Panels.                                                                             temperature, level, and
Every week the systems shall be specific gravity, operable temperature, level, and voltage a.
: b. The two main                                                                       specific gravity station battery                                                                     of each cell, and systems consisting                                                                 overall battery ofi                                                                                 voltage shall be measured and
The four Neutron of the pilot cell Monitoring and and overall Process Radiation battery voltage Batterino, shall be measured associated and logged.
: 1. Battery A1,                                                                 logged.
chargers, and 24 VDC b.
Every three months Distribution the voltage, Panels.
temperature, level, and b.
The two main specific gravity station battery of each cell, and systems consisting overall battery ofi voltage shall be measured and 1.
Battery A1, logged.
Battery Charger A and Bus DC-1.
Battery Charger A and Bus DC-1.
: 2. Battery B1, Battery Charger B and Bus DC-2.
2.
Amendment No. M , MG, 138                                                                                                       212
Battery B1, Battery Charger B and Bus DC-2.
Amendment No. M, MG, 138 212


                  .          .              _. _          _ ._ _ _ _ _.              _ _ _ _ . -    = - - - _ _ _ _ _ . .__
= - - - _ _ _ _ _..__
i
i O
                . O                                                                                                                    h VYNPS DhE2At 3.10 AUXILIARY RLECTRIC POWER SYSIf,113 A. The objective of this Specification is to assure that adequate power                                         ,
h VYNPS DhE2At 3.10 AUXILIARY RLECTRIC POWER SYSIf,113 A.
will be available to operate the emergency safeguards equipment.                                             1 Adequate power can be provided by any one of the following sources:
The objective of this Specification is to assure that adequate power will be available to operate the emergency safeguards equipment.
either of the startup transformers, backfeed through the main transformer, the 4160 volt line from the Vernon Hydroelectric                                               l Station or either of the two diesel generators. The backfeed through the main cransformer and 4160 volt Vernon line are both delayed access off-site power sources.                 Backfeeding through the main                         i transformer can be accomplished by disconnecting the main generator from the main transformer and energizing the auxiliary transformer from the 345 kV switchyard through the main transformer.                       The time                   :
1 Adequate power can be provided by any one of the following sources:
required to perform this disconnection is approximately six hours,                                         t The 4160 volt line from the Vernon Hydroelectric Station can be connected to either of the two emergency buses within seconds by simple manual switching operation in the Main Control Room.                                                 ,
either of the startup transformers, backfeed through the main transformer, the 4160 volt line from the Vernon Hydroelectric l
Two 480 V Uninterruptible power Systems supp)v power to the bpCIS valves via designated Motor Centrol Centers.                 The 400 V Uninterruptible Power Systems are redundant and independent of any on-site power sources.
Station or either of the two diesel generators.
This Specification assures that at least two off site and two on-site power sources, and both 400 V Uninterruptible Power Systems will be available before the reactor is taken beyond "just critical" testing. In addition to assuring power source availability, all of the associated switchgear must be operable as specified to assure that the emergency cooling equipment can be operated, if required, from the power sources.
The backfeed through the main cransformer and 4160 volt Vernon line are both delayed access off-site power sources.
Station service power is supplied to the station through either the unit auxiliary transformer or the startup transformers.                       In order             to
Backfeeding through the main i
;                            start up the station, at least ene startup transformer is required to supply the station auxiliary load. After the unit is synchronized to the systern, the unit auxiliary transformer carries the station auxiliary load, except for the station cooling tower loads which arc always supplied by one of the startup transformers.
transformer can be accomplished by disconnecting the main generator from the main transformer and energizing the auxiliary transformer from the 345 kV switchyard through the main transformer.
The station cooling tower loads are not required to perform an engineered safety feature function in the event of an accident; therefore, en alternate source of power is not essential. Normally one startup transformer supplies 4160 volt Buses 1 and 3, and the other supplies Buses 2 and 4; however, the two startup transformers are designed with adequate capacity such that, should one become or be made inoperable, temporary connections can be made to supply the total station .oad (less the cooling towers) from the other startup transformer.
The time required to perform this disconnection is approximately six hours, t
A battery charger is supplied for each battery.                   In addition, the l               two 125 volt station batteries have a spare charger available.
The 4160 volt line from the Vernon Hydroelectric Station can be connected to either of the two emergency buses within seconds by simple manual switching operation in the Main Control Room.
Power for the Reactor protection Slatem is supplied by 120 V ac motor generators with an alternate supply from MCC-8B.                     Two redundant, Class 1E, seismically qualified power protection panels are connected in series-with each ac power source. These panels provide overvoltage,.undervoltage, and underfrequency protection for the system. Setpoints are chosen to be consistent with the input power requirements of the equipment connected to the bus.
Two 480 V Uninterruptible power Systems supp)v power to the bpCIS valves via designated Motor Centrol Centers.
Amendment No, GG, 54, 444, 444, 125                                                                             220
The 400 V Uninterruptible Power Systems are redundant and independent of any on-site power sources.
  .- ..-            -      .    -    _                  .,_                - -.  .        ,        ,                          . . .}}
This Specification assures that at least two off site and two on-site power sources, and both 400 V Uninterruptible Power Systems will be available before the reactor is taken beyond "just critical" testing.
In addition to assuring power source availability, all of the associated switchgear must be operable as specified to assure that the emergency cooling equipment can be operated, if required, from the power sources.
Station service power is supplied to the station through either the unit auxiliary transformer or the startup transformers.
In order to start up the station, at least ene startup transformer is required to supply the station auxiliary load. After the unit is synchronized to the systern, the unit auxiliary transformer carries the station auxiliary load, except for the station cooling tower loads which arc always supplied by one of the startup transformers.
The station cooling tower loads are not required to perform an engineered safety feature function in the event of an accident; therefore, en alternate source of power is not essential. Normally one startup transformer supplies 4160 volt Buses 1 and 3, and the other supplies Buses 2 and 4; however, the two startup transformers are designed with adequate capacity such that, should one become or be made inoperable, temporary connections can be made to supply the total station.oad (less the cooling towers) from the other startup transformer.
A battery charger is supplied for each battery.
In addition, the l
two 125 volt station batteries have a spare charger available.
Power for the Reactor protection Slatem is supplied by 120 V ac motor generators with an alternate supply from MCC-8B.
Two redundant, Class 1E, seismically qualified power protection panels are connected in series-with each ac power source.
These panels provide overvoltage,.undervoltage, and underfrequency protection for the system.
Setpoints are chosen to be consistent with the input power requirements of the equipment connected to the bus.
Amendment No, GG, 54, 444, 444, 125 220
..}}

Latest revision as of 04:20, 8 December 2024

Proposed Tech Specs Pages,Revising Requirements for Main Station Batteries
ML20199J766
Person / Time
Site: Vermont Yankee File:NorthStar Vermont Yankee icon.png
Issue date: 11/20/1997
From:
VERMONT YANKEE NUCLEAR POWER CORP.
To:
Shared Package
ML20199J764 List:
References
NUDOCS 9711280222
Download: ML20199J766 (5)
v • d • e


Text

.

t Vernund Yankee Nuclear Power Corp.

Docket No. 50-271 BVY 97-155 ATTACl! MENT 3 REVISED TECliNICAL SPECIFICATION PAGES i

9711 22 971120 PDR A

K 05000271 9

FDR l

VYNPS 3:10 LIMITING 00NCITIONS FOR 4.10 SURVEILLANCE REOUIREMENTS OPr'PAff0N within 13 seconds and accept the emergency loads and start each load within the specified starting time.

The results shall be logged.

c.

Each diesel fuel oil transfer pump shall be tested in accordance with Specification 4.6.E.

2.

Pat t arv Systems 2.

Pat t e rv systems The f ollowing ba t t e r*,'

a.

Every week ths systems shall be specific gravity, operable:

temperature, level, and voltage of the a.

The four Neutron pilot cell and Monitoring and overall battery Process Radiation voltage shall be Batteries, measured and associated logged.

chargers, and 24 VDC Distribution b.

Every three months

Panels, the voltage, temperature, level, b.

The two main and specific station battery gravity of each systems consisting cell, and overall of battery voltage shall be measured 1.

Bat t e ry A1, and logged.

Bat t e ry Charger A o

/

(%P4 e/CFgr er/ A t

and Bus DC-1,

2. Ba t t e ry B1, Bat t e ry

_Charcer B)Fg o

(/Srdr# (ha'rger A

- and Bus DC-2.

Amendment No. 54, +46, 138 212

VYNPS P ASFS t.

3.10 AUXfLTAPY ELECTRIC POWER SYSTEMS A.

The objective of this Specification is to assure that adequate power will be available to operate the emergency safeguards equipment.

Adequate powar can be provided by any one of the following sources:

either of the startup transformers, backf eed through the main transformer, the 4160 volt line from the Vernon Hydroelectric Station or either of the two diesel generators.

The backfeed through the noin transformer and 4160 volt Vernon line are both delayed access off-site power sourcen.

Backfeeding through the main transformer can be accomplished by disconnecting the main generator f rom the main transf ormer and energizing the auxiliary transformer from the 345 kV switchyard through the main transformer.

The time required to perform this disconnection is approxinately six hours.

The 4160 volt line from the Vernon Hydroelectric Station can be connected to either of the two emergency buses within seconds by simple manual switching operation in che Main Control Room.

Two 480 V Uninterruptible Power Systems supply power to the LPCIS valves via designated Motor Control Centers. The 480 V Uninterruptible Power Systems are redundant and independent of any on-site power sources.

This Specification assures that at least two off-site and two on-site power sources, and both 480 V Uninterruptible Power Systems will be available before the reactor is taken beyond *just critical' testing.

In addition to assuring power source availability, all of the associated switchgear must be operable as specified to assure that the emergency cooling equipment can be operated, if required, from the power sources.

Station service power is supplied to the station through either the unit auxiliary transf ormer or the startup transformers.

In order to start up the station, at least one startup transformer is required to supply the station auxiliary load.

After the unit is synchronized to the system, the unit auxiliary transformer carries the station auxiliary load, except for the station cooling tower loads which are always supplied by one of the startup transformers.

The station cooling tower leads are not required to perform an engineered safety feature function in the event of an accidents therefore. an alternate source of power is not essential.

Normally one startup transformer supplies 4160 volt Buses 1 and 3, and the other supplies Buses 2 and 4; however, the two startup transformers are designed with adequate capacity such that, should one become or be made inoperable, temporary connections can be made to supply the total station load (less the cooling towers) from the other startup transformer.

A battery charger is supplied for each battery.

In addition, the two 125 volt station batteries have a spare charger available.

( 3ince pne parefl;5 oly stapon 9harg t is/vai(4blef one/sta y.on i batt9ty c arge/ ca be Allop d oyt of ervpte fqt m4{ntengnce And QepAirs.

Power for the Reactor Protection System is supplied by 120 V ac motor generators with an alternate supply from MCC-8B.

Two redundant, Class 1E. seismically qualified power protection panels are connected in series with each ac power source.

These panels provide overvoltage, undervoltagn, and underf requency protection for the system.

Sotpoints are chosen to be cone 4 stent with the input power requirements of the equipment connected to the bus.

l Amendment No. B4, GB, +t9, FE4, 125 220 l

l

e s

VYNPS i

5 3.10 LIMITING COI.DITIONS FOR 4.10 SURVEILLANCE REQUIREMENTS OPERATION within 13 seconds and accept the emergency loads and otart each load within the specified starting t irne. The results shall be logged, c.

Each diesel fuel oil transfer pump shall be tested in accordance with Specification 4.6 E.

2.

),gttery Svetems 2.

Battery Systems The following battery a.

Every week the systems shall be specific gravity, operable temperature, level, and voltage a.

The four Neutron of the pilot cell Monitoring and and overall Process Radiation battery voltage Batterino, shall be measured associated and logged.

chargers, and 24 VDC b.

Every three months Distribution the voltage, Panels.

temperature, level, and b.

The two main specific gravity station battery of each cell, and systems consisting overall battery ofi voltage shall be measured and 1.

Battery A1, logged.

Battery Charger A and Bus DC-1.

2.

Battery B1, Battery Charger B and Bus DC-2.

Amendment No. M, MG, 138 212

= - - - _ _ _ _ _..__

i O

h VYNPS DhE2At 3.10 AUXILIARY RLECTRIC POWER SYSIf,113 A.

The objective of this Specification is to assure that adequate power will be available to operate the emergency safeguards equipment.

1 Adequate power can be provided by any one of the following sources:

either of the startup transformers, backfeed through the main transformer, the 4160 volt line from the Vernon Hydroelectric l

Station or either of the two diesel generators.

The backfeed through the main cransformer and 4160 volt Vernon line are both delayed access off-site power sources.

Backfeeding through the main i

transformer can be accomplished by disconnecting the main generator from the main transformer and energizing the auxiliary transformer from the 345 kV switchyard through the main transformer.

The time required to perform this disconnection is approximately six hours, t

The 4160 volt line from the Vernon Hydroelectric Station can be connected to either of the two emergency buses within seconds by simple manual switching operation in the Main Control Room.

Two 480 V Uninterruptible power Systems supp)v power to the bpCIS valves via designated Motor Centrol Centers.

The 400 V Uninterruptible Power Systems are redundant and independent of any on-site power sources.

This Specification assures that at least two off site and two on-site power sources, and both 400 V Uninterruptible Power Systems will be available before the reactor is taken beyond "just critical" testing.

In addition to assuring power source availability, all of the associated switchgear must be operable as specified to assure that the emergency cooling equipment can be operated, if required, from the power sources.

Station service power is supplied to the station through either the unit auxiliary transformer or the startup transformers.

In order to start up the station, at least ene startup transformer is required to supply the station auxiliary load. After the unit is synchronized to the systern, the unit auxiliary transformer carries the station auxiliary load, except for the station cooling tower loads which arc always supplied by one of the startup transformers.

The station cooling tower loads are not required to perform an engineered safety feature function in the event of an accident; therefore, en alternate source of power is not essential. Normally one startup transformer supplies 4160 volt Buses 1 and 3, and the other supplies Buses 2 and 4; however, the two startup transformers are designed with adequate capacity such that, should one become or be made inoperable, temporary connections can be made to supply the total station.oad (less the cooling towers) from the other startup transformer.

A battery charger is supplied for each battery.

In addition, the l

two 125 volt station batteries have a spare charger available.

Power for the Reactor protection Slatem is supplied by 120 V ac motor generators with an alternate supply from MCC-8B.

Two redundant, Class 1E, seismically qualified power protection panels are connected in series-with each ac power source.

These panels provide overvoltage,.undervoltage, and underfrequency protection for the system.

Setpoints are chosen to be consistent with the input power requirements of the equipment connected to the bus.

Amendment No, GG, 54, 444, 444, 125 220

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