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WEIL CEDA 3/25/2019 7:54 AM H8150-T12 Schematic 3-Phase ISR MS-TL EXP Mtr .dwg <br /> PANEL NAME Installer to Supply an appropriate power supply <br /> CAUTION: Bonding between conduit <br /> PLATE INCLUDES: And Branch Circuit Protection to panel connection is not automatic and must be <br /> -System Voltage in accordance with Article 504 of the National <br /> -Motor Amp Range Electrical oes. Prov <br /> -MAX Panel Ampsi <br /> El l Codeand Local Cd ded as part of the Installation. <br /> -Phase&HZ Fuses(LP-J or Equivalent)For Branch Circuit <br /> -Enclosure Type Protection: 1.25 X Full load amps of both I CONNECT <br /> Motors;Plus 1 Amp for Control Power. GRD—D—.AI' MP1 MI <br /> SYSTEM <br /> POWER Ll— e• a 1L1 1L1®• ® ioi® D. 1'1 <br /> SUPPLY L2— :•:m• IL2®: © 102 m r1,L T2 MOT() <br /> o Lz o 3 PHASE 1111111111 1L3 , N`� <br /> NEU O 0 LI: OM L3— e• •© �• • © los® r1 Ta 1 <br /> _ DSl t� _ <br /> 208V0l �I 01 MP2 M2 <br /> 230V { 5 IL! " 201 T1 <br /> DI 0 _n �I v ISR Wires: A Separate Conduit or Raceway Must Be ®• • ® m ®• <br /> 460V + Used For The Intrinsically Safe Wires Between a 1L2 m 0 202 m Tz Tz Mo 0 <br /> �� <br /> When changingpanel voltage Junction Box and The Panel. e 8 1L3®; © zos® p T3 2 <br /> Connect this wire to appropriate FU2 Ti 100VA a <br /> Line Voltage Terminal NON HAZARDOUS AREA <br /> INTRINSICALLY SAFE E01 115 V= CONTROL POWER ON N <br /> Control Transformer is CONNECTIONS FOR USE IN Weil Part No. RED / <br /> connected for Proper CLASS 1 GROUPS C&D 320.156.330 10 OW WHITE <br /> line Voltage at Facrory CLASS 2 GROUPS E,F,&G'� N PUMP 2 ' ` wHITe <br /> 01— Ol Load A A TEST OFF AUTO LT1 • <br /> Test/ 10 Test 0 MS2 OT2 MP2 M2 PUMP 2 ON <br /> ifiHIGH WATER O Op 41 42 4LI I I F.49 <br /> Dotted lines(————)representMc _ Load 40Auto49 <br /> Field Connections LSA o—t 5 Auto 10 RED 0SS2 48 ® 'LT4\ • <br /> Wire Colors: Black=Power �ff� <br /> Red=Control Green=Ground STANDBY Load B PUMP 1 <br /> White=Common(Neutral) Blk Wht c 0� TEST OFF AUTO HM • <br /> Yellow=Isolated Contacts 1 LS3 C—— 4 Load B `O` 10 Test O MS 1 OT 1 MP1 M l PU�'1P,ON <br /> 31 32 133 I F. 39 O <br /> Blue=Intrinsically Safe Circuits ` A ISR 30Auto • <br /> Pump should rotate in the direction of the Arrow I B)STARTt .� O OSSI 38 9 'LT3\ <br /> _ 3 q ALTERNATING <br /> on the pump case. Change rotation of the �— RELAY �+•►� WHITE. <br /> pump at the control panel. Interchange wires: I LS2 ALARM() Isolated Contact Relay Coil • <br /> Tl And T2 On Ml For Pum 1. STOP ,0 •`O' A2 • <br /> Ti And T2 On M2 For Pump2. 0—_2 `O Alarm Test H; Water <br /> Wires are Individually Numbered. L A3 R WHITE <br /> 12 <br /> MI&M2=Motor Contactors LS 1 \J 10 OPBAO �• ( ),O\ • <br /> MPl&MP2=Motor Circuit Protectors AR(High Water) HORN AD LTA <br /> PBA=Alarm Test ISR Wires: A separate conduit or Alo eR OVER or„ <br /> or raceway must be used for the 10 I (Over Temp PI)°TIN AR ° o <br /> SS 1&SS2=Spring Return Test To Off •A3 c O r • <br /> Intrinsically Safe Wires between a OT2(Over Temp P2) • <br /> 0=Component Coil Junction Box and the Panel. Al0• Y. <br /> (Moisture SensorPl)MSl• General <br /> ❑ =Numbers on Terminal Blocks(TB1 or TB2). Float Connections may not be 10 I—• Fault Relay <br /> 0 =Numbers on Components. changed. Must go on In order MS2(Moisture Sensor P2) <br /> I <br /> •�ia.a' <br /> =Normally Open Contact on Components. and off in reverse order.When out A10 <br /> (Overload PI)MPl �f\••,/}� • <br /> N =Normally Closed Contact on Components. of order or a float isn't working an 10 • <br /> Caution: Connection of anyother device to the alarm will sound. MP2(Overload P2) <br /> The lights on the right side of ISR A10 <br /> Control Power Source of this Panel will cause relay will show you which float is <br /> improper operation and Void the Warranty. out of order or not working. MPl Pump 1 Overload <br /> Moisture Sensor: If water enters the motor 7- Isolated Contacts 35 Ni... <br /> WHITE <br /> • <br /> the Sensor Indicator Light will illuminate and the motor , , P1 Over Temperature <br /> control circuit will open. The motor control circuit HIGH WATER=AR 10 Oy,T�I 36 LT5 `®' <br /> will remain open and the light will remain illuminated R 1 — Pump 2 Overload , • <br /> until the leakage condition is corrected. Test the MP2 45 ` LT7 WHITE <br /> sensor circuit by depressing the test push-button. GFR=GENERAL FAULT ®\ P2 Over Temperature • <br /> the light will illuminate and the motor circuit will open. 10 OT2 46 LT6 • ' <br /> �I. <br /> When the push-button is released the indicator light R3 ( R4 I ® • <br /> will go off and the motor control circuit will close. PUMP 1 OFF/ON=M1 RED 'LT8 Pump 1 <br /> Temp Limiter(Over Temperature): Pump 1 PUMP 1 Moisture Sensor <br /> If the internal temperature of the motor rises —R5 MS TestMS 34 ' <br /> • <br /> to 130 Degrees Celsius(266 Degrees Fahrenheit) M2=PUMP 2 OFF/ON Re PBl p 23 Black /I © iO� <br /> d 22 <br /> the motor control circuit will open and the over >0 34 LT9 wmre <br /> temperature light will illuminate. The motor control I R6 < 0 m MS • <br /> Orange q Pump 2 <br /> circuit will remain open and the light illuminated until k. ' White® 0 MS PUMP 2 Moisture Senso <br /> the motor temperature drops below 82 Degrees MS • <br /> Celsius(179 degrees Fahrenheit). Customer To Supply Power for Pump 2 0 ®Orange �I © as I, <br /> : • <br /> Operation Of External Device's MS Test _ 0 <br /> 5 WIRE SENSOR Connections: \ � Red 25 PB2 0 26 Black ®LT1oa.,n,E <br /> • <br /> Add Jumpers to TB2:#21 to 22&25; to O4a© �•J <br /> #23 to 24 and #26 to 27 Pump 1 Overtemp Li <br /> Pump 1:Red wire to#21 Orange to#23 /OPTIONAL ALARM LIGHT\ 10 Blk/Wht Blue 37 WHITE <br /> • <br /> Black wire to#10 White wire to#37 " TS1 Pump 2 Overtemp <br /> Pump 2:Red wire to#21 Orange to#26 A10 ® Wht to B t Blue 47 ' <br /> Black wire to#10 White wire to#47 i TS2 <br /> Connect ALL Green Wires to Ground. \ LT11 <br /> °M13.1019 <br />