ML20072J895

Rev 2 to Quarterly Station Battery Check - Voltage & Density - 125-Volt Dc

ML20072J895
Person / Time
Site:	Shoreham File:Long Island Lighting Company icon.png
Issue date:	11/23/1981
From:	GOULD, INC.
To:
Shared Package
ML20072J835	List: ML20072J833 ML20072J850 ML20072J877 ML20072J888 ML20072J895 ML20072J903 ML20072J910 ML20072J916 ML20072J922
References
34.315.01, NUDOCS 8303300251
Download: ML20072J895 (13)

Text

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( _elant Manager) s SP Number 34.315.01 Revision 2 Date Eff. 11/23/81 TPC TPC TPC k

QUARTERLY STATION BATTERY CHECK - VOLTAGE A'D DENSITY 1.0 PURPOSE To provide detailed instruc. tion for station personnel to perform checks o batteries.

This procedure meets the requirements of Reference 13.4, and is n 125V performed approximately seven days af ter completion of any equalizing c 2.0

_RESPO::SIBILITY The Maintenance Engineer shall be responsible for the proper implement this precedure.

ation of r

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e3o3aoo231 8303,7 DR ADOCK 05000a22 M 19 M

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t 3.0 DISCUSSION

'k 3.1 f

In the 125V DC system there are three separate safety related subsystems y

consisting of battery charger, batteries and loads. The batteries are (s /

power station type pasted plate, lead-calcium, 60 cell, rated at 2550 ampere hours (8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> discharEe rate). The ampere-hour capacity of each 125 volt DC battery is suitable for supplying all energency loads for a minimum of 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> without the use of battery chargers.

s 3.2 This procedure shall be performed quarterly and approximately 7 days af ter an equalizing charge.

3.3 The following topics are contained in this procedure:

Page 8.1 Test Preparation 3

8.2 System Measurements 3

8.3 Individual Cell Measurements 3

8.4 Calculations 4

Appendix 12.1 Quarterly Station Battery Check Data Sheet Appendix 12.2 Specific Gravity Correction Factors 4.0 PRECAUTIONS 4.1 Ensure the battery ventilation system is operable.

If ventilation system is inoperable, area shall be checked with a portable hydrogan analyzer per Reference 11.3.

No entry should be made into area where hydrogen concentration is greater than 2%.

(/)

4.2 There shall be no smoking, sparks or open flanes permitted in any of the battery rooms. Hydrogen released by the battery is extremely flam=able and x-may explode.

4.3 If electrolyte comes in contact with skin or clothing, immediately vssh with water and neutralize with a solution of baking soda and water (1 lb./ gal.).

If the electrolyte comes in contact with the eyes flush with large amounts of clean water, and secure medical treatment immediately.

4.4 Promptly neutralize and recove any electrolyte spilled. Use a baking soda / water solution (I lb./ gal.).

4.5 Face shield, acid proof gloves and apron shall be worn when working with battery electrolyte.

5.0 PRERIQUISITES 5.1 Local eyewash and shower stations operable 5.2 Battery on normal float charge 5.3 Test equipment requiring calibration shall not have exceeded its calibration due date v

SP34.315 01 Rev. 2 11/23/81 Page 2

4 5.4 Float voltage reading 130 Volts minimun

'()

5.5 The Watch Engineer's pernission shall be obtained prior to performing this

(,j procedure in accordance with Reference 11.2 5.6 Battery temperature and electrolyte measuring equip ent shall be clean 6.0 LIMITATIONS AND ACTIONS

~

6.1 If individual cell temperatures'are not within 5' of one another heating and ventilation system shall be adjusted to compensate for imbalance.

Temperatures should be rechecked in two hours and if within limits steps 8.2 and 8.3 should be repeated.

7.0 TEST EQUIPMENT 7.1 Voltceter 7.2 Hydroteter 7.3 Thermometer 7.4 Coggles or Face Shield 7.5 Acid Proof Gloves 7.6 Protective Apron (A

2 7.7 Non Metallic Ruler

%)

7.8 Eattery Test Lead Extensions (6 ft.)

8.0 PROCEDURE

' INITIAL 8.1 Test Preparation 8.1.1 The prerequisites of section 5.0 have been cet and the appropriate caterials or test equip:ent in section 7.0 are available.

I 8.2 System Measurements Perform and record the following readings on Appendix 12.1 8.2.1 Battery Float Voltage i

8.2.2 Battery Charger Current 8.2.3 Battery Roon Ambient Tenperature 8.3 Individual Cell Measurements

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w s' SP34.315 01 Rev. 2 11/23/81 Page 3

Perform and record the following reading on Appendix 12.1

)

8.3.1 Electrolyte level of each cell in inches above or below high level mark 8.3.2 Temperature of every sixth cell E

8.3.3 Specific gravity of each cell 8.3.4 Voltage of each cell (including intercell connectors) 8.4 Calculations Calculate the following and record results on Appendix 12.1 8.4.1 Correct individual cell specific gravities by performing the following operations:

8.4.1.1 Deter ~ine the applicable specific gravity correction factor from Appendix 12.2 aad record on SPF34.315.01-1.

8.4.1.2 Add or subtract the correction factor, as applicable, to determine the corrected specific gravity for each cell and record on' SPF34.315.01-1.

8.4.2 Average cell temperature 8.4.3 Average specific gravity 8.4.4 Average cell voltage 9.0 ACCEPT /dCE CRITERIA 9.1 Individual cell te=peratures within 5'F of one another.

9.2 The Operating Engineer shall be notified that the battery float voltage cust be adjusted if any individual cell voltage is less than 2.17 volts or greater than 2.25 volts, or total battery float voltage is less than 130 volts or greater than 135 volts.

9.3 The Operating Engineer shall be notified that an Equalizing Charge must be perforced if any one of the following acceptcnce criteria has not been net:

9.3.1 The corrected specific gravity of each cell is greater than 1.195.

9.3.2 The average corrected specific gravity is no more than.010 below the acceptance test value of (l.ater).

SP34.315.91 Rev. 2 11/23/81 Page 4

9.3.3 The corrected specific gravity cf cny cell is no more than

.010 below the battery average specific gravity at the time of the inspection.

9.3.4 The float voltage for any cell is at least 2.13 volts.

9.3.5 The ficat voltage for any cell is no more than.04 volts above or below the battery average voltage.

s 10.0 FINAL CO!;DIT0!;S I

10.1 All vent cevers installed.

10.2 All electrolyte test equip:ent cleaned.

10.3 Procedure and data sheets submitted for approval in accordance with Reference 11.2.

11.0 REFERENCES

i 11.1 Gould Company; Lead Acid Storage Batteries; Instruction !!ar.ual; File Code C019.180.02.

<2 11.2 SP12.016.01 Surveillance Program.

11.3 SP27.410.01 HVAC Battery Ro'o s - Hydrogen Concentration Test 11.4 Technical Specifications 5/19/76 4.8.2.3.2b 2.0 APPE!; DICES 12.1 Data Sheet-Quarterly Station Battery Check 12.2 Specific Gravity Correction Factors l

It\\ud SP34.315.01 Rev. 2 11/23/81 Page 5

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DATA S11::ET BATTERY TErdlINAL VOLTAliE qj DATE C0!!PONENT I.D. NUMBER BATTERY FLOAT VOLTAGE

'C'URRENT UNCORR.

CELL TEMP. &

CELL LEVEL &

CORRECTED UNCORR.

CELL TEMP. &

CELL LEVEL &

CORREC CEI CELL CELL SPECIFIC CORR. FACTOR CORR. FACTOR SPECIFIC CELL CE!.L SPECIFIC CORR. FACTOR CORR. FACTOR SPECIFIC NO.

VOLTACE CRAVITY Temp CP Level CF CRAVITY NO.

VOLTACE CRAVITY Ten +pl CF T.evel CF C3 WIT /

1 11 I

2 32 3

33 I

4 34 I

5 35 l

6 36 7

37 8

3fl 9

39 10 40 11 41 12

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42

'l 3 4 ')

[14 44

{15 45 l'16 46 iy 47 IF8 48

[19 49 20 50 73 51

~

22 23 i'

_ _ 52 53 "24 54 25 1

55 l

26 56 21 57 28 58 29 59 30 I

I 60 l

I I

AVERACE CELL TEMPERATURE COMMENTS:

AVERACE SPECIFIC CRAVITY AVERACE CELL VOLTAGE THERNOMETER NO.

CONDUCTED BY:

DATE:

ilYDROMETER NO.

VOLTHETER NO.

MAINTENANCE ENGINEER REVIEW:

DATE:

• SP34.315 91 Rev. 2 11/23/81 Page 6 -

1 APPENDIX 12.2 SPECIFIC CRAVITY CORRECTION FACTORS

<1 Cell Specific Gravity

~ Cell Specific Cravity Cell Specific Cravity Temperaturn (OF)

Correction Factor Level Correction Factors

_ Level Correction Factor 46-48

.010

+1/2

+.012

-9/32

.007 49-51..

.009

+15/32

+.011

~5/16

.008 52-54

.008

+7/16

+.011

-11/32

. QQ_a 55-57

.007

+13/32

+.010

-3/8

.009 58-60

.006

+3/,8

+.009

-13/32

.010 61-63

.005

+11/12

+.008 -

-7/16

.011 64-66

.004

+5/16

+.008

-15/32

.011 67-69

.003

+9/32

+.007

-1/2

.012

)

70-72

.002

_1,1]4

+.006

-17/32

.01 3 73-/5

.001

+7/32

+.005

-9/16

.014 76-78

+3/16

+.005

-19/32

.014 79-31

+.001

_ 5/,32

+.00,4

-5 /Ji

. 0) 5

+

82-84

+.002

+1/8

+.003

-21/32

.016 85-87

+.003

+3/32

+ 002

-11/16

.017 88-90

+.004

+1/16_

+.002

-23/32

.017 91-93

+.00S

+1/32

+.001

-3/4

.018 94-96

+.006

-25/32

.019 97-99

+.007

-1/32

.001

-13/1,6

.070 16b~IO2

+.008

-1/16

.002

-27/32

.020 103-105

+.009

-3/32

.002

-7/8 021 106-108

+.010

_- 11 8

.003

-29/32

.022

-5/32

.004

• 15/16

.023

-3/16

.005

-31/32

.023

-7/32

.005

-1

.024

-1/4

.006 f

4 e

lh SP34.315 0J Rev. 2 11/23/81 Pace 7

Appandix 12.2 osseocesseea o * * * * * * * * * * * *e e e c + e *

• SNPS SCHEDULE 0 ACTIVITY WCR< SHEET

• • • • • • • • • • • 2********

essete*

SURVEILLANCY

. A NPd37720 50RSTSJ3

/(,~jION RE REACTCR ENG

..TIVITY NO. 4.I.I.A PRCCEDunE NO. $4.001.01 A/I I EQUIPMENT NAME REACTIVITY CCMTROL SYSTEMS / SHUT 00WN

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ACTIVITY UESCRIPTIDN SHJTDC4N MARGIN DEMONSTRATION

__ ___ _ _ _ ___ _-_-__ _--_ ______ _ ___( 3 Y M E A SU R E 5 E T DR DURIil3 TNE FIRST STARTUP AFTEP EACH F.EFUELING RELATED A$TIVITIES

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REFERENCES LCO 3.1.1-SPEC 4.0.2

=______---_______--___--

FREQUENCY R

LAST PERFORMED

/

/

DUE

/

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EXTENSION

/

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EST MAN HCURS

.0 SKILL REQUIRED IN CONDITIONS 1 2 3 4 5 HWR REQ'D X NO YES, NO.

RWP REQ'O X No YES, NO.

PERFORMED IN CONDITIONS 2 SPECI AL REQUIREMENTS WITH SHUTDOWN MAF. GIN LESS THA'1 ENTS OF LCO 3.1.1 REMARKS THE P,7GVISIONS OF SPEC 4.0.2 AD.E NOT ADPLICASLE TO THIS ACTIVITY TE TIME, DATE

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W.E. AUTH.

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'S ACTION TIME, DATE

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COMPLETION INFORMATICN LEADMAN, TIME, DATE

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TOTAL MANHOUIS EXPENDED

!... ACTIVITY CO*.PLETED BEFORE EXTEiiSION DATE (CCDE 0) l... ACTIVITY DEFEERED (CODE 1)

CODE i... ACTIVITY DEFERRED UNTIL

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CCMPLETED AFTER EXTENSION DATE (CODE 2)

'... OTHER, DESCRIE.E BELOW (CODE 3) t 3 ROBLE 3S/ COMMENTS l

$WR INITIATED, NUMBER LDR INITIATED, NUMBER GATCH Ef1GINEER REVIEW

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hCTIVITY PESULTS ACCEPTABLE UNACCEPTABLE 2ECTION HEAD REVIEW i.

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____u_________________-_____,

19MeLIA'Cc ENGINFEF REVIEW

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DATO'"10 CESSING COMPLETE (v)

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lJTI.100-6.413 10/26/52 SP 12.$16.01 Rev. 4 Pay 20

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APpandix 12,1 o

Encionure 3 SNPS SCHEDULf ACTIVIH k'ORKSHEET '

-[^

CTION ACTIVITY PRIORITY i

_,t' s

ACTIVITY 2:0.

' PROCEDURE NO.

EQUIP 22::T NA):E LOCATIO::

ACTIVIT) DESCRIPTIO::

RELATED ACTIVITIES REFERE::CES FREQUE!CY IJ.ST PERTOE"ED

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DUI

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EXTENSION

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EST. HA'i HOURS SKILL CONDITIO ' CODES INR REQ'D NO.

RtJP REQ'D NO.

L'.E.

AUTH REQ'D SPECIAL REQUIRE!INTS

^

c%, TI):E, DATE

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k'.E.

AUTH

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CO)?LETIO : I::FC?2'_CION I.EAD3:A':, ID!E, DATE

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TOTAL SLCi!OUT.S EXP :;DE:-

... ACTIVITY CO:2LETED, EQUIP :E::T RETLT.:.'ED TO ::072*J.L (CCOE 0)

C00E

... ACTIVITY DEFE?.EED (CODI 1)

DEFERRED C;TIL

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... ACTIVITY ITCC::?LETE, DESCRIEE REASCN (CODE 2)

... ACTIVITY ADVA::CED (CODE 3)

ADVANCED TO

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CO22! TS 1

Mt.'R II:ITIATED, NU::EER LDR INITIATED, !D;iER MATCi[ E!!GII EER REVIEL'

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SECTIO t liEAD REVIEtt

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P*?A PROCESSING CO::PLETE

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(

)12.i.15 01-1

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i SP12 015.01 Rev. 4

" Enslocurc 4 DI1Ali ELECTRICAL POWER SYSTEMS 3/4.8.2 0.C. SOURCES D.C. SOURCES - OPERATING LIMITING CONDITION FOR OPERATION 3.8.

1 As a minimum, the following D.C. electrical ponr sources'shall be OPERABLE:

"a.

Division 1, c,onsisting of:

1.

125 volt battery A1.

2.

125 volt full capacity charger.

b.

Division 2, consisting of:

1.

125 volt battery B1.

2.

125 volt full capacity charger.

c.

Divisien 3, consisting of:

1.

125 volt tattery C1.

2.

125 volt full capacity charger.

APPLICABILITY:

OPERATIONAL CONDITIONS 1, 2 and 3.

ACTION:

e O

" With either Division 1 battery, Di' vision 2 or Division 3 battery an #

charger of the above required D.C. electrical power sources inc;erabic, restore the inoperable division battery to GPERABLE status within 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> or be in at least HOT SHUTDOWN within the next 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> and in CCLC SHUTDOWN within the following 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.

SURVEILLANCE REQUIREMENTS 4.8.2.1 Each of the above required 125-volt batteries and chargers sha11 be demonstrated OPERABLE:

a.

At least once per 7 days by verifying that:

1.

The paraceters in Table 4.8.2.1-1 meet the Category'A limits, and 2.

Total battery terminal voltage is greater than or equal to i

129-volts on float charge.

b.

At least once per 92 days and within 7 days after'a battery dischar;e with battery terminal voltage below 110-volts, or battery overcharge with battery terminal voltage above 150-volts, by verifying that:

l 1.

The parameters in Table 4.8.2.1-1 meet the Category B limits, There is no visible corrosion at either terminals er connectors, 2.

or the connection resistance of these items is less than 150 x 10 5 ches, and 3.

The average electrolyte temperature of at least ten of connected cells is above 60 F.

=

SHOREHAM - UNIT 1 3/4 8-10 GEC I 7 33g

o ELECTRICAL POWER SYSTEMS

' p.,SURVEILL MCE RECUIFE"ENTS (Contir.ueil

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At least once per 18 months by verifying that:

c.

1.

The cells, cell plates and battery racks show no visual indicati,on of physical damage or abnormal deterioratien,

1. "s 2.

The cell-to-cell and terminal connections are clean,_ tight, free t*

.of corrosion and coated with anti-corrosion mater,ial,

3.. The resistance of each cell-to-cell and terminsi connection is less than' or equal to 150 x 10 6 ohms, and 4.

The battery charger will supply at least 300 amperes at a minien:m of 130 volt.s for at least 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />.

d.

At least once per 18 months, during shutdo.<n, by verifying that either:

1.

The bettery capacity is adequate to supply and raintain in OPERABLE status all of the actual emergency loads for the design duty cycle when the battery is subjected to a battery service test, or 2.

The battery capacity is adequate to supply a dummy lead cf the following prafile while maintaining the following battery terminal voltage for the indic,ated time:

Time Battery Amoeres Voltace (Minutes) j v..

Al

>700

>114 0-1 I340 I114 1-119 I,440

>113 119-120 81

>1074

>113 0-1 396 5109.5 1-119

~

>213

>109.5 119-120 C1

>740

>107.5 0-1 5560 I107.5 1-120

'At least once per 60 m nths during shutdown by verifying that the e.

battery capacity is at'least 80% of the manufacturer's rating when subjected to a performance discharge test.

At this once per 60 mcnth interval, this performance discharge test may be perfer ec in lieu cf

• he battery service test.

f.

At least cnce per 18 months during shutdcwn performance discharge tests of battery capacity shall be given to any battery that snews signs of degradatien or has reached 25% of the service life excected for the applicatio'n.

Dcgradation is indicated when the battery capacity drops more than 10% of rated capacity from its average en

/.

previous perforcance tests, or is below SC% of the manufacturer's

. rati ng,.

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SHOREHA!! - UNIT 1 3/4 8-11

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,,e N ELECTRICAL PONE'4 SYSTEMS, N

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2 TABLE 4.8.2.1-1

^

BATTED,Y SUWEILL ANCE REOUIREMENTS t

II)

CATEGORY B(2)

[

CATEGORY A I3)

Para,eter Limits for each Limits for each A11cwable designated pilot connected cell value cf each cell connected cell Electrolyte

>Minicum level

> Minimum level Above tepe cf Level indicaticn tark, indication tark, plates, and n:,

and < h" above and < k" above overficwing maxiEum level maxiEum level indication mark indication hark Float Voltage

> 2.13 volts

> 2.13(C)

> 2.07 volts

> 1.195 Hot more than 0.020 below the averaga of all l

I connected cells

\\

Specifig)

> 1.200(b)

Avera e of all Average of all

> 1.19E*) cells conne:td Gravity connected cells

> 1.205 Corrected for electrolyte temperature and level.

(c)0r battery charging current is less than 2 a. peres when on float charge.

(7)May be corrected for average electrolyth temperature.

For any Cate;ory A parameter (s) outsice the limit (s) sh:wn, the battery may be considered OPERABLE provided that within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> all the Category 5 l

measurements.are taken and found to be within their allewable values, and l

provided all. Category A and B parameter (s) are restored to within limits I

(2)within the next 6 days.

For any Category B parameter (s) outside the limit (s) shown, tre battery may be considered OPERAELE provided that the Category B para eters arc within their allosable values and provided the Cate; cry B parame'.er(s) are restored to within limits within 7 days.

I3)Any Category B para. meter not within its allcwable value indicates an inoperable battery.

1 l (")

1 LJ l

l nFC 1 1 1982

[

, ELECTRICAL POWER SYSTEMS O

t

?. SOURCES - SFUTCCWti e

LIMITING CONDITICH F00. OPERATIO!!

3.8.2.2+ As a minimum, two of the following three divisions o'f the D.C.

electrical pcwer sources system shall be OPERABLE with:

a.i Division 1, consisting of:

m 1.

125 volt battery A1.

2.

125 volt charger.

b.

Division 2, consisting of:

1.

125 volt battery Bl.

2.

125 volt charger.

Divisien 3, consisting of:

c.

1.

125 volt battery C1.

2.

125 volt charger C1.

OPERATIONAL CONDITIONS 4, 5 and *.

APPLICABILITY:

ACTI0tJ:

With two or more of the Division 1, Divisten 2 and Division 3 l

batteries and/or chargers cf the above required D.C. electrical a.

O

.e,.

power sources incperable, suspend CORE ALTE a potential for draining the reactor vessel.

The provisions of Specification 3.0.3 are not applicable.

b.

SURVEILLANCE RE20'RE.ENTS M

At least the above required 125 volt batteries and charger shall be demonstrated OPERABLE per Surveillance Requirteent 4.8.2.1.

4.5.2.2

• When hancling irraciated fuel in the secondary containment.

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DEC Ii ;g33 gf4 g.13

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