Text

Final Sys Description(Index 44):Radwaste Disposal, Miscellaneous Liquids Sys, Revision 13
	ML19308C197
Person / Time
Site:	Crane
Issue date:	10/31/1975
From:	Iskyan H; BURNS & ROE CO.
To:	;
References
	TASK-TF, TASK-TMR PROC-751031-02, NUDOCS 8001210531
	Download: ML19308C197 (71)
	v • d • e

{{#Wiki_filter:. [..' %a g o h FINAL SYSTEM DESCRIPTICN' (Index No. 44) RADWASTE DISPOSAL, MISCELLANECUS LIQUIDS SYSTD1 (B&R Dwg. No. 2045, Rev. 13) JERSEY CENTRAL PCWER & LIGHT CCMPANY THREE MILE ISLAND NUCLEAR STATION UNIT NO. 2 Issue Date l October 1975 i [ Prepared by: H. Iskyan Burns and Roe, Inc.. 700 Kinderkamack Road Cradell, N. J. .]l 07649 210*,+, g 20o1 _m

t. TABLE OF CONTENTS FOR RADNASTE DISPOSAL, MISCELLANEOUS LIQUIDS SYSTEM Section Page

1.0 INTRODUCTION

1 1.1 Systems Functions 1 1. Sumnary Eescription of the System 2 1.3 System Desig.1 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 m m S ( e

o APPENDIX e TITLE TA BLE 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 Rocm Sump Pumps 8 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 Filter 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 we M e e e - *ae w

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RADWASTE DISPOSAL, MISCELIANEOUS LIQUIDS SYSTEM

1.0 INTRODUCTION

1.1 Svstem 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. Demineralized Servic.e Water (2007) c. Reactor Ccolant 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) t

h. Intermediate Closed Cooling Water (2029) i. Nuclear Sampling System (2031) j. Reactor Building Spray (2034) k. Nitrogen for Nuclear and Radwaste (2036) 1. Service and Control Building - Domestic Water, Sanitary and Contaminated Drains (2391) m. Radwaste Pumps Seal Water (2492) n. Unit #1 Licuid Waste Disposal, Gilbert Associates, Inc., Dwg. C-302-692. o. Radwaste Coolant Recovery (Dwg. 2632). 1.2 Summarv Descrintion of the System (Refer to Burns and Roe, Inc. Flow Diacram 2045, Revision 19) 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-llA 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-1A 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 WDL-P-163) 4. Auxiliary Building Sump Tank (WDL-T-5) ~ i l l - *._m

l 5. Auxiliary Building Sump Tank Pumps (WDL-P-4A and WDL-P-4B) Miscellaneous Waste Hold-Up Tank (WDL-T-2) 6. Miscellaneous Waste Hold-Up Tank Pumps (WDL-P-6A 7. and WDL-P-6B) d. Fuel Handling Building 1. Neutralizer Tanks (WDL-T-BA and WDL-T-8B) 2. Neutralizer Pumps (WDL-P-8A and WDL-P-8B) 1.2.1 Reactor Building Leakages, some relief valve discharges, decontamination washdown 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 if the Miscellaneous Waste Hold-Up Tank is full WDL-T-5, 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 1 Neutralizer Tanks EDL-T-BA or WDL-T-8B or the Unit No. rac waste Evaporator. If the liquid is pumped to the ~ Neutralizer Tank, it is chemically process 4d. Depending on radiation levels, the waste is then pumped to'th'e 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 Contaminated Drain Tanks. The Service Building wastes are.- mainly laundry type solutions whose radioactivity is very low or u..letectable. 5 l l 1\\ -- \\

"~ The tanks also receive liquids from the Contaminated Drain Tank Room Sump Pump (NDL-P-18). After sampling the wastes may be discharged to the Unit I. Evaporator, Unit I . Miscellaneous Waste, Holdup' Tank, Unit II Miscellaneous Waste Holdup Tank, or the Neutralizer _ Tanks. In a Neutralizer tank, the liquid may be chemically treated. From ths Neutralizer Tank the waste may be pumped to the Unit No. 1 .Evacotator or to the Mechanical Draft Cooling Towers. 1.2.3 Auxiliarv Buildinc and Fuel Handline Buildinc The Auxiliary 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. After hold-up, recirculation and sampling, the liquids are~normally pumped to the Neutralizer Tanks. After any necessary chemical 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 1 wastes are released to the plant discharge line.' If { t _-_m----

the activity level is not acceptabic, thm 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 Svstem Desian Recuirements The Radwaste Disposal-Miscellaneous Liquid Waste System is designed to collect, handle, sample and dispose of miscel-laneous liquid waste generated throughout 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 frcm 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 radioac tivit'1 of less than 1% of the limits of 10CFR20, Appendix B, are released to the environment. Liquids are discharged in batches after 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 lireit the radiation dose rate to 2 mr/hr at the shield wall. The equipment is located in ( -S- "' ' l

.w 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 ad tanks are constructed of 304 stainless steel with the exception of the caustic-sulphuric acid lines which are Carpenter-20. System design pressure is 150 psig and the design temperature is 200 F. Piping is 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) __.__._.'C'~~_~_-

s. c. Laboratory sinks d. Decontamination showers e. Floor drains (shower drying area) f. Woman's room lavatory 9 Soiled laundry sinks h4 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. Hot instrument repair shop, E.W.C. p. Hot instrument decon. room shower q. Urinal The tanks each have an outlet to the Contaminated Drain Pumos a'nd each tank has a recirculation penetration from each pump. The tanks are vented to the atmosphere through a common vent. The Contaminated Drain Tanks are located in the Service Building at elevation 280'-6". 2.1.2 Miscellaneous Waste Hold-Un 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 B_uilding Surup e. Neutralizer Ef fluent Disposal Pumps ~ f. Deborating domineralizer back wash outlet g. Fuel Storage Pool Submersible Pump dispharge.

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\\ h. Unit No. 1 Miscellaneous Waste System i. Demineralized water System The tank also has connections to the Miscellaneous. Waste Tank Pump suction, recirculation, 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 10 ft. The Miscellaneous Waste Hold-Up Tank is located in the Auxiliary Building elevation 305 '. 2.1.3 Auxiliary Building sump Tank, WDL-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 locatedIin the Auxiliary Building at elevation 280'-8.". The tank is normally blanketed with nitrogen, but it may be vented to the WDG System.-. +ww+w..

~ 2.1.4 N?utralizer Tanks, WDL-T-8A and WDL-T-8B s- ' The Neutralizer Tanks (Table 4), which have a capacity of 9,640 gallons per tank, cellect liquid from the following to allow chem-ical treatment: a. Auxiliary Building Sump Tank b. Miscellaneous Wasto Hold-Up Tank Unit No. 2 c. Spent regenerant from the Deborating Demineralizers d. Sulphuric acid e. Caustic f. Demineralized 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 exter.ds 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 trect=cnt may be added simultaneously. 2.1.5 Reactor Buildinc Sumo Putos, 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 Hea t 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 (NDL-F-8A or'WDL-F-8B) to the Miscellaneous Waste Hold-Up' Tank. Each pump is a single stage centrifugal _g .%,,.wam. 9 dee-

I 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.'.UTO, 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 semp pump and sets off an alarm on the Radwaste Panel No. 301. The pumps automatically stop at 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 stops the pumps and shuts the valves during a LOCA. Indication is provided on Panel No. 301. 2.1.6 Auxiliarv Building Sump Pump, WDL-P-3A and WDL-P-3B The Auxiliary Building floor drain systems, the Borated Water Storage Tank drain, and some relief valves flow into the Auc 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, ta nk 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 pamp (Table 6), is controlled by a (MAN-CFF-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 cumps are single

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\\ l ) stage centrifugal with a capacity of 100 gym 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 Rocm 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 frem MCC 2-32A for pump 17A and MCC 2-42A for pump 17B. Pumps are controlled by a (CN-OFF) control switch located on the Radwaste Panel No. 301. When selected to ON, the pump will start and stop 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 frot deep, stainless steel lined, concrete pit with a capacity 3 of 48 ft. Each sump has a sump pump (Table 8), WDL-P-16A and wh'~ch discharge through filters WDL-F-3A and WDL-F WDL-P-16B, i to the Auxiliary Building sump tank. Each pump is a single stage centrifugal with a capacity of 50 gpm. The pump motors are ( rated at 7. 5 HP and are powered from MCC 2-3 2A for pump 16A and. O --*~w a.- --r-

s - MCC 2-42A for pump 16B. Pumps are controlled by (ON-OFF) control switch located on the Radwaste Panel No. 301. When selected to CN, the pump will start and stop at pre-set levels. Indication is provided on Panel No. 301. 2.1.9 Contaminated Drain Tank Rocm Sump Pump, WDL-P-18 The Contaminated Drain Tank Room has a sump,which collects all leakages and equipment wash down drains. The Contaminated Drain Tank Rocm sump is a 3 foot deep, stainless steel lined, concrete pit with a capacity of 18 ft. The sump has a sump 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 HP motor which is powered from BUS 2-37. The pump is controlled by a (CN-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 Con tamina ted Dra in Pumos, WDL-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-after the wastes can be discharged to the river). The pump can not discharge directly to the river. The pumps normally discharge through contaminated drain filter WDL-F-7A or WDL-F-73. 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 lccated on the Radwast Pagel No. 301. Power supply is from Bus 2-37 and Bus 2-47 for pumps 15A ar.d 15E. o pw eg

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.~ ) 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. i 2.1.11 Miscellaneous Was te Tank Pumps, WDL-P-6A and WDL-P-6B The Miscellaneous Waste Tank pumps (Table 11), are used to discharge liquid frem 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 pumps' 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 '50 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 frcm 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 st:eting the pumps unless sufficient suction pressure exists. ( Indication is provided on Panel No. 301.. t t

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2.1. I'3 Moutraliser Tank Pumpe, WDL-P-BA and NDL-P-8B The Neutralizer Tank pumps (Table 13), discharge liquid to the plant discharge line, Unit No. 1 Miscellaneous Waste Evaporator system and the Miscellaneous Waste Ho'id-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, Discharge.co Mechanical Draft Cooling Tower, is opened. WDL-v100, will also shut on a high radiation signal. -Cnly 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 cumos 8A and 8B resnectively. 2.1.14 Indication is provided on Panel No. 301. Auxiliarv Buildine Sumn Filters, NDL-F3A and NDL-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 i 1 l radioactive wastes of greater than 100 microns from process lines. 2.1.15 N_eu'tralizer Tank Filters, WDL-F-4A and WDL-F-43 Two cartridge type filters (see Table 15 ) are installed in parallel paths in the discharge of the neutralizer tank pumps. 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 microns from process lines. \\ 7--, A TA,.'".W C ~. E, - a. --. L~~. ~ ^ ^ - ~ ~ ~ j ~ \\

2.l.lb 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 impreg sted, cellulose fiber. The filters are used to remove trace quantities of particulate radioactive wastes of greater than 100 microns frem process lines. 2.1.17 Reactur 9uildina Sumo Pumo Filters, WDL-F-SA and WDL-F-8B i Two cartridg0 type filters (see Table 17) are located in parallel paths between the Reactor Building sump pumps and the 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 removs trace quantities of part?culate radioactive wastes of greater than 100 microns from process lines. 2.1.18 Maior System Valves For a description of the major system valves, see Table 19. 2.2 INSTRC4ENTS, CONTROLS, AI. ARMS, AND PROTECTIVE DEVICES 2.2.1 Instruments and Centrols All tanks and sumps are provided with level ilnstruments which give indication of liquid level and actuate alarms on conditions - of high level. All tank pumps have a flow orfice across which ~ differentail orossure is read. Differentail pressure may then-lxt converted to flow. Fifty gallons per minute corresconds to 100 inches of water pressure differenta'i. All sumo pumps are i t centrolled by the sump level. With the exception of the Neu-

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s 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 (WDL-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-cellaneous Waste Hold-Up Tank and the Auxiliary Building sume 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 Sump-Pump starts which did not run during the previous pumodown. If the water entering the sump increases.the level to the Hi Hi alarm leve'1, the idle pump also starts. The Auxiliary Building Pumos, WDL-P-3A and 3B, have similar logic. l ) l l e am D e en* mm m s

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Auxiliary Building sump tank are providad with pressure indi-cation and a relief valve. All filters have a high differen-tial pressure 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 and Protective Devices For informa tion on alarms in the system, see Table 17. The Miscellan>2cus 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 Purps are interlock with pressure switches to ensure minimum cperating suction pressure. 3.0 PRINCIPAL MCDES OF OPERATION 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 'lir. up is insured. The tanks are then recirculated to s obtain a representative sample, and then the tanks are discharged. The Miscellaneous Waste Holdup Tank, NDL-T-2, and Auxiliary Building Tank. WDL-T-5, are isolated from the WDG System and nitrogen blanketed. The tank pumps are supplied with seal water. t m-+

3.2 Normal Ooeration The coeration of the miscellaneous waste system is by automatic and remote manual modes. Automatic control is used where necessary for safe system cperation, such as control of sump oumps. Other operations are accomplish-ed by remote manual control because operations of this tyoe mainly involve intermittent batch type operations. Sampling crovisions are provided throughout the system for determination of chemical and radioactivity levels. Where local sampling is required, the sample collection is located en 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 Auliliary 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 c'hemical pH ad-justment is required, in. order to adjust the pH to 7, the liquid is purped 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 4 10 The distillated from the Unit No. 1 Miscellaneous Waste Evaoorstor is returned to the Unit No. 1 Condensate Storage Tanks or to the. Unit No. 2 Reactor Coolant Bleed Hold-Up Tanks. e 1 e. a.- .,n-.c..= a- - =.... - - -. =

The inlet valves of the Neutraliser 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, 15B; have seal 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 CFF position. Shut down of collection tanks and associa-ted piping and valves is accomplished by placing the respective pump control switch to the off position. 4 Individual tanks, pumps, or sumps shut down can be accomplished without limiting overall system operation. 3.4 Soecial or Infrecuent onoration Spool piece installation is required in order to provide nitrogen and/or demineralized water to various parts of the system. Normal radiological precautions must be observed while installing and remo'ving spool pieces. Tanks and piping are provided with connections to the i Demineralized Water System to facilitate decontamination. ~ 3.5 Emeraency 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. l ( 4 W- * #*M* WNg - .m g -^

4.0 HAZARDS AND PRECAUTIONS 4.1 Hazards A possible release of radioactivity exists when installing or removing spool pieces. The following ha:ards 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 Bun ding 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 constructed to provide 20-NNMM4 m s m,-- PhN****8"*"*

r- & -

shielding and controlled access to minimize exposure of a personnel during operation and maintenance. f. Drains from leaking equipment are directed to the building sumps to contain all leakage within the building. 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, Index 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. ~ 0 9 e W + u$ e t l

TABLE 1 CONTAMINATED DRAIN TANKS Identification WDL-T-llA, WDL-T-llB' Manu facturer Richmond Engineering Co., Inc. Capacity - gallons 2,500/ tank Installation Horizontal Outside diameter and length, f t-in5 -6 : 15 -8 5/8 Shell material SA-240, 304 S/S i 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 m -m ( {,

TABLE 2 MISCELLANEOUS WASTE HOLD-UP TANK Identification WDL-T-2 Richmond Engineering Co. Inc. Manufacturer Capacity - gallons 19,518 Ins'tallation Horizontal

32 -4 5/8 Outside diameter & length, ft-in.10 -9 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 cede 1968 ASME, Sec. III, Class C Code step required ASME Code Classificatien Level Codo N-3 Quality Control 3 Seismic I Cleanliness D em G e ( e. . w$ "J I 6-m' 5N *%+.*

W"
- ~~****st.".~%

M _., - - ~ _..x,.

TABLE 3 AUXILIARY BUILDING SC4P TANK Identification WDT-T-5 Richmond Engineering Co., Inc. l Manu factu rer Capacity - gallons 3,155 Ins'tallation Horizontal Out side diameter & length, f t-in. 5 -6 ; 19 5/8 Shell material SA-240, 304 S/S Shell thickness, in. 5/16 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 3 Quality Control Seismic I Cleanliness D m + m t e a *- ' '

TABLE 4 I NEUTRALI2ER 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 O 9 m .en e i e. = w O IM ."k + p..

- - h ee=*eum= = _' amw 4.w..

- -. - - - ~.. - e

I TABLE 5 REACTOR BUILDING SUMP PCMPS Pump Cetails Identification WDL-P-2A, WDL-P-2a Number installed 2 Manufacturer Crane Deming Model No. 2M Type Single Stage Centrifugal Rated speed, rpm 1750 Rated capacity, gym 200 Rated total dynamic head, ft. 70 i Submergence required at rated flow Submerged Design Pressure, Casing, psig 75 Design Temperature, F 150 Lubricant /C0Dlant Grease / water M;.n. flow requirements, gpm N/A Motor cetails Manutacturer Westinghouse Type Squirrel Cage, Lifeline T Enclocure Drip Proof Rated Horsepewer 7.5 Speed, rpm 1750 Lubricant / coolant Grease / Air Power requirements 460V,35, 60 H, 10. 5 Amp full load i i 1 e - p

TABLE 5 (Cont) RF. ACTOR BUILDITlG SD1P PDIPS Power source (for each WDL-P-2A, MCC 2-3 2A pump motor) WDL-P-2B, MCC 2-42A Classification Level Code N-3 Quality Control 3 S eismic I Cleanliness D 4 e e9 m e __..e.

=.. af TABLE 6 AUXILIARY BUILDING St.31P PLMPS Pump Details Identification WDL-P-3A, WDL-P-3B Number installed 2 Manufacturer Crane Deming Model No. 1-1/2M Type Single Stage Centrifugal Rated spaed, rpm 1750 Rated capacity, gym 100 Rated Total Dynamic Head, ft. 50 Submergence required at rated flo'./ Submerged Design pressure, casing, psig 50 Design temperature, F 104 Lubricant / coolant Grease / water Min. flow requirements, gpm N/A 4. Motor Details ~ Manufacture r Westinghouse Type Squirrel Cage Lifeline T Enclosure Drip Proof Rated Horsepower 3 Speed, rpm 1750 Lubricant / coolant Grea se/ Air Pcwer requirements 460V, 3 G, 60 H::, 4.7 amps full load Power source (fpr each WDL-P-3A, MCC 2-3 2A pump motor) WDL-P-33, MCC 2-42A t 1 3

e.,.

4 MM

^-'es6e6 6 p' .m w. t ,qgw 94 -~~-

1 TABLE 6 (Cont) Classification Level Codo N-3 Quality Centrol 3 Seismic 1 Cleanliness D ) i e t e r's.r : ~~

TABLE 7 Re. ACTOR BUILDING SPRAY PILIP ROOM SI31P Pir!PS _P_ume Details Identification WDL-P-17A, WDL-P-17B Number installe,d 2 Manufacturer Crane Deming Mcdel No. 3X10X2 Type Single Stage Centrifugal Raced speed, rpm 1750 Rated capacity, spm 50 Rated total dynamic head, ft. 75 Submergence required ac rated flow Submerged Design pressure, casing, psig 50 Design temperature, F Ambient to 140 Lubricant /cociant water / water ^ ] Min. ficw requirements, gy.n N/A l t i Motor Details 1 Manufacturer Reliance ~'y?o Squirrel Cage Duty Master Enclosure Totally Enclosed ?. ' C '.c r c -.r.:e r 7.5 -,,-..s, g= s.. - s ...,....,p Lubricant /ccolant Grea se/A ir P c.et. r r e q u i r e m eI.t s 460V,30, 60H, 10.5 amps full lead Pc.ier source (for each WDL-P-17A, MCC 2-32A pump =ctor) WDL-P-17B, MCC 2-42k i 1 I 1 a

4 % w- &=*e..e. e -

.n-4.w r .1 w ~ 3.a. ~,.

~. TABLE 7 (Cont) Classification Level Code N-3 Quality Control 3 Seismic I Cleanliness D 4 e 8 e e . ~ --,..-.=.=:.-----

e TABLE 8 DECAY HEAT REMOVAL PCIP ROO:1 SDiP PGIPS i = l Pump Details Identification WDL-P-16A, WDL-P-16B Number Installed 2 Manufacturer Crane Doming 4 l Model No. 3X10X2 Single Stage Centrifugal Type 1750 Rated speed, rp Rated capacity, gy: 50 Rated total dynamic head,ft. 75 j Submergence required at rated ficw Submerged i i j Design Pressure, casing, psig 50 s l Design temperature, F 140 i Lubricant / coolant water / water Min. Flow Requirements, gpm N/A Motor Details Manu facturer Reliance Type Squirrel cage Duty Master Encles'tro Totally Encicsed Rated horsepower 7.5 1750 Speed, rpm Lubricant /coolint Gr ea s c /A ir - u -Power reqdirement.s' 4607;39.-60 Hz.,-

10. 5 arnps. Full load Power sourco (for each WDL-P-15A, MCC 2-3 2A pump motor)

WDL-P-16B, MCC 2-42A t 4 ~~. ~ ~ ~;2 bMJ. ~ ~......... l-..-~-. mm*1 w - m,. ee" e v e ,v-- 9 -u,g y

TABLE 8 (Cont) classification Level cme N-3 Quality control 3 Seismic I Cleanliness D 8 em m m ..-2 s 1_ -a 27_;

i a TABLE 9 CONTAI.*1INATED DPJ.IN TA'IK 2CCM SLNP PLMP O I Pumo Detail _s_ Identification WDL-P-18 Number installed 1 Crane Deming Manufacturer i Mcdel No. later Type Sucp Rated speed, rpm 1750 Rated Capacity, gym 50 R: ted total dynamic head, ft. 50 Submergence required at rated ficw, in. 1 1/2 Design Pressure, casing, psig 50 Design Temperature, F 100 Lubricant /ccolant Oil / water Min. Flow Requirements, gp.n N/A Motor Details Manu f actur,er Westinghouse Type Squirrel Cage Induct, ion Enclosure Drip proof Rated' Horsepower 1 1/2 Speed, rpm 1750 Lubrican:/cOlant Grensc/ air i Powar requiraman 430V, 3#, 60 H: Power source Bus 2-47 ~ wm

'N8 m
=..ee

.%e,,

TABLE 9 (Cont) Classification Level Ccde N-3 Cuality Control 3 Seismic 2 Cleanliness D oms .e l l \\ "W M"e ema e .,m_ Y' O 3@ g =g Mh6 mO

6 M

p, T i

4 TABLE 10 ONTAMITATFD DRAIN PDips Pump Details Identification WDL-P-15A, NDL-P-15B Number Installed 2 ) Manu fa ctu rer Crane Deming i Model No. A20 Type Single Stage Centrifugal i Rated Speed, rpm 1750 Rated capacity, gym 50 t 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 Cetails Manu fa cturer Weatinghouse Type Squirrel Cage Lifeline T Enclosure Drip Proof Rated Horsepower 10 Speed,, rpm 1750 Lubricant / Coolant Grea se/ Air i Pcwer recuirenon'.s 4607,3C, 60Hz, 13.5 amps full lead P0wcr 50ur:0 f.:or WDL-P-15A, BUS 2-37 a.nch pump mo'.or) WDL-P-153, BUS 2-47 S f. g6 dWD = - * +,. ew4-** Q-gg% n

=

.b HO O&

TABLE 10 (Contd) Classification Level Code N-3 Quality Centrol 3 Seismic 1 Cleanliness D A me t N* N - -

-6 ee G**-1

.... m es ,-g..%4 M O O Ob M 4 Mh h we y OD en h + e be m6e+ 6 esp -g a g N

TABLE 11 MISCELLANECUS WASTE TANK PCMPS _PCMP DE"'ILS Identification WDL-P-6A, WDL-P-6B Number Installed 2 Manufacturer Crane Deming Model No. AA Type Single Stage Centrifugal Rated speed, rpm 3500 Rated Capacity, gpm 50 Rated 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 Manufacturer Westinghouse Type Squirrel Cage Lifeline T Enclosuro Drip Proof Rated Horsepower 2 Speed, rpm 3500 Lubricant / Coolant Grease /nA Pcwer requirements 460v,35, 60Hz, 6.8 amps full load Pcwor Source (fo: each WDL-P-6A, MCC 2-3 2A pump motor) WDL-P-6B, MCC 2-42A e t

TABLE 11 (Contd) Classification Level Code N-3 cuality Control 3 Seismic 1 Cleanliness D 4 s 4 Y N .e r e> e G G i g4 ~ '9 ,9..,

TABLE 12 AUXILIARY BUILDING SDIP TANK PI3tPS 3 _Pumo Details Identification WDL-P-4A, WDL-P-4B Number Installed 2 Manufacturer 4 Crane Doming Model No. A05 Type Single Stage Horiz'ntal Centrifugal Rated Speed, rpm 1750 i 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. Flod Requirements, gpm ' 3 }totor Details Manufacturer Westinghouse Type Squirrel Cage Lifetime T Enclosure Drip Prcof Rated Horsepower 3 Speed, rpm ~ 1750 ~ Lubric:nt/CcOlant Grea se/ Air Pcwer requirement.s 460V, 30, 60Hz, 4.7 amps full load Power -Scurce (for each pump motor) WDL-P-4A, MCC 2-32A WDL-P-4B, MCC 2-42A t n ..~.a emme w ee ,., pea 84 .e**** w ^

TABLE 12 (Contd) Classification Level Ccde N-3 Quality Centrol 3 Seismic I Cleanliness D 0 e s e F 4 e .s e

D

*N~ .uierm4 4 TABLE 13 i NEUTRALIZER TANK PUMPS l Pumo Details Identification WDL-P-8A, WDL-P-8B Number Installed 2 Manufacturer Crane Deming Model No. AA Single Stage Centrifugal Type 4 Rated Speed, rpm 3500 Rated Capacity, gym 50 NPSH 6 Rated tota 1 dynamic head, ft. 120 Design Pressure, Casing, psig 75 Design Temperature, F 100 Lubricant / Coolant oil / Air Flow Re$ uirements, gpm 3 Min. i Motor Details Manufacturer Westinghcuse' a. Type Squirrel Cage, Lifeline T Enclosure Drip Proof Rated Horsepcwer 5 Speed, rpm 3500 Lubricant / Coolant Grea se/A ir Po.ter requirements 460V, 30, 60Hz, 6.8 amp full load Pcwor'So!2 rce (for each WDL-P-GA, MCC 2-32A ~~ ~ pump motor) WDL-P-EB, MCC 2-42A t e 1 i 0 42- ' * * > = = -m m++ =-=aw ee-... w .u. p, '-w,a .-+-m.... . +,,

TABLE 13 (Cont) Classification Level Code N-3 Quality Control 3 Seismic 1 Cleanliness D eema ^- ' the * = * = 9e %ge- + =s-e e wm -g . w,w i asehwe w.= . 4 ......w

TABLE 14 AUXILIARY BUILDING SUMP FILTER Filter Details Identific _ ion WDL-F-3A, WDL-F-3B Number Installed 2 Manufacturer Pall Trinity Micro Type Car tridge Model No. L1932-1 Diameter-Length, in. 8-5/P 9/16 Flow Rate, gpm 200 Material-F.ousing SS Design Temperature, F 200 Design Pressure, psig 150 Filter Rating, micrcns 100 Pressure Drop-Clean, psi 5 Material-Filter cellulose Fiber Classification Code N-3 Quality 3 Seismic I Cleanliness D n o '... < ~.arw.... n .u. w ;..pm.~ys;r_..Mnaj av.ge.r c;s ;i,,.-j...;s.;.,.,_9m,.,.m:nj,mup..,,.m-t e -44_

TABLE 15 NEUTRALIZER TANK FILTER Filter Details Identific3 tion WEL-F-4A, WDL-F-4B Number Installed 2 Manufacturer Pall Trinity Micro Type Cartridge Model No. L1932-2 Diameter-Length, in. 8-5/8 1/16 Flow Rate, gpra 150 Ma terial-Hous ing SS Design Temperature, F 200 Design Pressure, psig 150 Filter Ra ting, microns 100 Pressure Drop-Clean, psi 5 Ma terial-Filter Cellulose fiber Cla s s ifica tien Code N-3 Quality 3 Seismic I Cleanliness D -to .t.+t.e. W re.9'..-c.ity6' W N wa h e2 ~.

u. ' nd !W.y

.-r *J '. 4 ~ + * * ' e ? *" ' "' Y'" *^' '

d s

4 . * - - - + * ~ M N ........=e-* ~~ _ _ - ",'y*. ,.o - ~ ~ ~ ~

TA BLE 16 CONTAMINATED 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 - 29'-7/16 Flow Rate, gpm 75 Ma teria l-Housing SS Design Temperature, F 200 Design Pressure, psi 150 Filter Rating, microns 100 Pressure Drop-Clean, psi 5 Ma terial-Filter Cellulose fiber cla s sifica tion Code N-3 Quality 3 Seismic I Cleanliness D s O E i l 4 e - wm,, e '~*

TABLE 17 REACTCR BUILDING SUMP PUMP FILTER Filter Details Identification WDL-F-8A, WDL-F-8B Number Installed 2 Manufacturer Pall Trinity Micro Type Cartridge Model No. L1932-5 Diameter-Length, in. 8-5/8 1/2 F lew Ra te, gpm 400 Material Housing SS Design Temperature, F 200 Design Pressure, psi 150 Filter Rating, microns 100 Pressure Drop-Clean, psi 5 Material-Filter Cellulose fiber Classification Code N-3 Quality 3 Seismic I Cleanliness D 4 ~ -+ m w _ wh== w ,-e-= a g-1-,

TA BLE le Miscellaneous Licuid Waste Quantities Quantity Waste Source oer Year (cal) C omments Sampling and Laboratory Drains 22,500 12 samples per week at 5 gal per sample Purification Demineralizer Sluice 1,500 100 Ft. /Yr replacement at 2 ft /ft resin sluice Spent Fuel Demineralizer Sluice 320 21 ft /yr replacement at 2 ft /ft resin sluice Deborating Demineralizer Regen-18,700 1regenegationperyear cration and Rinse at 20 ft /ft resin regen-eration. 3 Clean Up Demineralizer Sluice 230 30 ft /yr. replacement at 3 3 2 ft /ft resin sluice. 3 Radwaste Condensate Demineralizer 400 50 ft /yr. replacement at 3 3 Sluice 2 ft /ft resin sluice. Miscellaneous System Leakage 45,000 5 gph leakage. Contaminated Laundry 54,800 150 gpd ~ Contaminated Showers 10,000 Decontamination showers Ccmponent Drainage 10,000 Drainage of components for various maintenance & re-pair operations. Fuel Transfer Canal Drainage 5,000 Washdown of canal after re-fueling. .h>.ab.a.~:.v':a..m,:Radwaste Evaporator Bac'Y Flush.,;. aW".. t "7,.,5ad ' *" **100 'dfsi/. flush' td rbniovei cot-centrate after shutdown of unit. Fuel Shipping Cask & Pool Decon-3,000 500 gal /washdown of spent tamination fuel shipping cask prior to shipment. Miscellancous decontamination and 10,000 Decontamination of tools, cleanup equipment & washdcwn of areas as necessary. r. __. m_

,.3 - p e Ia. l at .-. s, no-ce 'q -oa.. .umac.- JOBeso .. ~................. CMao 3f......Defe........ [ TABIE 19 V I PnJOR SYSTEN VALVES AtJSI ' i Idus.t.

ace tion Stae Type btu tocation and/or Seswice nating tesig Tyle of I

(1b) Temp. F Controlled by Pouer Source C,perator Material {! (Inct.es) y-W::r'/215 3 DAaghtagm N-3 Inlet of Aux. Building Lump 150 200 Fush button on N/A Diaghraga Staintees Steet WDL Penal 301A e Filter Wnter-34 WL8eV216 3 Diaphraps 34 - 3 outlet of Auz. Bu!! Jing Sung > 150 2u0 Funh button on N/A Ciaphragm Stair.less WDL Ianel 303A Steel Filtar WDirP-3A WbtrV227A 2 Dia J.ragen M.3 Auxiliary bu11 Jing Susap TarA 150 200 hash button on M/A Diaphragm Stainless WDL las.e1 301A Steet i Ewip 4A Suction WDI-V227a 2 Diaphragm W-3 Aust!!ary But! Jing Supp 150 200 h h button on N/A bi4Araga Stainless 1 WuL Panel hJ1A Steel ' l Tank Pusnp 4ts Suction WDirV22wA 2 Clag.t.r sya N-3 Aux. BIJg. Supp Tank fump 4A 150 200 immh buttun on N/A Diaphragm Stait.less WbL Pae.el 301A Stes! (natle t 6 WLlev22ws 2 Liaphrage N-3 Aux. 81dg. Sussp Tank Pus.p da 350 200 immh button on ta/A Diaphsage Stainless WuL lanel 301A Steel Outlet W;te'/2 30A 2 Diagtragm N-3 Aux. Bldg. Sump Tank Pump 150 200 hash Button on N/A I,laAra ps Stair. lass W5t-P-4A to perisculation W4.L tanel Jota steet Lism i Wb!-V23 )e 2 Islaphs a im N-3 Aus. BIJg. Sump Tank Pump 150 2M Push butts.n on N/A Diaphragm Staintens Wutra-4h to Lecirculation W L tainel 301A Steel Line ) fl W;trY231 1/2 Dia Atage N-3 From Aux. Building hump Tank 150 200 Switch on Pal 329 N/A Diaphragm Stairless InJacation en! 329 4 Steet ban.g,s to Sample Station 302a ) l J WotrV235A 2 Dia@ raga N-3 Neutaaliser Tank WDirT-6A 150 200 Mb buttoss on N/A Diaphrague Stainless WDL tes=1 301A Steel Inlet WDirV235a 2 Diaphragm N-3 IJeutrallrer Tank WDErT-on 150 200 N h Button on N/A Dia Arage stainless Steet WbL 4asm! 301A Inlet 1 WDtrV236A 2 DiaAraSs N-3 Spent megen. of rubor. temin. 150 200 Fush Button on N/A Diaphragm Statalesa WDL Fenel 301A Steel to I;eutraliser TarA WD!rT-sh Inlet W:.L-V236s 2 DiaAratpa N-3 Froes Spent Regen. of Debor. 150 200 lumb button on N/A Diaphragm Stainless imeirs. tu Neutraliser Tank WDL Ianel 301A Steel WDirT-se Inlet i s==' l -a.-

a ,t o' }. +fl.- pc h t 1. ensav me _or._, t av ..oate suesscv. u. '. - ' - - - - = ' ' ' -. -..... - -. - - - - - - TABI2 19 (Continued) 9 9 r i Nure sysTtm VAs.vis $5 ANSI Type of Destyn,r i IJantlitcatioi Sise Type STD Imcation and/or Service Eating Contro!!ad by Pwer Source Cprator Material Temp. lib)

i itnches)

WbtrV2404 2 01aphra p N-3 Neutraliser Tank Pump 8A 350 200 6 witch on Pont N/A Diephrajan Stainless Steel 329. Indication on intet Pn1 329 6 301A. i W L!rV2 40D 2 Diaptaraga M-3 Neutraliser TarA fway 48 250 200 habh Button on N/A Diaphragm Stainless Steet WbL tene t 101A - g Inlet 150 200 M h Buttoen on N/A Diaphragm St air.la ss I

f WLIrV241A 2

Claphraga Na3 twp WDrep-SA Discharge to ' WbL Tesee! 301A Iscirculation Lis.e Steel h01-v242s 2 Diaphsage N-3 ptop Wpter.ph telsd.arge 150 - 200 Push b ttuu on N/A Diapi.ra ge Stairless 5t**L i WI*L l'*hel 30lA

f..

4 laulation Stainless: $? WLtrV243A 2 Diaphsagm k-3 Fump WbirP-SA bacirc. ,150 5 200 1ush puttuu on N/A Diaphragm Steel WuL tanel 301A I f.ischarge Isolation l 150 200 Punh button on M/A Diaphrague Stainless i Stee! Wti-V2438 2 blaphram W-3 Imp WbirP-6k taincharge, WhL l ai.ul 3u1 A 1selstion

wD!rv244

2 Diaphragm N-3 Neutraliser Tanks outlet 150 200 b h button on N/A Diaphrap Stainless 5 teel WbL kes.el 301A Cross-connection

'j WD!rV245 e 2 Diaphrap N.3 bypass 14 tween itecirculation 150 200 lush button on N/A Displaagm Stainless 9 e Steel WDL l'ar.e1 301A Lines of Neutraliser Tanks N/A Diaphragm Stainless (n WL!rV246A 1/2 Diaphrap -3 Sample Idne townstream Neutr. 150 200 , M U njn p 29 steet 29 & 301A Taa.k Pump = 6A 8 switc N/A DiaAragun Stainless hyjk[*gonPal329 ' WLtrV2468 1/2 Diaphsage N.3 Sasyte Downstream Neutral. 150 200 " **I Steel Tank Pump Ba I WL1rV247A 1 Diaphrage N.3 Caustic Addition to Socircu-150 200 Push button on N/A Diaphragm Stainless steel WDL Fas41301A lation Line of Neutra!!aer TasA GA WotrV2478 1 Diaphragm N-3 Caustic Addition to Recircu-150 200 tw h Button on N/A Diaphragm Stainless Steel WbL Penal 301A lation Lis.e of Neutraliser l-Tank 08 WL'.ev251 2 Diaphragm N-3 'Ab Ninc. Waste Hold-up Tana 150 200 Push button on as/A Diaphragen Stainless r v[ m. steel WpL Panel 301A g c' t i t 1 o+

3 t

i s

== e S I ef .Oate. eueaa c T. - - eseaaraeo.. or ce*no ev...... Dai s........ Joe seo. TABIE 19 (Continu=J MMOR SYSTEM VALVtS ANSI IJentification Sise Type STD tocation anJ/or Service Rating insign Contselled by Puuer Source Type of Material linches) (IL) Teap. *r Ol* stor WLL.V262A 2 Di4 @sepa N-3 From Misc. Waste fuld-up 150 200 Push button on N/A Dia:Arage stainless TasA to Misc. Waste Ta:A WDL Panel 301A Steel Pump WDirP-6A WLieV2628 2 blaghrage N-3 Fruen Misc. Waste Ibid-up ' ?O 200 Push button on N/A Diaphragm Stainless a Ta A to Misc. Waste TasA WLL Panel 301A Steel Pump WDirP-6B WhirV264A 2 Di. Arage N-3 Misc. Waste Tank Pump 150 200 aaush Button on N/A Diaphragm Stainless W0tep-6A Discharge WbL Penal 301A Staal WuL-V2648 2 Diaphsagen N-3 Misc. Waste TasA imp 150 200 Push Button on N/A Diag hgages Stainlesa I WLL.P-68 Lincharge WDL Penal 301A Stest WDirV245A 2 Dia Ara p N-3 Mlac. Waste Ta A Piamp 150 200 Push Button on N/A DiaAragm $tainless WbL.P-6A to Recirculation WLL Panel 301A Steet Line WcteV265s 2 Diaphragm N-3 M16c. Weste Tas.k Puse 150 200 5%ssh Button on N/A Diaghragm Stainlass WDirP-6B to Recirculation WbL Pas el 301A steet Line WLieV266 e 1/2 Diagtsage N-3 Misc. Waste Tank 8%mg.s 150 200 suitch on Pn1329 N/A DiaAraga Stainless pincharge to Samplin9 Indication Pn1 3296 5 teel 301A WLtev 126 m 4 Cate H-2 N.B. Surp Pump Discharge 150 200 Suitch on en1329 N/A Air Cylinder Stainless Isolation valve outside Indication Pn! 3296 Steel m' WDiev271 4 Cate N-2 R.B. Sump Pump Discharge 150 200 Puah Button on 2-211A Electric Motor Stainless isolation valve inalde Panet 15 steen y WpteV2esA 4 Diaphragm N-3 Contaminated Drain Tank 350 200 Push button on N/A Dia Arags Etainless WDteT-11A Inlet WDL Pene! 301A Steel WbtrV2898 4 Diaphragm N-3 contamis.ated Evain Ta:A 150 200 Punh Button on N/A DiaArags Etainless WDieT-118 Inlet 1 i WDL Penel 301A Steel WDtev292 2 Dia Aragen N-3 Contaminated Drain Puss,e 150 200 Push autton on N/A Diaphragm Stainless .) Suction Cross-connection WDL Panel 301A 6-J 5 teen gC J WDiev293A 2 Diaphraps N-3 contaminated Osain Pump 150 200 Push Button on F4 Disphaagm Stainless Wbler-ISA Suction WbL Panel 301A 8 teel r- ~. 4 p>. .e e

i

O

} tg ~ 5 0 g i2 a v............. oa s e evaasci...... e*esaT eso or eme.. e....... o.... = .. me. p TABIE 19(Continued) f MAAm SYSTLM Vat.VES ANSI controlled by Pouer Source Type of HateriaC tesign,# JJentification Slas Tyre .fD tocation and/or Servios Rating Temp. Operator (AL) 11nches) + i Wut-V2538 2 DiaAragm N-3 Contaminated taala Pump 150 200 euah Button on N/A Dianka aga Stainnee fj Wbler-15B Suction WDL tanel 301A Steel , e WbirV255A 2 Diaphra p W-3 Contaminated train swap 150 200 Nmh Button on N/A DiaArapa Staintet 1 1 ' WOL Panel 301A Steel WDire-15A Liecharge jg,: Dia5 ragm Staiclee A Dja& ragen N-3 contaminated train Pump 150 200 Push Button are N/A A WD!rV2358 2 WDL Panel 301A Steen Wbter-15m Discharge WDir*/2964 2 Diaphragm W-3 Contamis.ated train Tanke 150 200 Push autton on N/A Diaphragm Stainlec y WDirT-11A intet from WLL Penal 301A bleet j kocirculation line

i WL!rV236B 2

Dia Arage n.-3 Cos.taminated Isain Tank 150 200 Noh Button on M/A Dieg4aaps Stalh!6s Wut-T-11m Inlet from kecircu-WDL Panel 301A Steel s' lation Line f-WL1-V315 3 DiaAragin N-3 Auxiliary su!! Jing Sump 150 200 N6h Button on N/A biasArage Stainlee 6 WLL tanel 301A Steel Filter By-Peas WLtrV&l6 3 Diaghrage N-3 Inlet of Aua. Sullding Sump 150 200 Push Button on N/A DiaAragm Staintet F11ter Wbler-3D WOL lanel 301A Steel Dia5 ragie N-3 outlet of Aua. au!! ding Sun, 150 200 Punk button on N/A Diaphragm Stair.ler A WD1rV317 3 Filter WbleF-3B WDL Panel 301A Steel en Q WhirV322 2 Diaphragm N-3 Neutraliser Tank Pumpe 150 200 Nah Button on N/A Diaphragm Stainte s elDirP-8A and 88 Diac. WDL Fanel 301A Steel u-tonn. WLtrV324A 2 Dia @ rage N-3 Neutraliser Tank Pumps to 150 200 Push autton on N/A DiaAraga Stainte( Filter WDier-4A WDL Panel 301A Steel , (C C Wbt-V3248 2 DiaArage N-3 Neutraliser Tank Pumpe to 150 200 Push button on N/A Diagaragin Stain 1st Cy kbL Panel 301A Steet Filter WLIrF-48 i7 WbtrV325A 2 Dia@ rage N-3 Neutraliser Tank Pumps to 150 200 Push Button on N/A Diaphragm Staintet Dounstream of Filter WDL Panel 301A Steel WD!rr-4A C-WDIrV325B 2 Dia Araga N-3 Neutralizar Toni Pumpe to 150 200 Push Button on N/A Diaphragm Stain 1st

"m buunstream of Filter WDL Panel 301A Steel Wbter-4tf

,D me e

te P O f. q ............a..... .um.a. .n. m.o. o,..... Cneo ev......os,s.. Joa no-TABIJE 19 (Continued) MMGM SYSTEM VAIVES .} ANSI Itaign Type of IJentificattun S tae Type STD Incation and/or Service kating Ten.p. F Controlled by Power Source operator Material iInches) Alb) WDirV326A 2 Diaphragm N-3 Filter WbirF-4A to Unit 1 or 150 200 avah button on N/A blaphrage Stainless 1 Unit 2 Misc. Weste TasAs or WbL Panel 301A Steen unit 1 Hisc. Waste Evap. Dia6 wa p N-3 Filtes WDIrr-48 to unit 1 or afo 200 Push Button on N/A blaAragm Stainless 4 Wbtev32e b 2 Unit 2 Misc. Waste Tanks or WuL Panel 301A Steel Unit 1 Misc. Weste Evap. WbtrV331A 4 DiaJhrafn N-3 R.B. S e p Pumpo Discharge to 150 200 Push Button on N/A Diaphragm Stainless k WDter-8A Filter Inlet WDL Panel 301A Staal WLIA 331ts 4 Diaphrape N-3 p.b. Susip lumpo Discharge to ISO 200 Pubh button on N/A Diaphragm Stainless WbIrF-80 Filter Inlet WHL ler.e 4 301A Steel }l WbtrV332A 4 Diaphaage N-3 From Filter Wuter-mA to 150 200 Push Button on N/A Diaphragm Stainless Misc. Waste Hold-up Tas.k WuL Panel 30!A Steel I WLfev332B 4 DiaAnage N.3 Face Filter WDIer eB to 150 200 Putn e.D's on N/A Diaphragm Stainless Misc. Weste Huld-up Tank WDL lanel 301A Steel WbtrV333 4 Diaphsage N-3 R.B. Sump Pumps bischarge 150 200 Pubh but ton on N/A Diaptarage Stais.less to WhirF-bB Filter by-Pass WbL P.nnel 301A Steel WI,L.V340A 2 Diaphragm B+-1 Recirculation t.ine to 150 200 lush button on N/A Diaphragm Stainless Contaminated Isain Tanks WDL teue! 301A Steel a WLIrV1408 2 Diaphrague N-3 Recirculation Lines to 150 200 Push button on N/A Diephragm Stainless g contaminated Otain Tanks WDL Panel 301A Steel WbL-V351 1/2 Diaphragen N-3 Auxiliary building Sump 150 200 fewitch on IT 339 N/A Diaphragen Stathless IhdiC* tion un IT 339 6 gg,,g Tasa to Ces Analyser Pril 301 p WotrV352 1/2 Dia A rage H.3 Mincollaneous Weste taald-up 150 200 Swi tch on !? 3 39 N/A Diaphsage Stainless un IT 399 6 gg g Tank to Gas Analyser ['jA% A'"4 p WD!rV364 2 Diaphrafe N-3 gg r,9Q 150 200 6 863 8 o on WDL N/A DiaAsage g g lets a ' m} WLlev370 2 Diaphtega N-3 Upstream frwm Neutraliser 150 200 Push mutton on N/A bla:Anage Stainless Tanks WDL Perust 301A Steel WotrV384 2 Diaphragm N-3 'R.B. Sump Pump Discharge to 150 200 Pash button on N/A Diaphragm Stair. lass Aum. Bia!! ding Supp Filtere Wbl. Panel 301A Steel WbL-F-3A 5 WDIer-30 WDirV394A 2 Diaphzagm N-3 contacts flow through 150 200 tush button on N/A Diaphragm Stainleb6 Neutaaliser TasA 3%s.p BA WOL Panel 301A Steel D1acharge -53

[ v s I i a ev........ .Onve. susascv.- ensar no 07. I C e.ao e v...... ce v a -............................ Josno TAstr 19 (continueJ) l't NAJOR SYSTt:M WaLVPS I Attil Type of I Identificattun $$se Type STD location and/or Service Rating Design Contaolled by Power Source (+erator Material f 4 Inches) (lb) Temp. *F 4u g WLirV334h 2 DiaAr ap N-3 Controls flaw through 150 200 l'ush Button on N/A Diaphragm Stainless j N Neutraliser Ta:A Pump 8B WuL Panel 301A Steel i Disdiarge 4 l WhtrV400A 2 Diagarage N-3 EaAnistream of contaminated 150 200 Push button on N/A Diage.ra p St air.la s s Lrath Filter Wblet'-7A siDL Panel 301A Steel hLirV4008 2 Diaghrage N-3 144mbtream of contaminated 150 200 Push button on M/A Diaphragm St a ir.la s s f brain l' inter WDirF-7B WDL Panel 301A Steel { WhL-v418 4 Liaghrage N-3 Reactor Buildiseg Sump Pump 150 200 Push sutton on N/A Diaphrap Stainless Discharge WDL Panel 301A Steel a WL&eV419 2 LiaAsage N-3 a.a. Sep Pumps Liecharge to 150 200 Push button on N/A Diaphrap Stainless Auxiliary bullaa.g Sump WOL Panel 301A Steel r WuL-v42) 2 DiaArap to-3 controle flow in kecirculation 150 Ju0 s%st tuttoss on N/A Diaparagia Steinlebe I line taos Auailiary builJing WDL lanel 304A steel i Sump TasA Pumpe WD!rv424 2 Dia6hr ap N-3 Aus. building Sump TarA Pumps 150 200 Push button on N/A Llaphrage Stainless bischaage WDL f anel 301A Steel WOtpV433 2 DiaArap N-3 contruts flow from Nisc. 150 200 Push buttun on N/A Diaphragm Stainless Waste Hold-up Tank to WOL ianel 301A Steel Neutaaliser Taseks Wbt-V4 34 2 Diaphragm N-3 Controle flow in lecirculation 150 200 Push Button on N/A Diaphragm Stainless Line of Nisc. Waste Mold-up WhL l'anel 301A Steel Tank { WLirV435 2 Diag hrage N-3 R.B. F.sme Pumpe Diecharge to 150 200 Push button on N/A Dia@ree Stainless Audliary building Sump WLL Penal 301A Steel WOL-V416 1/2 Diaphsap N-3 Sample heturn Ilue to !$0 200 tsend Switch on N/A Dia6l. rage stainless Niecellaneous Waste Ibid-up No. 2 Sample Steel Tank Panel l 4 255D 3 5 ) I ' f .e -54= a

a.. jf V e

s 6

i e v....... o4 e..... eussacr_ sees a r s.o. . or.. 3 c me o s r................... aos -o j INSTHt340ffATICA4 AND CONTMOIS 9-4 ' 17 Trr For reference to I & C System togic refer to I 6 C Scheasttic Insg. 3090 ) e tl-1 Identtitcation tescrir'elon runction tocation Type Is.put penge c.ut t.ut Range Set selr.t 9, WLL-82-1315-1 favel Switch S6nds an alaan signal to WDirIAH 1315 on high Ta s.h Float 0-25* adjustable 0-25*

16*

Inc water levent la the F= actor :stJg. Sump. It also 6=nJe a signet to staat the a.stor at the secosul he M "1 h di1* @ bIaN *tt.e*Ic h toh8 tog. Sump TesA Float 0-25* adjustable 0-25"

20*

Irs WLL-tS-1315-2 Iavel Switch z - Ha'+ htt-LS-1315-3 level Switch boomla a signal to stop the k actor aldg. Sump Lucal Float 0-25* adjustable 0-25"

25*

t=c Fump on law water level. See Sh. 36 i i W 0!- L'a - 1316 ta u ' Transmitter Trenamite a signal of ttie water level in tt.e I. cal Capacitance 0-5' 50-50 as N/A meactor BuilJiey Sump to WDirLI-1316 Sse Sh. 23 Faube ? WLtr LI-1316 level Indicator Indicates the water level in the keector building WDL lanal N!!!!asumeter 10-50 em 0-5' 5" W/A Susp 301A Vertica! l WD1-LT-131d level Transmitter Taarisolte a algnal of the water levet in the, tocal Fluat 0-5' 10-50 ma N/A Ae.millary bui! Jing bump to WDLeLI-1118 See Sh. 23 bLL-Lt = 13 !d lavel Indicator Indicates the water level in the Ausiliary B1Jg. WDL Fanel N1111asseter 10-50 na 0-5' W/A Sus:p 301A Vertical Sends an alarm signal to WDietaH 1319 on a high WOI-15-13Rw-1 level Switch w,ter level la Lhe Auxil. building Sunip. It allpu TasA Float 0-55* adjustable 0-5b" ,16" I r.c bea.J e algnal to start the aiotor of the secos>S g Asas. B1Jg. ' Sump. See Eh. 36 Wbt-LS-l!!'s-2 level Switch See4s a signal to staat the Aus!!!ary Du11 ding Ta:A Float 0-55* adjustable 0-55* 30* Inc Sump Hap OC WOL-tS-1319 3 I4 vel Switch StaJs a signal to stop t).e Aua. B1dg. Supp Push To:A Float 0-55* adjustable 0-55*

%5*

rec un low water != vel. See Sh. 36 WLleLS-1320 3 Level Swltch Seeds a signal to stop the Peactor BlJg. Spray Ptamp Ta:A Float 0-25* adjustable 0-25" 25 tec huum Sump Fus.p 17A on low water level. See Sh. 37 P WDL-IS-1320-2 Imvel Switch Sends a signal to start the keector Butiding TasA Float 0-25* adjustable 0-25* 20" 3,,c g Spray Pump kuun Sump Fump 17A. I s t i

Flalet 1VP Or SutlP.

4

1

s 1

g i {' ) t ! f.t e,. - ... o. i e = .ome c,.... .a..o. l, cm a o e v...... o.i a..,.... aos a... [, TAgtz 20 (cor,t inu=J) t IETPL8tF14TATitel Al4D COtrFleOIS f / I. {?!f I Me r.t i f i c a t i.wn re scr ipt ion f%nction Iwation M . W. 6ange_ Output Dange Seticint

i h t,I.-IS-132 3 Level Switch Sends an alarm signal to WD1rEAlt-1321 on high Tank Float 0-25" 0-25*

16* Inc water level an the Reactor hidg. Spray tump Mum f bump lump 17A. See 6h. 37 ,f }$ WLL-LT-3 322 level Transmitter Transmite slynal of the water level le the koactor lam;al Float 0-4' 10-50 ma dc N/A sug. spr.y asse no. 17A Sump to Wate:J-1322. Se. l Sh. 23. WLL-EJ-1322 Invel Indicator Ir.J1 cates the water lavel in the heactor Bldg. WDL tenet niillammater 10-50 aus de 0-4' N/A 7 Spaay tu mp No. 17A Sump. 301A Vertical WLI -LS-132 3-3 tavel Switc-h Sendo a signal to stop the heactor 81Jg. Spray Ta:A Float 0-25* 0-25* 25* Dec Isme Sump I%m.p 17b on low water != vel. See Sh. 37 l WLL-ts-13 2 3-2 Imvel Switch senJa signal to start the k= actor ele. Spray Tank Float 0-25* 0-25*

20" inc i

s Immp sump nump 17b WLL-ES-1324 level Switch Sea.Js an alarm signal to WDiplAH-1324 on high Water Tank Float 0-25" 0 25* 16* Inc level in the Heactor blJg. Spaay Stop No. 17B Sump. See bh. 37. Wbt-LT-1325 tevel Transmitter Tsanomits a alenel of the water level in the keector WLL tanet Float 0-4' 10-50 ma oc N/A b!dg. spsey tump No. 17B Sim.p to WDirLt-1325. See 301A Sh. 23 WLL L3-1385 !aval Indicator Indicates the water level in the heactor BlJg.' WDL Panel Milliammeter 10-50 ma 0-4' N/A

f..

Spray 8%mp No.17as Sump 301A Vestical WLists-1326 3 tavel Switch SenJs a sigs.at to stop 'he Lacey Heat memovat Tank Float 0-25* 0-25* 2$" tec A tus=p 16A Supp Pump on lou water level. See Sh. 37. i* Wdtets-1326-2 tavel Switch Sesula a signal to start the facey Heat memovat Tank Float 0-25* 0-25* '20* Inc Pump Sump Pump 16A. WLiets-1327 tavel Switch Sends an alarm signal to WDietAN-1327 on high water TarA Float 0-25" 0-25*

16*

Inc level in the tocay Heat iteauval Fump 16h sump. See Sh. 37. WLL-LT-3328 !avel rsansmitter Transmits a signal of the water level in the locar tocal Float 0-4' 10-50 ma oc N /A Heat Demoval Fump 16A sump to WDirLI-1328. See Sh. 23 'g sY p .,_ T0.. _. -u-

a ~ a ? e 4 O o f.... ..... ca t e.. euessci. ens e T seo.... or... C wa s a v...... p a s s............... aos seo 9nggg 20(continued) l g INSThDMENTATION AND CONTh0!S t f identification teucription ruser t lon location M In1ut Nange out set kange Setgetrt ( huirIJ - 8 325 'Imvel InJ1cator Italicaten Lt.e water level in the locay Heat k'DL Pasiet Milliammeter 10-50 se oc 0-4' N /A A Femoval Pump 16A Sump 301A Vestics! }j kbL-la-133-1 !avel St. itch Sands e alge.at to stop the fecay Heat Removal local Float 0-25" 0-25* .jp g c 5%mp 10h Sump l' ump on low water level. See Sh. 37 a WLL-IA-4 327-2 tevel Switch 9# besals a StaJnal to start the Ducay Huat Demova! Iscal Float 0-25* 0-25*

20" 3C Iwap 161s Sump hamp.

t! WLfris-1330 !avel Swatch Ses Je an alarm signal to WbirtA16-!J30 on high water local Float 0-25" 0-25" e t ta" Inc l level in the thcay Heat kamovat Hamp 16u Sump. See sh. 37 B W Lt-LT-4 3 31 tevel 7:ansmitter Tsanomits a signal of the water level in the t= car local Fluat 0-4' 10-50 ma de N/A Haat >= move! Pupp 168 Sump to WDleLE=I131. See Sh. 23. WLir IJ -13 31 Level Ir.dicator it teaticatra the water levet in the becay Heat WDL tanel Mill! ammeter 10-50 ma dc O-4' N/A temova t Pump 168 a. ump. 301A Vertical WLt-rHS-3332 Flow Hand Actuated Operates WUteV 126 the 3.3. Sump Pump Discharge Panet 15 E-30 Push N/A N/A N/A Swatch Containment velve, button WLtrPT-1333 5sensure Trarsmitter Tranma.its the pressure of the Misc. Waste Ho1J-Up MTG Alts Gage 0-30 psig 10-50 ma dc N/A Tes.k Wblet-2 to WLIrFI-1333. g WL!rII-1333 Fressuse Indicator Indicates the paeshuse in the Hinc. Waste Ikald-up WDi. Panet M1111emmeter 10-50 ma dc 0-30 peig N/A g TasA Wbte?-2. See bh. 9 301A Vertica! l wtte!.S-1334 Inval Switch Sends an alarm signal to WDIr!AH-1334 on high Tank Float Cage N/A N/A 10' 9" water level in the Misc. Waste Ikald-Up Tank WDtri-2. 4t,r.ve Nor See hh, 3d. W0tets t335 tavel use local indication of the water levet in the tocal Gage Glase 0-61 1/2" 0-61 1/2" W/A Pincellaneous Weste Hold-Up Tank WDL-T-2. See Sh. 3a. a WDIr t?-1336 14 vel Transmitter Transmits a signal of the level in the Misc. Weste M'rG A35 Diaphraga 0-10' 6* 10-50 ma dc N/A Tank WbirT-2 to WLirIJ-1336. See Sh. 38 s wP ' hoe top of eiump -57

M fl t 8 i 1 ll } h ef........ oats _ avaJa cT. _ secta r no.... or.. c._o.r......o... ...... _. n o _.. g TAhl2 20 (Cont inued) f INSTkUPENTATIs44 AND CONTROES e I l

ter.tstication Desi.cr ipt ion function location M

Input Pange output Range Setosint

l l

WLt.-!J-133e taswel Indicator Indicates the 11guld level in the Misc. Waste WLL Panel Mi!!6 ammeter 10-50 ma dc 0-10' 6' N/A t 301A Vertical TasA WbgrT.2. WDL Pane! E-30 Pu

N/A N/A N/A t.

hblests-8 33e Flow laand Actuated Operates WistrV2628 suction of Misc Weste Tera s Switch Pump s.B. See Sh. 24 301A But te.a MTG Alv olaghia aga 0.2-6 psig N/A & p619 h Wbtr i's-1339 Presbute Switch Stops the Mlac. Wante Tank Pump WbirP-6A on low . g suction 3.ressure

e MTG A19 biephaaga 0.2-6 psig N/A 5 ps).g W:.tetS-1340 Pressure Switch 6 tope the Masc. Waste Tasik Pump WhirP-65 on low suction 3.remmune
f WbL I>as.el E-30 Push N/A N/A N/A e

e. WLL-E HS-1341 Flow Hand Actuated Oposates Wbi-V265A Misc. Waste Tank pump WDarP-6A $ witch dischaage. See bh. 24. 301A mutton WDL Panet E-30 Push N/A N/A N/A I Wbt_-116-1342 t!cw ttand Actuated operates WbirV265a Misc. Waste Tank pump WL!rP-66 Switch discharge. See Sh. 24 301A button E-30 Push N/A N/A N 'A Wuferic.-134 3 Flw Hand Actuated Operates WLirV2t.6 Misc. Weste Pumps blach, to Penel P) button Switch sample station valve. See Sh. 24 WDL l'ahel E-30 l'ush N/A N/A N/A f Wh!rrIS-1346 Flow Hand Actuated Operates WLtrV2354 inlet to tieutrallaer Tank BA. 301A hutton Switch See sh. 24 r WuL Panet E-30 asseh N/A N/A N/A f' W6terl5-1349 Flow Hand Actuated Opstates WDirV236A Spent Regenerant to Neut. Tank k Switch WbleT-eh valve. See Sh. 24, 301A button j WDL-t its-1346 Flw Hard Actuated Opusates WDieV2368 Spent stegenerant to Neut. Tank WDLIanel E-30 Puth N/A N/A N/A Switch Wbtet-on valve. See Sh. 24 301A Button dbl Panet E-30 Push N/A N/A M 'A j Wbterts-1349 riow tsaawl Actuated Operates WDIrv247A Caustic Pump Disch. to Neut. Switch TasA WDIrT-uA valve. bee Sh. 24 301A auttun WuL ranet E-3G Pueh N/A N/A N/A Wuterats-1350 Fl w Hand Actuated Operates WbtrV2473 Caustic Disch, to Neut. Tank Switch WbteT-en valve. See Sh. 24 301A Button E-30 Push N/A N/A N /A C WblertG-1351 riow st.nd Actuated operatee WDIrV246A Neut. Pump WbtrP-6A to sample p,n,g pj d button Switch etation. See Sh. 24 E-30 Push N/A N/A N /A i WDIrrtE-1352 Flow Hand Actuated (gerates UbirV246a Neut. Fusip to WbteP-8B to easple Ihnel M button j Switch station. See Sh. 24 3ED b t 1 4

mu e e i. ty e l e e a l {h - i av - . D a l a..... Sw e ee ct.. seesaf **0 07 j Co.* D e v.,-... De f E. e JV48'O .............. -... ~

TABIE 20 (Coatinued)

INSTkt#ttHTATION AND CONTHOIS Idar.tification f escript ion runction location h f riput hange Output Range Se t roi nt WbtrTa~-1353 Tespetatuse Neasunee the tangerature of Neutt. Tank TasA btD 0-150 r 92.92-125.74.A-N/A ,j Element WbL-T-8A. See Sh. 10 1 Wbtr1"r-1353 Temges a t ure Trarisoits the teaugerature of the Neutr. Tank WOL Iassel p/I converter 92.92-125.74 4 30-50 es dc N/A Tr as.smi tt e r WDL-T-bA to wbteTI-8353 301A i WLI-71-1353 Teeperature Isalicates the temperature of Neut. Ta:A WDL Panet Hillianumeter 10-50 ma oc 0 150 F N/A Is.da ca tor Wbt-T-8A 301A Vertical d. WbirTE-1354 Temperature Neasures the temperature of Neut r. Ta:A Tank kTu 0-150 e $2.32-125.74Il N/A Element WbleT-es. See Sh. 10 ' f MDL-M-Il54 feeiges ature Transaalts the temperature of Neutr. Tank WDL Panet R/l Converter 42.92-125.74f6 10-50 ma de N/A ji Ta as.esit t er Wbter-en to WbleTI-1354. 301A W'L-TI-1354 Tes perature Is416ates the temperature of Neutr. Tank WDL Panel Millianameter 10-50 na oc 0-150 F N/A tr.dicator WbL.T-en 30th Vertical U0Irfis-1355 Flow Has=S Actuated Operates WbirV240A Neutrallrer Pump WbtrP-SA WDL Panet E-30 Push N/A N/A N/A Switc h Suction. See Sh. 24 301A Buttou I WDL-F!$-1356 Flow Hand Actuated 0perates WutrV2408 Neutr. Puey WDirt-88 Suction. WDL Panel E-30 Push N/A I;/A N /A Switcle See. Sh. 24 301A button WLL-t%5-Ig59 Flow Hasui Actuated Opesates WDL.V2434 heute. Pump WDL-P-84 Discharge. WuL Panel E-30 Push N/A N/A N/A g Ewatch See. Sh. 24 30!A Sut t on WbteF43 13(o Ft.ee tsarus Actuated 0 4 sates Wbtev2438 Neut. Pump WD!rP-8B Disch. WDL l'anel E-30 lush N/A N/A N 'A 5 4 SuitAls See Sh. 24 301A Dutton Wbi-l'ts-1341 I' low Hand ActuateJ Operates WbtrV242A Neut. Tank WDirT-8A kactrc. WDL Panel E-30 Push N/A N/A N/A l Swi tcle See Sh. 24 301A Buttoes ut te! 66-13 2 Pluw ifashi Actuated Operates 1dD!rV242B Neut. Tank WDirT-8B pacirc. WDL Panet E-30 Push N/A N /A N /A Switch See.Sh. 24 301A button 101-13-1363 Inval Switch Sands an alass signal to WDIrtAH-1363 on high Tank Float Cage N/A N/A 12' 61.tve level tu huut. Tank WirLe?-8A. See Sh. 38 14 t t or L i i t s.c, WCirIn-1364 tavel Gage Ioeal indication of the level in Neut. Tar.k local Gage Glass 0-129' 0-129" N/A ^ Wbi-T-8A. See Sh. 38 i c== r~~' I. i,, .g.,

w I O I 't b q te 4 I 8 ev ..... Da i s........ eunascv.

- - seiseo....

.or.... Joeseo &*.ao a v...... o a v e........................_....... ,y,,, a g yo,,,,,,,,, g, 4 INSTleisrat trtATir44 AND OAATip)t3 , li IJettification re sca s t,t ion rus.ction location LE Input Parvje oJuat Range Setpoint_ l WLL-LT-1 M5 level Taansmitter Taas.amits the litauld level signal of Neut. Taas NTG F27 Twin piaparapa 0- 14' 10 50 ma oc N/A 4 WDirT-6A to hLteLI-1365. See Sh. 3d. e hLIr L8-lM5 34 vel Indicatos It indicates the level in Neut. Tara WDirT-BA. WL kat.el Hilliammeter 10-50 ma dc 0-14' N/A 30 LA Vertical 6 h hbtrLS-1364 level switch Serida en alarm algnal to WhL-IAH-13e3 on higtn Tasa Float Ca.je N/A N/A }2e ab vg 1 level in Neut. Tera WDIrT~eu. See Sh. 38 14ttsm (l' T4 i ht, set 4-1367 tevel cage local indication of level in Neutg. TasA Wbir?-BB. Incal Gage Glass 0-129" 0-129' N 'A fl. See Sh. 3u. (; aIf htetT-B MS level Transmitter Transmits the liquid level signal of Neut. Tank local Twin biephrapa 0-14' 10-54 ma N/A KbleT-8B to WDirL1-1368. See Sh. 3e WDirLI-?368 level Indicator It indicates the level in Neut. Tera WLIrT-ep. Wut.Panet Hilliammeter 10-50 ma dc O-14' ti A i f 301A vestical WL!rPT-3369 Pressure Transmits the press are in the Aus. Bldg. Sump Gage 0-30 psig 10-50 ma dC N/A transeitter Tara WuL-T-5 to WotrPR-1369. See Sh. 9 WDt-PE-1369 Pressure Indicates the pressure of the Aum. Bldg. Sump Wi>L Panet N1111ammieter 10-50 ma dc 0-30 pelg NA Inditator TeeA WDirT-5 301A vertical WDterHS-1370 Fluw hand Actuated opeamtee WDIrv227A Aua. Bldg. Sump Pump WDIrP-44 EL Panel E-30 Push N/A N/A N /A Switch Suction. See Sh. 24 301A Butts,n WLlers5-1371 Flow Hand Actuated Operates WDirV2278 Aus. Bldg. Sump Pump WD!rP-4B WuL Panel E-30 Nah N/A N/A EA Switch suction. See Sta. 24 301A Button W L L-PS-1373 Pressure Switch stops the Auz. blog. Sump Pump WutrP-4A on low strG All Diaphrapa' O.2-o peig N/A '*.$ P5la' f' suction Pressure. WLlePS-1373 Fressure Switch Stops the Aum. elJg. Supp Pump WD!rP-48 on luw NTG All tiaphraga 0.2-6 pelg M/4 % d P*li . m ion,. essure. WEterHS-1374 Flow fland Actuated opesetes WDirv230A Aum. Bldg. Sump Pump WDirP-44 WOL Panel E-30 Push M/A p/A N/A a Switch Pacirculation velve. See Sh. 24 301A Button f ..r,m - n,5 ,i_ N.nd,ct t.. eP. rat... t m a A.. Blde. S _p P_ p trP-.B -i. P...! .-- me,. M,4 N,A N,A e switch kocisc. Valve. See Sh. 24 301A button i [ g ------ 2 WDerrus-1376 rt _ Nand Actuated OPesates Wotev231 from Aum. 314. sump Tern to the Penet p9 E-30 Push M/A N/A N/A 9 Switch sample station. See Sh. 24 Button _ g i E==' s I I -60 ,' 7 i I i A

l.l 14 l f e L [ F.,- J 'e of............DatE........ e u ea s e v............................ sees af peo...... o r.... c ~o e s...... o, s............................. aoe ma.. y TABim 20 eco..einued j .................................................... ~. _. t' INSTWIPMfNTATIs*4 AND cfafffFGIS je 1 J I.4ttificatian Lesertgtton Function tax a t ion 3p_e yt Pange 0ut put hange Sy puit.t I fl W L L 13 7 7 Imvel Switch Sea.ds an alaria migi.at to tenlelAH-1377 on high Tasik t'loat Cage N/A N/A 3 ';. " Et t e ta t f( - c t T.. liquiJ 1evel in the hum. BlJ. Sump Tai.k WbtrT-5. J bee Sh. 3e. W.,L-LG-13 F9 I4 vel Gege tucal indication of level in the Aum. Bldg. Sump Local Lage Glaan 0-54* 0-54' N/A Tank WLiet-5. See Sh. 38 t 'e.' bL!.-IT-1379 Leve! Transanitter 1ransmits a eiga.at of the level in the Aua. Bldg. MTG A16 Diag e.s age o.$ '* 30-50 s.a dc N /A I; Sump Tenk Wulet-5 to WuteLI-1379. See Sh. 3u. ) WL!r LIal379 Imwel Indicator Indicates level in the Aua. blJg. Simp Tank WDL E anet M111 t ammet er 10-50 ma oc O.$% N/A 1 4;LL-T-5 301A Vertical Wbl.-Fl!S-1601 Flw liand Actuated Opes etes Wut-V264A Mirc. West e Tas.k Iteip WDL-P-6A WDL Panet E-30 Push N/A N/A N/A I 's I Swit6h L i ssitaa go. See bh. 24, 301A Butt on i t.L ie rf t;-15D2 riaw Har.d Actuated CPer ates WDL-V264h Misc. Waste Tank Pump WDirP-6B WuL Panet E-30 Eumh N/A N/A N/A Switch Lischange. See Sh. 24. 301A button l I f. WLiet t' -1603 !!uw Hand Actuated ( perat es Wul.-V229A Aux. Bldg. Sump Tank Pump WbL Pene.1 E-30 l'ush N/A N/A N/A 4 Switch uut-P-44 bischarge. See Sh. 24 301A Button i W;L-t it;-1604 Flas lland Actuated Otezates WbL-V22*JB Aux. Bld g. Supp Tank Pump WDL Panet E-30 Push N/A N/A tyA Swa tc h HLIrP-du Lischarge Valve. See Sh. 24, 301A Button i WLIr ET-It05 e Pressure Transmits a signal of the Auz. BlJg. 6 ump Tank Rack 454 Gage 0-50 psig 10-50 ma oc N/A transmitter hanp Disch. pressure to WDtrPI-1605. See Sh. 9 WLt-PI-1605 Pressus e Indicati.,r Indicates the discharge pressure of the Aux. Bldg. WDL Panel M1131 assister 10-50 ein oc 0-50 psig N 'A 4 Supp Tank tw p 301A Vestical l'ack 464

t. age 0-50 paig 10-50 ma de N/A

iLlePT-ILO6 Pressure Trar.smits a signal of the Misc. Weste Tank Pumps t

i C Transmitter Disch. psonsure t.o WDIrPI-1606. See sh. 9 806 Paessure Indicator Indicatas the paessure of the Misc. Waste Tank WDL Par.e1 M1111ansmeter 10-50 ma de o.50 psig N/A ltL!r P 2 haps Id sct.arge. 301A Vestical WLL-t T-1607 Pressure Transeite a signal of the Neut. Tank I'unip back 473 Gage 0-70 peig 10,50 ma de N 'A Transmitter WLIrP-ets Lischarge pressure to WDEePI-1607 See Sh. 9 WDirPI-1607 Pressure Is.dicator Isglicates the diocharge pressure of tl.a Neut. Tadt WDL Panel N!!!! ammeter 10-50 ma dc o.70 pegg N/a Pump Wutep-uu 3014 Vestical c => IF*=' f.. e 8

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n

? 1 f ,4 ~ e t e....... m e.... e.o e...... w a.......au sa c r...................... p, B e~............. t { f

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I T+ scil @ e TMLS 20 (Continuell Lier.t t fle a tion /

'DL-t'E-16 3 7 IMTEDMLNTATION AND COPlThOt3

} !i \\ Flse Clas.eret Function s s heasures the flow frost i Iwatton k'., disciarge into the Plant Dithe Neutteliser Tank Iwap g b blet>163 7 Sh. 26 F1w Transmitter schar<3e Line. See Piping gep t Range Orific Out3*st Rasqe '!!rl'Y-1637 Transmits the flow 0-50 e a 91w g k t tef'it-16 3 7 I)w Cuhventer WDL.ry-1637. WDierH-1637algnal stom WDicFE-1637 to 0-100 N O b F1w Socurdet Courss te signal fton WDI tT, arut WDicFMt-1637 SrtG A33 NA h DLaTM-1637 It recosas the flow algr at (-1637 for WDirFN-1637 D/P Cell r Flow Mater ste WDIrlY-1637 I*nt 301A 0-100* H 0 WuL Penet S.g. kuut 10-50 ma $30 E f L'.,L-I?ti-ts.11 Jt totalizes the flow detect d b 301A Niulatuae 10-50 ma de W /A riow tieter F WDIrFE-1637 hecorder 10-50 ma 10-50 ma dc 1 e de { Indle;ator Cable Ecum 0-50 gpo N/A . kDL-rfts.3OJ2 it tr.dicates the total flow th solid State N >A Flow 8tand Actsated at WDreFE-1637 detects. 10-50 sia do t WLL l'anel 0-60, 0-6000 bwitch C erates WirV235B Neutrali 3014 6 Digit pulsee h /A Wblerts-3003 Intet Valvo. Flw Pand Actua*ed See Sh. 24. zar Tank WDirT-80 keset Counter 0-60, 0-6000 WDL l'anel pulsen 30 E6 qallone I Switch Operette WbtrV2s n conta i 301A E-30 Pumh N/A i WUL-rts-3004 WDL-TallA Inlet. Flow Hand Actuated .'ee Sh. 24m nated train Tank Batton N/A WLL Panet N/A Switch Operates WLleV2419B Contaminat 301A E-30 Push N /A WDirr25-2005 WDL-T-tLS riow frand Actuated See Sh. 24,ed train Tahk button N/A Inlet. WDL tenel N/A Switch Operates WDirV296A Conta i 301A E-30 Push N /A W3D-ffs-3006 Flow fland Actusted WDL-TallA stecificulation Inlm nated Drain Tardt Button N'A i et. See Sh. 24 WDL l'and! N/A Swi tch 0 WbL-T-IIB Eecirculation Inl t34ratee WDtrV2968 Contaminat d 101A L-30 Push N 'A 6 L!rinS-3007 e Drain Tank buttun N/A Flow ffarmt Actuated e. See Sh. 24 WDL Panet N/A m Switch Operates WDieV292 C 301A E-30 Push N/A W)1erfs-3006 Outlet Ileader crossontaminated trata Tanks button N/A Flow Hand Actu ted cosa ect. See th. 24 WDL Penel N/A Swatch Ogmates WOL-V2934 Contami 301A E-30 Push N/A WDL-t'Its.3009 WDirP-154 Suction. Flow Nand Actuated See Sh. 24nated train Pump Button N/A WDL Panet N/A Switch WbtrP-15B Suction.opssataa WbtrV2938 Contaminated Isain P 303A E-30 Puch N /A WDL-rHC-3010 Flow items Actuated See sh. 24 ump Dutton N/A e Operates WDL l'anet N/A Control aminated Dealn Pump tiDirP-15AWaitrV2954 Whicts cont.olo fl 301A E.30 Push N /A W Conr ow of the Button N/A . See Sh. 50 WDL Panet N/A 301A solid state tt/A Manual N/A 10-50 ma dc N/A 7 s O . O

I s s k 1 6 f* ,f' !p 's t - ev._ --DATE. sumascv. anes? No _ - oF.... sne o e v...... Da g a.......................... Joe no TABtJ.$ntContinued) I. o INSTRUMENTATI4A4 AND CONTkhl3 e I i 53 e Input penge out put Range he i location g Function If' 3de,tification f=escriptlen 10-50 ma oc 3-15 5;e19 N 'A e pack 476 g/P converts signal from WDicFIC-3010 Converter ELIrtP 3010 Convester WDL s>enel Solid State N/A 10-50 ma EA WDIrnC-3011 Plow tianJ Actuated (perates WLIrV2958 wt$1ch cuntrole flow of ti.e Contaminated Usein Pump WDL-P-158 See 6h. 50 301A Manue! Control kack 476 I/P Convertar 10-50 ma oc 3-15 peig N /A Convests signal from Wogetu'-3031 j l .n.rt.yjg g converter Incal Gage Glass N/A N/A E/A [ local indication of the level in the Contaminated e W1 L.14-3013 level Lage Drain Tank WDir?-11A. TarA Plaat Cave N/A N/A g,, j '6 f Sends an alarm signal to WbleIAH-3014 on high Ii,;' { WDIrLS-3014 Imve! Switch liquid level in Contaminated train Tank WDirT=11A. Tank Plaat Cage N/A N/A go, ) I sends an alarm signal to WDIrtAti-3014 on high tctte W:1rts-3015 level Switch 11guid level in Contamination Isain Tank WL-T-119 f-Transmits a signal of the level of the contaminated 0-66" 10-50 ma oc k/; M1U S2 Gaye i ~ MCIrLT-3016 I4 vel Transmi.ter Drain Tank WLtrT-11A to WDL-LI-3016. See Sh. 15. WDL Panel M1111amseter 10-50 ma dc 0-66* I;/S it indicates the 11guld level of the Contasis.ated 301A Vertical L WDirLI-3016 Eavel InJ1cator Isain Tank WLIrT-11A. erfG S3 Gage 0-5' 6* 10-50 ma dc

6 i

It transmita a signal of t.he liquid of the e W*bLT-3017 tavel Tzansmitter Contamir.ated Isain Tank WLIrT-11B to WDirLI-3017. wj ....h. 15. WDL Panel M1111 ammeter 10-50 ma dc 0-46" uf. It indicates the level of tim liquid in the

n. '.

301A Vertical WLt-LI-la t? Imvel Indicator ContaminJted Isain Tank WbleT-118 d kack 476 Ga9e 0-60 pelg 10-50 me de E, It transmite a signal of the Contaminated (wala f WLielar-3018 leressure Transmitter Pump WLIrP-15A. Discharge pressure to WhtrP1-3018. See Sh. 9 WDL Panet M1111aammater 10-50 ma dc 0-60 psig N/ Wt.IrPI-3018 Pressure InJ1cator 1s.ficates the discharge pressure of the 301A Vertical contamingted [ main Pump Wbtre-15A Rack 476 Gage 0-60 psig 10-50 ma de s, 8, itansaits a signal of contaminated Drain Pump Wbtr PT-3019 Pressure Transmitter WbirP-15m Discharge Pressure to WDirPI-3019. j See Eh. v. WDL Panel M1111ase=eter 10-50 ma oc 0-60 peig W 1 st indicates the discharge 3.ressure of the wharP2-3019 Paessure Indicator 301A Vestical Contaminated train sump Worre-15s. l ,..j f f 1 =43-

-i 4 ~ O

t -

e l' F ewaar No...... or e r............. e a t a...... eusaacv......_......................... l; aos no.. caso. ev...... oa e s........

l a, *

-INSTHtiMEt4TATIuN AND CtW1' HOI.S Idantification f orscr ipt ion Function Incation Type Input Raswe Output Range Setpoint WI.L-to-RO20 savel Gage the liquid 3evel in it le equal to the !! quid Tank Gage Glama 0-66" 0-66" N/A level in the contaminated guain Tank WDir?-11s. Wbt-85-3u21 tsembure switch Stops Contaminated train Ismp WDL-P-15A on low pack 476 Islag4araga 0.2-6 peig N/A 1.7 plc suction pressure. k Wttr65-3022 Pressure Ewitch stops cont amin.ated Drain rump WDirP-15B on low kack 4)6 tele 6 ira.pm 0.2-6 pelg N/A g.-{ gggg 4 suction preneuse. ( WLirl15 3189 Flow h ad ActuateJ Operates WDL-V271 R.B. Sump Psm.p Liecharge Panet 15 E-30 Push N/A 5;/A N/A 6 witch Penetration Valve finalde k.B.) See Lh. 3 Button WDt-iHS 3191 r1w knJ Actuated Operates WuleV3 31A Misc. Weste Hold-up Tank WDL Panet E-30 Pumh N/A N/A N/A Jwitch Inlet eliter Wuter-eA intet. See Sh. 24 301A Button e WLL-l'f 5-3192 F1w Itand Actuated Operates WbL-V333 Misc. Waste asold-up Tank WDL Panet E-30 Push N/A N/A N/A Swatch Filters lay-pate. See Sh. 24 301A Button , n 1 WLterth-3193 riow HanJ Actuated Operates WDL-V331B wisc. Waste skald-up Tank WuL I'ae.et E-30 Push N/A N/A N/A I Switch Inlet ritter WbO-r-8B intet. See Sh. 24 301A button WC1..ritS-3196 riou Hand Actuated Operates WOL.v332A Misc. Nante Isold-up Tank WDL lapel E-30 Push N/A N/A N/A Switch Inlet Filter WisL-r-oA Outlet. See bh. 24 301A Dutton W LL-rHS-319 7* Flow Hand Actuated opurates WDIrV3329 Misc. Waste Ho1J-up Tank WbL Panet E-30 Eumh N/A N/A N/A Switch Intet ritter WDL-r-eB outlet. See sh. 24 301A Buttosa Wt,te!15-3196 - riow liand Actuated Operates WDirV352 Hisc. Waste Hund-up Tank No. 2 Sample E-30 Push N/A N/A N/A hwitch Wbt-T-2 to Gas Analyaer. See Sh. 24 Panet Button WDI-rHS-3199 Flow had Actuated operaten WuL-V262A Misc Waste Tank Pump WpL Panet E-30 Push N/A N/A N/A Switch WLirP-6A Suction. See Sh. 24, 301A Button ( %" \\$ WLI-1".ts-3592 riow Hand Actuated O&eratee Wul-V418 TB St:mp Pusp Discharge. WDL Panet E-30 Push W/A N/A N/A C Switch See sh. 24 301A Dutton WDIrr$-3593 Plow Hand Actuateil Ogerates WDt-V419 R.B. Supp sump Discl.arge WDL Panet E-30 Push N/A t//A N/A Switch Header Daain. See Sh. 24 301A Button WLiel15-3594 Flw Hand Actuated operates WDirV435 R.B. Sump Immy Discharge WDL Panet E-30 Push N/A N/A N/A Switch Header prain. 301A Button .W [ W0terHS-3595 riow Hand Actuated operates WotrV364 R.B. Sump Pump Discharge WDL Par.at E-30 Push N/A N/A N/A Q Ewitch Header to Aus. Bldg. Sump Pump Disch. HeaJer. 301A Button See Sh. 24. WDiert5-3596 Flow Hand Actuated Og erates WbtrV364 R.B. Supp Pump Discharge Header WDI. Panet E-30 Punh N/A N/A N/A Switch to Aua. Bldg. Supp Fusip Disch. Header. See 6h. 24, 301A button IF .-6 4

5 o a %i l I' l. .i e............ c a t e... eue,ec,. e.. r,,,0 o, y c -. o e,...... o., e.......... ,0.... Li TAh!E A) (Cont $hueJ) 1MStutme.NTA,t(es AND OwT540lS S 3.fre.t i f icat i on tie nc r t Pt ion Function facetion M Infmt Range Output hange Setpolu 0 erates Wb!rV215 Inlet to the WDIrF3A Filter. WDL Panet E-30 Push N/A N/A h/A kutet1ts-3602 Flw Hand Actuated 6 Switch See Sh. 24 301A button 6 WaterlIS-1603 FIw H.end Actuated Cgeraten WbtrV315 Filter WD!rr-3A. 38 Sy-pass WisI. Par.el E-30 Push N/A N/A N /A 9 Switch 301A button I j wuL-Fth-3604 Flow Hand Actuated Operates WutrV316 Inlet to Filter WDirr-3a. WiiL Ianet E-30 Push N/A N/A N/A Switch See Sh. 24 3014 Buttun b' I % bbb-4HS-3605 F1w ILand Actuated Operates WLtrV216 Outlet of Filter Water-3A. WbL l'anet E-30 Push N/A N/A N/A f hwitch See Sh. 24. 301A button WLletiG-3sO6 F1w has4 Actuated Og. orates WLIrV317 Outlet c't Filter WDIrF-38 WUL lanel E-30 Im h N/A N/A N/A Switch See Sh. 24 301A button 9 E-30 Push N/A N/A N/A WI ler!!S-3607 Flcme !!aret Actuated Onesates WbtrV351 Aum. 31d. Sump Tank to Gao pgg f' Switch Analyser. See Sh. 24 hot toen 4 i b DD.FilS-360th F1w tiard Actuated Ogeratea WDIrV43 Sample Iveturn Linee to the Misc. Panel 329 E-30 Push N/A N/A N/A l Switch Waste Hold-up Tank. button W ; 1r.*IG-3 '.09 F1w W nd Actuated ogesates WD!rV322 Neutraliser Pump blacharge WDL Paesel E.30 Issh N/A N/A N/A l Suttch Cross Connect. See Sh. 24 301A button g

%t-FHS-3610 Flw hnd Actuated Oposates W0trV324a Inlet valve to Filter Wbler 48 WDL Panet E-30 Push M/A N/A N/A

= e Switch See Sh. 24 30 LA Button WDIrriG-3611 Flow Hand Actuated Operates WDIrV324A Inlet to Filter WDirF-4A. WDL Panet E-30 tw h N/A N/A N/A Switch See Sh. 24 301A Button W )tef ib-3612 Flw Hard Actuated Operates WDIrV325B Outlet of Filter WDIrr-48 WDL lanet L-30 Push N/A N/A N/A Switch See Sh. 24 301A Button gy Wbtell!S-3613 Flw Hand Actuated operates WuteV325A outlet of Filter WD!rF-44 WDL l' anal E-30 Push N/A N/A N/L Switch See Sh. 24 301A mut ton '%Q 'b WaterilS-3614 Flw Hand Actuated Operatue WDirV326B Outlet of Filter WD!er-48 WLL Panel E-30 Push N/A N/A N/A i Switch see Sh. 24 301A button 1 bLlerits-3615 Flw Hand Actuated Operates WDIrV326A outlet of Filter WDIer-4A. WDL Panet E-30 Push N/A N/A N/A Switch See Sh. 24 301A button O orates WD!rV251 Aux. Bldg. Supp Tank (WDIrT-5) WuL Panet E-30 rush N/A N/A N/A W;Irrits-3616 Flw Hand Actuated t Switch to Miss. Waste Tank iWDIrT-2). See bh. 24 301A Dutton M aES g==

65

e e1

~.

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i1 1 f '

e k$'1 e

e e 5l e v.,......... o a v e -..... su s sa c v..................... epaarNo. .....oa Joe no como e v...... ca t a....... TAbtE 20 (Cont inued) f ? * +e INf.Th0Mt'HTAT!6N AND QaNTHOTJi I [j { 1:*.c r.t i f i c a t i on M.cription Function location g Ingmt Range Out put mange seti+ tnt W ale s'11S-3617 Plow Itand Actuated operates WutrV370 Aum. Eldj. Supp Tank (WD!rT-5) WDL Panel E-30 Nah N/A N/A N/A Switch to I;eutr. Tanks (WLI-T-SA & be). See Sh. 24 301A button WLLlanel E-30 Pumb N/A N/A N/A Waterats-3618 F1w Hand Actuated Operates WDieV340A Contaminated Drain Tank Switch (Wblet-11A) Pacirculation valve. See Sh. 24 301A button WDL Panet E-30 Push N/A N/A N/A Wutartti-3619 ria# Hand Actuated Operates Wblev340m contaminated Ewain Tank switch (WbleT-11b) becirculation Valvo. See 1.h. 24 301A button i WDL Panel t;-30 Push N/A N/A N/A I WLierni-3o20 rlw Hand Actuated operates WutrV400A Contaminated psain Pump l Switch !!A bibcharge. See bh. 24 301A button 1 l WbterilS-3621 P!w Hasat ActuateJ rporates Wut-V4008 Contaminated Essin Pump WLL Panel E-30 Pumh N/A N/A N/A ?t i Switch 1514 Isischaage. See Sh. 24 JOIA Button Wtteri!S-3e22 rim HanJ Actuated operates WLiev245 Neutraliser Tanks Recirculation WbL Panet E-30 Push N/A N/A N/A Switch Csoss-connect. See Sh. 24 301A button WDL Panet E-30 Push N/A N/A N/A i WLtefTs-3623 riow Hand ActuateJ ogenates WDirV244 Neutraliser l' ump Suction Switch Cross-connect. See Sh. 24 301A button 6tD1-rbC-3624 riow Hand Actuated Oseamten WDiev394k which controls the flow WDL Panel solid 6 tate N/A 10-50 ma de N/A Contsel thaough Neutraliser Pump eB. See Sh.50 301A Nnua l h WDie!T-3624

Converter converts signal from WDiertC-3624.

Back 473 1/P Converter 10-50 ma dc 3-15 psig N/A W 1.-r C-3625 riow Hand Actuated clarates W0trV394A which controls the flow through WDL Panet Solid State N/A 10-50 redc N/A f Control Heutraliser Imp SA. See Sh. 50 301A Manual WLt.-tT-3625 Converter converts signet f rom WDIrric-3625. Back 473 1/P Converter 10-50 ma do 3-15 3'sig N/A GIrric-3626 riaw Hand Actuated 0perates WbirV433 which controls the flow through WLL Panel Solid State N/A 10-50 ma de N/A Control the Nibc. Waste Tank talscharge. See 6h. 50 301A Manual g. . C Converts flow signal from WDiertC-3626. kack 464 I/P converter 10-50 meoc 3 15 pelg W/A wDiegT-3e26 Converter Waterlic-3627 F1w stand Actuated Operates WLIrV434 which controls the flow through WDL Panel Solid State N/A 10-50 sadc N/A C Control the Misc. Waste Pump kocirculation Line. See Sh. 50 301A Hanual C converts flow signal from WLIrMC-3627. MTG AIS 1/P Converter 10-50 se de 3-15 peig N/A W.)te:T-3627 Converter 6 i W:,IrnC-3628 riow Hand Actuated Operates WDIrV424 which controls the flow through WDL Panet Solid State N/A 10-50 ma dc N/A Control the Auz. Bldg. Sump Tank Pump Discharge. See Sh. 50 301A Hanual 'I WLle tT-3628 _ Cunverter converts flow signal froin Whtet1R'-362g. kack 454 I/P Converter 10-50 es do 3-15 pelg N/A s s l l e

h* 'y f a e f?n $l 3 l: e v.... -omie suasacr... sees ar eso. .. or ce.n o e v...... De t s................ Jos no. k TAntz 20 scontinuaJ1

e INSTHUMENTATION AND ct,ttrkoIS fl.

I.h ttrication te sc' r t r>t i on Function location pyg Ire t hange out gaat hange Seticint -)I WI,le rts'- M29 raw ifand Actuated Operates WDirV423 which controle the flow thruugh WDL lanet Solid State N/A 10-50 ea N/A { / Cont 201 the Aus, Bld. Sump Tank bacirculation. 301A Manual Wutets-3429 Converter Cnnverts f!w signal from Wutellac-3629 kack 454 t/P converter 10-50 sia 3-15 psig h/A ,i j,' g Wblebess-3630 5,1fferential Sands an alarm signal to WDiebl-AM-3630 on high local bellows 0-55 poig N/A g$ p,gj Pressure Isdicator dif fesential pressure across filter WOter-3A -[ Switch .t I WLiebPIS-3631 Dif ferential Paese. Sands an alarm signal to Wbirbl-Alf-3630 on high local Belluws 0-55 psig N/A g$ g a y

f Indicats.: twitch dif ferential pressure acreas filter WDIrr-3b.

1 l Wot-tL-3632 Flw Element Heesures the discharge flow ol' the Aux. Bldg. Susp Piping ventur! 0-50 ggma H0 0-100* It 0 N/A 2 Ta.A I%mp 4A. i v.L-:41-3632 Dif firer.tial Press. Is.dicates f1w at the Discharge of the Auz. BlJg. MTG All buurdon o.125= O-125" H 0 N/A InJicator Sumir Tara Pump 4A Tuta WLiert-3633 riuw Lienient Heasures the discharge flw of the Aux. Bldg. Piping venturt 0-50 gpm 0-100* H 0 N/A Sc p Tank Pu.rp 48 WL:.-Lt* 1-3 63 3 Lifferential Press. Indicates flow at the Disch. of the Aus. Bldg. ferG All boundun o.gg$= H 0 0-125" H 0 N/A 2 Indicatur 6 ump Tank Pump 4B ht,e WL!rLPIS-3634 Differential Ptess. Sauda en alase signal to WDieb5 AH-3634 on high kack 464 bellows 0-55 psig N/A 15 psid 3r.Jicating Switch geressure drop across filter WDIrF-elA. e WDL-beIS-3635 Differer.tial Psoss. SunJa en alarm signal to Woret;fAlt-3634 on high Rack 464 sellwa 0-55 pelg N/A 15 psid m Indicating Switch paensure dsop across filter Wbirt W. WDterg-3636 l'Iow Eles.ent . ressures the discl.arge flow of Misc. Waste Tank Piping venturl 0-50 gps 0-100* H 0 N/A Pump 6A. Wbtri,P!-3636 Differential Press. Indicates discharge fluw of the Niso. Weste MTG A19 Bourdun 0 125" N 20 0-125" H O N/A 2 Ir.dicator Tank Immp 6A Tulee WLlerg-363 7 Flow Element Heesures it.e discharge flow of the Misc. Wasta Pi eing Ventur! 0-50 vsa 0-100* g o M/A l TasA Fun.p 68 l WLIrLPI-3637 Dif ferential Press. Indicates the discharge flow of 4.he Misc. Waste M112 A19 Bourdon 12$" H O 0-125" H 0 N/A 2 3 Indicator Tank 5% sip 69 Tube l 5 W l W31rDPIS-3638 Diff erential Press. Sands an alarm signal to WDieDPAll-3633 on high Rack 476 Bellows 0-55 peig N/A 25 Ffid Indicatar Switch dif ferential pressure across Filter Wbter.7A. j wbtr5P12-3939 olfterential Press. sends an alarm signal to WD!rDPAlt-363s on high hack 476 bellws 0-55 psig N/A 25 psU Indicator Switch dif ferential pressure acsoss Filter Wbter -78 I m-e

I .I i! - 1 ^ (, 5-L i; ef...... .caie. e ueJ e C T. - en a ay no.,...... oc... Chao,87.. 0415........ Joseeo -..........4.............. TABIE 20 (Continued) ki INST 1dstt1trATICAS AND COe4TPOIS i /4 f Idertifice*fon t e sc r ipt ion Function location ge I rsput Parrge Output Range t' et ; < 1e {' WCtert-3640 Flow 3:lement Heasures the discharge flow of Contaminated train Piping venturi 0-50 gia 0-100* H 0 t/A 2 'f 8 ump 5A. j kbL-L.Pf-3640 Liftsger.tial Prese. Indicates the diact.arge f!w of the Contaminated E.ac k 476 bourdon 0 12$'41 0 0-125' N,0 N/A Indicator Liain Pump SA. Tutaa s '. WLien t:-3641 riuw Element reasuses the dischas+;e flow of Cont.minated Ikain Piping venturt 0-50 gym 0-100* II 0

'A 2

i twp Sb. WLletPI-3M I Diffe ential Press. InJ1 cates dis. charge flow of Contaminated seain hack 476 housdon 012 fit 0 0-125" H O

/A 2

2 Indicatur Pump $b. Tube WDirts'-3642 Plow E1erent Measures the discharge flow of Neutr. Tank Pump Pipiseg venLur! 0-50 gam 0-100* H 0 t;/A l WDir t-8A. WOL-Lt t-3642 Lif terential Press. Indicates the discharge flow of Neutr. Tardt 89 map pack 473 bourdon 01Pf ti o 0-125" H O N/A j 2 Indicatcr ht: Ire-8A. Tthe reasures the' discharge flow of Neutr. Tank Pump Piping venturt 0-50 gpa 0-10d* N O N/A 6 WDtent-3643 Flow Element WUL-P-uts. 4 W0lrLPI-3643 Differestial Prese. Isalicates the disct.arge flow of Neutz. Tank Pump Back 473 houtdon c.12ill 0 0-125" H O ti/A 2 2 Indic4tur WhirP-eb. Tube WDirLP t,5-3644 Lifferentian Press. Sands an alarm signal to WDIrDPAH-3644 on high MIG F2 bellowe 0-55 psig N/A 25 pli e Indicating Switch dif ferential pressure across Filter WDL-r-4A. WDiebets-3045 Dif femential esess. Ser.ds an alarm signal to WD!rLPAH-3644 on higte MRG F2 bellows 0-55 peig N/A 2$ yggt h O Indicating Switch dif feseritial pressure acsome Filter WDier-4As. WL!ri'T-3(46 Psessure Transmitter Transmits the outlet pressure of Filter WDL-F-4B to pack 473 Gage 0-70 peig 10-50 ma da N/A WuteP1-3046. ( L WDIrft-3646 Pressure Indicator It indicates the outlet pressure of Filter WDter-43 WDL Panel hilliamsmeter 10-50 ma oc 0-70 peig N/A t' 3 301A Vertical N/A lu" WLtrta-3647-1 tevel Switch Senate an alarm signal to WDIrIAH-3647 on high Tank Tup Mounted 0-20" (C level in the Contaminated Sump Pump poca Displacer adjustable WOte ts-3647-2 Iavel Switch Sands a signal to atart the contaminated train Tank Top Mounted 0-20" N/A 18 "

s Tank Hoom Sump Pump on high water level. See Sh. 36.

Displacer adjustable WDieta-3647-3 !avel Switch Sends a eigest to stop the contaminated Drain Tank Tank Top Mounted 0-20* N/A 20" 7 Hoom Sump twap on low level. Displacer adjustable WDirLT-3648 tabel Tzansmitter Transmite a elgr.at of the water level in the tocal Top Mounted 0-3' 10-50 ma N/A f k Contaminated train Tank Hoom Fump to Wbtri.I-3ude, bisplacer WLirLI-3649 level Indicator Indicates the water level in the Contaminated prain WDL Penel Mil 11 ammeter 10-50 ma 0-38 N/A T.ank kuum Supp. 3014 Vertical -68'- 1

.Q 4 e e. s e s.......... D a T E........ Su e ssC f., e**B E T 8e0... oF..... C oe 8Lo 3 7...... D4 8 6........................................ Joepeo........ TAB 12 2,1 i A';t ' T '.**rn A'.T A. I A'llt PS fat!EL ps tnMED A!.?ltKfl AMS AND CWi4frER II:547!'s TJei.tificati6n Newsed Verf ahle Units Alaren Set tw:eit Suuice variable liew g Per;e! ts.w.e and Nuotes V Ir!Ja?-1315 N4 jh water level is tl.e beactor Bldg. Sumps inches alb" Wblets-1315-3 0-25" WDL 301A blJ. Sumps inches e l(," WDI-LS-1319-3 0-55" WDL 301A net te!A?.-131s High water level in the Au4. J vttetAr?-4321 1 High water level is. the >=ector 81dj. Spray Pump e16" WLIrIS-1321 0-25* WOL 301A f;a. 17A S ep-inct.ca of water ,Wute!A:t-1324-1 311,h water level in the Feactor blJ s. Spaay Pump e16" WDI-14-1324 o-25" WuL 30LA t.o. 17B Sumps in61.ca W0t-!Al?-1327-1 Hif. water level in the t= cay Heat Remova t Iwp e16= Wblets-1327 O-25" WLL 301A 16A Sis ps tuhes 6 Dir! Art-13 30-1 High unter level les the tec.ny Ileat peaoval Pump e16" WDL 13 30 0-25" WLL 301A 16a S epe is.ches W LL-LA ?i-13 3 4 ft19h water level in t3.e Miss. Waste Ta:A WD!rT-2s inches 10*9" ateve ricor WbtetS-1334 N/A WOL 301A kDErlS-1363 N /A WDL 3J1A j WLletA!4-1363 fligh water level in the :leutz. Tank IrT-8A ered ge,g., gggg7 t teT-eb; isches Wble tS-1366 Worris-1377 W/A Wr.L 301A WL1-1AI.- 13 77 til.jh Water level in the Aux. Bids. Sump Tank $.g.,gy,.gg WL1rT-5s inches 1.uttoo e I Wt> IRIS-3014 N/A WDL 301A edDte tA tt-3014 Iligh water 1cvel in the Contaminated Drain Tar & g ego, tov, g, W-trT-ILAs inches Nt t(a WuteDPIs-3630 0-55 peig WDL 301A WLt.-Li AH-3630 sta.jh ps essus e drop acrose filters WDIrr-3A and - 15'i.s tJ b W:,ter-3's; pl.3 wbL-br15-3631 b WbtroPis-3634 o-55 pegg WoL 3otA W air t. Au-u)4 sit,h r.ressure ' drop across esitors Worer-sA and 3.;,,g, Wuroess-3635 g Wos.- -uB. p.tg Wotebers-3638 O-55 peig WDL 301A ] est h pressure drop acaces tilter. Woier-7A and e5 p ta WorebeA!.nla S Wbieuess-3619 Wbter-7a, ests WElebris-3644

.-55 psig WDL 301A WbleLI All-3644 lii gh pressuso drop across filters WDIer-44 and 25'p:1d WhicDPIS-3645 Wbt-r-4tes psig 20 WDie:Au-3647 intah water level in the Contaa. orain Tara moom

.g g o Wesers-3647-3 o WDL 3ctA W C 5~2 Sump, anche. h> ataxa top or u p. c== 2===o IF ' e

.~. .. ~.. - -.,. =. -... -_a e-s 12, ~. at '- f). e4 4 l 1 I l' BURfJS ~M ROE. INC." .[ WD A ' Deee

s. N P, m.

O' * **v '4+ Canc N Sea : W

f A hed Apenew f

1 lI I A'a'. t. P*.*T-It fe A* ?.'*'1 AT'65 .h a Ilectiferatica Nason ed Variable, ski't e State Set point Source vertable panse Fer.el Kane aaJ t uad4r l WL1-tA-4ib) Cutannis.ated testa Th bmp Ts te (WLIrP-lh & B) 34 leh OIJi hk WDL 3019 A Lt8-tA-4G84 Aua. BIN Lump Th.. Hans 7 1p (WJL P-4A &#) NA len OtJE seh WI,L 3016 Et hia-4se6 , 64 Asaste twp Se.1 hter tsnit Trip NA I4 012 Is4 WLL 3018 h L-L*-4te? Peac Wate ik. hamp Trip (W3IrP-44 63) hA NA. OIJL HA bOL 30th t.LL-f A-4 68 ' heutseliaerkk. hamp Tsip (Wuler-6A 6h) 84 4 h4 O1JL NA WLL 2018 i n w:> n..n l *we t if acet ion temasured vastables tenite Alare Set Polht $O4E Ce Ver$4bIe behage j Le let / tras 2 F24 WL1r P-2A. htest hh tea N1 hh j {' 2727 WL!rF-28 start HA NA . MA 2

liA O

aO Gm 6 ~ '!Q M c k ed

W 1232D

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ML19308C197

Contents

Text

1.0 INTRODUCTION

1.0 INTRODUCTION

65

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ML19308C197

Text

1.0 INTRODUCTION

1.0 INTRODUCTION

65

Navigation menu

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