|
---|
Category:TECHNICAL SPECIFICATIONS
MONTHYEARML20217N3001999-10-21021 October 1999 Proposed Tech Specs,Correcting Two Textual Errors & Changing Designation of Referenced Figure ML20217K8731999-10-18018 October 1999 Proposed Tech Specs Revising Activated Charcoal Testing Methodology IAW Guidance Provided in GL 99-02 ML20212F6941999-09-21021 September 1999 Proposed Tech Specs,Increasing Required Vol of Stored Fuel in Diesel Fuel Oil Storage Tank ML20211J0211999-08-31031 August 1999 Proposed Tech Specs Bases Page 91,allowing Reactivity Anomaly BOC Steady State Core Reactivity to Be Normalized Between off-line (Predicted) Uncorrected Solution & on-line (Measured) 3D-Monicore Exposure Corrected Solution ML20211B7051999-08-18018 August 1999 Proposed Tech Specs Revising Reactor Core Spiral Reloading Pattern to Begin Around SRM ML20211B6781999-08-18018 August 1999 Proposed Tech Specs Revising Definition of Surveillance Frequency to Incorporate Provisions That Apply Upon Discovery of Missed TS Surveillance ML20210D2481999-07-20020 July 1999 Proposed Tech Specs Revising & Clarifying Operability & SRs of High Pressure Core Cooling Systems ML20210D3371999-07-20020 July 1999 Proposed Tech Specs Re Enhancements to Support Implementation of Increased Core Flow ML20209G1671999-07-12012 July 1999 Proposed Tech Specs Revising Value for SLMCPR & Deleting Wording Which Specifies These as Cycle 20 Values ML20196K2951999-06-29029 June 1999 Proposed Tech Specs Pages for Proposed Change 220,revising Leak Rate Requirements of TS 3.7.A.4 & 4.7.A.4 for Main Steam Line Isolation Valves ML20196H2881999-06-24024 June 1999 Proposed Tech Specs Revising & Clarifying Terminology Re Certain RPS Scram Bypass Permissives ML20195J8691999-06-15015 June 1999 Proposed Tech Specs Increasing Stis,Adding Allowable OOS Times,Replacing Generic ECCS Actions for Inoperable Instrument Channels with function-specific Actions & Relocating Selected Trip Functions from TS ML20195F9531999-06-0909 June 1999 Proposed Tech Specs,Supplementing Proposed Change 213, Allowing Use of ASME Code Case N-560,per GL 88-01 ML20195C8841999-05-26026 May 1999 Proposed Tech Specs Clarifying Suppression Chamber Water Temp SR 4.7.A, Primary Containment & Modifying Associated TS Bases ML20206H3771999-05-0606 May 1999 Proposed Tech Specs Pages ,Eleting Specific Leak Rate Requirements of TS 3.7.A.4 & 4.7.A.4 ML20206J7231999-05-0505 May 1999 Proposed Tech Specs Pages for Proposed Change 212,modifying TS to Enhance Limiting Conditions for Operation & Surveillance Requirements Relating to SLC Sys ML20205S9431999-04-20020 April 1999 Proposed Tech Specs,Revising Reactor Core Spiral Reloading Pattern Such That It Begins Around Source Range Monitor ML20205T4721999-04-19019 April 1999 Marked-up Tech Specs Pages Re Suppl to 990201 Request for Amend to License DPR-28,revising Portions of Proposed Change 208 ML20205S4081999-04-16016 April 1999 Proposed Tech Specs Modifying Inservice Insp Requirements of Section 4.6.E to Allow NRC-approved Alternatives to GL 88-01 ML20205S3121999-04-15015 April 1999 Proposed Tech Specs Revised Bases Pages 90,227,164 & 221a, Accounting for Change in Reload Analysis,Reflecting Change in Condensation Stability Design Criteria & Accounting for More Conservative Calculation ML20202E5451999-01-25025 January 1999 Proposed Tech Specs Re Technical Requirements Manual Content ML20206S0661999-01-22022 January 1999 Proposed TS to Change Number 189,proposing Relocation of Fire Protection Requirements from TSs to TRM ML20198D5381998-12-15015 December 1998 Proposed Tech Specs Page 142,correcting Wording to Reflect Previously Approved Wording,Last Revised in Amend 160 ML20198B7421998-12-11011 December 1998 Proposed Tech Specs Changing Wording of Primary Containment Integrity Definition to State That Manual PCIVs Which Are Required to Be Closed During Accident Conditions May Be Opened Intermittently Under ACs ML20197J4631998-12-10010 December 1998 Proposed Tech Specs Section 4.9.2,revising Info Re Calibr of Augmented Offgas Sys Hydrogen Monitors ML20197H0031998-12-0707 December 1998 Proposed Tech Specs Change 209,resolving Emergency Concern Re Potential Operation Outside of LCO Contained in Current TS & Potential USQ with Respect to Opening of Manual PCIVs During Plant Operation ML20155F7421998-11-0303 November 1998 Proposed Tech Specs Incorporating Minor Corrections or Clarifications Which Enhance Clarity of TSs Without Materially Changing Meaning or Application ML20155G5061998-11-0202 November 1998 Proposed Tech Specs Re ECCS Actuation Instrumentation - LPCI A/B RHR Pump Start Time Delay Requirements & CS Sys A/B Pump Start Delay Requirements ML20151U0131998-09-0404 September 1998 Proposed Tech Specs,Increasing Spent Fuel Storage Capacity of Util Spent Fuel Pool from 2,870 to 3,355 Fuel Assemblies ML20236H4551998-06-30030 June 1998 Proposed Tech Specs Modifying Table 4.2.1 to Delete ECC Actuation Instrumentation Re Core Spray Sys & LPCI Sys Auxiliary Power Monitor Calibr Requirement ML20247E5671998-05-0808 May 1998 Proposed Tech Specs Page 270,containing Wording Inadvertently Deleted from TS Proposed Change 202 ML20247J8121998-05-0808 May 1998 Proposed Tech Specs Reducing Normal Operating Suppression Pool Water Temp Limit & Adding Time Restriction for Higher Temp Allowed During Surveillances That Add Heat to Suppression Pool ML20217P4171998-05-0101 May 1998 Proposed Tech Specs Re Administrative Controls Section ML20217G7131998-04-23023 April 1998 Proposed Tech Specs Change 200 Revising Station SW & Alternate Cooling Sys Requirements ML20217C4591998-03-20020 March 1998 Proposed Tech Specs Re Containment Purge & Vent ML20217A1271998-03-13013 March 1998 Proposed Tech Specs Bases Section 3.10.B,updated to Require That Station Battery,Eccs Instrumentation Battery,Or Uninterruptable Power Sys Battery Be Considered Inoperable If Any One Cell Is Below Specification Cell Voltage ML20202H2611998-02-0606 February 1998 Revised TS Pages Re Change 190,w/typos Corrected ML20197E8481997-12-22022 December 1997 Replacement Pages 160 & 279 & mark-up Pages to Proposed TS Change 190 Containing Editorial Changes ML20203F0131997-12-11011 December 1997 Proposed Tech Specs Revising Current Value for SLMCPR for Cycle 20,next Operating Cycle ML20199K8501997-11-21021 November 1997 Replacement Pages 147,156,157 & mark-up Pages to Proposed TS Change 190,removing Ref to Documents Outside of TS That Define Components to Which Program Applies ML20199J7661997-11-20020 November 1997 Proposed Tech Specs Pages,Revising Requirements for Main Station Batteries ML20217H6931997-10-10010 October 1997 Proposed Tech Specs Revising & Clarifying Requirements for Offsite Power Sources ML20211A6461997-09-18018 September 1997 Proposed Tech Specs,Providing marked-up Pages for Proposed Changes 192 & 193 ML20217Q3311997-08-22022 August 1997 Proposed Tech Specs Pages 245 & 252,amending App a to Modify TS to More Clearly Describe Separation of Switchgear Room Into Two Fire Areas & Incorporate Specifications for New Low Pressure CO2 Suppression Sys ML20217N4111997-08-20020 August 1997 Proposed Tech Specs Pages 270 & 270a,updating Section 6 in Order to Add & Revise Ref to NRC Approved Methodologies Which Will Be Used to Generate cycle-specific Thermal Operating Limits to COLR ML20141H1171997-07-11011 July 1997 Proposed Tech Specs,Replacing Pages 147,156 Through 161,168 & 279 of Util TS W/Corrected Pages ML20148J1861997-06-0909 June 1997 Proposed Tech Specs Change 191,updating Section 6.0 Administrative Controls ML20132B5771996-12-10010 December 1996 Proposed Tech Specs 3.13 Re Fire Protection Sys ML20129C4521996-10-17017 October 1996 Proposed Tech Specs,Revising Pages 89,89a & 90 to Incorporate Changes from Amends 148 & 149 ML20128N6031996-10-11011 October 1996 Proposed Tech Specs,Revising Existing Requirements Re Amount of Foam Concentrate Required to Support Operability of Recirculation Motor Generator Set Foam Sys in TS 3.13.G.1 & 3.13.G.2 1999-09-21
[Table view] Category:TECHNICAL SPECIFICATIONS & TEST REPORTS
MONTHYEARML20217N3001999-10-21021 October 1999 Proposed Tech Specs,Correcting Two Textual Errors & Changing Designation of Referenced Figure ML20217K8731999-10-18018 October 1999 Proposed Tech Specs Revising Activated Charcoal Testing Methodology IAW Guidance Provided in GL 99-02 ML20212F6941999-09-21021 September 1999 Proposed Tech Specs,Increasing Required Vol of Stored Fuel in Diesel Fuel Oil Storage Tank ML20211J0211999-08-31031 August 1999 Proposed Tech Specs Bases Page 91,allowing Reactivity Anomaly BOC Steady State Core Reactivity to Be Normalized Between off-line (Predicted) Uncorrected Solution & on-line (Measured) 3D-Monicore Exposure Corrected Solution ML20211B6781999-08-18018 August 1999 Proposed Tech Specs Revising Definition of Surveillance Frequency to Incorporate Provisions That Apply Upon Discovery of Missed TS Surveillance ML20211B7051999-08-18018 August 1999 Proposed Tech Specs Revising Reactor Core Spiral Reloading Pattern to Begin Around SRM ML20210D2481999-07-20020 July 1999 Proposed Tech Specs Revising & Clarifying Operability & SRs of High Pressure Core Cooling Systems ML20210D3371999-07-20020 July 1999 Proposed Tech Specs Re Enhancements to Support Implementation of Increased Core Flow ML20209G1671999-07-12012 July 1999 Proposed Tech Specs Revising Value for SLMCPR & Deleting Wording Which Specifies These as Cycle 20 Values ML20196K2951999-06-29029 June 1999 Proposed Tech Specs Pages for Proposed Change 220,revising Leak Rate Requirements of TS 3.7.A.4 & 4.7.A.4 for Main Steam Line Isolation Valves ML20196H2881999-06-24024 June 1999 Proposed Tech Specs Revising & Clarifying Terminology Re Certain RPS Scram Bypass Permissives ML20195J8691999-06-15015 June 1999 Proposed Tech Specs Increasing Stis,Adding Allowable OOS Times,Replacing Generic ECCS Actions for Inoperable Instrument Channels with function-specific Actions & Relocating Selected Trip Functions from TS ML20195F9531999-06-0909 June 1999 Proposed Tech Specs,Supplementing Proposed Change 213, Allowing Use of ASME Code Case N-560,per GL 88-01 ML20195C8841999-05-26026 May 1999 Proposed Tech Specs Clarifying Suppression Chamber Water Temp SR 4.7.A, Primary Containment & Modifying Associated TS Bases ML20206H3771999-05-0606 May 1999 Proposed Tech Specs Pages ,Eleting Specific Leak Rate Requirements of TS 3.7.A.4 & 4.7.A.4 ML20206J7231999-05-0505 May 1999 Proposed Tech Specs Pages for Proposed Change 212,modifying TS to Enhance Limiting Conditions for Operation & Surveillance Requirements Relating to SLC Sys ML20205S9431999-04-20020 April 1999 Proposed Tech Specs,Revising Reactor Core Spiral Reloading Pattern Such That It Begins Around Source Range Monitor ML20205T4721999-04-19019 April 1999 Marked-up Tech Specs Pages Re Suppl to 990201 Request for Amend to License DPR-28,revising Portions of Proposed Change 208 ML20205S4081999-04-16016 April 1999 Proposed Tech Specs Modifying Inservice Insp Requirements of Section 4.6.E to Allow NRC-approved Alternatives to GL 88-01 ML20205S3121999-04-15015 April 1999 Proposed Tech Specs Revised Bases Pages 90,227,164 & 221a, Accounting for Change in Reload Analysis,Reflecting Change in Condensation Stability Design Criteria & Accounting for More Conservative Calculation ML20202E5451999-01-25025 January 1999 Proposed Tech Specs Re Technical Requirements Manual Content ML20206S0661999-01-22022 January 1999 Proposed TS to Change Number 189,proposing Relocation of Fire Protection Requirements from TSs to TRM ML20198D5381998-12-15015 December 1998 Proposed Tech Specs Page 142,correcting Wording to Reflect Previously Approved Wording,Last Revised in Amend 160 ML20198B7421998-12-11011 December 1998 Proposed Tech Specs Changing Wording of Primary Containment Integrity Definition to State That Manual PCIVs Which Are Required to Be Closed During Accident Conditions May Be Opened Intermittently Under ACs ML20197J4631998-12-10010 December 1998 Proposed Tech Specs Section 4.9.2,revising Info Re Calibr of Augmented Offgas Sys Hydrogen Monitors ML20197H0031998-12-0707 December 1998 Proposed Tech Specs Change 209,resolving Emergency Concern Re Potential Operation Outside of LCO Contained in Current TS & Potential USQ with Respect to Opening of Manual PCIVs During Plant Operation ML20155F7421998-11-0303 November 1998 Proposed Tech Specs Incorporating Minor Corrections or Clarifications Which Enhance Clarity of TSs Without Materially Changing Meaning or Application ML20155G5061998-11-0202 November 1998 Proposed Tech Specs Re ECCS Actuation Instrumentation - LPCI A/B RHR Pump Start Time Delay Requirements & CS Sys A/B Pump Start Delay Requirements ML20196A7851998-10-0909 October 1998 Rev 19 to Vynp IST Program Plan ML20151U0131998-09-0404 September 1998 Proposed Tech Specs,Increasing Spent Fuel Storage Capacity of Util Spent Fuel Pool from 2,870 to 3,355 Fuel Assemblies ML20237E9571998-08-27027 August 1998 Start-Up Test Rept Vynp Cycle 20 ML20236H4551998-06-30030 June 1998 Proposed Tech Specs Modifying Table 4.2.1 to Delete ECC Actuation Instrumentation Re Core Spray Sys & LPCI Sys Auxiliary Power Monitor Calibr Requirement ML20247J8121998-05-0808 May 1998 Proposed Tech Specs Reducing Normal Operating Suppression Pool Water Temp Limit & Adding Time Restriction for Higher Temp Allowed During Surveillances That Add Heat to Suppression Pool ML20247E5671998-05-0808 May 1998 Proposed Tech Specs Page 270,containing Wording Inadvertently Deleted from TS Proposed Change 202 ML20217P4171998-05-0101 May 1998 Proposed Tech Specs Re Administrative Controls Section ML20217G7131998-04-23023 April 1998 Proposed Tech Specs Change 200 Revising Station SW & Alternate Cooling Sys Requirements ML20217C4591998-03-20020 March 1998 Proposed Tech Specs Re Containment Purge & Vent ML20217A1271998-03-13013 March 1998 Proposed Tech Specs Bases Section 3.10.B,updated to Require That Station Battery,Eccs Instrumentation Battery,Or Uninterruptable Power Sys Battery Be Considered Inoperable If Any One Cell Is Below Specification Cell Voltage ML20202H2611998-02-0606 February 1998 Revised TS Pages Re Change 190,w/typos Corrected ML20197E8481997-12-22022 December 1997 Replacement Pages 160 & 279 & mark-up Pages to Proposed TS Change 190 Containing Editorial Changes ML20203F0131997-12-11011 December 1997 Proposed Tech Specs Revising Current Value for SLMCPR for Cycle 20,next Operating Cycle ML20199K8501997-11-21021 November 1997 Replacement Pages 147,156,157 & mark-up Pages to Proposed TS Change 190,removing Ref to Documents Outside of TS That Define Components to Which Program Applies ML20199J7661997-11-20020 November 1997 Proposed Tech Specs Pages,Revising Requirements for Main Station Batteries ML20217H6931997-10-10010 October 1997 Proposed Tech Specs Revising & Clarifying Requirements for Offsite Power Sources ML20211A6461997-09-18018 September 1997 Proposed Tech Specs,Providing marked-up Pages for Proposed Changes 192 & 193 ML20217Q3311997-08-22022 August 1997 Proposed Tech Specs Pages 245 & 252,amending App a to Modify TS to More Clearly Describe Separation of Switchgear Room Into Two Fire Areas & Incorporate Specifications for New Low Pressure CO2 Suppression Sys ML20217N4111997-08-20020 August 1997 Proposed Tech Specs Pages 270 & 270a,updating Section 6 in Order to Add & Revise Ref to NRC Approved Methodologies Which Will Be Used to Generate cycle-specific Thermal Operating Limits to COLR ML20141H1171997-07-11011 July 1997 Proposed Tech Specs,Replacing Pages 147,156 Through 161,168 & 279 of Util TS W/Corrected Pages ML20148J1861997-06-0909 June 1997 Proposed Tech Specs Change 191,updating Section 6.0 Administrative Controls ML20149M7451997-01-24024 January 1997 Startup Test Rept,Vermont Yankee Cycle 19 1999-09-21
[Table view] |
Text
-
VYNPS TABLE 3.2.1 EMERGENCY CORE COOLING SYSTEM ACTUATION INSTRUEENTATION Core Spray - A & B (Note 1)
Minimum Number of Operable Instrument Required Action When Minimum
~
Channels per Trip Conditions for Operation are System Trio Function Trip Level Setting Not Satisfied 2 High Drywell Pressure 12.5 psig Note 2 2 Low-Low Reactor Vessel Water >82.5** above top of Note 2 Level enriched fuel 1 Low Reactor Pressure 300 $ P 1 350 psig Note 2 (PT-2-3-56C/D(SI))
2 Low Reactor Pressure 300 1 P 1 350 psig Note 2 (PT-2-3-56A/B(SI) & 52C/D(M))
1 Time Delay (14A-K16A & L) 110 seconds Note 2 2 Pump 14-1A, Discharge Pressure 1100 psig Note 5 1 Auxiliary Power Monitor - Note 5 1 Pump Bus Power Monitor - Note 5 1 High Sparger Pressure 15 psig Note 5 1 Trip System Logic - Note 5 AmendmenL No. AA, 68 35 8609100067 860826 PDR ADOCK 05000271 PDR
VYNPS TABLE 3.2.1 (Cont)
EMERGENCY CORE COOLING SYSTEM ACTUATION INSTRUMENTATION Low Pressure Coolant Injection System A & B (Note 1)
Dinimum Number of ,
Operable Instrument Required Action When Minimum Channels per Trip Conditions for Operation are System Trio Function Trio Level Setting Not Satisfied 1 Low Reactor Pressure 300 1 p 1 350 psig Note 2 (PT-2-3-56C/D(SI)) l 2 High Drywell Pressure 12.5 psig Note 2 (PT-10-101A-D(M))
l 2 Low-Low Reactor Vessel Water >82.5" above top of Note 2 Level enriched fuel 1 Time Delay (10A-K51A & B) O seconds Note 5 1 Reactor Vessel Shroud Level >2/3 core height Note 5 1 Time Delay (10A-K72A & B) 160 seconds Note 5 1 Time Delay (10A-K50A & B) 15 seconds Note 5 1 Low Reactor Pressure 100 g p 5 150 psig Note 2 (PS-2-128A & B) 2 per pump RHR Pump A & C Discharge Pressure >100 psig Note 5 2 High Drywell Pressure $2.5 psig Note 2 (PT-10-101A-D(SI))
Amendment No. Ag. 68 36
VYMPS TABLE 3.2.1 (Cont)
EMERGENCY CORE COOLING SYSTEM ACTUATION INSTRUMENTATION Low Pressure Coolant Iniection System A & B (Note 1)
Cinimum Number of Operable Instrument Required Action then Min'inum Channels per Trip Conditions for Operation are System Trio Function Trio Level Settina Mot Satisfied 1 Time Delay (10A-K45A & B) 16 minutes Note 5 2 Low Reactor Pressure 300 s y 5 350 psig Note 2 (PT-2-3-56A/B(SI) & 52C/D(M))
1 Auxiliary Power Monitor - Note 5 1 Pump Bus Power Monitor - Note 5 1 Trip System Logic - Note 5 Amendment No. 22 37
VYMPS TABLE 4.2.1 MINIIERE TEST AND CALIBRATION FREOUENCIES EMERGENCY CORE COOLING ACTUATION INSTRUMENTATION Core Spray System Trio Function Functional Test (8) Calibration (8) Instrument Check Cigh Drywell Pressure (Note 1) Once/ Operating Cycle Once Each Day Low-Low Reactor Vessel (Note 1) Once/ Operating Cycle Once Each Day Water Level Low Reactor Pressure (Note 1) Once/ Operating Cycle -
(PT-2-3-56C/D(SI))
Low Reactor Pressure (Note 1) Once/ Operating Cycle (PT-2-3-56A/B(SI) & 52C/D(M)))
Pump 14-1A, Discharge Pressure (Note 1) Every 3 Months -
Auxiliary Power Monitor (Note 1) Every Refueling Once Each Day Pump Bus Power Monitor (Note 1) None Once Each Day High Sparger Pressure (Note 1) Every 3 Months Trip System Logic Except Every 6 Months Every 6 Months -
Relays 14A-K11A (Note 3) l 14A-K11B 14A-K191 14A-K19B Amendment No. 33, 76 50 u
1 VYWPS TABLE 4.2.1 (continued)
Low Pressure Coolant Injection System Trip Function Function Test (8) Calibration (8) Instrument Check Low Reactor Pressure (Note 1) Once/ Operating Cycle --
(PT-2-3-56C/D(SI)) l High Drywell Pressure (Note 1) Once/ Operating Cycle Once Each Day (PT-lO-101A-D(M)) l Low-Low Reactor Vessel Water Level (Note 1) Once/ Operating Cycle Once Each Day Reactor Vessel Shroud Level (Note 1) Once/ Operating Cycle !
Low Reactor Pressure (Note 1) Every 3 months (PT-2-128A/B)
RHR Pump Discharge Pressure (Note 1) Every 3 Months ---
High Drywell Pressure (Note 1) Once/ Operating Cycle (PT-10-101A-D(SI))
Low Reactor Pressure (Note 1) Once/ Operating Cycle (PT-2-56A/B (SI) & 52C/D(M))
Auxiliary Power Monitor (Note 1) Every Refueling Outage Once Each Day Pump Bus Power Monitor (Note 1) None Once Rach Day LPCI Crosstie Monitor Wone None Once Each Day' Trip System Logic Every 6 Months Every 6 Months (Note 3) l Amendment No. 58, M, 90 51
f I
VYMPS TABLE 4.2.1 (Cont)
I Minh Pressure Coolant Injection Systes Functional Test (8) Calibration (8) Instrument Check I Trio Function 1,
Once Each Day (Note 1) Once/ Operating Cycle
! Low-Loer Beactor Vessel Water Level ..
Loer Condensate Storage Tank (Note 1) Every 3 Months i
i Water Level l Once/ Operating Cycle Once Each Day j High Drywell Pressure (Note 1) i None Once Each Day (Note 1) i Bus Power Monitor j
Every 6 Months Every 6 Months
! Trip System Logic (Note 3) 1 .
l l
.l l
1 1
1 d
i 52 Ammadmant No. 58, 78, 85
VYMPS i
TABLE 4.2.2 (Cont) i MINIMUM TEST AND CALIBRATION FREQUENCIES HIGH PRESSURE COOLANT INJECTION SYSTEM ISOLATION INSTRUMENTATION Trio Function Functional Test (8) Calibration (8) Instnament Check .
Dish Reactor Water Level (Note 1) Once/ Operating Cycle -
t High steam Line Space Temperature (Note 1) Each Refueling Outage -
High Steam Line d/p (Steam (Note 1) Every 3 Months l Line Break) l
} Low MPCI Steam Supply Pressure (Note 1) Every 3 Months -
)
Main Steam Line Tunnel Temperature (Note 1) Each Refueling Outage 1
Bus Power Monitor (Note 1) None Once Each Day j
Trip System Logic Every 6 Months Every 6 Months -
l j
(Note 3)
L Amendment No. 58 55 i
i
\
VYMPS l TABLE 4.2.2 (Cont)
MINIIEAt TEST AND CALIBRATION FREOUENCIES REACTOR CORE ISOLATION COOLING SYSTEN ISOLATION INSTRUMENTATION 1
l Trio Function Functional Test (8) Calibration (8) Instrument Check .
Main Steam Line Tunnel Temperature (Note 1) Each Refueling Outage l
l Mich Steam Line Space Temperature (Note 1) Each Refueling Outage -
l i High Steam Line d/p including Time Delay Relays (Steam Line Break) (Note 1) Every 3 Months -
l
]
High Reactor Water Level (Note 1) Once/ Operating Cycle -
Loer RCIC Steam Supply Pra : aura (Note 1) Every 3 Months i
Bua Power Monitor (Note 1) None Once Each Day
]' Trip System Logic Every 6 Months Every 6 Months (Note 3) l 1
(
i i
4 Amendment No. SS. 69 56 l
I VYMPS 1
1 TABLE 4.2.3 ,
l t
! MINIIENE TEST AND CALIBRATION FREQUENCIES M A N R BUILDING VENTILATION AND STANLEY GAS TREATHENT SYSTEM ISOLATION I
Trio Function Functional Test (8) Calibration (8) Instrument Check .
l Low Reactor Vessel niater Level (Note 1) Once/ Operating Cycle High Drywell Pressure (Note 1) Once/ Operating Cycle -
Reactor Building Vent Exhaust Monthly Every 3 Months once Each Day i Radiation Refueling Floor Zone Radiation Monthly Every 3 Months Once Each Day i
During Refueling Reactor Building Vent Trip Every 6 Months Every 6 Months -
System Logic (Note 3) i 1
1 l Standby Gas Treatment Trip Every 6 Months Every 6 Months i System Logic (Note 3) i a Logic Bus Power Monitor (Note 1) None Once Each Day l
l 1
I I !
l Amendment 30. 55, 76 57
VYMPS TABLE 4.2.5 MINIMUM TEST AND CALIBRATION FREQUENCIES CONTROL ROD BLOCK INSTRUMENTATION Trio Function Functional Test Calibration Startup Range Monitor
- a. Upscale Notes 4 and 6 Note 6
- b. Detector not fully inserted Note 6 Note 6 Intermediate Range Monitor
- a. Upscale Notes 4 and 6 Note 6
- b. Downscale Notes 4 and 6 Note 6
- c. Detector not fully inserted Note 6 Note 6 Avsrage Power Range Monitor
- o. Upscale (Flow Bias) Notes 1 and 4 Every 3 Months
- b. Downscale Notes 1 and 4 Every 3 Months Rod Block Monitor
- c. Upscale (Flow Blas) Notes 1 and 4 Every 3 Months
- b. Downscale Notes 1 and 4 Every 3 Months Trip System Logic Every 6 Months Every 6 Months (Note 3)
High Water Level in Scram Every 3 Months Refueling Outage Diccharge Volume Amendment No. 59
~
e t t e h e ,l o n iy h 7 2
t eb t v l a
n in 5. l l or pe mt r o 1
.atn l a1a t bhoo h l m1h r o
t v uae m 2. lnto nif s a s ee uhk md e hed t s ct anue t
- 7. acl l aa e snet c go n a eiui ss yi4h ag oin e oes ce a
edni ver nbdai cf s s gs r a vyxt rnit hi evr e he niel l nee ada cmmi acl gi tf aa r r ur arufhv ib nnoi v t esl e eeuic fhaiewrk mod bmcp ,t ccad o w T n pt c n eo a nonn.
or ae meno ati edvp eaeen a y ,np yel ifl c s hs r g sd tti oebcb t l rn r cyne aoe nd i n h n aeaia - e sop ttheae ,
red ettaa. l ghai k n io u t c t s r a eno r a. enct gmeh nt oaspl ort r od enttfep , g sk ep e e ieap ti s Ime) n i aeRm b r skt gt e f S. sm pe naig nc0i ev o m B sanr nsp S
T itl n
eoeddt in.ic5n aa tp e ell n
oev) a e
.c a h m C u eeeo rrmf pb u i
lt e o he A. i r e ot4 ne i
N hcvnenero h t r u p rd uet eu E t l umoha yTnPu n c umt e fb d3bq M yaorctPe n o( s o a susk e de e E grvbo h a .i n i V unc . rl eenl r R na fetRt t gi s s z ecies ra hh l rcol haixian I imysrheF mmai e n chuethg U ti neet eCn otl so uvdct Q aravp m0o rLopt r i s e n asq asi E l p l m 1 f s p d p
sgt eo e etc s R o oasoh(d fi4d l enabm rroire i et vtrc e eo 2 e u i rii ge nf ed E vh sfiJl g% en t c t S u pd cl e nke ik C td ne h l a B l ol e iacscat N o eotdwxa k5iau e eisar rereeee uroopre A e a r r hushh rnd t eti it l L d ctCt sds ed u o Tbast DbfdSbm L riea aenn l emho ea/c s t s c I osnl el vei E it nopol p ecef e a V ruosysape hxt ce r e . .
_ R pociTivAb Tessb PR a b U
S 7
S . . .
P 4 3 4 5 M
Y V
n g n g s o n o n ni t i n l ei eg i se o t e d ivmee
. e n
eoa tk a l g h
w a h i0rri itl t
d 5. s c n l i
eenh d nst ot hl hnedoi r nsu1eot eudeo s tl a t l nss es eeb kf c hbnli gytn a l aip ke rt ea a t uit nssi
,ht ,l e amsearbea roaai a dsa dal) e4 eiif uo r d f off rd ree e ehb an4 rt fttlboi ot eeelb y re) rsaPi r b yi c c l t s crepek it a i w( lt o ltdaaam p eaovocatob uaL ueo a t nmli ehud ne l ceat qr( cvl em c ouarehrsue5 orearur d e el l a iu ghc - ct d vosbdde
~ rey r av s. st/ rar aeh e sct eti rsac0 tra( t eer N sad ga s mssf R saat ev nf wbe herve jn aem,ahuifucemdii hb O ik i nue c - r eio m k gb a t msnet u vi q I ar omrns pgl naanuh aior s
core garer T t ee tii pi r pnbtt oheist eh A nl p nt x a5 e uiannicrt t csa) n v pv s
R e eaat m. b sdreit bans a medi E mtt ,
ml mn 5 m l emoan ues d nererhesa
- P nnn) no ee1 a s eipnpt omthe ot sucli O i ee a i sed n h r ruoit niucwl eisyod ub n R
amcP t nr( t aihiod t c e C e k
ub s
aeesua et smsc yr h. s s a c y saeo t
synl rni .
O nie ne cye n a srbn ueafl o , e l seit2 F oapg onf anc o e eo oerrvll k r r r r r n s pli S
ct nt s i coo k
ax e
i s B r rtl cht p pcl T s pd s f t i euos epeoooeo dl D.en t pkf
_.. N yohp yytam s aay nue d f ua neneho7 O rcg e m aseeel udtc I a mye4 i 4 rnneot aaepro c
r u p u oehr wrsa mdeerTpev.istahene ent rl pb d e b b oisys ien a
m nd 3
T m f n t -
I i rw i mrt p c rsierre oll nr a D ra f roeael prp u a S V f emrruup aa vv aumrrsar sueeideeai t o N pm8 o gl ob e pi s s o .l O i f ) aa mt uss dli m s u ph m nvlt C rr0 e r 5 ak h e z oaseqeeriaue oecot r) ol oc ep r ee Las r n w h yh e r ri s h qh rranie7 oase F p v i e p( sviS G v d u vgd( e u i Tcst rppapset N el es eae l e , s d I naes nkee v) s l T et ce eact el a e i
_ I hoxr hexahaP r u . .
M Wt ep Wl ertv( PB a b I
L 7
3 3 4 5 l1 !'
,;l* i ]ij: lijjl{ll i: i;llll
s f a i i 9 ee n n 3 nn t rh ut o- %a i
i g
l n
o 1
oe s sg t 0t ,
s oe f i im 0n d l ege rsho t -
sn enr si rie 1i mn aua adNl Sb ot ec nn i t nht eoe ,
ea rt prd ur omu w ct t eAa nh r sC oTicit wntt t
pn edo tl an et ee e n po uc h
tdn fi l ve m
r eoTo hp he .saiad s e chkenor m s
e f m ei owen ni ft f )
tt shupo i t n
itd i dh nt ors or smoa t e t is d ns(
8 wnd si eda f rnr t a
a gf e sthn ot eo aep n l o f nrk i ea i st o s yi c eist tsh e o rt eh i mtthmo C .
l ey t pe s r nsW o ye
. uat g .
sr mr nt r as 2 n
wt yi rr eeb tb yyu m cr.aa e
gh g m m rd senee epo roisi id r
iaf e ll omf f
a ev eorr eu e
i o
s 6
9 1
d g e
ntii p swa odcoevs s ,
et tl u il c ii sre deppn gsop enel m raf namses ul a r e 8 2
hn l aa l i hirli i r" a p ti imv if2 re tl pa agu1 ces p r br uo s ob op t pns0.bli evt u e nl aol B t oul o i S b ea rnl nine i csen tdl0 ac m er e e ro or m s nl a dve e e
- wu pl w oieia il ess aiehe r r c tt ec ol y ir tt rt cauas ll rei euv y d usti ei u e nB ifhc s D
. bu r h ewd arsgr eesii ows t ysst u
drh ewitt m
s e ,
et t ,r Rpet a reii eotl sf r r 5 rs cgnjauoa d e Orip dd rhr rt P 0 u t eb o pme e pt g l 2 se arm t r zt e aang ya y -
sh hia r) .ntgne i nyrt eoist a 0 et r
t uh seaon hRl siie B 5 pt ne qc esiel dBfi t a lh besdi si i e nsit t t a orn o mieih i ca ,t whsetb l e eh i ardcw cgBn tt pnaf o k ht t pes ni. he c sae e d noeso b c t
o mhse csl as a y ed nm eni ns m o u
vt oon ti oooee D
- es uwer nnnoa l sBii t pt pcr H S
z i g s
s ,ps ru i oirtd e
ao vpect t a is f rldoat mcu e 1 P l n arps sstt7 hen ol ec a h M ai eue sexa f gt so st as ee t x Y ud ql ek sr ha p eveer rl ro en bc ia odhf i V iif u ctl et f d ei u
t ee paehf l roS ,
riacl e o n ob nbua rrl pvht u d eu ,d e ed i ,f e t rds kn"kaya t p t o si s2 ee iI r ai0 sfl s n p .
r mst ;t u ml sI u e 5i t e A g so duen ef gan it eure roiii ul aI c ueb e ber d 0. dthain l m g ,
i s
sa c scpr aa e u
sspen sdt cw ayeo ns mn t0eit a hwrf e t r
p S
ee vr bvef st mo vrhis uunt o o 2 l
hf ee2mc rs dtte cv uoa cmhgomh npe 8 p 6 sgti n
i e
l 4 e ad vn in d p ld nel a t niiT / R s is l aob enoS a vl it 1 i a d a
- c. l eehn n
wa ,v eet at y
_ f er i hl t sa y d rree) rnrt rs . e r e
- ie 9.iuapl e tl eaoieoe bpmmpmv l a r .
lb mrs asic d ezd2 a m u em A.b vr7 oaeen bio ( m so ,l c m s rah 7 re r pl ro
) msC o
aonn a S u s 0a ht eard pronv S e mc ot1 f ei 1hel w c l r 3t n< ( cret sott ae l s p u
un na ci h
m e
(2iatl ah rt nn as sh nl oaef ast c h u . d r
c o F0 t 5 ai oest irni t st ee srncp eoyet ti eVi inroet sga 6 a n 8 vs rio a9 z e /
s t iw yeeio sh w si e ut . 1 a d 1 ee art cesn skrv aerr esTe r ,
he essld c r
s n o ,
H i /
kberl r c 7 hr t p ibeo f mti t f ef eo erf st t r p .sr ue pesauiau 7 y c p ia c pfi pncnc rc s1 r a .
f u chra ibi f pgso uad ai t a d os ecur l df a oe ouief ssre ss ctd eo sr n k t p oe ef ree r y - - e nnt ee i a d ed . S nhp irt pPr e
llheoaxt Tb m e snd o o ml uu ,
t e ih2dh lit rC ea a s el u
" m e i p .
oae li r uesoe r l r
- ct nt wf n .t ,v e e t p n asue urs a f a y es ncfea .o r l L rri uea csoz c ero pno ,
reheren P b iefi amref ae rs dd whenee H. N a ,
pbt nr m v u pk e cet ee i cgorn C , y w mn hpei cpmn u ar wil v hvmt npei 6 a o 8
8
) eai eceee et mil cooiumfl ,9 B l d hha euai hahrh heioa arowl oe s5 l .
t Tcm Tssm Tvtbt Tbl Bv E pR spcra n1 a A o i - g N n bP e e o bA d d t C og o o n
(
RG B C e m
A. d 7 n
) ) ) e .
3 1 2 3 m
( ( ( A a; 3i' :i i;;j