Text

Final Sys Description (Index 44),Radwaste Disposal Miscellaneous Liquids Sys (Burns & Roe Drawing 2045, Revision 13)
	ML19262A514
Person / Time
Site:	Crane
Issue date:	10/31/1975
From:	Iskyan H; BURNS & ROE CO.
To:	;
References
	TASK-TF, TASK-TMR PROC-751031, NUDOCS 7911090505
	Download: ML19262A514 (73)
	v • d • e

{{#Wiki_filter:a 4. h 8 4 FINAL SYSTEM DESCRIPTION (Index No. 44) RADWASTE DISPOSAL, MISCELLANEOUS LIQUIDS SYSTD1 (B&R Dwg. No. 2045, Rev. 13) JERSEY CENTRAL POWER & LIGHT CG1PANY THREE MILE ISLAND NUCLEAR STATION UNIT NO. 2 Issue Date october.1975 Prepared by: fl. Iskyan t Burns and Roe, Inc.. 1920 095 700 Kinderkamack Road

Oradell, N.

J. 07649 1911000 ,.I

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t-1,, TABLE OF CONTENTS FOR RADIGSTE DISPOSAL, MISCELLANEOUS LIQUIDS SYSTEM Section Page

1.0 INTRODUCTION

1 1.1 Systems Functions 1 1. Summary Description of the System 2 1.3 System Desigt. Requirements 5 2.0 DETAILED DESCRIPTION OF SYSTEM 6 2.1 Components 6 2.2 Instruments, controls, Alarms and 15 Protective Devices 3.0 PRINCIPAL MODES OF OPERATION 16 3.1 Startup 16 3.2 Normal Operation 17 3.3 Shutdown 18 3.4 Special or Infrequent Operation 18 3.5 Emergency 18 4.0 HAZARDS AND PRECAUTIONS 19 4.1 Hazards 19 4.2 Precautions 19 I920 096 =,-

l APPENDIX l' TITLE TABLE NO. Contaminated Drain Tanks 1 Miscellaneous Waste Hold-up Tank 2 Auxiliary Building Sump Tank 3 Neutralizer Tanks 4 Reactor Building Sump Pumps 5 Auxiliary Building Sump Pumps 6 Reactor Building Spray Pump Room Sump Pumps 7 Decay Heat Removal Pump Room Sump Pumps 9 Contaminated Drain Tank Room Sump Pump 9 Contaminated Drain Pumps 10 Miscellaneous Waste Tank Pumps 11 Auxiliary Building Sump Tank Pumps 12 Neutralizer Tank Pumps 13 Auxiliary Building Sump Fil ter 14 Neutralizer Tank Filter 15 Contaminated Drain Filter 16 Reactor Building Sump Pump Filter 17 Miscellaneous Liquid Waste Quantities 18 Major System Valves 19 Instruments and Controls 20 Panel Mounted Annunciators and Computer Inputs 21 sh .+ e 1920 097 m e-m-w _= .we-- s use. w. -w .w.- ..e.em,w-,emwN.. ~-,_. m,

F 3 RADWASTE DISPOSAL, MISCELIANEOUS LIQUIDS SYSTEM

1.0 INTRODUCTION

1.1 Systen Functions The Radwaste Disposal - Miscellaneous Liquids System receives liquids, exclusive of reactor coolant, from the Service Building, Auxiliary Building, Fuel Handling Building and the Reactor Building Sump. These liquids are then process-ed to chemically neutralized and/or reduce the radioactivity level prior to discharge. The system provides the following functions for the liquids: 1. Hold-Up storage to allow radioactive decay. 2. Positive manual control of all releases. 3. Sampling of all batches before release. 4. Filtering and chemical treatment of releases. 5. Transfer path to the Unit No. 1 Miscellaneous Waste Evaporator System for volume reduction and radioactivity removal by evaporation. The Radwaste Disposal - Miscellaneous Liquid System has an interface with the below listed systems (Drawing numbers refer to Burns and Roe, Inc. flow diagrams except as noted) - a.- Condensate Polishing (2006) b. Domineralized Service Water (2007) c. Reactor Coolant Make-Up and Purification (2024) d. Chemical Addition (2025) e. Decay Heat Removal and Spent Fuel Cooling (2026) f. Radwaste Disposal - Reactor Coolant Liquid (2027) g. Radwaste Disposal - Gas (2028) 4 1920 098. , ~ -, -. - - - - - ,l

~ ~ '7 2 h. Intermediate Closed Cooling Water (2029) i. Nuclear Sampling System (2031) j. Reactor Building Spray (2034) k. Nitrogen for Nuclear and Radwaste (2036) 1. Sereice and Control Building - Domestic Uater, Sanitary and Contaminated Drains (2391) m. Radwaste Pumps Seal Water (2492) n. Unit #1 Liquid Waste Disposal, Gilbert Associates, Inc., Dwg. C-302-692. o. Radwaste Coolant Recovery (Dwg. 2632). 1.2 Summary Descrintion of the System (Refer to Burns and Roe, Inc. Flow Diagram 2045, Revisionl}) The major components of the system, located in four buildings, are listed below: a. Reactor Building 1. Reactor Building Sump Pumps (WDL-P-2A and WDL-P-2B) b. Service Building 1. Contaminated Drain Tanks (WDL-T.'.lA and WDL-T-llB) 2. Contaminated Drain Tank Room Sump Pump (WDL-P-18) 3. Contaminated Drain Pumps (WDL-P-15A and WDL-P-15B) c. Auxiliary Building 1. Auxiliary Building Sump Pump (WDL-P-3A and WDL-P-3B) 2. Reactor Building Spray Pump Room Sump Pump (WDL-P-17A and WDL-P-17B) 3. Decay Heat Removal Pump Room Sump Pump (WDL-P-16A and {fDL-P-16B) 4. Auxiliary Building Sump Tank (WDL-T-5) ~ t . 1920 099 -+ -~4--..

O I 5. Auxiliary Building Sump Tank Pumps (WDL-P-4A and WDL-P-4B) 6. Miscellaneous Waste Hold-Up Tank (WDL-T-2) 7. Miscellaneous Waste Hold-Up Tank Pumps (WDL-P-6A and WDL-P-6B) d. Fuel Handling Building 1. Neutralizer Tanks (WDL-T-8A and WDL-T-8B) 2. Neutralizer Pumps (WDL-P-8A and WDL-P-8B) 1.2.L Reactor Building Leakages, some relief valve discharges, decontamination wachdown drains and floor drains that exist in the Reactor Building drain to the Reactor Building sump. The liquid can then be pumped to the Miscellaneous Waste Hold-Up Tank WDL-T-2, or to the Auxiliary Building Sump Tank WDL-T-5, if the Miscellaneous Waste Hold-Up Tank is full or inoperative. After hold-up, recirculation, and samp-ling in the Miscellaneous Waste Hold-Up Tank or Auxiliary Building Sump Tank, the liquid is transferred to the Neutralizer Tanks WDL-T-8A or WDL-T-8B or the Unit No. 1 raa waste Evaporator. If the liquid is pumped to the ~ Neutralizer Tank, it is chemically processdd. Depending on radiation levels, the waste is then pumped to the Mechanical Draft Cooling Tower discharge or the Unit No.1 rad waste evaporator. 1.2.2 Service Buildina Waste liquids in the Service Building are collected in the Contamina'ted Drain Tanks. The Service Building wastes are mainly laundry type solutions whose radioactivity is very low or undetectable. t I920 100. _ _ _ _ _

i The tanks also receive liquids from the contaminated Drain Tank Room Sump Pump (WDL-P-18). After sampling the wastes may be discharged to the Unit I. Evaporator, Unit I .Miccellaneous Waste, Holdup Tank, Unit II Miscellaneous ~ Waste Holdup Tank, or the Neutralizer _ Tanks. In a Neutralizer tank, the liquid may be chemically treated. From th6 Neutralizer Tank the waste may be pumped to the Unit No. 1 Evanotator or to the Mechanical Draft Cooling Towers. 1.2.3 Auxiliary Buildina and Fuel Handling Building The Auniliary Building Waste System collects liquid from tank drains, reliefs, vents, filter drains, flush line drains, and all the Auxiliary Building and Fuel Handling Building floor drains. The wastes are pumped into the Auxiliary Building sump tank WDL-T-5. Af ter hold-up, recirculation and sampling, the liquids are normally pumped to the Neutralizer Tanks. After any necessary chenical treatment in the Neutralizer Tanks, and dependent on the radioactivity level, the liquids are directed to the plant discharge line or to the Unit No. 1 Miscellaneous Waste Evaporator. . Liquid wastes can be stored in the Auxiliary Building Sump Tank or the Miscellaneous Waste Hold-Up' Tank. In summary, all waste liquids are treated so the solu-tion is neutral or slightly basic. If the radioactivity level of the liquid is within acceptable limits, the wastes are released to the plant discharge line. If 5 1920 101 _4_

the activity level is not acceptable, the wastes are pumped to the Unit No. 1 Miscellaneous Waste Evaporator System. The Unit No. 2 Miscellaneous Waste Hold-Up Tank ca'h also be used for storage of Unit No. 1 miscellaneous waste. 1.3 System Desian Requirements The Radwaste Disposal-Miscellaneous Liquid Waste System is designed to collect, handle, sample and dispose of miscel-laneous liquid waste generated througi'out the plant. This system handles all radioactive liquid waste with the exception of reactor coolant which is bled from the Primary System or drained in large volumes from Primary System components. The system tanks and sumps are designed to store the average amount of liquids used or processed in one week. The average yearly quantities from which the average weekly amounts were derived is summarized in Table 18. The system is designed to minimize the radioactivity released to the environment. The system ensures that only liquids of radioactivity of less than 1% of the limits of 10CFR20, Appendix B, are released to the environment. Liquids are discharged in batches af ter the batch is sampled for radio-activity. The discharge paths are monitored for radioactivity and the discharge paths are automatically shutoff as radio-activity limits are approached. The system is designed to limit the radiation dose rate to 2 mr/hr at the shield wall. The equipment is located in t i920 102. "4N g - m,-we.mer . wmww &

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individual cubicles shielded by concrete walls to minimize the dose rate. The system is designed to neutralize the liquid waste before it is discharged The liquid batches are sampled for pH and if the liquid does not meet the specification it is trans-ferred to the neutralizer tanks where caustic or sulphuric acid is added to bring the pH to 7. All system piping and accessories are designed for Class I seismic. System piping and tanks are constructed of 304 stainless steel with the exception or the caustic-sulphuric acid lines which are Carpenter-20. System design pressure is 150 psig and the design temperature is 200 F. Piping in N-3, cleanliness D and designed, constructed and inspected in accordance with ANSI B31.7, Nuclear Power Piping. Tanks are designed, fabricated and inspected in accordance with ASME III-C and require a code stamp. 2.0 DETAILED DESCRIPTION OF THE SYSTEM 2.1 Components 2.1.1 Contamina ted Drain Tanks, WDL-T-llA and WDL-T-llB Two contaminated drain tanks (Table 1), each with a capacity of 2,500 gallons, collect the liquid waste of the Service Building, Contaminated Drain Riser System and the Contaminated Drain Tanks Room Sump Pump. The Service Building drains to the Contaminated Drain Tanks are: a. Sampling rack sink b. Eye wash (Lab) 1920 103. +d--%.e..._ ---...--ww .--e4 _---..----w.w

c. Laboratory sinks d. Decontamination showers c. Floor drains (shower drying area) f. Woman's room lavatory 9 Soiled laundry sinks ha Fume hood cup sink urinal i. Filter cabinet water seal tank drain j. Monitoring area lavatories k. Eye wash monitoring area 1. Soiled janitors' service sink m. Soiled laundry floor drain n. Soiled laundry washer extractor o. Ilot instrument repair shop, E.W.C. p. Ilot instrument decon. room shower q. Urinal The tanks each have an outlet to the Contaminated Drain Pumps and each tank has a recirculation penetration from each pump. The tanks are vented to the atmosnhere through a common vent. The Contaminated Drain Tanks are located in the Service Building at elevation 280'-6". 2.1.2 Miscellaneous Waste Hold-Up Tank, WDL-T-2 The Miscellaneous Waste Hold-Up Tank ( Table 2) which has a capacity of 19,518 gallons, receives liquids from the following sources: a. Auxiliary Building Sump Tank b. Neutralizer Tanks c. Contaminated Drain Tanks d. Reactor Building Surup e. Neutralizer Effluent Disposal Pumps f. Deborating domineralizer back wash outlet g. Fuel Storage Pool Submersible Pump dispharge . 1920 104 .__--~.._._-..-._.-._1M

i, h. Unit No. 1 Miscellaneous Waste System i. Demineralized Water System The tank also has connections to the Miscellaneous Waste Tank Pump suction, recircula tion, a caustic and sulphuric acid inlet, two nitrogen inlets, a vent, a gas sample con-nection and a relief valve. The Tank is normally nitrogen blanketed, but may be vented to the WDG System. To prevent acid splashing on the inner tank walls, the inlet piping extends into the tank 8 ft. The overall height of the tank is 10h ft. The Miscellaneous Waste Hold-Up Tank is located in the Auxiliary Building elevation 305 '. 2.1.3 Auxiliarv Buildinc7 Sump Tank, xDL-T-- 5 The Auxiliary Building Sump Tank, (Table 3), with a capacity of 3,155 gallons, can receive liquids from the following sources: a. Auxiliary Building sump b. Reactor Building Spray Pump Room sump c. Decay Heat Removal Pump Room sump d. Reactor Building sump e. Neutralizer Ef fluent Disposal Pumps f. Deborating Demineralizer back wash outlet g. Waste Gas Decay Tank and Compressor Drains h. Demineralized Water The tank also has penetrations for the Auxiliary Building Sump Tank Pump suctions, recirculation, nitrogen,a vent to the vent header / gas analyzer, domineralized water, and a relief valve. The Auxiliary Building Sump Tank is located in the Auxiliary Building at elevation 280'-8.". The tank is normally blanketed with nitrogen, but it may be vented to the WDG System. 1920 105, -. ~. -. - - -

2.1.'4 Neutralizer Tanks, NDL-T-8A and WDL-T-8B = ' The Neutralizer Tanks (Table 4), which have a capacity of 9,640 gallons per tank, collect liquid from the following to allow chem-ical treatment: a. Auxiliary Building Sump Tank b. Miscellaneous Waste Hold-Up Tank Unit No. 2 Spent regenerant from the Deborating Domineralizers c. d. Sulphuric acid c. Caustic f. Domineralized water g. Drain and flush from the Boric Acid Mix Tanks The tanks have connections for the Neutralizer Tank pump suction and recirculation. To prevent acid splashing on the inner wall of the tank, the inlet piping extends into the tank 10'-3/4". The overall height of the tank is 16' -9.25" above the 280'-6" elevation of the Fuel Handling Building. The tank is vented to atmosphere. The Tank inlet valves are interlocked so that only one source of waste or water treatmont may be added simultaneously. 2.1.5 Reactor Buildinc Sumo Pumns, WDL-P-2A and WDL-P-2B The Reactor Building drains, the fuel transfer canal drains, and the decay heat piping and relief valve discharge flow into the Reactor 3 Building sump. The 280 ft steel lined sump is partioned into a normally wet and dry section. During a LOCA the water in the wet section over flows into the dry section The Decay Heat Pumps may then take suction from flooded normally dry section. In this LOCA condition the Decay Heat Pumps also supply the Makeup and Building Spray Systems. The Reactor Building floor drain system receives discharges of some relief valves, de-contamination wash-down, some seal leakages, etc. Two Reactor Building sump pumps (Table 5), are provided to transfer the collected liquid through a discharge filter (WDL-F-8A or'WDL-F-8B) to the Miscellaneous Was te Hold-Up Tank. Each pump is a single stage centrifugal 1920 106.-

with a capacity of 200 gpm. The pumps motors are rated at 7.5 HP and are powered from MCC 2-32A for pump 2A and MCC 2-42A for pump 2B. Each pump is controlled by a (MAN-OFF-A UTO) selector switch located on Panel No. 301. When selected to AUTO, the pumps operate alternately on a permissive water' level from level switch WDL-LS-1315. If the level in the sump continues to rise, the high level switch sends a signal that starts the second sump pump and sets off an alarm on the Radwaste Panel No. 301. The pumps automatically stop a t a pre-set low level. If the selector switch is selected to MAN, the selected pump will run until the low level is reached. The pumps and associated Reactor Building isolation valves (WDL-V126 and WDL-V271), receive an ES signal which rtops the pumps and shuts the valves during a LOCA. Indication is provided on Panel No. 301. 2.1.6 Auxiliary Building Sump Pug, WDL-P-3A and WDL-P-3B The Auxiliary Building floor drain systems, the Borated Wa ter S torage Tank drain, and some relief valves flow into the Au: iliary Building Sump. The Auxiliary Building sump is a 6 foot deep, stainless steel lined, concrete pit with a capacity of 1022 ft. The Auxiliary Building floor drain system collects contaminated and non-contaminated liquids including some relief valves, over-flows, tank drains, cooler drains, wash down drains etc. The pumps discharge to the Auxiliary Building Sump Tank via filter WDL-F-3A or 3B, or bypass valve WDL-V315. Each sump pump (Table 6), is controlled by a (IG N-OFF-A UTO) selector switch located on panel 301. The operation of the pumps is similar to that described for the Reactor Building sump pumps (2.1.5), except the Auxiliary Building Sump pumps do not receive an ES s{gnal.. The numos are single . ~ l920 107

a stage centrifugal with a capacity of 100 gpm each. The pumps are driven by 3 HP motors which are powered from MCC 2-32A for pump 3A and MCC 2-42A for pump 3B. Indication is provided on Panel No. 301. 2.1.7 Reactor Building Spray Pumps Room Sump Pumps, WDL-P-17A and WDL-P-17B Each Reactor Building Spray Pump Room has a sump which collects all leakages and equipment wash down drains. The sump is a 4 foot deep, stainless steel lined concrete pit with a capacity of 48 ft. Each sump has a sump pump (Table 7), WDL-P-17A and WDL-P-17B, which discharge through filters WDL-F-3A and WDL-F-3B to the Auxiliary Building sump tank. Each pump is a single stage centrifugal with a capacity of 50 gpm. The pumps are driven by a 7.5 HP motors which are powered from MCC 2-32A for pump 17A and MCC 2-4 2A for pump 17B. Pumps are controlled by a (ON-OFF) control switch located on the Radwaste Panel No. 301. When selected to ON, the pump will start and niop at pre-set levels. Red-Green pilot lights provide indication on Panel No. 301. 2.1.8 Decay Heat Removal Pump Room sump Pumps, WDL-P-16A and WDL-P-16B Each Decay Heat Removal Sump Room has a sump which collects all leakages and equipment wash down drains. The sump is a 4 foot deep, stainless steel lined, concrete pit with a capacity of 48 ft. Each sump has a sump pump (Table 8), WDL-P-16A and WDL-P-16B, wh[ch discharge through filters WDL-F-3A and WDL-F-3B to the Au?:lliary Building sump tank. Each pump is a single stage centiifugal with a capacity of 50 gpm. The pump motors are 4 rated at 7.5 HP and are powered from Mcc 2-32A for pump 16A and 1920 108 _11_ O

MCC 2 -4 2A for pump 76B. Pumps are controlled by (ON-OFF) control switch located on the Radwaste Panel No. 301. When selected to ON, the pump will start and stop at pre-set levels. Indication is provided on Panel No. 301. 2.1.9 Contaminated Drain Tank Room Sump Pump, NDL-P-18 The Contaminated Drain Tank Room has a sump which collects all leakages and equipment wash down drains. The Contaminated Drain Tank Roor6 sump is a 3 foot deep, stainless steel lined, 3 concrete pit with a capacity of 18 ft. The sump has a sumo pump (Table 9), WDL-P-18, which discharges to contaminated dra in tank WDL-T-llA or WDL-T-llB. The pump is a single stage centrifugal with a capacity of 50 gpm. The pump is driven by a 1.5 Ho motor which is powcred from BUS 2-37. The pump is controlled by a (ON-OFF) control switch located on the Radwaste Panel No. 301. When selected to ON, the pump will start and stop at pre-set levels provided sufficient suction pressure is available. Red-Green pilot lights provide indication on Panel No. 301. 2.1.10 Contamina ted Dra in Pumns, NDL-P-15A and WDL-P-15B The Contaminated Drain pumps discharge liquids from the contaminated Tanks to either Unit 1 or 2 Miscellaneous Waste -Holdup Tank,_ Evaporator, or Unit 2 Neutralizer Tank (there-af ter the wastes can be discharged to the river). The pump can ant discharge directly to the river. The pumps normally discharge through contaminated drain filter WDL-F-7A or WDL-F-7B. A filter bypass is also provided The pumps are single stage centrifugal with a capacity of 50 gpm each driven by a-10 HP motor. The pumps are controlled by a (STOP-START) selector switch located on the Radwast Parel No. 301. Power g supply is from Bus 2-37 and Bus 2-47 for pumps 15A and 15B - 1920 109 Nw _ aseen 4 _ e w aw t w a ~w* ~-e-- - v; u ww- - - ,,~ - - - - = -

respectively. Indication is provided on Panel No. 301. A pressure switch WDL-PS-3021 or WDL-PS-3022 will prevent starting the pumps unless sufficient suction pressure exists. 2.1.11 Miscellaneous Waste Tank Pumps, WDL-P-GA and WDL-P-6B The Miscellaneous Waste Tank pumps (Table 11), are used to discharge liquid from the Miscellaneous Waste Tank to the Neutralizer Tanks or to the Unit No. 1 Miscellaneous Waste Evaporator. The pumps are single stage centrifugal with a capacity of 50 gpm each driven by a 2 HP motor. The pumpa are controlled by a ( STOP-START . ) selector switch located on the Radwaste Panel No. 301. Power supply is from MCC 2-32A and MCC 2-42A for Pump 6A and 6B respectively. A pressure switch, WDL-PS-1339 and WDL-PS-1340, will prevent starting the pumps unless sufficient suction pressure exists. Indication is provided on Panel No. 301. 2.1.12 Auxiliary Buildina Sump Tank Pumps, WDL-P-4A and WDL-P-4B The Auxiliary Building sump tank pumps (Table 12), discharge liquids to the Neutralizer Tanks, the Miscellaneous Waste Hold-Up Tank or to the Unit No. 1 Miscellaneous Waste Evaporator System. The pumps are single stage centrifugal with a capacity of'30 gpm each driven by a 3 HP motor. The pumps are con-trolled by a ( STOP-START ) selector switch located on the Radwaste Panel No. 301. Power supply is from MCC 2-32A and MCC 2-42A for pumps 4A and 4B respectively. A pressure switch, WDL-PS-1372 and WDL-PS-1373, will prevent starting the pumps unless sufficient suction pressure exists. t Indication is provided on Panel No. 301. 3-1920 110 er - w w A %+-- .-e.. ~_ .--.r...~_

{.1.lh Neutralizer Tank Pumps, WD L-P-RA and WDL-P-8B The Neutralizer Tank pumps (Tabic 13), discharge liquid to the plant discharge line, Unit No. 1 Miscellaneous Waste Evaporator system and the Miscellaneous Waste Ho'ld-Up Tank. The pumps discharge through filters WDL-F-4A and WDL-F-4B. The pumps are single stage centrifugal with a capacity of 50 gpm each. The pumps are controlled by a (STOP - START) selector switch located on the Radwaste Panel No. 301. The pumps are interlocked with Radiation Monitor WDL-R-1311, in the plant discharge line, so that the pumps will stop if a high radiation level is sensed and WDL-V100,Dischargc.to Mechanical Draft Cooling Tower, is opened. WDL-V100, will also shut on a high radiation signal. Only one of the two pumps may be running at one time. There is no pressure switch to stop the pump with low pump section. The pumps are powered from MCC-2-32A and 2-32A for pumos 8A and BB resnectively. 2.1.14 Indication is provided on Panel No. 301. Luxiliary nuildina Sum, Filters, MDL-F3A and WDL-F-3B Two cartridge type filters (see Table 14) are installed in parallel paths between the Auxiliary Building sump pumps and the Auxiliary Building sump tank. The filter housing is con-structed of stainless steel and the disposable cartridge is constructed of corrugated, epoxy impregnated, cellulose fiber. The filters are designed to remove trace quantities of particulate radioactive wastes of granter than 100 microns from process lines. 2.1.15 Netitralizer Tank Filters, WDL-F-4A and WDL-F-4B Two cartridge type filters (see Table 15 ) arc installed in parallel paths in the discharge of the neutralizer tank pumps. The filter housing is constructed of stainless steel and the disposable caltridge is constructed of corrugated, epoxy impregnated, cellulose fiber. The filters are used to remove trace quantities of particulate radioactive wastes of greater than 100 microns from process lines. 1920 111 14-F MT b1' L (( Y baus J I w, uv+.,. +4 [

l 2.1.16 Contamina ted Drain Filter, WDL-F-7A and WDL-F-7B One cartridge type filter (see Table 16) is installed in the discharge line of each contaminated drain tank pump. The filter housing is constructed of stainless steel and the disposable cartridge is constructed of corrugated, epoxy impregnated, cellulose fiber. The filters are used to remove trace quantities of particulate radioactive wastes of greater than 100 micre .s from process lines. 2.1.17 Reactor Buildina Sump Pump Filters, WDL-F-8A and WDL-F-8B Two cartridge type filters (see Table 17) are located in parallel paths between the Reactor Building sump pumps and thn Miscellaneous Waste Holdup Tank. The filter housing is constructed of stainless steel and the disposable cartridge is constructed of corrugated, epoxy impregna ted, cellulose fiber. The filters are used to remove trace quantities of particulate radioactive wastes of greater than 100 microns from process lines. 2.1.18 Maior Svsten valves For a description of the major system valves, see Table 19. 2.2 INSTRGiFNTS, CONTROLS, A L7s RMS, AND PROTECTIVE DEVICES 2.2.1 Instruments and Controls All tanks and sumps are provided with level instruments which give indication of liquid level and actuate alarms on conditions - of high level. All tank pumps have a flow orfice acrose which ~ differentail oressure is read. Differentail pressure may then be converted to flow. Fifty gallons per minute corresnonds to 100 inches of water pressure differentail. All sumo pumps are ( controlled by the sump level. With the exception of the Neu-i920 112 -1s_ 9

tralizer Pumps, all tank pumps have a pressure switch which stops the pump at a low level. The interlocks of the Neu-tralizer Tank Pumps (NDL-P-8A&B), the pumps discharge' valve to the Mechanical Draft Cooling Tower (WDL-V100), and the Tank inlet valves (WDL-V235A, 235B, 235A, and 236B)' are discussed in sections 2.1.4 and 2.1.13. All tank pumps are provided with discharge flow indication. The Miscellaneous Waste Tank pumps and the Auxiliary Building sump tank pumps are orovided with discharge pressure indication. The Mis-collaneous Waste Hold-Up Tank and the Auxiliary Building sumo tank are provided with pressure indication and a relief valve. All filters have a high differenetial pressure alarm which indicates a clogged filter. The Neutralizer Tanks are provided with local and remote tank temperature indication. Normally with increasing level, only the Reactor Building Sung-Pump starts which did not run during the previous oumodown. If the water entering the sump increases.the level to the Hi Hi alarm level, the idle pumo also starts. The Auxiliary Building Pumos, WDL-P-3A and 3B, have similar logic. l920 113 ' ' w \\b sp$ m,, t' h N. J 1 2

Auxiliary Building sump tank are provided with pressure indi-cation and a relief valve. All filters have a high differen-tial prescure alarm which indicates a clogged filter. The Neutralizer Tanks are provided with local and remote tank temperature indication. For a specific description'of the instruments and controls, see Table 16. 2.2.2 Alarms cnd Protective Devices For information on alarms in the system, see Table 17. The Miscellaneous Waste Hold-Up Tank, and the Auxiliary Building sump tank are protected from overpressure by a relief valve, set at 20 psig. The Reactor Building Sump Pumps, WDL-P-2A & 2B stop and their associated containment isolation valves, WDL-126 and 271 shut on an ES signal. The Miscellaneous Waste Tank and contaminated Drain Tank Pumps are interlock with pressure switches to ensure minimum operating suction pressure. 3.0 PRINCIPAL MODES OF OPERATICN 3.1 Startup The system is normally in operation to receive liquids as described in Section 1.2 However, individual sump pumps are started by placing the appropriate selector switch to the AUTO or ON position as appropriate. In order to start collection tanks and their associated pumps, a proper valve line up is insured. The tanks are then recirculated to obtain a representative sample, and then the tanks are discharged. The Miscellancour, Waste Holdup Tank, ' IDL-T-2, and Auxiliary Bujiding Tank. WDL-T-5, are isolated from the WDG System and nitrogen Elanketed. The tank pumps are supplied with seal water. t f920 114.

3.2 Normal Ooeration The onoration of the miscellaneous waste system is by automatic and remote manual modes. Automatic control is used where necessary for safe system operation, such as control of sump oumps. Other operations are accomplish-ed by remote manual control because operations of this type mainly involve intermittent batch type operations. Sampling orovisions are provided throughout the system for determination of chemical and radioactivity levels. Where local campling is required, the sample collection is located on the recirculation line so that a sample is obtained while the tank is being recirculated. Gas samples from the Auxiliary Building sump tank and the Miscellaneous Waste Hold-Up Tank are routed to the gas analyzer, and the contaminated Drain Tanks. Liquids collected in the Auxiliary Building sump tank, the Miscellaneous Waste Hold-Up Tank, and the contaminated Drain Tanks are recirculated and sampled in order to determine a discharge flow path. If chemical pH ad-justment is required, in order to adjust the pH to 7, the liquid is pumped to the Neutralizer Tanks. If the radio-activity of the tanks is high, the contents of the tanks are numped to the Unit No. 1 Miscellaneous Waste Evaporator System where the radioactivity is reduced by a factor of 104 The distillated from the Unit No. 1 Miscellaneous Waste Evaoorator is returned to the Unit No. 1 Condensate Storage Tanks or to the Unit No. 2 Reactor Coolant Bleed Hold-Up Tanks. ~ t I920115 . e muscams.. w

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The inlet valves of the Neutralizer Tanks are inter-locked such that only a tank can receive liquid from the same source any one time. The Neutralizer Tanks have separate inlets for chemical additions. The tank pumps; WDL-P-4A, 4B, 6A, 6B, 8A, 8B, 15A, ISB; have scal water to prevent radioactive leakage. 3.3 Shutdown In order to shut down any individual sump or sump pumps it is only necessary to place the control switch to the OFF position. Shut down of collection tanks and associa-tcd piping and valves is accomplished by placing the respective pump control switch to the off position. Individual tanks, pumps, or sumps shut down can be accomplished without limiting overall system operation. 3.4 snecial or Infreauent onoration Scool piece installation is required in order to provide nitrogen and/or domineralized water to various parts of the system. Normal radiological precautions must be observed while installing and removing spool pieceu. Tanks and piping are provided with connections to the Domineraliacd Water System to facilitate decontamination. 3.5 Emergency In the event of a failure of a tank pump, the associated pump is used to recirculate and discharge liquid from the tank. Two sump pumps are provided in the Reactor Building sump and the Auxiliary Building sump for re-dundancy in the event of a pump failure. ( e 1920 116 .- ~.. - -

d.0 HAZARDS AND PRE' CAUTIONS 4.1 Hazards A possible release of radioactivity exista when installing or removing spool pieces. The following hazards must be considered: Inadvertent release of a radioactive batch from a storage tank to the environment. A break or leak in the system releasing radioactivity to the building. 4.2 Precautions The following features are provided which prevent the system from releasing liquids with radioactivity level above preset limits into the plant discharge, and minimize the results of leakage into the building in which the sump is located, i.e. Auxiliary Building, Service Building or Reactor Building. a. Safety Features Actuation System which isolates the part of the system that exists inside the Reactor Building in the event of loss of reactor coolant. b. Sampling of all batches before release. c. Positive manual release of all batches. d. Redundant monitors in the plant discharge line which close the line valve and shut down the discharge pumps if radioactivity levels above a preset limit are detected. e. The components of the system are located in separate cubicles as a precaution for breaks and leaks. Further-more, the cubicles are maintained under negative pressure to direct airflow away from personnel in the operating area. Also, the cubicles are construcped to provide 1920 117

shiciding and controlled access to minimize exposure of personnel during operation and maintenance. f. Drains from leaking equipment are directed to the building sumps to contain all leakage within the build'ing. g. Large volume leakage from Reactor Coolant Pump seals and valve stem within the Reactor Building may be returned to the Reactor Coolant System without processing (see Reactor Coolant Leakage Recovery System Description, Indo:: No. 64). Auxiliary Building sump Tank and Miscellaneous Waste Hold-up Tank are nitrogen blanketed. Sample the air for oxygen and contamination before entering the tanks or after venting. O em e 1920 118 21-

e TABLE 1 CONTM1INATED DRAIN TANKS Identification WDL-T-llA, WDL-T-llB' Manu factu rer Richmond Engineering Co., Inc. Capacity - gallons 2,500/ tank Installation Horizontal

15 -8 5/8 Outside diameter and length, f t-in5 -6 Shell material SA-240, 304 S/S Shell thickness, in.

5/16 Design temperature, F 150 Design pressure, psig 20 Corrosion allowance, in. O Design code 1968 ASME Code, Sec.III, Class C Code stamp required ASME Code Classification Level Code N-3 Quality Control 3 Seismic I Cleanliness D 1920 119 -..

TABLE 2 MISCELLANEOUS WASTE HOLD-UP TANK Identification WDL-T-2 Richmond Engineering Co. Inc. Manu f a cturer Capacity - gallons 19,518 Installation Horizontal Outside diameter & length, f t-in.10 -9h : 32 -4 5/8 Shell material SA-240, 304 S/S Shell thickness, in. 3/8 Design temperature, F 150 Design pressure, psig 20 Corrosion allowance, in. O Design code 1968 ASME, Sec. III, Class C code stamp required ASME Code Classification J;evel Code N-3 Qualit'- Control 3 Seismic I Cleanliness D . 1920 120 .- - ~,

e TABLE 3 AUXILIARY BUILDING St01P TANK _ Identification WDT-T-5 Richmond Engineering Co., Inc. Manu fa ctu rer Capacity - gallons 3,155 Installation Horizontal Outside diameter & length, f t-in. 5 -6 ; 19 5/8 Shell material SA-240, 394 S/S 5/16 Shell thickness, in. Design temperature, F 80 Design pressure, psig 20 Corrosion allowance, in. O Design code 1968 ASME, Sec. III, Class C Code ctamp required ASME Code Classification Level Code N-3 Quality control 3 Seismic I Cleanliness D e 1920 121.

TABLE 4 NEUTRALIZER TANKS Identification WDL-T-8A, WDL-T-8B Manufacturer Richmond Engineering Co., Inc. Capacity - gallons 9,646/ tank Installation Vertical Outside diameter & length,ft-in 11 -0 : 15 -9.25 Shell material SA-240, 304 L S/S Shell thickness, in. 3/8 Design temperature, F 150 Design pressure, psig 20 Corrision allowance, in. O Design code 1968 ASME, Sec. III, Class C Code stamp required ASME Code Classification Level Code N-3 Quality Control 3 Seismic I Cleanliness D 1920 122. W NW ~ ~ VM @ *' N : .-5M. ' MarfM.' .r a ~ * ' " * ' " ~ ~ ' " ' ' ' ~ ~ + ~

TABLE 5 REACTOR BUILDING S LNP PLNPS Pump Details Identification WDL-P-2A, WDL-P-2B Number installed 2 Manufacturer Crane Deming Model No. 2M Type Single Stage Centrifugal Rated speed, rpm 1750 Rated capacity, gpm 200 Rated total dynamic head, ft. 70 Submergence required at / rated flow Submerged De sign Pressure, Casing, psig 75 Design Temperature, F 150 Lubricant / Coolant Grease / water Min. flow requirements, spm N/A Motor Cetails Ma nu fa ctu re r Westinghouse Type Squirrel Cage, Lifeline T Enclocu re Drip Proof Rated Horsepower 7.5 Speed, rpm 1750 Lubricant / coolant Grea s e/A ir Power requirements 460V,30, 60 Hz, 10. 5 Amp full load ( e i920123 _ __.. _ _ _

l TABLE 5 (Cont) REACTOR BUILDING SL41P PIDIPS Power source (for each WDL-P-2A, MCC 2-32A pump motor) WDL-P-2B, MCC 2-42A Classification Level Code N-3 Quality Control 3 S eismic I Cleanliness .D t 1920 \\14.

TACLE 6 AUXILIARY BUILDI"G SUMP PU'4PS Pump Details Identification WDL-P-3A, WDL-P-3B INaber installed 2 Manufacturer Crane Deming Model No. 1-1/2M Type Single Stage Centrifugal Rated speed, rpm 1750 Rated capacity, gpm 100 Rated Total Dynamic Head, ft. 50 Submergence required at rated flow Submerged Design pressure, casing, psig 50 Design temperature, F 104 Lubricant / coolant Grease / water Min. flow requirements, gpm N/A Motor Details Manufacturer Westinghouse Type Squirrel Cage Lifeline T Enclosure Drip Proof Rated Horsepower 3 Speed, rpm 1750 Lubricant / coolant Grea se/A ir Power requirements 460V,35,60Hz, 4.7 amps full load Po.ter source (for each WDL-P-3A, MCC 2-32A pump motor) WDL-P-3B, MCC 2-42A t \\g79 \\25 ~~ ,,4. ~w.w ;~J :.:.:..$ ~;,_ _ _ ;_. ^

_ TABLE 6 (Cont) Classification Level Code N-3 Quality Control 3 Seistaic 1 Cleanliness D se . ' u - -- :,

-~~. x:+.:= n-a u,

TABLE 7 R?. ACTOR BUILDING SPRAY PU'4P ROO.'.1 SUMP PU'4PS Pump Details Identification WDL-P-17A, WDL-P-17B Number inctalled 2 Manufacturer Crane Deming Model No. 3X10X2 Type Single Stage Centrifugal Rated speed, rpm 1750 Rated capacity, gpm 50 Rated total dynamic head, ft. 75 Submergence required at rated flow Submerged Design pressure, casing, psig 50 Design temperature, F Ambient to 140 Lubricant / coolant water / water Min. flow requirements, gpm N/A Motor Details Manufacturer Reliance Ty?) Squirrel Cage Duty Master Enclosure Totally Enclosed at, a r c.,,..c. :- 7.5 n -r.. Lubricant /ccclant G rea s e/A i r Pc.ar rec,':iro Ints 4 6 0 V, 3'J, 6 0112, 10.5 amps full load Po.ee r cource (for each WDL-P--17 A, MCC 2-32A pump motor) WDL-P-17B, MCC 2-42A t . m ' r.,s_f_ sp y,, y,,,.,, ~ .~~. ---- -.n_, anaw;g m.

TABLE 7 (Cont) _ Classification Level Code N-3 Quality Control 3 Seistaic I Cleanliness D 1920 128,g-- ___. m_m m r i,, m,

TABLE 8 DECAY HEAT REMOVAL PE4P ROO.'1 SQ4P PUMPS Pump Details Identification WDL-P-16A, WDL-P-16B Number Installed 2 Manufacturer Crane Doming Model No. 3X10X2 Type Single Stage Centrifugal Rated speed, rpm 1750 Rated capacity, gpm 50 Rated total dynamic head, f t. 75 Submergence required at rated flow Submerged Design Pressure, casing, psig 50 Design temperature, F 140 Lubricant /s:colant water / water Min. Flow Requirements, gpm N/A Moto" Detai13 Manufacturer Reliance Type Squirrel cage Duty Master Enclosure Totally Enclosed Rated horsepower 7.5 1750 Speed, rpm U.'. rict r t /coola nt Grecsc/ Air Power reqairements' 460'/; 39. 60 Hz., 10.5 amps. Pull load is Power source ( for each WDL-P-lGA, MCC 2-32A pump motor) WDL-P-lGB, MCC 2-42A ( )920 129. gg &$4Q g.

TABLE 8 (Cont) Classification Level Code N-3 Quality Control 3 Seismic 7 Cleanliness D 0 920 . raa=n -. ar w= :.:n:.,, _ m

_T._A BLE 9 CONTAI'IINATED DPI.III TA'TK ROOM SUMP PUMP Pump Details Identification WDL-P-18 Number installed 1 Crane Deming Manufacturer Model t:o. later Type Sump Rated speed, rpm 1750 Rated Capacity, gpm 50 Rcted total dynamic head, ft. 50 Submergence required at rated flow, in. 1 1/2 Design Pressure, Casing, psig 50 Design Temperatu re, F 100 Lubricant / coolant Oil / water Min. Flow Requirements, gpm N/A Motor Details Manu fa ctu rer Westinghouse Type Squirrel Cage Induction Enclosure Drip proof Ra ted' IIorsepower 1 1/2 1750 Speed, rpm Lubricant,' coolant Grensc/2ir Powa r re qu :.co... ant: 480V, 3D, 60 Hz Po.zer sourca Bus 2-47 Q.- A ~' se e 1-,. 6 s w" r

TABLE 9 (Cont) Classification Level Code N-3 Quality Control 3 Seismic 2 Cleanliness D 6 ~35- 'LT;b-.:.J.,: :.~.. - - -...=...:.,

TABLE 10 CONTAMITATED DRAIN PD1PS Pump Details Identification WDL-P-15A, WDL-r-15B Number Installed 2 Manu fa ctu rer Crane Deming Model No. A20 Type Single Stage Centrifugal Rated Speed, rpm 1750 Rated capacity, gpm 50 Rated Total Dynamic Head, ft. 120 MPSH, ft 3 Design Pressure, Casing, psig 100 Design Temperature,F 100 Lubricant / Coolant oil / air Min. Flow Requirements,gpm 3 Motor Details Manu fa ctu rer Westinghouse Type Squirrel Cage Lifeline T Enclosure Drip Proof Rated Horsepower 10 S I. c e d,. rpm 1750 Lubricant / Coolant Grea se/A ir Fo.er recu irenc nt - JGOV,3C, G0Hz, 13. 5 araps full load Oc.ter Source (for WD L-P -15A, BUS 2-37 auch pump motor) waL_p-15B, BUS 2-47 1 -3 6 - .,m ~m a-- +- ~ ~ ! S , g y-p *g.> -c>av w$ 1

4 TABLE 10 (Contd) Classification Level Code N-3 Quality Control 3 Seismic 1 Cleanliness D em q7g \\9 - si L:::rsh.s.:.::; :,.~...:..

~ - --

... - - - - ~

TABLE 11 MISCELLANEOUS WASTE TIsNK PUMPS PUMP DETAILS Identification WDL-P-6A, WDL-P-6B Number Installed 2 Manu fa ctu rer Crane Deming Model No. AA Type Single Stage Centrifugal Rated Speed, rpm 3500 Rated Capacity, gpm 50 Rn.ted Total Dynamic Head, ft. 50 NPSH, ft. 6 Design Pressure, Casing, psig 50 Design Temperature, F 100 Lubricant / Coolant oil / air Min. Flow Requirements, gpm 3 Motor Details Ma nu f a ctu rer Westinghouse Type Squirrel Cage Lifeline T Enclosure Drip Proof Rated Horsepower 2 Speed, rpm 3500 Lubricant / Coolant Grea s e/I'A Power requirements 460V,3Cf, 60Hz,

6. 8 amps full load Power Source (for cach WD L-P-6A, MCC 2-32A pump motor)

WDL-P-6B, MCC 2-42A \\

TABLE 11 (Contd) Classification Level Code N-3 Guality Control 3 Seisraic Cleanliness D "h '***h=-.. -.~.s 84

TABLE 12 AUXILIARY BUILDING SIBIP TANK PLDIPS Pun:o Details Identification WDL-P-4A, WDL-P-4B Number Installed 2 Ma nu fa cturer Crane Deming Model No. A05 Type Single Stage Horizon *nl Centrifugal Rated Speed, rpm 1750 Rated Capacity,gpm 50 Rated Total Dynamic Head, ft. 60 NPSH, ft. 4 Design Pressure, Casing, psig 50 Design Temperature,F 100 Lubricant / Coolant Oil / Air Min. Flow Requirements, gpm 3 110 tor Details Manufacturer Westinghouse Type Squirrel Cage Lifetime T Enclosure Drip Proof Rated Horsepower 3 Speed, rpm 1750 Lu brica nt/ Coolant Grea se/A ir Power requ irements 460V, 30, 60Hz, 4.7 amps full load Power Source (for each pump motor) WDL-P-4A, MCC 2-32A WDL-P-4B, MCC 2-42A D 40- __m

e 9 TABLE 12 (Contd) Classification Level Code N-3 Quality Control 3 Soismic I Cleanliness D - ~ \\9 -g910. ..e-w. --.~-w-.-

TABLE 13 NEUTRALIZER TANK PUMPS Pumn Details Identification WDL-P-8A, WDL-P-8B Number Installed 2 Manu f acturer Crane Deming Model No. AA Type Single Stage Centrifugal Rated Speed, rpm 3500 Rated Capacity, gpm 50 NPSH 6 Rated t.ota 1 dynamic head, ft. 120 Design Pressure, Casing, psig 75 Design Temperature, F 100 Lubricant / Coolant Oil / Air Min. Flow Requirements, gpm 3 Motor Details Manufacturer Westinghouse Type Squirrel Cage, Lifeline T Enclosure Drip Proof Rated Horsepo.ter 5 Speed, rpm 3500 Lubricant / Coolant Grea se/A ir Po.ze r rer u irements 4 Gov, 30, 60Hz, 6.8 amp full load Pcwor Sou>:ce (for each WDL-P-8A, MCC 2-32A pump motor) WDL-P-EB, MCC 2-42A t w w

TABLE 13 (Cont) Classification Level Code N-3 Quality Control 3 Seismic 1 Cleanliness D \\M x@.

94 d.4 Me w e.-e,

%s.....4 .w 1 =e... \\ 4

TA RT.E 14 AUXILII.RY BUILDING SUMP FILTER + Filter Details Identification WDL-F-3A, WDL-F-3B Number Installed 2 Manufacturer Pall Trini.ty Micro Type Cartridge Model No. L'932-1 Diameter-Length, in. 8-5/P 9/16 Flow Rate, gpm 200 Materia 1-Housing FS Design Tempera ture, F 200 Design Pressure, psig 150 Filter Ra ting, microns 100 Pressure Drop-Clean, psi 5 Material-Filter cellulose Fiber classification Code N-3 Quality 3 Seismic 1 Cleanliness D n.. -y .n:u.

.. z., r,..,.. p -n. ye,.1.. <.cw 9,,..v. u, c;g.. ;.,.y.,: a..u,.7.,.; yg,,.,,. sy.:.,.9 mpm, q.,,,p,

t O ,g \\ ._.s-.

TABLE 15 NEUTRALIZER tat!K FILTER Filter Detai Q identification' WDL-F-4A, WDL-F-4B Number Installed 2 Manufacturer Pall Trinity Micro Type Cartridge Model 1:o. L1932-2 Diameter-Length, in. 8-5/8 1/16 Flow Rate, gpm 150 Ma terinl-Hous ing SS Design Tempcrature, F 200 Design Pressure, psig 150 Filter Rating, microns 100 Pressure Di:op-Clean, psi 5 Ma terial-Filter Cellulose fiber Cla s s ifica tig Code N-3 Quality 3 Seismic I Cleanliness D e.", -[8 s e a a \\@% g6 4 <%.<w., ,,,,%e y.% ~ ' -

^

~ ~ ^ ~ ~ ^ ~ ~ ~ ~ ^ ' ' ~ '- [ g%w ~... 4., .w. ~~

TABLE 16 CO!!TAMI!!ATED DRAIN FILTER Filter Details Identification WDL-F-7A, WDL-F-7B Number Installed 2 Manufacturer Pall Trinity Micro Type Cartridge Model No. L1932-4 Diameter-Length, in. 6-5/8 7/16 Flow Rate, gpm 75 Ma teria1-Ilousing SS Desian Temperature, F 200 Design Pressure, psi 150 Filter Rating, microns 100 Pressure Drop-Clean, psi 5 Ma teria l-Fil ter Cellulose fiber Classification Code N-3 Quality 3 Seismic I Cleanliness D g* 4 .S O h \\ b9 TABLE 17 4 RFACTOR BUILDING SUMP PU'1P FILTER Filter Details Identification WDL-F-8A, WDL-F-8B Number Installed 2 Manufacturer Pall Trinity Micro Type Cartridge Model No. L1932-5 D iamete r-Leng th, in. 8-5/8 1/2 Flow Rate, gpm 400 Material Housing SS Design Temperature, F 200 Design Pressure, psi 150 Filter Rating, microns 100 Pressure Drop-Clean, poi 5 Ma teria l-Filter Cellulose fiber Classification Code N-3 Quality 3 Seismic I Cleanliness D G $ S O s \\ gqlD -.-. ~

TA BLE 18 Miscellaneous Licuid Waste Ouantities Quantity ocr Year (gal) Comments Waste Sourc2 Sampling and Laboratory Drains 22,500 12 samples per week at 5 gal per sample Purification Domineralizer Sluice 1,500 100 Ft. /Yr replacement at 2 ft /ft resin sluice 3 Spent Fuel Demineralizer Sluice 320 21 ft fyr replacement at 3 3 2 ft /ft resin sluice Deborating Demincralizer Regen-18,700 1 regeneration per year eration and Rinse, at 20 ft /ft resin regen-eration. 3 Clean Up Dcmineralizer Sluice 230 30 ft /yr. replacement at 3 3 2 ft /ft resin sluice. 3 Radwante Condensate Domineralizer 400 50 ft /yr. replacement at 3 3 2 ft /ft resin sluice. Sluice Miscellaneous System Leakage 45,000 5 gph leakage. Contaminated Laundry 54,800 150 gpd Contaminated Showers 10,000 Decontamination showers Component Drainage 10,000 Drainage of components for various maintenance & re-pair operations. Fuel Transfer Canal Drainage 5,000 Washdown of canal after re-fueling. SNd N tY'ENatlorIEord5dk FE'u'sii UN 'l;'5'Od "^" d"lDO ' gal / flush to rbniov'e con-centrate after shutdown of unit. Fuel Shipping Cask & Pool Decon-3,000 500 gal /washdown of spent tamination fuel shipping cask prior to shipment. Miscellaneous decontamination and 10,000 Decontamination of tools, equipment & washdown of cleanup areas as necessary. 192() 145... 7 Ci C Z,w -s'~- _.w. ,_m.

F4 A3 t5 e n 9s 'f I .' h t-K= sa e f f m0.... o P... f 3Y .D4?f sw0 E CY.... Joe ho... C=R3 s v...... c a t t.,......................................... [ g TASfE 19 E-g: KUCR SYSTN VAI.'.TS }' f At:S ! i,i Type of Identificati:n Size ?/pe STU Incation and/or Service Rating resign (1b) Terp. F Controlled 1,y Power Source Cperator Paterial (Irches) !i W:.r.115 3 tia;tza n ?:-3 Inlet of Aux, auilding surp 15 0 200 Nsh Button on N/A tiaphra ps Stair.less steel WrL Parel 301A i filter Wn!-F-3A W;L-V216 3 Gia p5.r a.Jm N-3 outlet of Aux. Building Sump 150 200 rush retton en N/A riaphra p Itat-less WE L f a.el 301A Steel Filter WD!rF-3A 1-WLfe'.727A 2 D iap.r a p N.3 Auxiliary building Surp Tank 150 200 Pu;h Button on N/A Diaphra p Etair.less W';L Iar el 301A Steel Furp 4A Suction W:!v/2279 2 Disphrxy N-3 Auxiliary Buildirg Su+p 150 2C0 Nsh Patton on N/A LiJptsap Stainles* wsL Panel 301A Stee'. Tar.k Erp 43 Suet ten w;L-V22sA 2 Liap.ran N-3 Acx. Bldg. Surp Tat k twp 4A 153 200 rush lauttan on N/A Diarhra p St ait.le s s WLL Panel 341A Steel C=at ' e t WL*rV22irB 2 Limphra p N-3 Aux. Bldg. Surp Tara Purp 49 150 000 Nsh Button on N/A claphra p stairless EL 1.sc.cl 301A Steel Cutlet ? WOL '/230A 2 Die 9 ta p N-3 Aux. Bldy. surp Tar.k Purp 150 200 Push Button en N/A LlaIAraps Stair les s 'l W IrP-4A to Pccirculatiott W1 L E ar.el 301A Stael -l Line .l r WL!#.0 3 :5 2 Diaphrap N-3 Aux. Bld;. Surp Tank Pu. p 150 200 Push button on N/A Diaphra p Stair. lea s WLI,-P-4B to r ecirculation waL rauel 301A Steel 'I

.ine k.

4 W:IrV231 1/2

siaphr apa N-3 From Aux. Building surp TarA 150 200 Switch on Pn1 329 N/A tiaphra p Stairless Indication Fnl 329 &

Steel iv rs to Sarple Station 3028 d Wr M O35A 2 Diaph rap N-3 Neuttallrer Tar.k WOIrT-EA 150 200 Nsh Patton on N/A Diaphra p Stais.lers WLL lanel 301A Steel Inlet 0 Watev235B 2 Liarhrafa N.3 1:eutra11rer Tank WDirT-33 150 200 rush Button on N/A Diaphra p stainless Steel WDL lariel 301A Inlet WL:A 03?A 2 Diaphra p N-3 Spent Regen. Of rebor. Eemin. 15 0 200 rush Button on N/A ciaphra p Stainless to 1:eutralizer Tar.k W;teT-8A Inlet WDL f anel 301A Steel i k W:Irv235B 2 Dia.hrag= N-3 From spent f egen. of rebor. 150 200 Push button en N/A Diaphrap Stair.less Immin. to Neutralizer Tank WOL Iar.el 301A Steel . I' WDIrT-8B inlet <I. < f.'. t

J,,

y d '*

Q{ ~ p [ L {,. +2 t Seet rT h0... .. o7.. )5 Sf .DaTe.. sWSJECT. Jos no f C '*

D st.... c a t e....................

TASIE 19 (Cont inued) PAfrP SY5 TIM VALVG i ANSI Type of ( Ihntificatics Size Type STD Iocation and/or Service Fat ing resi m s (it) Tere. F Controlled by Power Source C;erator Paterial g ( I *.che s ] % N/:40A 2 Claphraya N-3 Noctrallrer Tank Iwp 8A 150 200 Switch on Pnl N, A Claphra ya Stainless i r 329. Indication on Stect Inlet Enl 329 6 3:1A. W;V.0 4 : 2 Diaphrap N-3 Neutralizer Tar.k rurip eB 150 200 Nsh Button on N/A Diaphraya 5tainless Steel WDL Iar.cl 301A f; Inlet ~ 1' W:VJ2 4 A 2 Ciaphrag:n N-3 Pr p W::,-P-6A Eircharge to 150 200 Push Putton on M/A Diaphrs7s Stainless Steel WLL Tar.el 3 CIA Pecirculation I.ine 'a* 'ev:4:a 2 Diaphta p N-3 Psp WOL-r-8B Oischarge 150 200 N35 ettton on N/A Clapt.ra n Staarless Steel WDL iarel 3 CIA ,a Isolation t 150 200 rush Button on N/A Ciaphrage Stainless: WL'A043A 2 Diaphrap N-3 Furp WEL-F-8A Fecirc. WDL renal 331A Steel Discharge Isolation i WSI-V243B 2 Claphram N-3 Iwp WDL-P-PB Discharge 150 200 rush Putten on N/A Ciaphrarn Stainless 4 teel WLL is =1 301 A a Isolation W:V.0 44

2 Claphragm N-3 Neutra11rer Tar.ks Cutlet 150 200 Push Button on N/A Diaphraim Stainless Steet WDL Par.el 3 31A Cros s-cor.nect ion W O!A'245 e

2 claphraga N-3 Bypass between Fecirculation 150 200 Nsh Button on N/A Ciaphragm Stainless Steel WDL ranel 301A Lines of t;eutralizer Tanks yn$ M 0"g["hn{29 N/A Diaphragm Stainless WLV/24(A 1/2 Diaphragm N-3 Sa.rple Z1ne [cwnstream 1:eutr. 150 200 Steel 327 & 331A Tank Turp - EA 9 W:V/246B 1/2 Diaphragm N-3 Sar.ple Downstream Neutral. 150 200 Switch on pn1 329 N/A Diaphrag's Stainless 't N a on imi 3.,,g hica Tank Purp IsB C WIv/24?A 1 riaphrags N-3 Caustic Addition to Fecircu-150 200 Push Button on N/A Ciaphraga Stainless Steel WOL ranel 301A lation Lire of Neutra11rer Tar.k 8A d M WO!A*247B 1 Ciaphrayn N-3 Caustic Addition to Fecircu-150 200 Nsh Button on N/A Diaphraga Stair.less f Steel WEL Fanel 3 CIA lation Line of Neutra31rer i Tar.k 8B WO'.#/251 2 Ciaphragm N-3 m Mise. Waste Hold-up Tank 150 200 Push Button on N/A Diaphraga Stainless Lf Steel WDL Panel 301A I t I i .,.,1

s s s s s s s s s s s s s l s s s s s s s s s s s s s a e e e e e e e e e e e e e i lnl nl nl nl nl nl lnl nl nl rl nl nl nl l l l l l l l r l. l l l e ie i e i e i e i e i e i e ie i e i e ie i e ie t ae ae ae ae ae ae ae ae ae ae ae a e ae a t t t t t t t t t t t t t t t t t t t t t t t t t t M SS SS SS S S S S SS SS S S SS SS SS SS Ss ro r t e o d M m m s s m m m n m m m m r g g p p g g g i c g g g g f o a a a a a a a l i a a a a ot r r r r r r r y r r r r r a h h h h h h h C t h h h h er p p p p p p p c p p p p pe a a a a a a a r e a a a s yp i i i i i i i i l i i i i TC D D D D D D D A E D D D D ecruo S r A e E 1 w A A A A A A A A 2 A A A A o / / / / / / / / / /' / / P N N N N N N N N 2 N N N N 9 sA 9 sA 2 91 9 1 2 2 0 2 0 nA nA nA nA nA nA 3 3 n nA nA nA nA 33 3 3 y o1 o1 o1 o1 o1 o1 1 1 o o1 o1 o1 o1 b 0 0 0 0 0 0 n1 n1 0 0 0 0 n3 n3 n3 n3 n3 n3 P n P n n n3 n3 n3 n3 d o o o o o o P P o o e o o e tl t l tl tl tl tl n n t tl tl tl tl l t e t e t e t e l un un un ur6 t e t e on on t5 t e te t e t e un un o o u1 un un un un o B a B a B a p a B a B a hi hi B B a B a B a B a r P P P P P P ct ct l P P P l t h h h h h h t a t a h e h h h h n sL sL sL sL sL sL ic ic s n sL sL sL sL o uD uC uO uE uD uC wi wi ua uD uL uD uL C PW PW PW PW PW PW Sd Sd Pr PW PW PW PW n n I I d)eu S. F n i VI , g. n t L n A ip o V sm 0 0 0 0 0 0 0 0 0 0 0 0 0 K ee 0 0 0 0 0 0 0 0 0 0 0 0 0 M rT 2 2 2 2 2 2 2 2 2 2 2 2 2 E 4 T 1 S Y E S T P R g A C r 4 m T J Ii A S t1 0 0 0 0 0 0 0 0 0 0 0 0 0 1 M Na1 5 5 5 5 5 5 5 5 5 5 5 5 5 5 AR( 1 1 1 1 1 1 1 1 1 1 1 1 1 r o. n n p k. pk o o e e sn e t r un i i ge g k k po p c - a - a t t s rd re n n mi r i dT dT p p pa pa p9 ai ad a a ut u v l l m m ml ml mn h s hi T T Pc P r kie oe u u Nu uu ui ct cs e o. h. S } t Ht P e P e I c P c Pl su s n n n nn n e o s s y g r r p i o i i i, i i n in T ea ea k r k r

k. i ki k m D

D rt rc ri h s r tW t W na na r c nc na e e at a ao ao a m o s s ah ah ae ae aS pv ps r e P e D - Dt M o / a .A a 3 T c Tc TP TR T ml d W cC Wc6 s s o ua t s dn d n d s du s s. l l s c n s - s - e1 ei eo eo et Pv PV eI eI eo eO a .iP .iP t 0 t b t t tt t t t t r t cM r n s i cM r s s s s s e pn pn aA aB aC aA s aA aB aA aD ag r o p o n1 n1 n n5 o i oD ioL! W6 W6 W6 W6 W r ui ui i1 i1 in i1 r i MtW Mt W a St St m-m- mo m-t .p .P .P .F .h a. B. so B.,. t r a aT aT ai aP a mk p mk p c r c-c- e c,e cc .l .l t r t t t r c one o r. m sI sL sL n sI n s s B. o B, nI nI nc nI a rat rau i L iL iLi i Di ii s, oL oD ou oL Z FTP FTP MW MW MW L MWL ML RI R RI R CW cW CS CW n 3 3 3 3 3 3 3 2 2 3 3 3 3 T S N N N N N N N N N N N N N s m m m a m m m s m m e p g g g g g g g p g g a a M s a a a a a a a r r r r r r r r r r h h h h h h h h h h h e p p p p r p p e e p p p p p a a a a a a a t t a a a a y i T T D i i i i i i a a i i i i D D D D D D C C D D D D c. t >a u S )seh ec r n 2 t I / S( 2 2 2 2 2 2 1 4 4 4 4 2 2 E. a. e T r a a. no c, o. e i t a c A 8 A 8 A a A B A i 2 2 4 4 5 5 6 1 9 9 2 3 6 7. f 6 6 6 6 4 6 6 7 8 8 9 9 2 i 2 2 2 2 2 2 2 2 2 2 2 2 1 e. t V V v V. V V V V., V V V v V n r r .o e L L L L I L a D ir r r r r s. d T C L C L L L t t I L O D v.a I W W W W i W W W W W W W W e C Ng "4

+, h' ),' V e j-I; bh e v........... C a v r...... sus. sect. SMe rT ho....-...o r C M w D. ev..... D A Y e................................. Jos No. TAVE 19(continued) f

MMOR SYSTEM vat tTS f

A ril Identification Site Typ STD tocation and/or Service Rating Eesign Controlled by Power Source Typ of Material (Inches) (1L) Ten p. P Cperator l Wa!. "2's3B 2 Liag4xagm N-3 Cortaminated Drain Fwnp 150 200 Push Button on N/A Dia@ragm Stainles WDIrP-15B Suction WLL tanel 301A Steel i y WLL '.ts5A 2 Diaphrap N-3 Contaminated Erain Pump 150 200 Em h Button on N/A Diapiaapa S tair.lt WOIrt-15A rischarge WOL rar.el 301A Steet g, W O'A?s5B 2 Diaphragm N-3 Cor.taminated Drain Furp 150 200 Push Button on N/A Diaphragm Stairlet WCD-P-15B tischarge WDL f anel 301A Steel WDI#!296A 2 Diaphrag;n N-3 Contamir.ated resin Tanks 150 200 Push Button on N/A Diaphragm S tair.le s W 3L-T-11 A Inlet from WLL tanal 301A Steel Recirculation Line WOI#!2s65 2 Dia @ragm N-3 Cor.taminated Drain Tank 150 200 Push Button on N/A Dia@ raga S tair la r WLIrT-11B Inlet from P.ecircu-Wrt lanel 301A Steel lation Line

i WrtrV315 3

Diaphragm N-3 Auxiliary Building Supp 150 200 rush Button on N/A LisphraJa Stainlet Filter By-Fass WDL Tenel 301A Steel t Wctrv116 3 Diaphragm N-3 Inlet of Aux. Building Sump 150 200 Push Button on N/A Dia @ raga Stair. lee i ' I Filter WDL-F-3B WLL ranel 301A Steel I W0trV317 3 Djaphragm N-3 Outlet of Aux. Building Sump 150 200 Push Button on N/A DiaAragm S ta ir.le - Filter WDIrF-38 WDL Fanel 301A Eteel 4 Q WOIrV322 2 Diaphragm N-3 Neutralizer TarA Pumps 150 200 Push Button on N/A Diaphragm Stainle: WOIrP-8A and 8B Disc. WDL Tanel 301A Steel x-cor.n. C Ciaf raga Stainle h wtIrV324A 2 Diaphragm N-3 Neutralizer Tank Purps to 150 200 Push Button on N/A Filter VEL-r-4A WCL Panel 301A Steel WCtrV324B 2 Diaphragm N-3 Neutralizer Tank Purps to 150 200 Push Button on N/A Diaphragm Stainla: Q Filter WLIrF-4B WLL ranel 301A Steel WLIrv325A 2 Diaphragi N-3 Neutraliser Tank Pumps to 150 200 Push Button on N/A Diaphragm Stainle. Dewr: Stream of Filter WDL Panel 301A Steel l W ter-4A WDIrV325B 2 Diaphragm N-3 Neutralizer TarA Pumps to 150 200 Push Button on N/A DiaAraga Stainte Downstream of Filter WOL Fanel 301A Steel WOIrF-4B 'l

s s s s s s s s s s s s s s s l s s s s s s s s s s s s s s s a e e e e e e e e e e e e e e lnl e l l l l. l, l. l. l. l. l. r l. i l l. l g a. l e ie i e i e i e i e r l r l rl rl s g r l rl r nl rt ul r l r l t e ie ie e ie ie i e i, i e t ee ae a e ae ae iae ae a e ae a, ae e ae a e gsSt t t t t t a t t t t t t t t t t t t t t t t t t t g t t M SS S S $ S S S S S SS S S SS S s S g SS S S SS s e s a m p r g p p p p p p p g m s s e 1 p g p p g f o a a a a a a a a a a a a a a a ot r r r r r r r r z r s r r r r a h h h h h h h h h h t t h h h er p p p p p p p p p p p p p p p a e a a a a a a a a a a a a a pW i i i i i i i i i i i i i i i gC D L D D D D D D D D D D D D D .g ecruo S r A e w A A A A A A A A A A A / A A A o / / / / / / / / / / N / / / P N N N' N N N N N N N N n N N 6 - 6 L 9 D 99 99 W 33 33 nA nA nA nA nA nA nA nA nA 33 3 n nA nA nA y o1 o1 oL o1 o1 o1 o1 o1 o1 T o o1 o1 o1 0 TT TI 0 0 0 b 0 0 0 0 0 0 0 0 -3 II I nA n 3 n3 n3 n3 n3 n3 n3 n3 n3 n3 n3 d o o o o o o o to o n o o o o e tl t l t l t l t l tt t l l t l nn no t1t l t l t l l t a t e t e t e t. e t e t e t e t e oo o t0t e t e t e o B a B a B a t n u r an un ur n a3 u n u r. un l un J n a r B a S a B a B a L a B I ti un r f F f F T r r hn hg P b a B l h a a B a coo ci l F F t. h h l h h h h h h h ig h en t h srsL sL sL L sL sL sL it1 r sL sL sL sL sL uL v uauD uL f W PW tuD uD va0 W PW Ec3 Ea Pfs W PW luD uD o uL uO uD %D uD W C PW PW rW f W PW i d1nn IP t de S F u A n. n i I g. p t. a i t 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V s s 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o e e C 4 D'I 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 O ( T 9 S 1 Y S EL D g n K. 0 B I i) A T A S tL 0 0 0 0 0 0 0 0 0 0 0 5 0 0 0 3 P N aL 5 5 5 5 5 5 5 5 5 5 5 1 5 5 5 5 AP( 1 1 1 1 1 1 1 1 1 1 1 1 1 1 r r o o r. or or t t p o o o s u t s o. 1 1 e e es fr r s, s, g g k k ga s s d e ee A e t k. p t k p r r o r. o r. rr k. k p l t gt B c i r a i na a a t a t a a - r o r. m o f rl i nav nay h t h t T T h y oa t a u H l ai hp v UTD UTL ce ce A B cE t T T S r r a hF J-n r sl sl 6 p 6 p s s e ee r c B uu e oae oee i n in - u - u

i. r en an gz t s t

sp3 oP o o ss s s rd a s i n y sy u ir-r S tt t tt t Di DI P - F - t e r. v N r A a n. B aa sr ur I l !rd t i i i a il al s e D ar h k. n / t t WH hl rF n tr L r d a W a N S r t r l sl t a o 1 WW 4 WW pe pe L o D io pa t l n n p I a n iA sA m rgL wT t e. M o. d F.. F,, wl wl u o1 od u u o unW o <e i e B s os g r Pi l r e J n rcc rcc Pi Pi re re PB i a I ss I s s F F et et 6 t t t t a ea u f d & f e L ii Dii p p t s t s p-aa a a. yG nC P pl z e r a m miA sig B 1 a l a pF l s l r ao l o a uu3 l l r n WMM WMM r A e8 1 W iW u-ui ui o u6 i r21 r21 S - S - i F SL cm cm it i t r s t-oaa e SB r r ec D ra r a l m rrh .F .P , ec .W i t. t e e .i t t c cr cn x r e k. t k . xL nus i t id a t t t t t t sr s r. B. B. o t B. B. i es cs L c l ii li i aL oei eo eo ua i a pa D ri ri o i r n i nn I FUU FDU RW RW F M FM Rt D C Pc AT MT UT RAW CND D 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 T = r S N N N N N N N N N N N N N N s s e s p e m m s a s s m p p 7 p. g p g p J p p g g g a a a a a a a a a a a a a a a r r r. r r r r r r r r r r r r h h h h h h h h h h h h h h e p p 2-p p p p p p p p p p p p p a a a a a a a a a a a a a a a c i i i i i i i i i i i i i i i i 7 D D D D D D D D D D D D D D D tseus )se h ec zn 2 2 iI / / S( 2 2 4 4 4 4 4 2 2 1 1 2 2 2 2 t t t t n a a o c, D. e i t a c A B A B A 5 A B A i 6 C 1 1 2 2 3 ] 0 1 2 4 0 4 4 f 2 2 3 3 3 3 3 4 4 5 5 6 7 8 9 a t. v v 7 3 3 3 3 3 3 3 3 3 3 3 r i 3 3 3 3 v V v V v v V V v v e L I r r t l I I D r e / r r e r r r e r d L E L L !L L P L o o D L I i i i. O. I W W W W W W W W W W W h W W: W f m a c ~ g O j ' ]5,Ie[. J?1 11ai,$& !N fg. ,i l. P$ 3 Ii< i } 6!!f l ,gj ,, [t 6#

T ? e e o e of ... D a t e........ S u aJ e C f................... Seeft?NO...... or...... C n e o e f...... Da v a...... Joe No ................................................. ~.... I TABfE 19 (cortinued) i f P uop SYSTEM VALvr3 l g ANSI Type of Ider.tification Size Type STD tocation and/or Service Fa ting resign Controlled by Fower Source 4erator Paterial ( Ir.ches) (Ib) Tenp. gP wtL-v3949 2 Claphragm N-3 controls flow thzough 150 200 bah Button on N/A tiaphrage stainless 5 Neutra11rer Tar.k Furp 6B WDL rar.el 301A Steel Discharge j W LL-V400A 2 Dia%ra pa N-3 ICwrstream of Contamir:ated 150 200 Push Button on 14/A Diaphragm Stair.less Crain Pilter WL!rF-7A Wr.L Panel 301A Steel i hCtrV40CB 2 Diaphra'pa N-3 te. stream of Cor.tamir.ated 150 200 Push button on N/A Ciaphraps Stainless train Filter WDIrF-7B WDL l ar.el 301A Steel WDL-V418 4 Ciaphr a pa N-3 F.eacter Building Sump Purp 150 200 Push Batton on N/A Diaphrapa Stainless i Cischarge WDL Panel 301A 5 teel W;tev419 2 Liaphra ;m N-3 P.B. Sep Purts Discharge to 150 200 Push Button on N/A Liaphra pn Stainless Auxiliary Buildirig Sump WCL ler.el 301A Steel WDL-v423 2 Diaphraps h-3 controls flow in Fecirculation 150 200 Push Eutten on N/A Diaphragm Stairless Lir.e from Auxiliary Building WLL l a ns t 301A Steel Surp TarA Furps Wr!rV424 2 Dia@ra ru N-3 Aux. Emilding Sump Tank Pumps 150 200 P'sh Putton on N/A Lisphraga Stainless Discharge WLL f ar.el 3J1A Steel WOL-v43 3 2 Dlat ra pa N-3 Ccr.trols flow from Misc. 150 200 Push Button on N/A Dia@rapa Stair.less h Waste l'old-up TarA to WLL Panel 301A Steel t;eutralizer TarAs b e N WLI+V434 2 Liaphra7m N-3 Controls flow 1's Fecirculation 150 200 Push Button on N/A Lisphraja Stainless IC Line of Misc. Waste Hold-up WDL Panel 3 CIA Steel TarA W L1,-v435 2 Diaphrapa N-3 R.B. Sump Ptsps Discharge to 150 200 Push Button on N/A Claphra:pa Stair.lesa Auxiliary Building Sump WLL ranel 301A Steel W DL-v4 36 1/2 Diaphragm N-3 Sample Return I.ine to 150 200 Hand Switch on N/A Diapiraps stainless Miscellar.cous Waste Ibid-up I.o. 2 Sample Steel TarA Panel }: .i (; A. ~ b, 1 L.t a D r............. D a t e...... sumascT.................................. swtrTho... .or... Cm=O e V...... o a f e............................... JoeNo. 'IRMLE D i INSTRU!4L'NTATICN AP.D CONTROIS t j v ?S l'or ref erence to I L C System 631c refer to I & C Schematic twj. 3090 'dertifica*fon tescr ir t ion Ptnction tocation Q I r.put Pange Cutput Pafsge f et roi r.t j W W I2-1315-1 !svel Switch Scnds an alarm signal to Worruti 1315 on high Tank Float 0-25" adjustable 0-25*

1E*

Inc water level in th.a Roetor aldg. Srp. It also serd s a signal to start the s% tor of the Escond blI5 ski.di1YsN*thNc2(ch81d.y. Stimp W;1-M-1315-2 Level Switch Tank Float 0-25" adjustable 0-25*

20" I r.c

) utop t W C L-L5 - 1315-3 level switch ser.ds a signal to stop the Peactor eldg. Sump local ricat 0-25" adjustable 0-25"

25*

tec lu.p on low water level. See Sh. 36. r h W L*A - 1315 revel Transmitter Transmits a sigi.a1 of the water level in the tocal capacitance 0-5' 10-50 sa N/A Feactor Building Sucip to WDL-LI-1W. See Sh. 23 PrcLe WLL. LI-1316 tevel Indicator Indicates the water levet in the Reactor Building WDL tanel Millianuna ter 10-50 ma 0-5' 5' N/A Susip 301A Vertical WLL-1.T-1318 14 vel Trar.snitter Trar'smits a sigr.a1 of the water level in the tocal Float 0-5' 10-50 ma hA Auxiliary building Sump to WPL-LI-1118. See Sh. 23

LL-L -1313 Iavel Indicator Ir.dicates the water level in the Auxiliary Bldg.

hDL anel M1111 ammeter 10-50 se 0-5' N/A Surp 301A Vertical Cends an alarm signal to Wntrfwt-1319 on a high W DL.M-1319-1 revel Switch water level in the Auxil. Building Sump. It albo Tar.k Float 0-55" adjustable 0-55" 16* 1 r.c serids a signal to start the motor of the secord Atax. Bldg. Sump. See Sh. 36 W DL-LS-131 ).2 Iavel Switch ter.ds a sigr.at to start the Auxiliary Duilding Tank Float 0-55" adjustable 0-S$* ,30= Inc Sep Furnp Wt t.-IJ-1319-3 14 vel Switch Ser.ds a signal to stop the Auz. Bldg. Sump rump Tank Float 0-55* adjustable 0-55"

$5a rec on Icw water ' level. See Sh. 36 I

w @. WLL-M-1320-3 Imvel Switch Sends a sign.at to stop the Feactor B1dj., Spray Pump Ta nk Float 0-25* adjustatte 0-25* 25 tec F'oom Sump Fus.p 17A on low water level. See Sh. 37 1 A C WOL-:.5-1323-2 tevel Switch Sends a signal to start the R* actor Building 'ank Float 0-25" adjus sble 0-25" 23" Ire it Spray Pwrtp Roca Surp Purp 17A. .-==* i ro i

FICM MP C.2 SUPIP

_55 4

3, il

=

q .f Ia fi)! av.............DaTr........ s u s; e cT.,.............................. eweer seo.., .. or... }, Cno a f...... c4 e s..............

oe,eo.

TABIE 20 ( C<m t inued) LNSTFIMNTATYW AND CONTROIS l: L 1***tification re writtion Function Iocation Tvre Intut Fange Cutrut Pany, Setpc tr e WLL-!J-1321 Ievel Switch Cends an alarm signal to WLI-IAH-1321 on high Tank Float 0-25" 0-25= 1(,- Inc i water level in the Peactor Isid y. Stray twp Room Su:tp Immp 17A. See Sh. 37 e intl-LT-1322 level Transmitter Transmits signal of the water level in the F.eactor Iocal

1oa t 0-4' 10-50 ma de N/A fl B lif. Spray Pump tio. 17A Supp to WDL-LI-1322.

See /i Sh. 23. I I W LI.-IJ -13 2 2 Invel Indicator Ir.dicates the water level in the peactor Bldj. WCL Par.el Millianuna t er 10-50 sa oc 0-4' NA t. Spray Fump ho. 17A Sump. 301A Vertical s $5" wt !-II-13 2 3-3 tevel Switch Siends a signal to stcp the Enactor alej. Spray Tank Float 0-25" 0-25" Dec y Ttsp Swnp Tosnp 17B on low water level. See Sh. 37 j WL L-!S-13 2 3-2 1mvel Switch Sends signal to start the Beactor Bld). Spray Ta nk Float 0-25" 0-25'

20*

t r.c Purp Sump immp 17B 'i-WL.-!!-1324 Ievel Switch sends an alarm signal to WDL-1Ari-1324 on high water Tank Float 0-25" 0-25'

16*

Inc j level in the Feactor b1dg. Spray Itmp No. 17B sump. [ See Sh. 37-e WDL-LT-1325 14 vel Transmitter Transmits. signal of the water level in the Raactor WLL tanel Float 0-4' 10-50 ma dc N. A B ld ). Spray twp No. 17B Sur p to WDieLI-1325. See 301A Sh. 23 WLfrIJ-13G5 Imvel Indicator Indicates the water level in the Eeactor B1J.' WDL Panel M1111 ammeter 10-50 ma 0-4' N/A J Spray twp No. 17B Sump 301A vertical ~ 5.- wcL-It-1326 3 Invel Switch Serds a signal to stop the recay Heat Pemoval Tank Float 0-25" 0-25* 25" Lee rump 16A Sump Pwnp on low water level. See Sh. 37. O WLIrIs-1326-2 Imvel Switch sends a signal to start the Decay Heat Removal Tank Float 0-25" 0-25*

20' Inc Pump Sump Pump 16A.

C W DL-IS-13 2 7 Invel Switch Sends an alarm signal to WDIeIAH-1327 on high water Tank Float 0-25" 0-25"

16=

Inc Q 1evel in the Decay Heat Femoval Purp ICA sump. i See Sh. 37. WIL-LT-1328 Level Transmitter Transmits a sigr.a1 of the water level in the Oecay Local Float 0-4' 10-50 ma oc NA Heat Removal Pump 16A sump to WDIrLI-1328. See l Sh. 23 t I

FRCH TCP OF SLEP 6

n. l....

8 1 g j o s b of.......... D a T s...... eu sas CT.............................. sH a ti ho.... 0F..... c *e m o e v...... c a t a......................... Joe No............... N IE 20 (Cont i nued) t I:iSTkD*f"MATTGN A'JD CGNTROIS i de-e t ? t eat i on, re vrtprion nmetton location 3g Irtput Fange cut pu t pange {etiolet EL-LI-1 28 !avel Ir.dicator Indicates the water level in the Leca/ Heat PDL Panel M1111asseter 10-50 ma oc 0-4' N /A Femoval Pump 16A Supp 301A Vertical { E LL-1.5-3 2 3-1 favel Switch Ser.ds a sig*.41 to stop the tv, cay Feat Removal local Float 0-25" 0-25"

d" rme Purp JCB Surp Pamp on low water level. See Sh. 37

' LL-!E.13 29-2 Imvel Switch Ser.ds a si p.a1 to start the Decay Heat Femoval local Float 's-2 5 " O-25"

20" lC T-urp 163 Sump Pump.

WO!-C - 13 3 0

meel Switch Ser:ds an alarm signal to WLI-LAH-1330 on high water tocal Float 0-25" 0-25"

1 t, Inc level in tie recay Heat Femoval fump ItB Sump.

See Sh. 37. W; -LT-1331 Invel Transmitter Trar.smits a signal of the water level in the Decay local Float 0-48 10-E0 ma de N/A Feat Pemos al Purp 163 Surp to WDL-!.I-1331. Fee 5 St. 23. i W;!r!.t-1331 != vel Ir.dicator It ir.dicatra t he water level in the Ixicay Heat WDL tarel Milliarmeter 10-50 ma dc 0-4' N/A f emova t Purp ICB Lurp. 301A Vertical W t-PG-1332 Flow Hand Actuated C erates WLL-V 126 the p.B. St.mp Fump Discharge panel 15 E-30 Push N/A N/A N/A T Swatch Con'ainment t. a lve. Buttan l WLL-IT-1333 Fressure Transmitter Trar. n.its the Fressure of the Misc. Waste Hold-Up MTG A18 Cage 0-30 psi; 10-50 ma de N /A TarA WLIeT-2 to WLI-FI-1333, t W;L-rI-1333 Fressure IrJicator Indicates the pressure in the Misc. Waste Ibid-Up WOL Far.e3 M1111 ammeter 10-50 ra de 0-30 psig N /A Tar A WDieT-2 See Sh. 9 IO1A Vertical q, W WJ:-1334 Invel Switch Ser.ds an alaria signal to WC!r!J1-1334 on high Tar.k Floa t Ca ge N/A N/A 10' 9" N water level in the Misc. Waste Hold-Up Tank WDiet-2. A m e Flu r hee sh. 39. WOL-Icc1335 Invel ca ge tocal indication of the water level in the tocal Gage class 0-61 1/2" 0-61 1/2* N/A Fiscellaneous Waste Hold-Up Tank WCL-T-2. See Sh. 38 s M WD!r tT-13 36 Invel Transmitter Transmits a signal of the level in the Misc. Waste MTG A35 Diaphra ya 0-10' 6" 10-50 ma de N/A j Tank WDIeT-2 to WLIeLI-1336. See Sh. 38 f t I f i i

IF0Q top Cf bump 1

l 4

w [-, e e ? f.i L. ,f '.

i Sf.............OaTt......

suSJECT... s M E ET 'do....... 0F..... c M* D. e v...... D a t e................-.............. Joe No... g TAMIE 20 ( cont inued) ?i n INS"TdWEh"-ATION AND CCNTicOLS -8 }i -?e-tification rescription runction location 31e Irrut Fange output Range Setici-t l-j WLL-LI-1336 Level Indicator Indicates tr.e liquid level in the Misc. Waste WDL ranel M1111 ammeter 10-50 sa de 0-10' 0" N/A Tar.k uD rT-2. 301A Vertical hLL-r % 1338 r1w liand Ar:tuated operates WDL-V262B suction of Misc. Waste TarA WDL Far.el E-20 I>ush N/A N/A N/A Switch Pwep 6B. See Sh. 24 301A Button W C L-is-13 3 3 Pressure Switch Steps the Misc. Wast s Tank Puep WLIrP-CA on low M N A19 Dia;Araga 0.2-6 [sig N/A 6 gugg suction pressure WLL-I S-13 4 0 Pressure Switch Stops the Misc. Waste Tar.k Fump WDIrP-6B on low FfN A19 Diaphragm 0.2-6 psig N /A S psig s etien pressure W LL-Fis-1341 Plow ifand Actuated Operates WL1-V265A Misc. Easte Tat.k pump WDirP-CA WDL rar:e1 E-30 rush N/A h/A N /A Ewitch discharge. See 1,h. 24, 301A Eutton f WLL Parel E-30 I us h N/A N/A N/A

l WDI-rHS -13 42 ricv Hand Actuated operates WDIrV265B Misc. waste TarA pump WDL-P-6B Switch discharge. See Sh. 24 301A Button E-30 Push N/A N/A N'A WL?rr: C-1343 Flcu Par.d Actuated Operates WCW/266 Misc. Waste Pumpis Disch, to g.g g Switch sample station valve. See Sh. 24 Botton WDirris-1346 rlw liar.d Actuated (perates WCL-V235A inlet to feutrallrer Tar.k HA.

W L I. l'a r.e l E-30 Zush N/A N/A N 'A 301A Dutton Switch See sh 24 WtlIrrHS-1349 FIN Hand Actuated Crerates WD!rV236A Spent Reger-erar.t to Neut. Tank WDL rar.el F-30 Im h N/A N'A N/A s Sw3tch WLL-T-E A valve. See Sh. 24, 301A Button ! N C WLL-FII3-1349 Flow Hand Actuated Operates WCIrV230B Spent Pegenerant to Neut. Tar.k WDL Iar.el E-30 Push N/A N/A N 'A ^ Switch WLIrT-88 valve. See Sh. 24 301A tutton WLL Panel E-30 Push N/A N /A N 'A WLL-r!c-1349 riow Hand Actuated Operates I!CIrV247A caustic Pump Lisch, to Neut. i Switch Tank WLieT-8A valve. See Sh. 24 301A Button WDL Tanel E-30 Fush N/A N/A N/A Operates WDr V2478 Caustic Disch. to Neut. Tank WLIrrHS-1350 Flcw fland Actuated e Switch WLIeT-8B valve. See Sh. 24 301A Button E-30 Push N/A N/A N/A WDirris-1351 riow ILand Actuated operates WDIrV246A Neut. Pump WDirP-t4A to samgle Panel M b at ton Switch station. See Sh. 24 E-30 Push N/A N/A N/A WL!rris-1352 riow Hand Actuated Operates UDIrV24CB Neut. Tunip to WDIrP-8B to sample Panel 329 Button Switch station. See Sh. 24 i I l t

p =- E$. Dy: s. r.1 '.f ? e f........... C a T e........ SueJECT.. SH E ET No..... ce... Co. a s a r..... c a g g........ go, go _, TART.E 26 (continued) P ,p" 1NSTF"wENTATIM AND CON 7(i!3 F e'tification Te scr irt ion Function te4 tion M frp2t bange Output Pawje fetpniet WLSTE-1353 TeF Ter a tb re PeandreS 'he temperature Of hedtr. Tank Ta r.k j(T D O-150 F 92.92-125.74.A. N/A { Ele ert WrL-T-SA, see Sh. 10 Wrtri -1353 Tem;erature Transmits tt.e temperature of the he atr. Tar.k WELIanel P/1 Converter 92.92-125.74 A 10-50 sa dc N/A Tr a r.sm i t' e r EL-T-tlA t o WL'rTI-13 5 3 301A wtir n-1353 Te perature Irdicates the temperature of Neut. Tar.k WOL Par el Millias:aneter 10-50 ma de 0 150 F N/A ' tcatcr WLIrT-SA 301A Vertical WDIrTE-1354 Terrerature Peasures the ternerature cf r<eutr. Tar.k Tank ETD 0-150 r 92.92-125.748 N'A El e : er.t WLL T-?B. Sce Eh, 10 I

L ""-1354 Temprature Transmits the temperature of Neutr. Tank WLL Fanel P/I Cor.verter G2.92-125.74f6 10-50 ma de N/A Tr a: stit ter kDL-T 4B to WDL-TI-13 5 4.

301A 2L-TI-1354 Tergrature Indicates the terperature of Neutr. Tank WLL Par.el M1111 ammeter 10-50 ma dc 0.50 P N /A t r.lic ator W LL-T-83 301A Vertical ..;L-rns-1355 riow Ear.J Actuated C;erates WCL-V240A Neutralizer Pump WLIrP-8A WOL ranet E-30 Push N/A N/A N/A Switch Suetion. See Sh. 24 301A Button h DI.- r!% -13 56 riaw I!ar.d Actuated (perates WDL-V240B Neutr. Pump WDIrP-8B Suction. WCL Panel E-30 Push N/A N/A N /A Switc h See. Sh. 24 301A button W L;-r5G -lj M Pluw Ha:.d Actuated Cperates WCleV243A f:eutr. Puap WDL-P-8A Cischarge. WLL Fanel E-30 Push N/A N/A N /A l Evitch St e. Sh. 24 301A Button W* >ris-1300 rhw Mand Actuated Cperates Wr,IrV243a t:eut. Pump WDIrP-Ba cisch. WLL tanel E-30 rush N/A N/A NA N Switch See Sh. 24 301A Button O W L L-rFS-1301 rice Hand ActuateJ Cperates WLIrV242A Neut. Tank WDIr?-BA Pacire. WDL Fanet E-30 itsh N/A N/A N/A Ewitch See Sh. 24 301A autton e g . ;L-r s 1362 Plow Hand Actuated cierates WDIrV2423 Neut. Tar.k WD!rT-8B Recirc. WDL Ianel E-30 Push M/A N/A NA Switch See.sh. 24 301A Dutton l j L-LS -13 63 Imrel Twitch sends an alarm signal to WctetAH-1363 on high Tar.k Float Ca3e N/A N/A 12' alt ve level in f.eut. Tank WDIrT-8A. See Sh. 38 t(ttc.:f tsrs I W:Irie.1364 I= vel Gage tocal indleation of the level in Neut. Tank local Cage Class 0-129" 0-129' N/A WOLeT-8A. ree Sh. 39 l i eene se esos e s -g

e.s. )

i e

V. .f ei k (* t} t!') I, e f.... ..... D a T r...... sumarcv.................................... swerThs... ..or... f[ CeD e f...... O a ? s............................................... Jce mo. p Turr 20 Kontinied) INSTtWE1 TTATISN AND CGT"TOIS hl I der

1 fi ca' ion fessription T w tfon focation gg Irput P a *v]e Output Par.oe E et rolyt_

n a h LS LT-13 6 5 fevel Transmitter Transmits the liqaid level signal of Neut. Tad MT; 127 Win Liaphraya 0- 14' 10-50 ma de s, A ELL-T-SA to W;L-LI-1365. See Sh. 3d. h tIr LI-1365 tevel Irdicator It indicates the level in Neut. Tank WDL-T-8A. Wu t. F as.e 1 Milliamneter 30-50 se oc 0-14' N/A 301A Vertical [ h ;L-U;- 13 66 I4 vel switch setos an alarm sigr.a1 to W3L-!AE-1363 on high TanA ricat Caye N/A N/A 12e sb< ve level in Eet;t. Tank WDL-T-dB. See Sh. M. t<

t c - t r b W L L-L'i-13 67 Ievel Gaje tocal indication of level in Eeutr. Terik WDL-T-8B.

Iocal Gage Glass 0-129* 0-10' NA See Sh. 38 W;L-1T-1368 I4 vel Transmitter Wansmits the Itquid level signal of Neut. Tank Iocal Twin Diaphra ja 0-14' 10-50 ma b/A E'.L-T-8B to WLL-LI-1368 See Sh. 33 W;!rLI-1368 level Indicator It indicates the IcVel in Kaut. Tar.k WL L-T-88. Wat fanel pilliawneter 10-50 ma dc 0-14' hA 301A Vertical W;> PT-136? Presrure Transmits the press are in the Aux. Bldg. Samp cale 0-30 psig 10-50 ma de rfa Transmitter Tar.k WDL-T-5 to h DL-PI-1369 See rh. 9 WCi-PI-1369 Fressure Irdicates the pressure of the Aux. Bldg. Sump WDL Panel Milliaweter 10~50 en de 0-30 psig NA I r. dica tor Tar.k WOL.T-5 301A Vertical ED9F5tS-1370 Flow hand Actuated Operates WDL-V227A Aux. Bldg. Sump Pump WDL-P-4A WEL Panel E-30 Push N/A N/A N 'A Switch SJction. See Sh. 24 301A Buttc.n W;1-r:S-1371 Flcv Eand Actuated Operates WLL-V2278 Aux. Bld). Surp Pump WLL-P--4B WDL Par.el E-30 h.sh N/A N/A EA Switch Sortion. See Sh. 24 301A Button Q W;9fs-1372 fressure Switch Stops the Aux. Bid.J. Sump Pump WDirP-4A on low MTG All Diaphrapa 0.,2-6 psig N/A

.7TO suction pressure.

C WOL-FS-1373 Fressure Switch Stops the Aux. Bldg. Surp Pump WCIrP-4B on low MTG All Diaphragm 0.*2-6 psig N/A b* itii suction pr essure. B14. Sump Punp WDirP-4A WCL Panel E-30 Push N/A p/A N /A Et'erHS-1374 ricw nand Actuated crerates WDIrV230A Aux. 9 W Switch Facirculation valve. See Sh. 24 301A Button N WC*r F13 - 1375 riow Hand Actuated operates WDL-V2303 Aux. Bldg. Surp Pump WCIrP-4B WDL Panet E-30 Push N/A N/A N/A Switch Pecire. Vsive. See Sh. 24 301A Button Etfer1C-1376 Flow Har.d Actuated Operates WDL V231 from Aux. Bldy. Surp Tank to the ranel 329 E-30 Push N/A N/A N /A Switch saeple station. See Sh. 24 Button 8 7 A e

m.- "I h h f a h .~ p r N H e e ?.... D a t t........ sueJECT.................................. sost r7 puo..... o F... C *ar D o f...... D A ' s............. - -. -.... - -. - - - -... - - Joeeso _... ); TABiz 20 (Continued) ImTPtwTATION AND CCNTKIS G f; P pe Irput Fange C utput Farqe Setpoiat c' I N tification Cescriptien Dmetim tocation f 3 ter.ds an alarm si ral to W9IrfAH-1377 on high Tank Float Cage N/A N/A 5* " .*tv. W L L-15 -13 7 7 1,-vel switch 7 liquid level in the Aux. C1d s. Eas'p Tar.k WtL-T-5. httc- " 5 See Eh. 3 tl. W;L-L,-1379 level Gage Iocal ir.dicacion of level in the Atx. Bldg. Sump tocal Gage Class 0-54" O-54" N, A Tad WLtr7-5. See Sh. 30. W 1-1.T-1379 I4 vel Transmitter Trar.smits a signal of the level in the Aux. Bld). MTG A16 Diaphragm 0 p 10-50 ma oc n 'A I Sr p Tar.k WLt.-T-5 to WCIrIl-1379 See Sh. 38. 2 Wr *-LI-13 79

4 vel Indicate.r Ir.dicates level in the Aux. Blog. Surrp Tank WDL Fanel M1111 amer.eter 10-50 ma de

0. /

N 'A LDL-T-5. 301A vertical WOL-TG-16 01 Fim liard Actuated cprates Wut-v2%k Misc. Waste Tar k harp WDI-P-E.A WDL Fanel E-30 ftsh N/A N/A N 'A Switch tisetargo. ree Sh. 24, 301A Button U;L-r5-!G2 Flow Hard Actuated C rerates WLL-s2649 Misc. Waste Tad Pwep WDL-P-C,B WDL lariel E-30 lush N/A N/A N.'A Switch Lischarge. See Eh. 24. 301A Bt.t t an WL!rrd -1CO3 I'1w Mr.d Actuated Cperates WLI-V22'3A Aux. BldJ. Sump Tar.k Pump WLL Parel E-3; itsh N/A E/A N/A Switch UDL-P-A Discharge. Eee sh. 24 301A Botton f W;tertC-1604 Fim Hand Actuated Cperates WLIrv2298 Aux. Bld y. Surp Tank Punp WLL Panel E-30 Push N/A N/A IUA Ewitch W IrP-48 CischarJe Valve. See Sh. 24. 3DIA Button WLIr n-1605 fressare Trans. tits a signal of the Aux. B11J. Sump Tank l tack 454 Gage 0-50 psig 10-50 ma JC N/A Tra:smitter Pwnp Disch. pressure to WDIePI-1605. See Sh. 9 W.,trPI-1605 Pressure Ir.dicater Irdicates the discharge pressure of the Aux. Bldg. WDL Panel Milliameter 10-50 ma dc 0-50 psig K 'A e Eurp Tank n urp 301A vertical I

L-t -1006 Fressure Transmits a signal of the Misc Waste Tar k Ptns Eack 464 Gage 0-50 psig 10-50 ma oc h/A Tra r sntit t er Cisch, pressure to WDirPI 1006. See Sh. 9 d

N ULIrPI-1506 Pressure In11cator Indicates the pressure of the Misc Waste Tank WDL Panel Milliameter 10-50 ma oc 0-50 psig N/A Pc:ris Lischarge. 301A Vertical W C L-IT-16 07 Pressure Trans. nits a signal of the Neut. Tar.k hurp Pack 473 Gage 0-70 psig 10,50 ma de N 'A Transmitter WLT-P-TID Lischarge pressure to WD -PI-1607. See St. 9 I Q W0t-PI-1607 fressure Indicator Indicates the discharge pressure of the Neut. Tark WDL Ianel M1111ansneter 10-50 sia de o-70 psig N 'A Purp WDirP-Hu 301A vertical . q

k e 3 5 h, f I f 'e y j a v. ........ ca v e....... \\ cwe3 I 4 e f...... c a v a.,.... su na ecv................. 1 sasa ar mo..,.... 4 : Joe wo .......ca... _. 't i !a r

1 fi ca tion TW.4 20 (continue 1) g Ce s criM ion 1

IM 'aO L-IT-16 3 7 TMwnTP.TICN ANS CON 7RCIS F1,;rs Ele.e*,t Function 1 Feasures t'e flow from th +y disctarse into the 11 ant Die Neutralizer Tank Pump Iwation 'a LleC-153 7 s5. 26 Type schar t, F1w Transmitter ue Line. See Tipin7 Irput Par.ge Crifice Outpet Fange art-ry-1f37

'ransmits the f1w 0-50 9

n urp-1637 Ilow Conver ter WOL-rY-1637 9rm M1 WDief M-1637, and WaterMIsignal from WDIrFE-1537 to 0-100 H 0 t F1w A* corder Coperts signal from WLI -1637 MM A33 NA It records ti.e flow ri T-1637 for WLIrrs-1637 D/P Cell C *rT't-1637 riow reter sig.a1 from WOL-FY-1637 I n1 301A 0-100* H O ( .~L-rMI-1~17 It totallres the flow det kuL ranel Sq. hoot 10-50 ma de 301A Miniature 10-50 sia de w rA riow reter Indicator ected by WDIet'E-1637 Fecorder 10-50 ma 10-50 ma dc de 'a LL-r"S-30J2 it ir.dicates the total fl Cable }.oom 0-50 NA 9pm Zolid State N 'A F1 w !!and Actuated ow that WLIrrE-1637 detects. WLL rar,el 0-60, 0-6000 10-50 ma de Switch (perates UDL-V235B N 321A 6 Digit pulses h /A Eter!c.-3003 Inlet Valve. rly Par.d Actuated See Sh. 24.eutraliter Tank VI1

68 Feset Counter 0-60, 0-6000 WDL I'arel pulses 10 E6 qallons Switch WDL-T-11A Inlet. operates WLL-v2e9A Contamir.ated Drai 301A E-3C Push N 'A g

W h-r%S-3034 Flow Pand Actuated See Sh. 24 n Tank Batton N/A Switch Operates W;L-V2699 Contami WDL Panel N/A 301A a-30 Push h 'A W0!rr:S-3005 WDIrT-11B riow Har.d Actuated See sh. 24,nated Drain Tank Button N /A Inlet. Cperates WOIrV290A WDL Far,el N/A Switch i 301A E-30 Push s et. W:L-r'C-3006 UDL-TallA Fecirculation IContamir.ated Drain Tank Button NA riow Paed! Actusted nlet. See Sh. 24 WDL Panet N /A Switch Or4 rates uLirV2968 Conta i 101A E.30 Pu h N 'A &LIrrl!S-3007 Plow !!and Actuated WD!rT-11B Eecirculation Im r,ated Lrain Tai.k Batton N/A s p nlet. See Eh. 24 WDL Panet p Switch Operates W0!rv292 Contami NA / 301A E-30 Push KfA WL!rrHS-30C0 Outlet tr riew Itand Actu ted eader cross-courec.ated Drain Tanka Button N/A r N t. See Lh. 24 WDL Panet fe/A o Switch Operates WCL-V293A Cont 301A E-30 Fush N/A WL-r'G-3009 WEL-P-15A Suction See Sh. 24aminated train Pump Button N/A Flow Nand Actuated

==* Orerates WLIrV2938 Conta i WDL Panoi N/A Switch 301A E-30 lush N /A WLL-r}!C-3010 WLL-F-15B Suction.See Sh. 24m nated Drain Purp batton N/A riew fr d and Actuated Cor. trol Operates WDL Farel N/A Contaminated Drain Pump WDiwr!.-v2954 which contcola flow 301A E-30 Push NJA of the Button N/A rP-15A. See sh. 50 Wot Panet N/A 301A Solid State N/A Panual N /A 10-50 ma d: N/A ? g i ,,4 \\ 4 t '4 } g b . a 0 t h. f. l" e 'h s eMEET9eO. ..-.0F.... SW...... .oATE...... SUeJECT................................. f Ca*3 S'.......Catt.............................. Joe 880 g g,39 g.y,, q - j E' I INSTF*Mr!A*ItN A!") CC W IS 3 1 Irrut Fange Outrut Fa nge Se*, Icca*lon g 4 runction W" ific a t ien f**cripti m ,j 'O-50 ra de 3 15 ret; h% Fack 476 I/P Converts signal f ree E!rrHC-3010 i, E*r1Y-3 310 Co.verter Converter a i: u t farel Sclid State N/A 10-50 ma hA k;Ir r:r-3011 rim Itand Actuated (Terates L L-v2+5B e.ich cor.trols flow of the Contaoir.ated Orairt Purp HCL-F-15B. fee Sh. 50 331A Ma r.ua l Costral Pack 476 1/P Converter 10-50 ma de 3-15 psig NA li Corverts signal frors EIrr!C-3011 Cor.ve rt e r Local Cage class N 'A N/A NG g-

*,,.- f.y;1 Iucal traicatics cf the level in the Contasirated W ;L-L.,.3013 Ievel Gaje Erain Tank WCIrT-llA.

Tar.k Float Ca p N/A N/A g. Sends an alarn signal to Wrir!AH-3014 on high g.q. I h0:r'5-3014 !avel Switch liquid level in Centamirated Prain Tank WD!rT-11A. TarA Float Cage N/A N/A g.. Sends an alar a signal to EL.IA:t-1014 on high m WrL-IS-3015 te;e1 switch { liquid lesel in Contarinatica Drain Tar.k i WOL-T-113.

S MTG S2 Cage 0-66*

10-5n =a. 4

ransmits a sigt.a1 of the level of the contaminated E rLT-3016 level Transr.itter Drain TarA WLIrT-11A to EL-LI-3015 See Sh. 15.

j 'e 7 W?*rL:-3C16 level Indicator It irdicates the li p 12::1 ef. % t;cntr 1. tea WOL rar.el F1111aurete r 10-50 ma oc O-46" 301A Vertical .nin L A nwT-11A. MM S3 Cage 0-5' 6" 10-50 ma oc

/.

It tranc, its a signal of the liqaid of the E:<- LT-3 017 Icvel Trarsmitter Contami.ated Drain Tark WDirT-Ils to WDIrLI-3017. See Eh. 15. j WLL Panel M111araeter 10-50 as de 0-06" N-It indicates the level of the liqvid in the on 301A Vertical E :rt.:-3317 Ievel Indicatcr j Contaxir..f ted ITain Tar.k WCIrT-11B e l Mck 476 Gage 0-60 psig 10-50 ma de h-It tra smits a signal of the contaminated Orain ( A, W:L.M-3019 Pressure "rar.ultter Twp WLirP-15A. Cischarge pressure to WDIrPt-3018. ~4 '0 See Sh. 9 1 'i WDL Panel M1111ananeter 10-50 sa dC 0-60 peig N i N Indicates the disefarge pressure of the W! rPI-3019 Pressure Indicator 301A Vertical f ) g Contasir.ated Drain INFp WCIrP-15A } . l Fack 476 Gage 0-60 psig 10-50 ma dc t' Tr ansmits a signal of Contaminated Orain Pump w EIr M-3019 Pressure Transmitter W0:rP-15a Discharge Pressure to WDirPI-3019. f 9 See Sh. W. a J WLL f anel Millia:veter 10-50 ma de 0-60 psig h ~ 0 it indicates the discharge pressure of the WOIrP -3019 hessure Ir.dicator 301A Ve r t ic al Contantir.ated train Pump WOIrF-153. d 1 t I t -{~1 C' .t 4 e m' 4 i, e* 4 a Ij ef.............CATE........ 9yoJECT......._........... 9H E E7 mso., ,. c e..... cemo ev...... cave,..... Joeneo... TABfI 20 (Con *inumi) ypW"NTATi tH A*;D CC?'TRn!.5 9 i' I M *1 fica *fon r=ecrip*lon runction rocation 31 frput u.ange Out put Ra ng e see miet +- Wit-!/,-3020 Ievel G.vfe "he 11auid level in it is equal to trie liquid Tank Gage Glass 0-66" O-66" N/A f' level in the Ccntaminated Drain Tank WDL-T-Ils. h L-is-3021 Fressare Switch Stops Cont aminated Crain N?p WCL-P-l!A on low Rack 476 riaphrag:s 0.2-6 psig W/A 1.7 ga!c suction pressure. !l W:Wi5-3022 Pressure Switch Stcps contaminated train Nrp Wrt-P-15D on low Fack 426 Dia;.hra pe 0.2-6 psig N/A 1.7 p.1,. suction pressure. FLL-rHS-3199 Flow Mar.d Actuated OI erates WDL-V271 R.B. Sump Pump Cischarge Farel 15 E-30 Fush N/A K/A N/A Switch Fenetration Valve (inside R.B.3 See sh. 3 B ut ton f WL-'t-3191 ricw Mand Actuated Qerates WDL-V3 31A Misc. Waste Hold-up Tank WLL Tar.el E-30 Nhh N/A N/A N/A Switch Inlet Filter WOL-r-8A inlet. See Sh. 24 301A Batton WLL-r!5-3192 Flow Hand Actuated C.perates WLL-V333 Misc. Waste dold-up Tank WOL Panel E-33 lush N/A h/A N/A Swatch Filters by-pass. See 'h. 24 3OLA Buttcn ut-n s-3173 Flow Hand Actuated ( perates WLL-V331B uise. Waste Hold-up Tank WDL lane t E-30 Push N/A N/A N/A I: Switch inlet Filter WLL-F-SB inlet. See Eh. ?1 331A Eutton W:t-rFI-3196 Flow Hand Actuated crerates WOL-V332A Misc. Waste Hold-up Tank WDL Tanel E-33 Push N/A N/A N/A Switch inlet filter WDL-F-dA Outlet. See fh. 24 301A Button WLL-r % 3197* Flow Hand Actuated operates WL'rV332B Miac. Waste Hold-up Tank WDL f anel E-30 Push N/A N/A N /A Switch In!et Filter WOL-F-8B Outlet. See Sh. 24 301A Buttor. W* L-rHS-3198 ricw land Actuated Operates WLL-V352 Misc. Waste Hold-up Tank No. 2 Sample E-30 W sh N/A N/A N /A Switch WOL-T-2 to Gas Analyzer. See Sh. 24 Panel But ton I WLI-r % 3199 Flaw Hand Actuated eternes WDSV262A Misc. Waste Tank Pump WDL Panel E-30 Nsh N/A N/A N/A Switch k o-6A suction. See Sh. 24, 301A Button ~ - EL-r:5-3 592 riow Hand Actuated Cierates WCL-V418 FB Scep Pua p Cischarge. WDL Panel E-30 Nsh N/A N/A N/A 3 Switch See Sh. 24 301A Button I N WCL-r % 3593 Plow Hand Actuated 01erates WDL-V419 R.B. Supp Nmp Discharge WDL Panel E-30 Push N/A t@A N/A Switch ficader Lrain. See Sh. 24 301A Button WLYerHS-3 594 Flow Hand Actuated (perates WDL-V415 R.B. Sunp Nmp Discharge WDL Par.el E-30 Push N/A N/A N/A Switch Header LTain. 301A Button " WOL-rHS-3595 Flow Hand Actuated Operates WCL-V364 R.B. Surp Pump Cischarge WDL Panel E-30 P ash N/A N/A N/A Switch Header to Aux. Bldg. Surep Purp DJ sch. Header. 301A Button See Sh. 24 WOL-r!:S-3 596 Plow Hand Actuated Operates WDL-V394 R.B. Sump Nmp Discharge Header WCL Panel E-30 Push N/A N/A N/A witch to Aux. Bldg. Surp Purp Disch. Header. See Sh. 24. 301A Button e I i a l ~64- .... e. e e

1 6 e t .? e j l e a i Sf.............Da?f........ SueJsCT.. Sw t rf hO.... JF.. -. l c-o a v...... o n v e.............................. ...... ac e no TARIE "D (Continued) 'f T NS TP"W%TA TI< N AND COTkCIS

***
1 f ic 3
ien recriI t t on ru ction f e tion M

Trrut Farge Outpot Fange feticir I E L-IM -3G2 Flow Enn ! Actuated r.perates WOMV215 Inlet to the WLL-F3A Filter. WDL ranr 1 E.30 Nsh N/A N/A h/A Switch fee Sh. 24 301A But t c.n W3!rrrG-3603 Flow Ear.d Actuate 3 Cperates WCL-v315 rilter WOL-r -3A. 3B By-pass WL1 ranel E-30 Nsh N/A N/A NA Saitch 301A button = 0L-r!s-3 0 04 riew !!and Actuated cperates W0tev316 Inlet to rilter WOIrr-3B. W: L Iar,el E-30 Fush N/A N/A NA Switch See rh. 24 301A Button h D!rr:is-3605 FIN Mand Actuate! Carates WCIrV216 Outlet of Filter WJIrr-31 WLL Eanel E-30 Push N/A N N/A Switch See ~5. 24 30]A button EIrr;3-3tC6 F1w Land Actuated OMrates 1:LL-V317 Outlet of Filter WDIrr-38. WE L ranel E-30 Nsh N/A N/A N/A Switch See Sh. 24 301A batton E-30 Push N/A N/A N/A W;Irr:$-3 407 FIN !!and Actuated Cgrates WL!rV351 Aum. Bldg. Susnp Tar.k to Gas put g Switch Analyzer. See Sh. 24 Datton W;I-r!"';-3 0 00 Flw !!and Actuated C;erates E!rV43 Sarple Feturn Lir.es to the Misc. h1 pq E-30 Fush N/A N/A N/A Switch Waste Hold-up Tar'k. button W : Ir *'C - 3 ! O9 Flcw !!and Actuated C3 rates WDIrv322 ?:eutralizer Purp Circharge WLL rar.el E-30 Nsh N/A N/A N/A Switch Cross Conr.ect. See Sh. 24 331A Button a :L-rFS-3 G 10 Plow Pand Actuated Oprates Wr!-v324B Inlet valve to rilter Wbler-48 WDL Panel E-30 Push f./A N/A N/A Switch See Sh. 24 301A Dutton E ST! -3(11 Plw I!ard Actuated Crerates O'rV324A Inlet to rilter WDIer-4A. WCL Par 41 E-30 Push N/A N/A N/A Switch See Sh. 24 301A tutton W3!rric-3612 FIW Far.d Actuated Cperates E Irv3258 Outlet of Filter McIrr-48 Wrt ranel E-30 Push N/A N/A N/A Switch See Sh. 24 301A Button W:'erES-3613 Plcw Hand Actuate 3 Operates WDIrV325A Outlet of Filter WDier-4A. E L Par.e! E-30 Fush N/A N/A N/A Switch See Sh. 24 301A Button I 1::Irras-3614 Flow Hand Actuated cperates W:IrV326B outlet of Filter WDier-4s. WDL Pa r,1 E-30 Push . N/A N/A N/A Switch See Ch. 21 301A Button d N h;Irr!c-3615 ricw P.and Actuated Operates WD!rV32f A Cutlet cf Filter WD!rr-4A. WCL Panel E-30 Push N/A N/A N/A Switch See Sh. 24 3 CIA Button O EIrr!!S.3616 Flow !!and Actuated C+erates WCL-V251 Aux. Bldg. Fep Tark (WCIrT-5) E L Far.el E-30 Push N/A N/A N/A Switch to Kisc. Waste Tank (WDIr?-2). See Sh. 24 301A Dutton s N. 1 1 i -65 j

4/ i ): e L~ 4 m f1 1 bf 6I pd sWrf MO. 4 OF..... s v............ c 4 7 s........ susJsCT............................... CMo. o v...... c a t t............................. ac e no.............

Apty 23 f Cont trauel)

INITWmTAT!rn Aim cc nT:ws k N

i fi ca
1 M
<*cription Funct ir n location g

Input M,ge cutret P uge fetrei"t e W:t-T.3-3517 P1Jd Nnd Actuated CWrates WOVil73 Aux. Eld]. Surp Tank twDirT-5) W:L ranel E-30 Tw h t;/A N.' A NA Switch

o ?:eutr. Ta%s (WLL-T-% & b3).

See Sh 24 301A button W: L-r:3-3GIB Flow Hand Actuated 4erates W::rV34LA contaminate 3 Crain Tank WLL Fanet L-30 Push N/A VA

h. ' A Switen (W:IrT-11A) 1-ecirculation Valve. See Sh. 24 301A Button W;;-r:G-3 C19 riaw nard Actuated Cperates WL1-V34ca contaminated train Tar.k WLL Ianul E-33 Push N/A N/A N/A Switch W0teT-113) Fecirculation valve. See th. 24 301A Dutton W Cir r'3-3 ;20 Plow Har.d Actuated Crerates WCIrV400A Contaminated Drain Purnp WLI.lar.el E-30 Fw h h /A N/A N/A Switch 15A Discharge. See Sh. 24 301A B at ton WEL Tanel E-30 Push N/A h/A N/A W LL-ns-3621 rica Hand Actu ted Crerates Wnt-v4008 Contamir,ated train Furp Switch 153 Lischar e.

See Sh. 24 33!A button Wtir. C -3422 Flow Hand Actuated cyrates W;Irv245 Neutralizer Tar.ks Eecirculation hbL Panet E-30 Push N/A N /A N/A ~ 331A Batton Switch Cross-connect. See Sh. 24 WCL lanel L-30 im h N/A N/A N/A W LL-r;5-3623 Flow Eand Actuate 3 e;erates WD:rv2441.eutralizer Parp Suction ' r Switch Cross-conr.ect. See Sh. 24 301A Button WDL lar.el solid State N/A 10-50 ma de N/A W;i-FMC-3624 F1 er Hand Actuated Oprates W';1rv3948 which coritrols the flow - 1 sr.t r o l through Neutralizer Pump 8B. See Sh.50 30 LA M r.u a l W: r N-3f24

Converter converts sijr.a1 f rom WDIrr!r-3624.

54ck 473 1/P Cor.verter 10-50 ma de 3-15 psig M'A m-WCL Far:e1 Solid State N/A 10-50 rsa de h/A @ W L-nc-3025 riow Hand Actuated 4 erates wrIrVM 4A which controls the flow through Cor.t r ol r:eutratirer Pump sA. See sh. 50 301A Nnual N W;L-i y-3f.2 5 Converter converts sipal from WO:ent-3625. Eack 473 1/P Converter 10-50 ra de 3-15 rsig N/A s Weten!C-3626 Plow Hand Actuated Operates WLIrV433 which controls the flow through WDL ranet Sc11J State N/A 10-50 ma dc N/A Cortrol the Misc. Waste Tank Discharge. See Sh. 50 301A Mar:ual U WLien-3e.26 Cor:verter converts flow signal fro:a WLL-nc-3626. hek 464 1/P converter 10-50 ma de 3-15 psig N/A o WDL Panel solid State N, A 10-50 sa dC N, A W 0tentC-3 627 Flow Haa.d Actuated Cperates WOIrV434 which controls the flow through Cor. trol the Misc. Waste Purp Eecirculation Line. See Sh. 50 301A Manual WOL-N-3 62 7 Converter Converts ficw signal from WLIrFIC-3627. NTG A18 I/P Converter 10-50 maoc 3 15 psig N/A W LL-n!C-3628 riew Hand Actuated Operates WDirV424 which controls the flow through WEL Fanel Solid State N/A 10-50 ma de u /A Contret tie Aux. ald g. Suwp TarA Pump Discharge. See Sh. 50 301A Manual WL:en-3628 Converter converts flow signal from CIrrit-3528 Back 454 I/P Converter 10-50 maoc 3-15 peig N/A

t

h. -

[,i e i e E '. 4 1-

4..

s V sf.............DaTe........ syastCT...................... s** f E 7 hO. 08P. c== o e v...... c a v c............................. aoa O ~........................... p,2 20gW nu%*) l IWSTmr?mTn N 7 ND cc r <c:S 8 tifiestien M crir tim ruretim Iw atici

gig, Irrut Faege cetmt Pane Setic ir t C !.er'C-3629 P1w Har.d Actuated Curates W3IrV423 which controls the flow throuJh WOL I ar.cl solid State N/A 10-50 ma N/A Co.+rol the Aux. DIMg. Sump Tank Ferirculation.

301A ra nual W '.51 i-3 7 2 ) Co.verter ccnvarts flow signal from WL1,-:TC-3s29 Stac k 454 I/P converter 10-50 me 3-15 psag N'A y W;I-:F 2 5-300 C1fferential LeMs an alsr-n si7r:a1 to WLIrrI A!!-363) on high Local Bellows 0-55 psig N/A 15 ;st! { F r e s s ure I rs!1c at or differe*.tial press re across filter hDI-r-3A 1.citch h;>;F:3-3031 Lif fe rer.tial Fress. Se,ds an alarm sigr.a1 to WCL-rTA"-3 330 on high tocal Eellows O-55 psig N/A la ;gg Ir.h atcr Ewitch dif f(rer.tial laressere across filter WD>r-33 6 f W2'-PE-3I32 r!w Ele.ur.t Pessures the dischar7e flow ol the Am. Blog. Swp Pipin] Ve r.t u r i 0-50 gym H0 0-100* g o N/A k t a nk P.1 p 4A. s V i-; ;-M32 Caff9rential fress. Indicates f1 w at the CischarJe of the Aux. Bldg. MTO All Bourdon o.g$ = c-125" H 0 N/A ' g ' Ir.licator Sep TarA Irp 4A Tube i W;L-TE-3633 F1w Element Measures the discharge flow of the At:x. Bidj. Piping Venturi 0-50 g;w 0-100* H 0 N/A SL p Tank Pap 43. W;L-;rI-3633 Dif ferer tial tress. Indicates flow at the risch. of the Aux. Blog. MTG All Bourdon 0 1p$a p 0 0-125" H O N/A 2 Ir.dicator Erp Tar.k Iwp 43 T4e WLL-;PI5-3634 Differer.tial ITess. Sends an alarn signal to WDiererAt-3634 on high kack 464 Pellows 0-55 psig N/A 15 rsid ' I I r. ficati r. ] Switch pressure drcp across filter WLIrF SA. W;L-LP:5-363: Lif forcotial Ircss. sends an alsrm si r.a1 to WOL-C' A:!-3534 on hi<;h Eack 464 Pellows 0-55 psig N/A 15 psid 7 I r. dica tir. ] Switch pressure drcp across filter WLIrP-ful. W;;rrr-3E36 rim El(ret reasares tae discharge flow of Misc. Waste Ta:Jt tipir.3 Venturi 0-50 gpm 0-100* H 0 N/A P mp CA. Q WLI-CP!-3636 Differential Press. Indicates discharge flow of the Fisc. Waste FTG A19 Bourden 0 125" M ;0 0-125" H 0 N /A Ir.dicator Tar.k Prp CA Tube C WOIrrc-3437 Flcv Elecent tieasures the discharge flow cf the Misc. Wasta Piping Verituri 0-50 gIm 0-100* H O N /A 2 3; Tank P2p 63 s WLL-t F1-3637 Dif ferential Press. Ir$1cstes the dischtrge flow cf the PiSC. Waste MTG A19 Bourdon 125" H O 0-125* F)O N/A Ir.dicator Tank Prp (B. Tube 2 I WOL-r ?IS-3 6 39 Cif f erential Press. Sends an alarm si7nal to WrIrDFA:f-308 on high Rack 476 Eellows 0-55 psig N/A 2$ TSid Indicator Switch dif ferential pressure across Filter WCIrP-7A. WLIr*.r:f-3333 Differential tress. sem3s an alarm stral to YOIrDEA?!-3639 on high back 476 Bellows 0-55 psig N/A 25 Tril Indicatcr Switch dif ferential pressure across Filter WLIrr ~73. e h

1J 8 I 3 ' h./ 97...........Ca?E........ sueJECT.............................. s**s rf NO.. OF..... 4 'e r C=*D s v...... c a t s........................_...... Jos No ii-TAETE 20 (Contirmed) M, !?:S*T:s t *2 tm' ; AND C'tr'Tms J. Ider*1 fica

ion Peterip*lon N ctio; Ynca* ion g

Irnut Fange Output Fan ?e re'. W;L-rt-3640 riow I::ement reasgres the discharge f1w of Cor.taminated Drain Piping Ver. turi 0-50 g;n 0-100" H O t./ A 2 Twp % M L-LFT-3C40 Lif ferer tial f ress. Ir.dicatc s the disc!'arge flow of the Cor.ta:cinated Fxk 476 Bourdon C.1[ H O 0-125" H 0 %A 2 Irlicator tratr. Er p 5A. Tube E !rtT-M 41 FI~r ilevant yeasures the discharge flow of Cor.tamir.ated riain tiping venturi 0-50 gpm 0-100* 1: 0

'A 2

Pv p 53 9 0 12/11,M 0-125" H C tlA W; L-; F *-3 641 Lifferectial Fress. Ir'dicates diccharge flow of Cor.tariN-ted train luck 476 bourdara 2 I n.? I " *.I l'tep 5D. Ttle WL L-I c-3 5 42 ri a riarent reasures the discharge flow of Neutr. Tank Iwsp I:1.ing venturi 0-50 sta 0-100* H,C 1 ?: /A WDL-T-6A. + wtL-;FI-3642 tif terential Press. Irdicates the discharge flow of t:eutr. f.'k Ptep Pack 473 B ot.sdon 0-li'Ill o 0-125" H 0 N/A j y Indicatcr WrL-P-E Ttie A t WOIrrr-3E43 riow Element Peasures the discharge flow of Neutr. Tank Purp tiping Venturi 0-50 gra 0-100* H O N/A k;L-P-88 I W:!r:PI-3043 Differential tress. Indicates the dise!.arge flow of treutr. Tank F%ep Pack 473 sourdon C-16 H O 0-125" H o t'# A r I ndic a tcr WCL-P-BP. T4se 2 2 i W;!rCPI,S-3544 Lifferential Press. Sends an alarm signal to WDL-DTA:I-3644 on high HTG F2 Bellows 0-55 psig N/A 25 7;*i Indicatir.; Switch dif ferer.tial pressure across Filter WOL-r-4A. WLL-OPIs-3645 tifferer.tial fress. Ser.ds an alarm signal to WDL-t. Fall-3644 on hifa PPG F2 Pellows 0-55 psig N/A 25 it1* Indicating fwitch dif ferertial pressure across Pilter WOL-r-49 WLIrIT-M 46 Pressure Transrritter Trar.smits the outlet pressure of Filter WDL-r-4B to Pack 473 cage 0-70 1'sig 10-50 ma oc TUA WC!rFI-3046. I WOIrFI-3646 Pressure Indicator It indicates the outlet pressure of Filter WD!rr-49. WDL ranel Milliamuneter 10-50 ma de 0-70 rsig N/A 301A Vertical l W;Ir u-3647-1 tevel Switch Eends an alarm signal to WDL-1 Alt-3647 on hi h Ta r.k Top Mounted 0-20" 7 N/A lu" N level in the Contar.inated Sump rump Poom Displacer adjustable i C W 0 L-L5 -3 6 47-2 I4 vel Switch sends a signal to stsrt the Contaminated Drain Tank Tcip Mounted 0-20* N/A 16 " ' Tank Foon Sump Pump on high water level. See Sh. 36. Displacer adjus+4 1e e WDL-E-3647-3 !avel Switch Sends a signal to stop the Contaminated Drain Tank Tank Top Mounted 0-20' N/A 2^" p Foom Sump furp on low level. Displacer adjustable WO rLT-3649 I4sel Transmitter Transmits a signal of the water level in the tocal Top Mounted 0-3* 10-50 ma N/A Contaminated train Tank Foom Fue-p to WLtrLI-3649 Cispir.cer W:.L-LI-364 9 14 vel Indicator Indleates the water level in the Contaminated Orain WCL Panel M1111ereeter 10-50 ma 0-3* N/A Tar.k Foom Surrp. 301A Vertical i 1.s

e = 1.

e S** E rY peo....

0 P... Sf............ D a T e....... SU5)ECT.................................. CanD er......Da75.. Joe 40 TAsir.21

A TL P;-ir: A r.c?m rs F A*:U. W.- to A."'rt AFPs A : > Cmn ro D:K*=5 i

t**- t i f i a t h c,

e t o r ci 'Jerie le r tnits Alarm 5:et reint Fource Variable Fan.Jg Parel ?:ve and MMer i

..e s?-1315 Hi;h water level in t*e Feactor Bldg. Surps inches 16" WOIr14-1315-3 0-25" WLL 301A h ; L-w- 1311 Fi;h wter level in C.e A.:o B13 !&p; inches

16" Wr!-IS-1319-3 0-55' WEL 3G LA 1

i f

'r: AP-1321-1 High water level in the Teacter !*1d<y. Spray F.:rp

16" k;!rLS-1321 0-25" WLL 301A

o. 177. 5.a r inct e s c.f water WL:r it-1324-1 F 1:ih n+er icvel in t!.e I cactor t*1d1 Spray Purp e16" WCT-!4-1324 c-25" WLL 301A to. 17B s rps inc:.=: s w L-:r'-13 27-1

!!i;h water 'evel in tic Xcay !: eat Femoval PuPP

16=

WL:r!I-1327 0-25" WE L 301A 1/A Su: p 1 r.cha.s W0te*19-1330-1 Hi?. wter level in the tecay f! eat Fe,cval PwP

16" WLIr ts-1330 0-25" utt 3:1A 1E3 S ept i t.c h.t s wr> A?3-1334 1 igh sater level in the Misc. Waste Tank WDI-T-2 inches 10'9" :.tcve flocr WiteIs-1334 N/A WCL 3t 1A W:1rt;-1363 N /A WL 301A M* L-INi-1363 righ Water level in the ::eutz. Tank L-T-8A ar.d g.

ah e flMr Ir.-6E; irches WUteIS-13% WL!rIL-1377 N/A wnL 301A W ;L-LA:.- 13 77 I:1,5 water lent in the Aa. Bid]. S ep Tank $.p =,gy, g, W;irT-5s inchas bottcm Wr, IRIS-3014 N/A WLI' ^ w;L-IAi!-3 014 Hith u nter level in the Contaminated Orain TarA U6" above 3. W. L-r- 1 LA ; indes Ntic9 WLIrr P15-3630 0-55 psig WCL 301A WLI.-L: A:1-3 G3 ] Ifi ih p ess'.re drep across filters WDL-F-3A and, y$ 3 gg y W'. Ir LPIS-3 6 31 W;t-r-33; ;aij s WL!r DrIs-3634 0-55 psig WDL 301A @

WL!r:

,?:- 3 0 4 f:1,5 ; remw brop acrcss filters WO!rF-9A and g$ 7,13 W;!el-6B; p ig WLir;;13-3635 k IrLPIS-3630 0-55 reig WCL 301A C WC*rCTA!!-3639 High pressure drop across filters WDter-?A and p$ g g g,3 Wa!rr u psi; Wtterats-3c39 A WrteUPIS-3044 0-55 psig WCL 301A WL!r0i44 -3 644 Eigh pressure drop across filters WDIrF-4A ar.d p$ p,gy CP w..,si pig wn:rtrIs-3645 W IrIN'-3(47 1:1gh water icvel in the Contam. Orain Tar.k Poem , // P O WEfrII-3647-3 0-20" WCL 301A S ung inches 'ftt m top of sq.

l 2 'si li* e N d g ,J 4 e ? r i EURP.S AND ROE. INC. J s W O P;a 04'e SvA No. Peqe 94o D<e a 9 *.o Ce'c No 9w et o8 8e Ciw h e1 A r,.v %ed T.' e I i 1)%

c. Y *'*n ? S~c'AY.F5 r*i'ica*ico Nasare! V3-iatles t% 't i ftlarm Set Poirt Source Variable Fan ;e Far e t ha~e ar.3 ? url er y

W ;L-FA-4 4 3 3 Ccr.tamirated t ra in '!1t Fsp Tr ip (WPL-P-l'.A & P) f:A hA C13 NA WDL 301B ! M 3-4C14 Aux. S !dg :.urp 'rk. Pt.mp Tr ip (W.L-F-4A &Is) 1:A !a CIA NA WEL 301a M L-EA-4f.6 6 F a t ia ste 1.:. p Seal Water t; nit ' trip t:A ?.A C LX ta WLL 301B %;. L-3-4 '. s ? P;sc U nte ik. Ftup Trip th';L-P-C A &B) M ?;A OLX hA 6LL 301B L;L-EA-4:s8 Lectralizerkk. Pep hip (WLL-NA &B) ?;A ta C LX NA WOL 201D ccs a ' r i-q I N tificseien %.asured VariAbler finit s Alarm Set t'o i r't Sout ee Variable Fange it! / !/W 272e W L-r-2 A, star

u t.A M1 hA 2727 W; L-F -2E, start t.A P:A PX 2 t.A e

W so N O ( 1 t ......#a}}

ML19262A514

Text

1.0 INTRODUCTION

1.0 INTRODUCTION

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