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HomeMy WebLinkAboutW-381605U) U) CL H 0 2 H O Q J W 0 2 W 2 0 GREASE INTERCEPTOR SINGLE VAULT SYSTEM 11' -2" i I I i t s Grou Hoth>�$ ,.,.. _.. i i I 1 1 i 1 t l I( �S 1 1 Precost wider 1500 Gallon System c - j` ro or '1 Drill (1, Knci xr ,] p I10_,_ In '4 f' •I !.� '4a' P h. i�t �i.f § ���,� t� 4 ' f s Zi hy� 4 w Yflnmi.r, ° P � n C:T A 11 4 GRA,viE INTLtiCE PITOR SINGLE VAULT SYSTEM MINIM 11' - 2!1 - 1500 Gallon System or IF I°i�iw II veld '� Pe iI a f� T— P1 CT A 11 4 PLAN VIEW �_ to PLAN VIEW t Sides d 3 . J Vent �i es ; d r µ N . - vep Fib �� ; H_ jai. r i r f (uc Ne`` �., Opt lorlO_ g -_ z , ,�^ .� °. - ' _ ,?17rIJ rr al-' I `' i;i,y r' I r 1 I i ` - GRADE G. > GRADE 4 i j I w. 5 i g t ° SS k 1 1 I } ✓ i 1 r j ff 1 •4.. r I q4_Ins ect �I� e �= � P = _ INLET - — I ,�._.._ -_ _ SEP SEP INLET I - — /SEP\ S t f I t OUTLET TO OUTLET TO & 18.0 � -- -- �-_ - �- -�-- -- — - �---- � ---- -- -- 16. � � I I �� � 17.83 { �;. � >� I , �; � 16.5 1- lav I _ CV fi N C [ I t , l = _ I ! = Woter e�,-h _ I I I M :'7 1 co t' - ` j j 1 s I , . ' * .. �.� ;,;: ..,_.r. p V . -- } , • ,. ' . � _ � �. i :J � � 4 "h r T n 13 5$ -- .� -_ 12 25 o ► it Around ..� Sant f :j - AIi Ar 2 A r r �: .; t ` BO Soes 2 Io•f, 1 i SECTION VIEW AA SECTION VIEW AA GRAVITY GREASE INTERCEPTOR - GG - 1 PUMP SCHEDULE TAG SEP -1 & 2 SP -1 SEP -3 & 4 SP -2 SERVICE SEWAGE EJECTOR SUMP PUMP SEWAGE EJECTOR SUMP PUMP LOCATION NORTH EAST NEAR GG -1 NORTEAST NEAR GG -1 LOADING DOCK NEAR GG -2 LADING DOCK NEAR GG -2 EQUIPMENT W MANUFACTURER EQUIPMENT OLDCASTLE MODEL MANUFACTURER VAUGHAN LIBERTY VAUGHAN LIBERTY MODEL DUPLEX MODEL - SE3L 257 DUPLEX MODEL - SE3G 257 TYPE SUBMERSIBLE SUBMERSIBLE SUBMERSIBLE SUBMERSIBLE FIXTURE UNITS SERVED 172 (EST) 172 (EST) PERFORMANCE 150 150 SKIMMING RATE (LBS /HR) GPM 125 EA 10 70 EA 10 BOOST IN PSI NA NA NA NA TOTAL DYNAMIC HEAD (FT. WATER) 30 17 40 17 PUMP RPM 1750 1725 1725 VOLT IMPELLER DIA (INCHES) 7.5 6.5 NA PIPE SIZE (IN) 4" 1 -112 4" 1-1/2 DISCONNECT NA NA ELECTRICAL PHYSICAL HP (2) 5 1/3 (2) 5 1/3 VOLT 460/3 120 460/3 120 POWER STANDBY STANDBY STANDBY STANDBY FLA 7.5 EA/ 15 5.2 7.5 EA/ 15 5.2 STARTER: BY ELECT. CONTR. NO, FLOAT SWITCH BY ELECT. CONTR. NO, FLOAT SWITCH FURNISH /INSTALL EC /EC LIFT OUT FILTER BASKET EC /EC NO DISCONNECT: BY ELECT. CONTR. BY BY ELECT. CONTR. BY ELECT. CONTR. FURNISH /INSTALL EC /EC EC /EC EC /EC EC /EC EXPLOSION PROOF MOTOR YES Cl. 1 Div. 1 YES, INTRINSICALLY SAFE YES Cl. 1 Div. 1 YES, INTRINSICALLY SAFE > PHYSICAL WEIGHT (2) 350 25 (2) 250 25 ACCESSORIES BRONZE DOM HOT WATER CIRC. NA NA NA NA MECHANICAL FLOAT CONTROL YES YES YES YES CONTROL PANEL - NEMA 4X YES w/ Seal offs NO, FLOAT SWITCH YES w/ Seal offs NO, FLOAT SWITCH ALTERNATOR YES NO YES NO MULTI SPEED CONTROL SYSTEM NA NA NA NA 130 GAL PRESSURE TANK NA NA NA NA AUTO DIALER YES NO YES NO CONN TO BMS YES NO YES NO REMOVABLE PUMP RAIL SYSTEM YES NO YES NO MV 1 tJ: 2 GRAVITY GREASE INTERCEPTOR - GG - 2 NO SCALE O � GREASE INTERCEPTOR SCHEDULE TAG GG -1 GG -2 SERVICE BRISTOL KITCHEN KITCHEN LOCATION NE CORNER EXTERIOR ; LOADING DOCK Z IN- GROUND IN- GROUND UPC DESIGNATION GRAVITY GRAVITY EQUIPMENT W MANUFACTURER OLDCASTLE OLDCASTLE MODEL 5100 -GA 5100 -GA TYPE GRAVITY GRAVITY GALLON CAPACITY 1500 1500 PERFORMANCE FIXTURE UNITS SERVED 172 (EST) 172 (EST) MAXIMUM GPM 150 150 SKIMMING RATE (LBS /HR) NA NA NUMBER OF SKIMMING WHEELS NA NA GREASE RETENTION CAP (LBS) NA NA ELECTRICAL VOLT NA NA PHASE NA NA WATTS NA NA DISCONNECT NA NA PHYSICAL SIZE (IN) Per detail 1 - P501 Per detail 2 - P501 INLET (IN) 4 4 OUTLET (IN) 4 4 ACCESSORIES REMOVABLE GREASE COLLECTORS NO NO LIFT OUT FILTER BASKET NO NO HEATER NO NO TIMER CONTROLS NO NO NOTES > > NOTES: 1. REFER TO DETAIL FOR INVERT DIMENSIONS Duplex Submersible Sewage Pumps SEP -1. SEP -2. SEP -3. and SEP-4 1 Includes duplex submersible sump pumps. quick disconnect and removal system. control panel, liquid level and high water alarm controls. Provides automatic control of pumps with alternating lead -lag setup and high water level alarm and standby pump alarm system. 2 Provide pump motors of a dielectric liquid filled design for pumps 1 -1/ 2 -hp and larger. Motor end bell shall be designed as a terminal box and separated from the motor shell by a combination bearing support and inspection plate. The inspection plate shall permit viewing and access to the motor from the topside of the motor. Motors shall be housed in a water -tight cast iron shell with extended cooling fans and shall have Class "F" insulation and permanently lubricated double seal ball bearings The mating surfaces between the motor end bell, motor shell and seal housing shall be sealed by means of "X" cross section quad rings. Motor shaft shall be 300 Series stainless steel with keyway for positive positioning of impeller. a. The impeller shall be non -clog macerator type and shall be made of close - grained cast iron /bronze and accurately machined to the proper diameter and to be statically and dynamically balanced. It must be capable of passing a 2'/2 -inch sphere. A double mechanical seal system shall be furnished. The entire double mechanical seal assembly shall be housed in a seal chamber filled with clean dielectric oil. Seal surfaces shall be siliconized carbon variety. Systems that allow the lower seal mechanism to come in contact with the pumped media shall not be considered as equal. b. Each pump shall be computer tested and a report of the test shall be provided to the Architect if requested. Test data shall consist of 6 duty points at various heads and capacities, one of which shall be the design point. Test data shall include actual efficiencies, horsepower requirements and amp draw at each point. This test data shall be made available to the Engineer and Owner upon request. 3 Electrical power cord shall have an outer jacket. which is resistant to oil and other materials normally found in sewage. Power cord shall be sealed. not only by use of a cord grip, but shall have individual conductors sealed into the cord cap assembly with epoxy sealing compound. This epoxy seal shall be repeated where the conductors enter the motor from the connection box, cap and connection box to each shall be sealed with an O -ring. Provide a double - sealed, watertight power cord entry through which liquid cannot enter the motor by following individual conductors inside the insulation. 4 Moisture sensor shall be installed as a means of detecting a combination of mechanical seal failure and entry of moisture nto the motor shell or the oil chamber. The system shall consist of a moisture sensing electrode probe installed in the mechanical seal chamber. sensor cable and (1) NEMA 4X test station with an electrode relay. seal failure indicating light, test button and contacts for a remote signal 5 Temperature sensor shall be provided and installed on the stator windings to trip the motor starter out, stopping the motor when the internal motor temperature exceeds the insulation rating. Complete with automatic reset. 6 Provide an Automatic Pump Station Control in a NEMA 4XFR enclosure. For each pump motor, there shall be a combination circuit breaker /overload unit providing overload protection. short circuit protection. reset and disconnect for all phases, across the line magnetic contactor: hand /off /automatic selector switch, pump run lights. 120 volt control circuit transformer. 4 float ISR circuitry, alternator. high water alarm horn with silence switch and red beacon light. 7 Control panel shall be supplied by pump supplier to assure system integrity. Terminal strip shall be provided for connecting control wires. Additional terminals shall be provided to connect alarm and heat sensors. The panel shall include transformer. where required. to reduce control voltage to 115 volts. NO SCALE 8 Sump level controls shall be sealed float type to control sump levels and alarm signals The mechanical switches shall be sealed in solid polyurethane float for corrosion and shock resistance. The support wire shall have heavy neoprene packet and a weight shall be attached to cord above the float to hold switch in place in sump. Weight shall be above the float to prevent sharp bends in the cord when the float operates under water. The float switches shall hang in the sump supported only by the cord that is held to the wiring channel Three float switches shall be used to control levels. One for pump start. one for pump stop and one for both pumps stop. Provide an additional switch for high water alarm. 9. On sump level rise the lower switch shall be energized first. then upper level switch shall energize and start lead pump. With lead pump operating. pump shall reduce level to low switch turn - off setting and pump shall stop. Alternating relay shall index on stopping of pump so that lag pump will start on next operation. When sump level continues to rise while lead pump is running. the override switch shall energize and start lag pump Both pumps shall operate together until low -level switch turns off both pumps. If level continues to rise with both pumps operating. the alarm switch shall energize and signal alarm. If one pump should fail. the second pump shall operate on the override control and if level rises above override control, alarm shall signal. All level switches shall be adjustable for level setting from the surface. Alternately. the alarm float shall be located between the lead and lag floats to give an early warning of lead pump malfunction 10. Provide gas tight H -20 load rated frame and covers complete with all required openings. Access ways. piping and control openings. Frame shall be installed by trade constructing concrete pits. Pits shall be as shown on drawing P -501. All sumps shall be properly vented 11. Manufacturer Vauqhan Pumps, Montesano. Washington 12. Pump Station Alarm Alarm shall be programmed and wired into hotel alarm and notification system per City of Renton requirements. 381605 1 CITY OF RENTON REV. COMMENT TXC 3116/15 SURYEYM. SC'''L VERT11CAL MVD 1 M THE HOTEL AT SOUTHPORT / / z REVISED INVERT ELEVATIONS TXC 4/03/15 AS NOTED H01�OWN N11D 19W/199' Ai ,.� CITY 0 O 1 30 2015 DESIGHM. T .. ■� _'f RENTON WASHINGTON Y % 11ii PUS P _ RENTON DATU M - 1110 112TH AVE NE SUITE 5'xi 600 University St., Suite 500 �•�"""` � �T� aaE ��, to 9ELLEV "UE. WA 3©OCN �� L LZZo,`� Seattle, WA 98101 O U T N 1� O R T "`5`e'�°u `a15 z�,�_ ` ` MWL F Planning /Building /Public Works Dept. PLUMBING DETAILS & SCHEDULES P501 (206) 342 -9900 S H c 0 1'a e ti F 1" o P M E n r. INC. sF OW WCH www.wspgroup.com /usa � N0. REVISION BY DATE APPR ��� �� XXX P,4uvannvG: corn' A-NNNNAA D Z Z T r ^x I Z i Z O D Z G1 2 C M III z w Z_ Z C I z m Z M > D Z Z T r ^x I Z i Z O D Z G1 2 C M III I O M z w � w v W Z cl, I O M