ML19332A073

Forwards Design Descriptions of Containment Pressure & Water Level Instrumentation Mods,In Response to NRC Specifying Requirements for Plant Mods Resulting from TMI Lessons Learned.Identification of NRC Concerns Requested

ML19332A073
Person / Time
Site:	Big Rock Point File:Consumers Energy icon.png
Issue date:	09/05/1980
From:	Hoffman D CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:	Crutchfield D Office of Nuclear Reactor Regulation
References
NUDOCS 8009100521
Download: ML19332A073 (41)

Text

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CORSumgg THIS DOCUMENT CONTAINS POW 8f P00R QUAUTY PAGES Company o.n.,.i ome.., sin w.st Michigan Av.nu., Jackson. Michigan 49201. Ar.a Coo.517 788-0550 September 5, 1980 Director. Nuclear Reactor Regulation Att Mr Dennis M Crutchfield, Chief Operating Reactors Branch No 5 US Nuclear Regulatory Co= mission Washington, DC 20555 DOCKET 50-155 - LICENSE DPR BIG ROCK POINT PLANT - C0hTAINMENT PRESSURE AND WATER LEVEL MONITORS:

SUBMITTAL OF DESIGN DESCRIPTION NRC letter dated September 13, 1979 specified requirements for plant modifica-tions as a result of lessons learned at Three Mile Island. Two modifications required involved upgrading of containment pressure and water level instru=en-tation for post-accident use. Consumers Power Co=pany letter dated December 27, 1979 (as revised January 18, 1980 and March lk, 1980) detailed actions to be taken at Big Rock Point in response to the NRC requirements. Consumers Power Company agreed to provide upgraded capabilities for post-accident containment monitoring and to supply a design description for NRC information.

Attached are design descriptions of the contair: ment pressure and water level instrumentation modifications to be installed at Big Rock Point. NRC letter dated October 30, 1979 identified these modifications as " implementation review" (ie, to be installed in accordance with 10CFR 50.59 and reviewed by NRC after installation). Accordingly, NRC approval of these design descriptions is not requested at this time; however, prompt identification of NRC concerns, if any, would be appreciated and would minimize potential impact on project schedule.

David P Hoffnan (Signed)

Lavid P Hoffman Nuclear Licensing Administrator CC JGKeppler, USNRC NRC Resident Inspector - Big Rock Point Attach =ent - 38 pages 800910052l g

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s AD M ES f*EATURES CAPACITOR Rosemount's Model 1152 ALPHAllNES Plessure Transmitters

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THE 6 CELL Model 1152 Transmitters are similar in construction and performance to Rosemount's proven Model 1151 ISOLATING WELDED SEALS Transmitters. Units are available in Absolute (AP),

DIAPHRAGM Gage (GP). Differential (DP) and High-Line Differential (HP) configurations, with a variety of pressure range options.

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Direct electronic sensing with the completely sealed 6-CELL" caoacitance sensing element eliminates Process pressure is transmitted through an isolating mechanical foJce transfer and problems associated

-diaphragm and silicone oil fill fluid to a sensing with shock and vibration. Installation a r. d diaphragm in the center of the 6-CELL.The reference commissioning are simplified by compact design. 2-pressure is transmitted in like manner to the other side wire system compatibility and external span and zero of the sensing diaphragm. The displacement of the adjustments. Wiring terminals and electronics are in sensing diaphragm. a maximum motion of 0.004 separate compartments, so the electronics remair, inches, is proportional to the pressure differential sealed during installation. Reverse polarity protection across it. The position of the sensing diaphragm is keeps wiring m;shaps from costing mon ey.

detected by capacitor plates on both sides of the Maintenance costs are reduced by the use of solid state sensing diaphragm. The differential capacitance plug-in printed circuit boards which are between the sensing diaphragm and the capacitor interchangeable among all Rosemount Moceel 1152 plates is converted electronically to a 2-wire. 4-20 transmitters.

mADC signal.

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2, 0SOTROHlIGP Copyright RosemountInc 197t.1975.1976

~ Protected by one or asore of the rollowing U.S. Patents:

No. 3.271.669: 3.3I8.t53: 3.613.390 3.646.538. 3.793.885:

3.800.413; 3.854.039: 3.059.594 and 3.195.028 Canada-Patented 1968.1974 and 197$. Patente Wenncat's No.

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I18.992. Other (IS. and Foreign Patents issued or pendung.

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F/16-20 UNF

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CONNIC1!ONS i

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3/8' (IYPICAL) 4 2 Rosemount

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._.. m

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', NUCLEAR SPECPitCAT10NS L

M:unting Paiti:n Effect Z1roshiftolupt311nch H,0 E MODRS 3

which c n b2 ctfibrit d out. No raffect in plana of diaphragm. No span (Ifect.

(Qualified per IEEE-323 - 1971, IEEE-344 - 1971) f -

c Radiation Performance i2.0% accuracy during and \\

PERF03MAMCE SPECIFICATIONS

.f af:er testing to 5 x 108 rads, total integrated dosage MDDEL 1152DP AND 1152HP gamma radiation;10.25% of span after recalibration.

(Zero-based Spans, Reference Conditions)

Seismic Performance 10.25% accuracy during and after seismic testing to the 3g level over a range of 5 Accuacy including ef fects of linearity, hysteresis and f

repeatability 100 Hz in 3 majo, axes.

M5 del 1152DP.10.2% of calibrated span for tsnges Steam Pressure / Chemical Spray Performance 10.75% l

.% 4,5; 10.25% for ranges 6,7,8.

accuracy after sequential exposure to steam pressure Model 1152HP: 10.25% cf calibrated span (all of 70 psig,316*F for t hour;55.4 psig,303*F for 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> and 6 psig.230'F for 42 hours4.861111e-4 days <br />0.0117 hours <br />6.944444e-5 weeks <br />1.5981e-5 months <br />.For SST housing option, ranges) 10.75% accuracy after chemical spray concurrent with Deadband None above steam pressure cycle.

Stability 10.25% of upper range limit for 6 months.

Quality Assurance Program in accordance with 10CFR50, Appendix B. Nuclear Cleaning to 1 opm Temperature Effect at flaximum Span (e.g. 0-150 in.

'~

for 0 25/150 in. H O rt...ge) chloride content. Hydrostatic testing to 150% of rated 2

Zero Error: 10.5% of span per 100*F.

line pressure for Models 1152DP and 1152HP;to 150%

of maximum span (125% of 6000 psi 0 range) or 2000 Total Effect including Span and Zero Errors:

psi, whichever is greater, for Model 1152GP and 11.0% of span per 100*F.

1152AP. Traceability in accordance with 10CFR50, (Note: Double the specified effect for Rsnge Code 3).

Appendix B; chemical and physical material Temperature Effect at Minimum Span (e.g.0-251n.for cert lfication of pressure retaining parts.

0-25/150 in. Ha0 range)

Zero Error: 3.0% of span per 100*F.

(

ANCE SPECincnTIONS

$3kEe e100Q" a

n t,

n MODEL 1152AP AND[152GP3 k

(Note: Double the specified effect for Range Code 3).

(Zero-based Spans, Reference Conditions) f Overpressure Effect Include.s k 2000 psi overpressurewillcausea Model1152DP:

D Accuracy 10.25% of calibrated span.

zero shift of less than 10.25% of upper tange limit

/. *

' combined effects of linearity, hysterests and (Range Codes 3,4); less than 11.0% of upper range repeatability.

I limit (Range Code 5); less than 3.0% of upper range Deadband None I

limit (Range Codes 6,7)lessthan 6.0%of upperrange ange M $

/ Stability 0.25% of upper range limit for 6 months.

Model 1152HP: 4500 psi overpressure will cause a k Temperature Effect at Maximum Span (e.g.0-100 psig zero shift of less than 21.0% of upper range limit for 0-17/100 psig range)

(Range Code 4); less than 2.0% of upper range limit l Zero Error:10.5% of span per 100*F.

(Range Code 5); less than 15.0% of upper range limit Total effect including span and zero errors: 1.0% of (Range Codes 6,7).

span per 100*F.

j Static Pressure Effect NOTE: Double the specified effect for Range Code 3.

Model 1152DP Zero Error io.25% of upper range Temperature Effect at Minimum Span (e.g. 0-17 psig limit per 2000 psi (Range Codes 4,5); 0.5% of upper l

for 0-17/100 psig range) range limit per 2000 psi (Range Codes 3,6,7,6).

Zero Error: 3.0% of span per 100*F.

f Span Error:-1.010.25%'of reading per 1000 pse (Range Total effect meloding span and zero errors: 3.5% of I

Codes 4,5,6,7,8);-1.St0.25% of reading per 1000 psi span per 100 F.

(Range Code 3).

NOTE: Double the specified effect for Range Code 3.

Model1152HP Zero Error: 2.0% of upper rangelimit l Overpressure Effect: 2000 psig overpressure will per 4500 ps,i (all ranges).

cause a zero shift of less than 0.25% of upper range limit for Range Codes 3 & 4 (Only Range 4 for AP);tess l

Span Error: -1.010.25% of upper range limit per 1000 than 11.0% of upper range limit for Range Code 5;less psi (all ranges).

than 13.0% of upper range limit for Range Codes 6 & 7; Span error is systematic and can be calibrated out less than 16.0% of upper range limit for Range Code 8; for a particular pressure betore installation.

j lessthani.5%of upperrangelimit forRangeCode9up to 4500 psig (For GP only); less than 1.0% of upper Power Supply Elfect Less than 0.005% of span per volt.

i ra ge limit for Range Code 0 up to 7500 psig (For GP Load Effect No load effect other than the change in

( ^ Power Supply Effect Less than 0.005% of span per volt.

f.icunting Position Effect Zero shift of up to t in. H O power supplied to the transmitter.

2 M

Load Effect No load effect other than the change in which can be calibrated out. No span effect. No effect power supplied to the transmitter, in plane of diaphragm.

~

Rosemount 3

[

. b.

3

' PUYSICAL SPECIFICAT!0NS FUNCTIONAL SPECIFICAT!DNS f

i ALLT40DELS NODEL 1152DP AHD 1152HP 6[

h M:terials of Construction RanDes c

(3) 0-5 to 0-30 in. H,0 (DP Units Only)

Q 17

(' elating Diaphragms and Drain / Vent Valves: 316SS P) 0-25 to 0-150 in. H O y-2

> cess Flanges: 3t6SS (5) 0-125 to 0-750 in. H O 2

tied 0-Rir:gs: Ethylene Propylerie (6) 7 to 00 pst e

n-wetted 0-Rings: Ethylene Propylene and Buna-N II P

Fill Fluid: Silicone Oil (8) 0-170 to 0-1000 psi (DP Units Only) l

Flinge Dolls: Plated Alloy Steel, per ASTM A-540 El;ctronics Housing: Low-copper aluminum with Output 4-20 mADC h

j scrylic baked enamel; or austenitic stainless steel.

l e

Process Connections: 1/4-NPT Power Supply External power supply required, up to g.

El;ctrical Connections: 1/2-inch conduit with slotted 45 VDC. Transmitter operates on 15 VDC with no load.

[

g and 0.104" diameter Jack-type screw terminals.

Span and Zero Continuously adjustable externally, b

W;ight: 12 lbs. with aluminum housing; 16 lbs. with r

1 tainless steel housing.

Elevation and Suppression Zero suppression or zero G

Ei elevation up to 150% of calibrated span (ranges 3,4,5) f[}l or 50% of calibrated span (ranges 6,7,8), but upper 6

range limit may not exceed 1100% of maximum range.

FUNCTIDNAL SPECIFIMTIONS Temperature umits B

g r/10 DEL 1152AP ANDQ152GO

-20 to 200*F Amplifier operating.

~

-20 to 220*F Sensing Element operating.

-60 to 250*F Storage.

4

'~

((

Static Pressure and Overpressure Limits

-5/30 in. H O (GP Units Only) 3 2

Model 1152DP: 0.5 psia to 2000 psig maximum rated (4) 0-25/150 in. H O; 0-2/11 in. HgA l

5 2

(5) 0-125/750 in. H O; 0-10/55 in. HgA static pressure for operation within specifications. 0.5

[

2 (6) 0-17/100 psla/psig psia to 3000 psig static pressure without damage to the -

-{

(7) 0-50/300 psia /psig transmitter. 2000 psig overpressure on either side g

(8) 0-170/1000 psia /psig without damage to the transmitter.

.t (9) 0-500/3000 psig (GP Units Only)

Model 1152HP: 0.5 psia to 4500 psig maximum rated 1

(0) 0-1000/6000 psig (GP Units Only) static pressure for operation within specifications. 0.5

{

r psia to 6750 psig static pressure without damage to tho

' r_.

(

f itput 4-20 mADC

(

transmitter. 4500 psig overpressure on either side P

f

,ver Supply External power supply required, up to T without damage to the transmitter.

[,

s VDC. Transmitter operates on 15 VDC with no load.

1. 000 psig proof pressure on the flanges.

(

P.

Span and Zero Continuously adjustable externally.

Humidity Limits 0-100% RH.

g.,

{ff El:vation and Suppression Zero may be supprrseed Volumetric Displacement Less than 0.01 cubicinches.

up to 100% of calibrated span, but upper range limit Turn-on Time 2 seconds. No warmup required.

fl mIy not exceed the maximum range. Zero may be g(

[

si;vated for compound ranges down to 0.5 psia (For Damping

(

Model 1152GP).

Output Option A: Nominal fixed response times of 0.3 seconds (range 3),0.2 seconds (ranges 4,5), and J

l-Temperature Limits 0.1 seconds (ranges 6,7,8).

h@ i

-20 to 200*F Amplifier operating.

i Output Option D: 4-positic o variable time consta'nt

-20 to 220*F Sensing Element operating.

switch for nominal response tenes of 2.0 seconds,1.0 k.

f:

20 to 250*F Storage.

seconds,0.5 seconds, or as above.

{[

'I Overpressure Limits

- 7 f

f

+

Model 1152GP: 0.5 psia to 2000 psi for ranges to 1000

]

psig: 4500 psi for the 3000 psig range and 7500 psi for 2

tha 6000 psig range for operation within specifications.

[

Model 1152AP: 2000 psi (all ranges) for operation Load Limitations Y

I within specificat; :.s.

All Models A

I J

r-Humidity Limits 0-100% RH.

f h Q{

(

.:fP:T" :~ JT:~: :-'~-

Turn-on Time 2 seconds. No warmup required.

g ;;.33:g.ng;;;;g:.-

e to.o co ~si t

Dimping soo g, q

Output Option A: Nominal fixed response times of a m a,o=

4 0.3 seconds (range 3),0.2 seconds (ranges 4,5), and d

.j.

jo lo Y

t J,

jA.1 seconds (ranges 6-0).

,,,,,,um, yoc3

~)utput Option D: 4-position variable time constant

{(

[,

n

.ch for nominal response times of 2.0 seconds,1.0

?

2 :

,:onds,0.5 seconds, or as above.

}

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' ELECTRICAL BLOCK DIAGRAM-WIRING COrlNECTIL.dS i.

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OSC CURR gy,g, OSC.

CONTROL CONTROL A Te T j

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TYPICAL MODEL 1152 PRESSURE TRANSMITTER ASSEMBLY N

f ELECTRONICS HOUSING IN' a

CIRCUlf I.,l g BOARDS 3

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OPTIONAL PANEL MOUNTING BRACKET

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. OPTIONAL PANEL MOUNT W

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Wi=C' M.b.. , (...;,';g

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, BR ACKET SHO'WN IN TYPICAL... 6ij c,

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.if T; :. MOUNTING CONFIGUR ATION

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Rosemount 5 I

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M51 de."NMFUM i

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Drdenng..nuormn'lm.n pon h2 ALPHALINE PRISSUME TP ANSMtFTERS FOR NUCLEAR APPLICATIONS COOf PRES %URE MehSUREMENT DP Diff arent6al P* essure. 2000 ps.g static Pressiere Rat ng HP Detterentia! Pressure. 4500 ps.g stas c Pressure Ratmg At Alpscdule Pressure e'

c.,, P,ess.,e PRES $URE RANGES CODE MODEL 11$2DP

' 'MODEL itS2HP MODEL 1152AP neODEL 1132CP

- (OtPFERENTI AL)

(Ol#FERENTIAL)

(ABSOL"JTE)

(CAGE) 3 CLE to 0-30 in H,0 tvA F/A 0-5 to 0-33 en H,0 (0127 to 0-762 mm H,0)

(0-127 to 0-762 rn N,0) 4 0-25 to 0-1$0 in. H,0 0-25 to 0150 in. H,0 0-2 to 011 m. HgA 0 25 to 0150 en H,0 (4635 tes 0 38 to em H,o)

(0 635 to 0 3sto em H,05 (0-69 t3 0-380 g/cm9 (0-635 to 0-3410 mm H,o)

S 0-125 to 0-750 m H,0 0125 to 0-750 m H.O 0-to to 0 55 m HgA 0125 to 0-750 en H,0 (0-3175 to 6190$0 mm H,0)

(0-38 75 to 0-190$0 mm H,Ot (Owo 345 to 0-1883 kg/cm9 (0 3175 to 0-19C50 mm H,0) 6 017 to 0100 psed 017 to 0100 psid 0-17 to 0-100 ps.a 0 IT to 0-100 pseg (012 to 0-7 0 bg/cmq (0-12 to 0 7.0 kg/cmy (012 to 0-7 0 tg/cm8) 1012 to 0-7.0 kg/cm8) 0-50 to 0-300 psed 0-50 to 0-300 ps J 450 to 0 3CJ psia 040 to 0-300 psag (0-3.5 to 0-21 hgecm9 0-3 5 to 0 21 kg/cm8)

(3.5 to 2 kg/cm8)

(3 $ to 28 kO/cm8) 8 0-170 to 0-1000 psid N/A 0-170 to 01000 ps.a 0170 to 0 t000 pwg (012 to 0 70 tg/cm8)

(0-12 to 0-70 kg/cm8)

(012 to 0 70 kg/cm*)

9 N/A N/A N'A 0-500 to 0 3000 ps's (0-35 to 0-210 kg/cm8) 0 N/A N/A N/A 0-1000 to 0 4000 pseg (0-73 to 0 420 hg/ cap 8)

CODE OUTPUT -

e4

'd

?. '. '. ;

h 4-20 mADC D

4-20 mADC w+tti Ad ustable Dampmg i

,p, aW'..,r -

McERsALs OP CONSTRUCT 10N

,(

g..

.s p

CODE

, *,FLANCES,.. DR AIN/ VENT VALVES ISOLATINO DIAPNRAGMS ELECTRONICS HOUSING /

covers h

b SS M9s 3tsss Akhm) y 92 316SS 31653 JiosS Aussenetec SS

. CODE OPTIONS e

t-(PB)knet Mounting Br i'

]>

<r si it 9

l18s2 DP 4

A 22 Po TTriCAL MoDEL NUMSER STANDARD ACCESSORIES All Models are TAGGING ALPHALINE Pressure Transmitters will shipped with vent / drain valves and one instruction be; supplied with SST tagging in accordance with.

manual per shipment.

i ustomer requirements.

j JALIBRATION Transmitters are factory calibrated DOCUMENTATION Certification of compliance to customer's specified range. If calibration is not will be provided for each 1152 transmitter for nuclear specified, transmitters are calibrated at maximum qualification, accuracy, special cleaning, hydrostatic range. Calibration is at ambient temperature and testing. and traceability. Chemical and physical pressure.

reports and identification of pressure boundary materials will be on file at Rosemount.

r il

.11 bbhbhb ID C.

POST OFFICE box 35129 MINNEAPOUS. MINNESOTA 55435 PHONE:(612)941-5560 TWX: 910-576-3103 TELEX: 29-0183 CABLE: ROSEMOuNT Q Revised 9/19,.

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Product Description & Technical Information

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...{T.g 9 FEATURES i

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hkfiLKL

.;j M FIBERTIP PEN CARTRIDGES-inexpensive fibertip MM

. g9u3 ' V h.N

?.;7 pen cartridges write over 2,000 ft. Cartridges can be easily e

'7

~~ g.M changed.out without the mess and irw:envenienca of capil-

,M O"G N-I

.$@Q4 A

lary inking.

h b

- 2.

~$

CW "D 3 SELF. CLEANING.%.iDEWIRE CONTACTS - multi-Y'D.I

$f fingered slidewire wiper contacts keep the slidewire clean I

ME-

?

[,.:M Z1 and eliminate erratic operation due to dirt.

I r.'fA3 3d 5 :.

'd-9 d.

_ __. S W $!

G PROTECTED SERVOMOTOR - the servomotor and A.

J.O.

servomechanics are protected electronically from damage

= e..j.

• /. ;

- ~ y.-

rUf.IL._1931 'f$-y --h1137M g '-4 due to overranDe inputs.

j 5 UNIVERSAL RANGE / AMPLIFIER CARDS-switch selectable g. sin programming allows all high level ranges to l

be set-up on a high level range / amplifier card, all low level ranges to be set up on a low level range / amplifier card, i

and all thermocouple ranges (including cold junction com-PRDDUCT DESCHlPTIDH pensation)to be set-up on a thermocounte ranse/ampiifier card. All RTD ranges can be accommodated with an RTD Tracor Westronics' E S ries Miniature Recorders range / amplifier card pie several plug in range modules.

Include the S4E single pen recorder, the D4E dual pen recorder, and the T4E three pen recorder. All E Series G EVENT MARKER OPTION - each recorder pen can Miniature Recorders fit the industry standard 6" x 6" be equipped with an electronic event marker which places l

panel cutout. All recorder versions feature a 15" case a right angle mark on the trace at the beginning and ending depth, making these recorders among the most compact in of the event.

their performance category.

D INTERCHANGEABLE CHART DRIVE MAGA-Like all E Series Recorders, the S4E, D4E, and T4E ZINES - conversion from English to Metric chart speeds are designed and manufactured to set new standards of (or Metric to English) is as simple as interchanging chart performance and reliability. These instruments utilize the drive magazines. The removable chart drive magazine also same component and mat.srial quality standards, finishes, simplifies paper loading.

plating methods and exhaustive O.C. procedures as are utilized on Tracor Westronics' multipoint and "large

[3 MULTISPEED CHART DRIVE - a switch selectable case" continuous writing recorders. Only dimensions have 14 speed chart drive is standard equipment on all E Series f

een : educed.

Miniature Recorders.

. u Tl 1013.00 111DW

~

1 p'

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D VERTICAL AND HORIZONTAL CONFIGU.

STAMED DPT!MS RATIONS - all E Series miniature recorders can be con-Alarm Switches - up to 2 per pen, adjustable over

(, figured for verticai running or horizontal running charts

' scales.

100% of span.

c Event Marker - avai!able on each pen. Momentary ALARM SWITCHES - up to 2 fully adjustable alarm trace pertubation to display event. Left movement at

....whes can be installed on each pen.

event start; right movement at event end. External contact closure required.

all major sub-Range / Amplifier Cards - for low level, thermo.

D MODULAR CONSTRUCTION assemblies are modular and can be removed and replaced couple *, or RTD. (High level standard.)

without unsoldering. The frame assembly can be discon-Shunts for current inputs nected and removed from the case without disturbing Spec. l Charts and Scales ia fisld w..inng.

Door Lock D ISOTHERMAL INPUT TERMINALS - prevents Air Purge Case thermal EMF errors from being added to input signals within the recorder.

Power Cord Carrying Handle D STANDARD ACCESSORIES - standard accessories include power on/off switch, chart on/off and manual

• Specify upscale, downscale or no thermocouple burn-out chart advance.

indication.

INSTALLATIDN DMNSIDNS 6.8" (17.3 cm) s :. e m m ; u w - m..:6 :.e:,,,

a n

W

. ~,

g

. - +

t v

.t w

G"

~

6.8"

@M (15.2 cm)

(17.3 cm) e ::

d,'.

N O

m 6"

.ffE W

(15.2 'cm) y

6. +RW W-7.p*.WW.s

'r '

Ah ;. y.. re re-1r s;- :::

PANEL CUTOUT g

w 16.2" m

(41.1 cm) 15" (38.1 cm)

'm_

evj qb r,.

e:G. ^~m

-d 9r c 4 b.s j ;- C l_.

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1*..'*

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SPE1FICATfDS Input: Isolated Range / Amplifier Cards: High Leve: Low Level, Thermocouple and RTD Spans': 100mV to 10V 1mV to 100mV Thermocoup*a spans include cold junction compensation and burnout indication. RTD spans include current source Zero Adjust: 1100% of span 100% of span Zero Elevation / Suppression: 1600% of span 1600% of span Accuracy: 20.5% span 10.5% span or 10p V, whichever is greater (at calibrated ambient) 1pV/*C from calibrated ambient Drift: Step Response: 0.5 second 0.5 second Overshoot: 1% of span 1% of span input Impedance: 5 megohm on spans to 14V 5 megohm 1 megohm on spans >14V Source Resistance: 25K ohm SK ohm for spans greater than 10mV 500 ohm for spans ImV to 10mV Deadband: 0.25% span 0.25% span Common Mode Rejection: 120db@ 50/60 Hz 120db@ 50/60 Hz Normal Mode Rejection: 60db@ 50/60 Hz 60db@ 50/60 Hz ^ Scale: 100mm (nominal 4") calibrated in engineering units. Black lettering on white background. Chart: 100mm calibrated width;82 feet (25 meters) long. Chart Speeds: 0.25 0.5, 1, 2,4, 8, 16 in/ min and in/hr (English).,0.5,1,2,4,8,16,32 cm/ min and cm/hr (Me'.ric). Can Dimensions: Overali dimension 6.8"w x 6.8"h x 16.2"d (17.3cm x 17.3cm x 41.1cm). Panel cutout 6" x 6" (15.2cm x 15.2cm). Panel mounting depth 15" from bezel to backplate (38.1cm from bezel to backplate). Weight: 3 pen: 18 lbs. (8.2 Kg.) Inking: Replaceable fibertip ink cartridges - red, blue or green. Operating Temperature: 10*C-40*C Operating Humidity: 10% - 90% relative humidity. Models: S4E Single Pen, D4E Dual Pen, T4E Three Pen. Configurations: Vertical or horizontal scales. Power: 120 VAC 110% 50/60 Hz. P i l Shunts available for current inputs l l l Specifiestions Subject to Change Without Notice. G s..: ~ - _ _ x .s.._

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a REGULATED .[F 3 DC P0WER su = ge.,~ - (, m SUPPLik.S - t, o n , iw gh PLUG-IN NASHvn.LE. Trum. ?f Ig! / PLUG-IN ' ' I - aes "M W L ? ~~gi 8 "asame.m ' gii sense I to 40 volt outputs

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u1 l W :m.ud?b~d :.itd (Automatic or externalfuse) g y. 4... -ggymy _ w .-G y., *, GENERAL cal unit is of solid state design, and offers auto. metic momentary short circuit protection. The line Rosemount regulated Plug-in DC power sup-and load regulation and the ripple specifications J plies provide highly stable and isolated DC volt-are less stringent (see ordering table) than for the j age for various industrial, medical, laboratory, enclosed models. However, these units are espe-ground support and other applications. These cially designed for low-cost applications where a models are ideally suited for industrial transducer large number of isolated voltages are required and ( excitation, current transmitter applications as well where electrical spec:fications are not critical, as for laboratory use. Power supplies are available with narrow slot The Plug-In types are transistorized and com. range and with wide range voltage adjustments. pact, but are repairable. A mating 8-pin octal Any voltage between 1 and 40 volts is available receptacle for conventional chassis mounting is from at least one Rosemount standard power sup-shipped with each unit. However, the optional ply. The table below shows the model numbers for screw-down socket with molded barrier strips of. the most popular voltage ranges between 1 and 40 fers extra convenience and fast installation. volts. Af ter determining applicable model:,, refer to the " Style" table on page 2 for electrical spec-ifications. Duplications exist in some voltage The open construction 2210 series is equally ranges for your selection based on economy, cur. convenient in use and installation. This economi-rent ratings or electrical specifications. VOLTAGE /MODEL TABLE vol.TAGE (30-40] STY LE 1-6.5 S-9 10 12 15 18 20 24 28 2210 2280 2210 2210 2210 2210 A SPS-2077 $PS-20r7 SPS-2073 8 SPS-2014 SPS-2010 SPS-2018 SPS-2011 SPS-2021 fSPS-2106 SPS-2055 SPS-2056 SPS-2057 SPS-2CS7 $PS-20$d SPS-2054 SPS-2054 SPS-2060 SPS-2101, SPS-2052 SPS-20$2 SPS-2074-o SPS-2101 SPS-2101 V, SPS-2073-0 SPS-2062

1. PS-2063 SPS-2110 SPS-2110 SPS-2110 SPS-2110 SPS-2111 SPS-2111 SPS-2111 SPS-2112 p

SPS-2120-o SPS-2121-o r\\ - daOSernoun: Copyright Rosernount Inc.197.5 O' ,.... -.. ~. _

DRDERING INFORMATION 2210 DC M5*UT RATING RECULATION (eV DC) OPEN CIRCulT uooEL RIPPLE OUTPUT O-CURRENT LIN E LOAO (mV RMS) ADJUST CONSTRUCTION (**) 2210-00280 23 175 210 20 to 15% 2210-c024c 24 225

0 20 to t5%

2210-C0t80 18 250 ttG 20 10 15", 2210-00150 15 330 !10 20 to tS4 2210-00120 12 400 t10 20 to 25% STYLE "A" DC OUTPUT RATING AEGULATION (mV DC) T E M. ggppgg U RA COMPACT uooEL CUgAE,NT LINE LOAD VOLTS (mV RMS) F PLUGIN SPS-2077-P 9-12.5 0-50 3 6 1.5 0.02 SPS-2078-P 13-86 0-40 3 6 1.5 0.02 STYLE "B" ~ DC OUTPUT RATING RECULATION (mV DC) TEMP. RIPPLE M DEL CU ENT VOLTS LINE LOAD (mV RMS) } p PLUG-IN SPS-2014-P 10 0-175 24.5 19 1 0.03 SPS-2010-P 12 0-175 to t12 1 0.03 SPS-2018-P 15 0-125 16 t12 1 0.03 SPS-2011-P 24 0-90 15 t12 1 0.025 SPS-2021-P 28 0-80 to i14 1 0.025 STYUI "D" DC OUTPUT RATING REGULATION imV DC) RIPPL E MOUNTING ~ 3 Wa,. T MODEL CURRENT g LINE LOAD (rav RMS) (*4F F) STYLE 2 LUG-IN OR (mA) f I OLDE R-HE ADER I SPS-2055-P Plu0-la $PS-2055-S 1 -6.5 0-300 15 5 1.5 0.03 .lOUNTING Solder. Header SPS-2056-P 5-9 0-250 15 5 1.5 0.m Plug-in NARRW SPS-2057-P 9-13 0-200 2 5 0.5 0.02 Plu0-in ADJUSTMENT RANGE SPS-2058-P 13-1T 0-175 2 5 0.5 0.02 Plu0-in SPS-2052-P 9-13 0-200 2 5 0.5 0.01 N"9d" SPS-2052-3 Solder. Header A SPS-2054-P 17-21 0-150 2 5 0.5 0.01 Plu0-in WIDE ' SPS-2101-P 20-30 0-100 10 15 1 'O.02 Pfud-in ADJUSTMENT DANCL 1,j,PS-2102-P 30-40 0-75 10 15 1 0.02 Pluo-In ) SPS-20730-P 8" DUAL 212 0-75 3 '6 1' 0.02 ',' Sol er-Heade'r SPS-20730-S VOLTAGE OUTPUT SPS-20740-P t15 0-65 3 6 1' O.02 "O " SPS-20740-3 Solder-Header STYLE "F" ^ I 4.5 WATT MODEL RIPPLE MOUNTING w COEF PLUG-IN OR VOLTS L:NE LOAD (mV RMS) (y p p) STYLE ga, SO LDER-H EADE R SPS-2062-P 0-600 Plu0-in R

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MOUNTING SPS-2062-5 0-800 Solder. Header 7 RANGE SPS-2C63-P 0-450 "8" 15 to 1.5 0 03 SPS-2063-S 0-fiOO Solder-Header 2N 10-20 0-200 15 15 1 0.02 RuC4n WIDE ADJUSTitENT SpS-2111-P 20-30 0-175 15 15 1 0.02 Plug-In RANGE SPS-2112-P 30-40 0-150 15 15 1 0.02 Pfug-in f DUAL i 12 0-175 5 to 1.5 0.02 Sp ~*' Header VOLTAGE OUTPUT SPS-2121-P Plug-in SPS-2121-3 215 0-150 5 10 1.5 l 0.02 Solder-Header 2 RosemOunt. L A l -- ~, -. - - -.. -.

= GENERAL. SPECIFICATIONS PRICING AND DISCOUNTS The applicable price list is P50000. All models listed on the current price list are stocked TInput Voltage at our Nashville plant.' Most styles delivered from 105 to 125 VAC at 50-400 Hz. stock in quantitles to 25 pieces F.O.B., Nashville, Tennessee. Prices and specifications on all mod-Adjustable Output els are subject to change without notice. When Voltage adjust potentiometer at the top of all ordering, specify model number and quantity of power supplies. (If range is not specified, adjust. cach item. ment is 25%.) Quantity discount schedulefollows: l Floating Output Positive or negative, output can be grounded, iso- / lated from case and AC line. DISCOUNT GUANTITY DC isolatior: Greater than 100 megohm with 200 VDC applied 1-9 Base Price between output and case. 10-24 Base Price Times 0.96 25-49 Base Price Times 0.92 , caly 0 picofarad - shield between primary g gg and secondary transformer. Line Regulation (output voltage variation as input line voltage changes from 105 to 125 VAC) See ordering table on opposite page. Load Regulation (output voltage variation due to a change from no load to full rated load current) Rosemount Nashville, Inc. warrants its power See ordering table on opposite page. supplies to be free from detects in workmanship and/or material and to function satisfactorily when 4( Output Impedance properly installed, operated and maintained in ac- Q Less than 0.1 ohms (DC to 1KC). cordance with instructions and specifications for a g period of 6 months. The warranty becomes effec-l Reverse Current tive on the date of shipment. Fully protected against an application of reverse current. This warranty does not extend to any of our. products which have been subject to misuse, neg-Remote Senstr. lect, accident, or improper installation or applica-Styles "D" and "F" models have provisions for tion; nor shall it extend to units which have been remoting the point of regulation Ls the load. repaired or substantially altered by persons other Short Circuit Protection Electronic protection against accidental short-Rosemount Nashville, Inc. will, in no way, be circuit and temporary overloads. (The style "B" liable for damage to other equiprnent caused by I has provision for external fusing.) failure or malfunction of equipment built by Rose-mount Nashville,Inc. Transient Response 250 mV peak to peak, for a step load change of 10 to 100% for less than 50 millisecond duration. (Not specified for 2210.) REPAIR POLICY Temperature Range The warranty oblication is limited to repairing The temperature effect over the usable range of or adjusting of the power supply or parts thereof 20)F to 125*F is less than 103%/*F. Do not ex-upon authorized return to the factory, transporta-coed 150oF maximum twerature on base of tion prepaid. Repair or replacement of such equip-solder-header styles or primanent damage may re-ment, which upon examination proves to be defect-sult. (Not specified for 2210.) Ive due to materials or workmanship, will be com-pleted at no charge and reshipped F.O.B. Nash-Stability ville. Any power supply returned beyond the time Long term stability is better than t0.1% of rated limit warranty, or due to misuse, etc., will be re-(7' voltage at fixed conditions. Stability is 10.2% for paired (repair price is approximately half price) or Style"B" and other models when operating below if not repairable, can be replaced at the current 9 volts. price. N Rosemount 3 - j .t p e-., pagp 4e =

OUTLINE DRAWINGS VOLT s.Og MU3 MEV AOJUOT FOR STVLE

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"D" 1/8 MAN. STUO 6-32 7/16 PIN CIRCLE 4 87003 POR SOLOtR->*E ADem & STYLE *P* ONLY T/s De A 6-32e 7/16 aLuG.im style -F OnLv PLUG.IN STYLES "A", "D". "D" & "F" SOLDER-HEADER STYLE "D" ALL STYLES - SIDE VIEW BOTTOM VIEW DOTTOM VIEW I. DIMENSIONS, PLUG IN MODELS WEIGHT A B C D E F G H I LBS. "A" 2-1/2 1-7/16 1-7/16 3/8 "B" 3 2 2 1/2 f_'D'l 3-1/8 2-1/4 2-1/8 9-1/8 1-1/2 2-1/4 1-1/2 D ) "F" 3--15/16 3-1/16 2-15/16 1-7/8 2-9/32 2 SCREW-DOWN SOCKET WITH MOLDED DARRIER STRIPS 2210 OUTLINE Rosemount Part Number: N0012-00170 ^ Thir. Amphenol Model 146-104 socket can be used to connect plug-in power supplies into a cir- "'O,'"",'",,*,'y' cult without soldering. Both mounting and terminal ni-a.in connection problems are quickly solved by using m'a*s ****'=*' t=*as this socket. The socket can be mounted above or below the chassis. Voltage rating is 1250 volts RMS at 5 amp. Mounting screws are not supplied. E = 2 Mott$.tse CIA

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References:

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Ensr/Ns sonD on zeEAxEe ay-/ zS vs usLT-nMP.$ FEFE2 TD B/SRodEFM/D7 21EAl0/N& B790 A 3000B SW23. AUA/LABLE TD7AL LDAD ZA) VDL7: AMP.S = YbLTA&E X COREEAJTX PelDERFACTOR = ( X lod %f%UNL2}) = /20 VACX /5 AMP 3 Y-/ Td7AL LDAD AVAILABl.E = /BM VDLT-ANPS ADDI7/bDAL LOAD To BE AD2)Eh To 3 Y-/ MfDEREE00/EEMEN75DF.D9E TADPEA) REC 02 DER PR-53 /20 VOLTSAC F// SED A7 3lB AMP RECARDER LDAb MAXJMNM = /2D VAC. X WB AlHP = KECDRDER LDAb = 45 VOLT-AMPS PoloEE REDUIREMENT5 DF SPS-2142-P PJn)E2 50PPL Y ES-68/5 /20 VOLTS AC .5/DA77 D/H/CHSl/PPL/ES PT-200. PLOG-IA) PbIDE2 SuPK YLDAD = /20 VAC X CURKEDTID AMPS = /20 VAC. X( 5tUATT5 3- /20 V9C /20 VAC. X D D25 AMP = PotDE2 SUPPLV l.aAlb = 3 VOLT; AMPS 77/DS TDTAL h2).D/T/aNhL 1.0AD = 45 +3 = 48 Va'FAMPS REFE!Z TO 7..b. Fb2 ADDIT /bMAL YblTAGE CHEREMT INfbEMAT/DA), l 7 . - ~., _

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EA - /C'/.2/M-DJ Shtct S of /3 CONSUttERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSHEET ' Tit 1e: DES /&D ZDPU7' ~ Performed c;: gg Date: 4984

References:

Review Method by: Alternate Cales t i Detailed Review GEO ) es l

• • J.3ualification Review ly:

Date

6. a. 03 (CoMTIMUED)

ADD /N& EX/ST/N& LOAD DN 3 9'-/ DF 1 0 Vol 7-A H P S PluS TOTAL ADDI7/DNAl LCADIMOSED af 43 VDL7-ANPS GIUES ATo7AL Of 83 VDL7 AMPS /DH/dHIS ZDS/SE/F/ CAD 7' /DHED CDMFP12ED TDTHE TDTAL LDAD AUA/LAELE DF /8DD VD/7 AMPS DD BREAME2 3 Y-/ TNMS THE BREAEEE LDAD rv 5 % of FDLL LDAD CAPAC/7y, 6.a..(2) LOAD FbR BREAKER 3 Y-// 3Y-// IS A SPARE /5 AMP /20 VDL7AC BREAKER LDCATED ID PANEL Y/3. tf-LDAh IMPOSE.D DD THIS BREAME2 ID/LL APPEDX/NR72~ YNE LDAD DN BREAXE2 3 Y-/ AS THE.DEU/CES THA7* .D2AfD Ct/22EN7 FROM Z7 UNLL.BE Eat /AL Ta THE DEU/CES DN 3 Y-/. hEFEREME SHEE74 SFTH/SER.) 4 },. TESTAB/L /TV EGO /PMED7 IA)STAL1.ED 10/LL EE CAPABLE DFBE/M& TESTED OD-LINE AND AVA/LABLE CAL / BEAT /0DEd!HP-MEN Y.ZS OM HA M'h TO SupPDET TEST /M6 REGu/RE MED 75. TH/S TEST EGM/PMENTA/EETS DR EXCEED.S ABCURAB Y STADDARDS REGUIRED. &. c.. RAME/ SPAN /.2)EADEADD REFE2 70 P2bDUC7 INfDRMA7/DN SHEE7S ATTACHED Tb SHEET & af TH/S EA. a.a. Pims/roome/Lo voar A SMETCH.DEP/C7/N& IMSTRUMENT. SEA /S/DS.4/NE f-CDDA)EST/DDS ID/LL BE' DEVELOPED AND ENLDEFUEA7.nZ) fD/TH THE IMSTALL.A 7/DAJ P26CEDL/2.E, REFEREAJCE D/C Z7EM /3. REFE2 To SHEET 9 of TH/S EA FDR L AYDUT AND MARE 2/AL L/ST/A)&. c.

~ EA ff D8'8/ Shzat 1 of /3 CONSU!IERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSilEET

Title:

DES /&D INPU T Performed by:f4t/M Date:g-S-AO

References:

86 Ndff P4/MTNEAld/46 Review Method by: Alternate Cales i D746 A 40408 ATTAC//ED. Detailed Revteu C3il P Qualification Test ' fe JQ fy '1 A'- Revie# 6y: Date Ro0M lla TRA U8M l TTER Lhl'ATIDM L A 460 T. sS E EF Pl0KTH FACI SutELD10ALL

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EA - / /*7pa-v/ CONSUMERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSHEET

Title:

DE5/6DINM7 Performed by: Date:4 9.go

References:

Review Method by: Alternate Calcs Detailed Review 1 J-Qualification Jest ' 3 (p.jg.fg o Review by: Date

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7. e.

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r.n - et ~r.;70 ~ut CONSUMERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSHEET TLtle:. DES /&N IDPL/Y Performed by:

1. Mff Date:g-/d-R

References:

Review Method by: Alternate Cales t i p Detailed Review d l }D Review by: Dat'e

8. a.. MAT 22/ALS Ma FLAMAB12 MATE /2/ALS ARE A550C/ATED10/TH TH/3 DES /GN EXCEPT THE tt//2E ADD CABLE JUN/CH 10/22.

BE SELECTE.D TD MEE7 ZEEE 383 RAME 7E57~ 8..h. SEPARA8/L /TY SEE 7. e. abo t/E. B. c. F/EE BARR/ERS_ f/2E BA22/E2 PENETRAr/CAJ /D/LL BE L.0VERED BF EX/ST/N6 Pl.AD7P/2DCE.DL/2ES, Al0 NEJO FNEEBR2E/ERS ARE *REOUl R E.Q QNLY 32 EPA /R DF EX/ST/AJC, BA22/ERS AFTER Rout /D& t4H2E,CA B/ %a2 CDA).DU/ 7~. //. P/NS/LAL IL'TEEFACE5 H. a.. OTHER ST21)CTURES. ZDTERFACE /D/TH aTHER.57E//C7//EES IS REa///2ED 502 THE ATTACHMED7 DF TEAA)SM///ER'MOHA/7/~Al& BRACKETS. TH/S A77ACRMENT /D/LL BE ACCOMPilSH12; US/DC, h PRC REU/EtDED 7=ROCEDURE. AND PLAAlT' APP 2D UE.D CENEDT~ A DCHOES. //. 6. DTHER COMPODEDTS INTEEFACE lu/7N D THE2 CDMF3AJENTS ISREall/REZ) FOR IMSTEUMEDT SEAJS/DC, L/A/ES, 7= DICER St/PPLY COAJA)EST/DA) To Y/3 FAAJEL, AND CDD7EOL ROOM ZA)ST21/ MEN r 40 CAT /0 A) A Af D IA)STAL!L A 77DD. THESE ZA) TERFACES LU/LL BE ACCDMPL/SHE.D f)S/D& PRC APF20I/ED ZDS T'ALLA T/0A.) P20CE.D1)EE(S.). LEVEL REC.o2DERS LR-3//d d 1.2-E/// ARE DAJECHADHJEL Of.DURL CHANDEl. RECORDERS LUN/CH A2Eu5E.D FDR P2-53 # P2-S4 EESPE*CT/// ELM ZAJP//73 7^0 THESE RECO2DE25 ARE EE.ECT2/ CALL Y ISDLATED. REFE2 To.St/EET & BLOC /d.2h/AG 2AM ,j' ..........._-........_...._s:... . -........ ~ 7 -.

EA - /-C '/8?) -Of CONStR4ERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSHEET

Title:

DES /&D IMPUT Performed by: [W Date:4-/4-84

References:

Review Method by: Alternate Calcs i i Detailed Review M ~~ I i I Qualification Test ,tbhL 61020 Rev$d by: Date /2. fuuCT/DD AL IN TE2 fades /2. a.. DTHER SYSTEMS Mol)/F/CA7/DD N/LL IDTERFAEEM/7H THE 180 VDL7 TH/S MDTD2 CODTEDL CENTE2 BUS 2 B 7H2D/JGH INS 72//MEB7 AA1b CDDTEDL,POLUE/2 PANEL 3 Y. INA2)D/ 7/DD TD BE/DG P2D7EBTEDf82EAXE2S 2 Y-/ e 3 W/> E//S 2B 25 R/ETHEE P207EC7"ED E Y BREAEE2' 52-2.8 2 S. INTE2 FACE WITH B/l3 /A DU2NG AUTDMA T/C. 32/7LH D VE2 IS PP.OTEE.TED EV 3 Y-/ e 3Y-7/ AND BEEAEEE 52-2526 ALSO. THE BENS /DG L/NE CDDNEC7/DDS FDEEACH CNANNE/- lD/LL ND TFUNC7/DDALL Y ZDTERFACE M/7H67EEE .S VSTEMS CDDDECYED ra THESE L /AJES TH/ SIS A y PJ/ YS/C.AL ID TEEFACE ODL Y. 12..b. OTHE% COMPDDEM75 Do FUDC.TibN AL INTE2FAC25 m/7H 07HEREONPDDED73 EX/ST OTHEE THAN /D/7N THE.'bMAL CHANNEL RECOR'DE2S AS DUTL/NED ED /Ls. AEDVE. /2. C. OPERA 770D AL 72EQ UIREMED Ts /JNZ)EP l/ABd//3 PlAD7 MODES DDE OF THE TMD CHANNEL 5 /D/LL. BEREGN/ RED 70 BE DPERAT/DN AL Du2/N6 ALL PD10E2 DPE/FA7)DNS. TN/S REGU/2EMEN 7 m/LL BE ADDRESSED EM I/DLUME. 3, a PERAT7DN 3 MANUAL. af s -,s /

• • • .==+=.----e_-

O EA - # f S'S X -S/ CONSIRIERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSHEET f*

Title:

. DES /GA) INPur Perfomed by:

1. da42#

Date:4 -/4 -# 8

References:

Review Method by: Alternate Cales L__ f Detailed Review YA[l L le < }D $t'O Qualification Test' Rev%fe b'y-Date ~ /3.a. SKE7CHES /3.f.,. ZDSTR//C7/aNS ZD/LL BEEDME PRE 74/~ TH/SFAC./L/TV /3.c. P20CEDURES CHAA1&E OR BEA7TAEHEb To THE MA/27EDADCE D2DE2.S GEAJEEATE2) TD PE2.FDEM T//E IDO2K. l /4.1. AMPTAM TEST /A16 IDILL B E A 'PA GT' O P TH E /4. c. PEE-SEED //'f IA)STR LL RTl0 M ~ PRO CEDURE. /4. J.s. SN20E/LLADCE ^' TEST /MG /D/LL BE ADMIA)1STRAT/UEL.V G /4. d...I Al-SEEU/CE cpypgozj_5_9 yy fyajyyggj pggggwp ZF~PP QU ITEED. i l (A

O CONSUMERS POWER COMPANY Nuclear Plant FACILITY CHANGE UFI No. ldl2l 2 i O 8d 1 0lD 6 FC f i 39 k" l t 1 l n r Sys Eqmt D 2 2, / i / Sd 1 6 o:4 i i Sys Eqmt TITLE: //MEADE CD2TA/NMENT DATEE. LEVEL ZD.STE2VED73 $ *u'e**f* Date Prelim Eng comp Functional

Description:

SEEA77AS/EBEA -EC#SS-F.D 1 PEDS /EENEN7* Proj Engr PEdV/DE AC/27/Nudf2S ZDD/CA7/DD DFCDDTA/DMEN7 &* ' """d W// IDATE2 LE//EL IN 7//E GDTML 200M ul/7H IRS /20MEDT 2 EAMES IDM/CJ/ INCLUDE ACD/DED 7 fido.D/D& LEVELS. ech supt M/l)E EAD&E IDS 7ENNEDTLEUEL EAA&E AEDMTHE "'**" I" BDTTDM To F/VE FEE 7ABDVE NDENAL /DATEE 3 2.EVEL. MEASUEEMED7 SHALL MEE7 THE. DES /4D Detai1ed Engr Coap AND GUALIPIC.AT/DD P2dV/S/DDS OF RESU1A76RY GH/bE /. 9 7. Proj Review Comp Ad77DD To 25E TAEED A7 2TM ROCX Tech Supt 5 ( INS 7Et/MEAITA7//D Tb MbD/7DE CDDTA/A/NEAIT QA Revteu toATE2 2.EVEL AFTEE AD ACC/. BED 7/D/LL.BEP2d-V/DED. MEASHEEMED7 AD.D IN.1)/CA7/DD N/LL.BE 4^ [DD7/DL/dDS RECARD/D& To CD VEE THE RANGE $"nhe?n$n$ DF ELEUAT/dN 571 FEE 7; /DH/CHIS THE LEYEl P1 ant supt 7 DF7NE SUC7/DNS72A/NEES FDR THEEDEE. SPA 4Y opeeaetoas Not12ted red /At"//LAT/DD P//NPS, 74 APPEbX/MA7.ELY ELEFA7/bD 594 FEET 10H/CHIS S/X 74 D/NEFEET Pro] Engt 8 ABbVE MAX / mum MA7EE LEl/EL AFTEEAAl fe[*$'g0;g"****~ \\ ACLlhEM7* A NELD Lb2TAINMED Y laATE21EVEL. 9 p,o4 g,,, INSTEDMENTAT/DD QNANNEL 70 dove.e TR/S qc ge,1eu RADGE tu/LL BE PRDVlhED. NELD IDSTRUMENY.S LWLL MEE 7 THE 2)ES/&D red ///EEMENTS 65 QC Supv to 1 REGULAYdEY Gu/DE /,97 INCLUZh/J/l, THE operability Authorization ouAL 15/CL4 TIDM ANb TESTAB/L/7% X22V/N.D-73 ADe Y lu/LL BE PR0 V/2>E25.B(EX/S27NS. INS 78 Document d e INCTEUMEDTA7/DD CNADDE/ LUH/CH /UN / BE f .D/SPLA VE.D DD A.5EPARATE ddD7/A1//41/.S ProJ Engr 12 REC.DRDEft. Close out Tech Supt 13 INFORMATION COPY n

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v-Form 2953 EA -M TW-AD Sheat / of 3 CONSUMERS POWER COMPANY Nuclear Plant ENGINEERING ANALYSIS WORKSHEET C TLtle: /7/DC7/SNAL.DESCE/P7/DN Performed by: f'duaice /"- Date:4-/8-BO

References:

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