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REVISIONS
<br /> DESCRIPTION DATE:
<br /> 0
<br /> Exhaust Fan Wiring JDB 4000895-EL DORADO CONY STORE-"I'le ON AirHandler Wiring JOB 4000895-EL DORADO CONV STORE-STOCKTON Evaporative Cooler Wiring JOB 4000895-EL DORADO CONY STORE-STOCKTON 0
<br /> DRAWING NUMBER EXH4000895-1 SHIP DATE 9/30/2019 MODEL DU180H- DRAWING NUMBER A4000895-2 SHIP DATE 9/30/2019 MODEL A2-20D DRAWING NUMBER EC4000EI95-2 SHIP DATE 9/30/2019 MODEL A2-20D 0
<br /> Installetl Optlpns
<br /> (ATTENTION ELECTRICIAN( Installetl Opt-1 Installed Opt'pns
<br /> DROP FOR DISCONNECT CONNECTION Cooling Interlock §n
<br /> IS FACTORY SUPPLIED 3
<br /> CONNECT POWER TO THE DROP DCV/VFD Wiring
<br /> oil
<br /> 1 WH
<br /> R_J L9
<br /> N WH
<br /> BK BK B1 BK
<br /> eK
<br /> 2 BK °N MT-01 2 BK MT-01 2 11 SW-01 U
<br /> GR p(DCV SFD WH( V N1) ew R R R I
<br /> Be SW-01 Component Identificatlpn ERR SV-01 oce=T°ABIS Fvt Cort Wou. - Component Ident1nc tion �I
<br /> 3 �� Label Descriotlon Location 3 - Lnbe1 Descrlot'on Location 3 y B W B Component Id-f'cat'on (j$
<br /> (MAY NOT BE NEEDED DEPENDING ON OPTIONS) SW-03 NOTE: Label Descriotlon LQWQ$jp I I
<br /> IF DCV IS NOT PRESENT,RD AND WH WIRES FROM
<br /> SEPARATE 120VAC SOURCE BE YW C NC If cable Is CMINo2VL2BO2 SW-01 Thermostat 121
<br /> q MT-01
<br /> Ell Motor [2] q q change SW-02 Overflow Switch IA, Q E
<br /> MT-02 Damper Motor [2] BK->BR&WH->BL SW-03 Pressure Swkch [3] U
<br /> TI-01 VA-0t T.
<br /> Spray Timer IS-J1 U
<br /> 5 5 5 RD VA-D1 Interna'Solenoid Valve I51 DEMONSTRATIONS ARE AVAILABLE AT THE
<br /> BR l5 IB Ot [BK] [WH] VA-02 3-Way Solenoid V.- [J] 'j
<br /> SW-01 N°In tliscpnnect Swkch [2] GR I I I I I> 1
<br /> MT-01 Supply motor 121 CO
<br /> CALIFORNIA BAY AREA DISPLAY CENTER
<br /> BL
<br /> 1l SW-02 TI-01FORPRICESAND > d
<br /> 6 6 6
<br /> IL BK C NC Qj BK A 2 CALL
<br /> WH QUESTIONS, I I V
<br /> J JUMPER Al AND BI DANNY NG
<br /> W^-02 FOR R27-FSH3VM23 TIMER REFERENCE JOB# 4000895 I I I
<br /> GR REG91lCAPTIVEAIRE.CD?I
<br /> B 8 B PHOWD (415) 936-2200 FAX 0919) 227-3940
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<br /> POINT-TO-POINT$OMMYRY OF ONGIN CONNECTION �
<br /> In
<br /> SW-01 Muln disconnect switch 121
<br /> 11 11 11 N
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<br /> 12 12 2 LE
<br /> 13 n 13
<br /> 14 14 14 1 O
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<br /> 15 15 15
<br /> MOTOR INFO Moron INFO ___________________________ __ ______ ____:_____-i CO
<br /> 16 EXHAUST lHP-208V-3P-3.8FLA 16 SUPPLY IMP-208V-3P-3.BFLA 16
<br /> 17 17 17 6i
<br /> I Z
<br /> Rosi list, ` Q
<br /> 18 ELECTRICAL INFORMATION 18 ELECTRICAL INFORMATION 0, d
<br /> MOTOR/CTRL MCA:4.8A OTOR CIRCUIT MCA:4.8A
<br /> MOTOR/CTRL MOP:ISA ONTROL CIRCUIT MLA:LOA I
<br /> MOTOR CIRCUIT MUP:15A
<br /> 19 19 CONTROL CIRCUIT MOP:ISA 19
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<br /> 20 20 20 alb Wired ocen..l Q
<br /> nd Piped• Iw,:®lir To bulldllg (J
<br /> DOg.S. NOTES drain
<br /> DENOTES FIELD WIRING
<br /> 21 DENOTES INTERNAL WIRING 20 DENOTES FIELD WIRING 21
<br /> DENOTES INTERNAL WIRING l DENOTES FIELD WIRING
<br /> From buildin DENOTES INTERNAL WIRING
<br /> W WIRE COLOR CO
<br /> I
<br /> water supply
<br /> WIRE COLOR WIRE COLOR xe:m.yar..x. j BK-BLACK YW-YELLOW C
<br /> 22 BK-BLACK GI-YELLOW 22 BK-BLACK YW-YELLOW 22 ---------------------------------------------------J B -BLUE GR-GREEN
<br /> BE
<br /> -BLUE GR-GREEN BE
<br /> -BLUE GR-GREEN BeR-BROWN -GRAY
<br /> BR-BROWN GY-GRAY BR-BROWN BY-GRAY DR-RRAIYf BePR-PURPLE m
<br /> 23 Mt-ORANGE PR-PURPLE 23 Mt-MtNlCE PR-PURPLE 23 RD-REO PK-PINK
<br /> RD-REO PK-PINK RD-RED PK-PINK WH-WHITE 1
<br /> WH-WHITE WH-WHITE 0
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<br /> System Design Verification (SDV) z Q
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<br /> If ordered, CAS Service will perform a System Design Verification (SDV) once all equipment (�
<br /> has had a complete start up per the Operation and Installation Manual: Typically, the SDV will o LLJ Z
<br /> be performed after all inspections are complete. - E]
<br /> Q V)
<br /> Any field related discrepancies that are discovered during the SDV will be brought to the o U
<br /> attention of the general contractor and corresponding trades on site: These issues
<br /> will be documented and forwarded to the appropriate sales office: If CAS Service has to �
<br /> resolve a discrepancy that is a field issue, the general contractor will be notified and W
<br /> billed for the work. Should a return trip be required due to any field related discrepancy
<br /> that cannot be resolved during the SDV, there will be additional trip charges. DATE: 9/30/2019
<br /> During the SDV, CAS Service will address any discrepancy that is the fault of the DWG.#:
<br /> 4000895
<br /> manufacturer. Should a return trip be required, the general contractor and appropriate
<br /> sales office will be notified: There will be no additional charges for manufacturer DRAWN
<br /> discrepancies: BY:
<br /> SCALE:
<br /> 3/4" = V-0"
<br /> MASTER DRAWING
<br /> SHEET NO.
<br /> 5
<br /> REVISIONS
<br /> DESCRIPTION DATE:
<br /> ELECTRICAL PACKAGE - Job 4000895 0
<br /> NO. TAG PACKAGE LOCATION SWITCHES OPTION FANS CONTROLLED 0
<br /> LOCATION QUANTITY TYPE 0 H.P. VOLT FLA
<br /> - II y a Ine 1 Light Exhaust 3 1.000 208 3.8 pp
<br /> 1 DCV-1111 Utility Cabinet Right Ri ht Stuart Controls DCV
<br /> Hood p 1 1 Fan Supply 3 1.000 208 3.8 oil
<br /> M�� DESCRIPTION OF OPERATION, A B C D E F G H I v
<br /> Trani-1 Blocks for wired connection t�No DCV-1111 INSTALL 'sw�F°",jU�p"4 ion uSE ui`x•v a'i:°:,x l°`ire•`°"s FACTORY WIRING
<br /> 400Q89rj "tr°' UNLESS SPECIFIED OTHERWISE,ALL FACTORY AC WIRING 16 AWG. ALL FACTORY DC WIRING 18 AWG. MNTNR POWER CIRCUIT SCHEMATIC I
<br /> Conneetlon for Modbus EL DORADO CONV STORE-STOCKT... 0 30/2019 pt-1 se�zz o" ld Inrtalatbnveelfy asia"ce bei.ee"vsD ane Hotoe,aamnanal cosi could°vv y N NOTE:IF VFD HAS IPM 240V INPUT,USE LI&L2 ONLY. CIRCUIT BOARDS
<br /> Factory wired OR Field Wired 1 J9 120V n IF VFD HAS DPH 120V INPUT,USE L1&N ONLY. ECPM03
<br /> Field Conneetlon Antennas n I I
<br /> Wired OR Paddle i MTR:1.Do DCV Rev. 2.11.00
<br /> Field connection to Router WH 14 AWK - :1.
<br /> HMI Rev. 2.11.00 I I I 0
<br /> CONTROL INPUT rc i o HP:1.Do0
<br /> OR Ethernet switch 2 - BK 120V HI=LINE, 3 PHrV/T1 PI00:01 Rq-x RD-x �- U
<br /> a J3 208 VV/T2 PIOI:N/A 120 VAC 24 VDC (6
<br /> BREAKER PANEL TO PRIMARY CONTROL PANEL CONTROL PANEL TO ACCESSORY ITEMS J3 BK NI=NEUTRAL, 15A 24V 8 9 ©® 1s AW/T3 P10z:DU RELAY RELAY U N
<br /> DCV TO PCUAFM BREAKER. DO WIRED P10366a
<br /> Responsibility) Electrician Responsibility) Electrician NOT CONNECT 3 J 1 2 3®OS©7 ANT P1D/:Do 3 BREAKER SIZE SHOWN IS THE MAXIMUM ALLOWED [AT5 BK TO SHUNT TRIP -+ 4V SCADA L1 P10890 CONTROL PANEL COMPONENT CONTROL PANE 2 BK C } EST eK L2 P13DN/ABREAKER PANEL PRIMARY CONTROL PANEL - _4 MICROSWITCH 1 BREAKER. SEE PS-01 L3/N PI50:01 COM 6 5 COM 6 5
<br /> To � INSTALLATION C EST O pj94�225 I I N
<br /> CONTROL PANEL 4:N06° PC
<br /> WASH BK SCHEMATIC FOR DEST 1 VFD:ESVJSINOZY%BSJIP410:11 I I I I DO
<br /> BREAKER 1PH Ne�, ADDITIONAL RER.1 CAT-5 D BTR:sUP-2 COMPONENT LIST V
<br /> Compute MY—,, 120 V G.�y TO I:C :NC ` [a DE 14 AWG - FLA:3.8 LABEL SiP7 DN
<br /> 6 FIRE SYSTEM G�� i TO ETH O ➢K HP:1.000 Si-%
<br /> 15 A CONTROL POWER. DO NOT WIRE WIRE C1 TD[oNNoN(D. PANEL LID,II 3 PH U/T1
<br /> TO GFCI OR SHUNT TRIP MICROSWITCH WIRE ARI i0 NORMALLY CLOSED(2). '� 208 V:D -K
<br /> BK V/T2 PlooalA d-% I 01
<br /> Com] 1� �! a BREAKER. CI i0 ARI SHOULD HAVE NS-1 15 ABK W/T3 P102:0.0CASlink 1Y onitor and Control p 1ST Ht1 ED W/ CONTINUITY WHEN ARMED. 4:ND6, THE FOLLOWING CONNECTIONS 3 " � P10364.ZNTRUL POWER SWITCH pl I:C :NC MAY OR MAY NOT BE I. i d P10364 REQUIRED BASED ON JOBSITE f II ane Pl amp PN nEU OA J t en W Ll P108:90 PS-1 Pp X�IBSu�.A'cOCHOOd COntTOI panel t0 SuppOTE COmmwniCatiOns t0 CEOnd-based BuElding IF MORE THAN ONE SPECIFICATIONS OTE^e 11 iecs lC ECP py p L2 P131:N/A Q
<br /> Mane ement S tem. BREAKER SPH FIRE SYSTEM,WIRE MS-2 4;ND�BF a ECPM03/DAISY CHAINL12 W L3/N P150:01 RA-x 120V Rel° ➢PDT
<br /> 9 System J SHUN COIL O P16Z:64.8 04.IIpN�IA
<br /> - Hood Control Panel to allow Cloud-based Builth Management System to 208 V IN SERIES AS SHOWN 1: :NC HOT TD SHUNT COIL
<br /> Building nab¢mCONTROL PANEL J J 194:225 0
<br /> VFD:ESVJSINO2Y%BSJyy
<br /> Ell
<br /> ntitoT Teal time meters outlined¢s MONITOR ti the 'nts list. MCA: 4.8 A NEUTRAL FROM SHUNT COIL P410:21
<br /> Fano P ARl SIGNAL FOR RO-x
<br /> - HOOd Control Panel to allow cloud it Building Management System t0 B MDCP: ISA EXH-I SM-1 EXTERNAL ST TERMINAL IS ENERGIZED ��-I..�n���-I..�au DClpoll�Rely �
<br /> Control parameters outlined as CONTROL in the points list. B� o—r Ts-x
<br /> Hood Control Panel to allow cloud-based BuildingManagement System to WIRE TO VFD QUICK CONNECTOR SHUNT TRIP IN FIRE CONDITION. A/cP-°O-T4-[ I Ln
<br /> Se'me'n ys CONTROL PANEL ALL SWITCHES FACTORY WIRED 4
<br /> implement SYSTEM ECONOMIZER control strategies for fully integrated Building 9 To J4 CAT-5 CONNECTION t MPM-2 M-2 N
<br /> COMMON
<br /> Management. BREAKER 3PH SWITCHES CONTROL PANEL NORMALLY OPEN 2 �2 N
<br /> 208 V SPARE FIRE J7 120V
<br /> SPARE CONTACTS WILL MAKE C2 TO
<br /> t�DAl/TaRI1yG[l]�D COAITROI, POINTS LIST 10 MCA: 4.8 A H000 LIGHTS 1 SYSTEM DRY qRE USHEN ED SYSTEM DISAB'LE AERMED
<br /> DUIPMENiY gK BK 14AWG R 1 BK
<br /> MDCP: ISA SUP-2 SM-2 BLACK CONTACT OR PROVIDE SIGNALS,(NOT FOR 1 P�aHI
<br /> CONTROL PANEL BUILDING FIRE ALARM WHICH MUST BK WH
<br /> DCV Packages Function SC Packages Function WIRE TO VFD QUICK CONNECTOR TO WHITE BE WIRED DIRECTLY TO THE ANSUL HOOP HIS
<br /> JUMPER N1
<br /> 11 HOOD LIGHTS GREEN ALARM INITIATING SWITCH LOCATED 5 BK
<br /> Roam Temperature MONITOR Room Temperatures) MONITOR WIRE TO J-BOX ON TOP OF H001 IN ANSUL AUTDMAID gK Q
<br /> 1400 W MAX 1 /0 O
<br /> Duct Te perature(s) MONITOR Duet TemParpt+ire(s) MONITOR 12 COMM ROUTER CONTROL PANEL COMMON FHvi® ` N
<br /> DRY CONTACT NORMALLY OPEN
<br /> NUA Diccharga Temperature MONITOR MUA Dlscha>ga Temperature MONITOR CONTROL PANEL TO FANS CONTROL PANEL 'IRE
<br /> ETHERNET CONNECTION pN/OFF WITH COMMON SCADA S
<br /> I3 Responsibility, Electrician To - -
<br /> Kitchen RTU Discharge Temperature MONITOR Aaehen RTU Dtscharge Temperature MONITOR WIRE DIRECTLY TO COMMUNICATION SUPPLY FAN NORMALLY OPEN (ADA NOMIe ^ �
<br /> PRIMARY PANEL FANS WORLD WIDE MODULE.NET REQUIRES D DHCP 2) GROUP 1 SPARE CONTACTS WILL MAKE
<br /> Fan Speed MONITOR ConhoUer Faults MONITOR WEB COMMON i0 NORMALLY OPEN
<br /> UBP PORT 1444&1445 OPEN FOR 6
<br /> lq Cwo LE61 FAN:01 EXH-1 WHEN SUPPLY GAN IS ON. BL 9�PR In
<br /> Fan Amperage MONITOR Fan Faults MONITOR Loatl Wiring o OUTBOUND TRAFFIC ONLY. DC+ 8 RD-]u VRDI
<br /> Fan Power MONITOR Fan Status MONITOR W RE TO waCw e o 1i2°8V DCV SPEED + ARI BK A-]8 WH Nl
<br /> 15 re0..° CONTROL PANEL «TO BMS BK WH
<br /> VFD Faults MONITOR PCU Faults MONITOR VFD QUICK 1, 0-IDV OUTPUT - SET RA-2 B LEGEND I` 111
<br /> WIRE TO TO ON PCB WIRE TO EBIL O TERMINALS. Z
<br /> CONNECTOR WIRE TO CONTROL BOARD.INSTALL ROOM TEMP CONFIGURABLE OUTPUT. —FIELD WIRING
<br /> ConEro/ier Faults MONITOR PCU Filter Clog Percentages MONITOR MUST HAVE ITS OWN CONDUIT DISCONNECT TEMP SENSOR SENSOR IN ROOM AWAY FROM HEAT (TOTAL) SEE ECPM03 OWNERS MANUAL. FPCTCRY WIRING O
<br /> 16 p0 NOT SHARE CONDUIT( SOURCES.00 NOi INSTALL SENSOR H(- YW-YEI.LW _
<br /> Fan Faults MONITOR BL-R_LE GY-UPLY
<br /> Are Condition MONITOR FAN:02 ON THE CEILING GRID,SEE MANUAL. VFD ANALOG TO BMS 7 BR LFd1WJ PR PURPLE d
<br /> SUPo2 0-10V OUTPUT
<br /> Fan Status MONITOR CORE FAra SS.- Load Wiring L°"°LCa' WAC OR-ORANCE RD-RED
<br /> y MONITOR 1I CONTROL PANEL IN VFD WIRE TO VFD TERMINAL STRIP. Wtf MAd1E �_U�
<br /> SM-2 .n.°L4 °LPC 120Bv PROPORN MAE TO FREQUENCY. DRY CONTACTS (SHOWN DE-ENERGIZED) ` o
<br /> PCU Faults 12
<br /> MONITOR Buildihe Pressures MONITOR WIRE TO TO FACTORY WIRED TEMPERATURE HOOD 1 (EACH VFD) SEE VFD OWNERS MANUAL. 14 AWG RA-I-I �� OL&STRIPE
<br /> DUCT SENSOR BL/RP H/RD STRIPE
<br /> VFD QUICK $FI SENSOR.MOUNTED IN E%HAUST DUCT RISER 1 BMS SWITCH ON/OFF RD/GNF RNCN STRIPE �
<br /> PCU Fitter Clog Percentages MONITOR 18 C 0 MAKE UP AIR INTERLOCK. WITH PIRE
<br /> Fans Buttons) MONITOR CONTROL CONNECTOR NI CONTROL PANEL WWB_-NVB_STRIFE
<br /> Ftre CorWitton MONITOR g ons) MONITOR Q CONTROL 120V°Rxm1° °flax CONTROL PANEL TO JUMPER BK F N WH C YW
<br /> Li hts Butt I:
<br /> CORE Fire System MONITOR lB IF VFD MOUNTED TO EXTERNAL WILLA ACTIVATE ZONEEISWITCH GFANS SAND 8 EF1 14 AWG RA-2-1
<br /> Nash Button MONITOR A,CONTROL IN IND PANEL, MUST HAVE ITS OWN CONDUIT WIRE TO CONTROL BOARD. HOOD 1 SWITCH LIGHTS J J PANEL COOLING DN/DFP A�
<br /> BntlduW Pressures XONITOR WIRE SF SIGNAL DO NOT SHARE CONDUIT! PSP SENSOR SENSOR MOUNTED IN SUPPLY PLENUM PSP TEMP ° ° NO WITH EL DORADO CENCI S...
<br /> FROM PANEL WITH Jl0 BK F WH C YW
<br /> BURP DCV-illi co
<br /> E
<br /> Pro Time Button 20 ECPM03. PSP LIGHTS ECPM03 CON 14 AWG RA-2-2
<br /> P MONITOR R CONTROL HOT BLACK SECONDARY PANEL COOLING IF NECESSAR C
<br /> CONTROL PANEL MATCH NO
<br /> Fans Button MONITOR&CONTROL Tp
<br /> H000 NEUTRAL WHITE
<br /> 21 PSP LED INPUT GROUND GREEN C YW m
<br /> Lights Bvtton MONITOR&CONTROL LIGHTS CONNECT TO RESPECTOVE F PSR
<br /> 9 a
<br /> Nash Button MONITOR G CONTROL LIGHTING CIRCUIT. NOTE:DO NOT reiuVERTE
<br /> 22 WIRE IN SERIES WITH HOOD LIGHTS. ASE xoroz 0
<br /> RVEaooR23 Rs ngpeaiFOR aose wa 1 (0
<br /> C
<br /> hi PPy If
<br /> 24 D oo
<br /> 4000895
<br /> 0/2019
<br /> SC-20 x 18 x 8.62 BOX ECP ql-2
<br /> Demand Control Ventilation Hood Control Panel Specifications:
<br /> - Controls shall be listed by ETL (UL 508A) and shall comply with Berland ventilation system
<br /> turndown requirements outlined in IECC 403.2.8 (2015),
<br /> ALARM INDICATING LVA SCREEN.
<br /> DUCT TEMPERATURE SENSOR
<br /> - The control enclosure shall be NEMA 1 rated and listed for installation inside of the M00EL TYPE.
<br /> exhaust hood utility cabinet. The control enclosure may be constructed of stainless steel 0 0 Z
<br /> or painted steel.
<br /> O
<br /> - Temperature probe(s) located in the exhaust duct riser(s) shall be constructed of "w•+w„ww�
<br /> stainless steel, DEMONSTRATIONS ARE AVAILABLE AT THE O O U
<br /> Fwwwwwww DEMAND CONTROL VENTILATION W
<br /> CALIFORNIA BAY AREA DISPLAY CENTER SAVINGS:732 SAVINGS INDICATOR O
<br /> A digital controller shall be provided to activate the hood exhaust fans dynamically based FOR PRICES AND QUESTIONS CALL O LIGHTS 71 FAN$ O
<br /> on a fixed differential between the ambient and duct temperatures sensors. This function 11T-5 CONNECTION ON REVERSE. (�
<br /> ONNECTED TO HOOD CONTROL
<br /> shall meet the requirements of IMC 507.1.1. p DANNY NG PANEL
<br /> o REFERENCE JOB# 4000895
<br /> - A digital controller shall provide adjustable hysteresis settings to prevent cycling of the REG91lCAPTIVEAIRErCQ) O
<br /> fans after the cooking appliances have been turned off and/or the heat in the exhaust PHONE, (415) 936-2200 FAX (919) 227-5940 L(�T�J
<br /> MOUNTS IN STANDARD DOUBLE LL
<br /> Cu
<br /> system Is reduced, CONTROL PANEL GANG JUNCTION eox O
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<br /> - A digital controller shall provide an adjustable minimum fan run-time setting to prevent fan LCD
<br /> cycling. INTERFACE
<br /> ROOM TEMPERATURE \
<br /> - Variable Frequency Drives (VFDs) shall be provided for fans as required. The digital SENSOR
<br /> controller shall modulate the VFDs between a minimum setpoint and a maximum setpoint on LE Z
<br /> demand. The duct temperature sensor input(s) to the digital controller shall be used to TYPICAL HOOD CONTROL PANEL INSTALLATION
<br /> calculate the speed reference signal. W Z
<br /> o �
<br /> - The VFD speed range of operation shall be from 0% to 100% for the system, with the actual E]
<br /> minimum speed set as required to meet minimum ventilation requirements. Sequence of Operations: Q 0
<br /> The hood control panel is capable of operating in one or more of the following states at any y
<br /> - An internal algorithm to the digital controller shall modulate supply fan VFD speed given time; CO Duct T e lYl p Sensor t O �J e (� Ln U
<br /> proportional to all exhaust fans that are located in the same fan group as the supply fan. - Automatic The system operates based on the differential between room temperature and O E]
<br /> the temperature at the hood cavity or exhaust duct collar. Fans activate at a n s t a l l e d I n every exhaust _J � �
<br /> The system shall operate in PREP MODE during light cooking load or COOL DOWN MODE when configurable temperature differential threshold. Depending on the job configuration each fan LL-1 � 0
<br /> sufficient heat remains underneath the hood system after cooking operations have zone can be configured as static or dynamic. These terms refer to whether a variable riser: All Duct Temp
<br /> completed. Operation during either of these periods will disable the supply fans and provide motor (such as EC Motors or VFD driven motors) modulate with temperature. If the panel is Sensors and Hood Lights t O
<br /> an exhaust fan speed that is equal to the minimum ventilation requirement. equipped with variable speed fans and the zone is defined as "dynamic", these will modulate DATE: 9/30/2019
<br /> within a user-defined range based on the temperature differential. Panels equipped with LJ e wired LJ a c k to SC-EMS
<br /> - A digital controller shall disable the supply fan(s), activate the exhaust fan(s), activate variable speed fans and a fan zone defined as "static", fans will run at a set speed DWG.#:
<br /> the appliance shunt trip, and disable an electric gas valve automatically when fire condition calculated for the drive. Demand control ventilation systems are capable of modulating Electrical Control Box, 4000895
<br /> is detected on a covered hood. exhaust and make up air fan speeds per the requirements outlined in IECC 403,2,8,
<br /> DUCT THERMISTOR SENSOR INSTALLATION Room
<br /> NOTE, ThentSty has 2.fres nXit correct to central cobiBet Roo ❑v e r r i cl e Thermostat DRAWN
<br /> - A digital controller shall allow for external BMS fan control via Dry Contact (external - Manual; The system operates based on human input from an HMI, BY:
<br /> control shall not override fan operation logic as required by code). a
<br /> - Schedule; A weekly schedule can be set to run fans for a specified period throughout the 3125 SCALE:
<br /> An LCD interface shall be provided with the following features; day. There are three occupied times per day to allow for the user to set up a time that is
<br /> a. On/Off push button fan & light switch activation suitable to their needs. Any time that is within the defined occupied time, the system will run axw ,fln 3/4" = 1,-0'°
<br /> Ia. Integrated gas valve reset for electronic gas valves (no reset relay required) at modulation mode and follow the fan procedure algorithm based on temperature during this
<br /> c. VFD Fault display with audible & visual alarm notification time. During unoccupied time, the system will have an extra offset to prevent unintended miry °r 2// MASTER DRAWING
<br /> d. Duct temperature sensor failure detection with audible & visual alarm notification activation of the system during a time where the system is not being occupied. �I..— P1 a
<br /> e. Mis-wired duct temperature sensor detection with audible & visual alarm notification 'M°
<br /> ou
<br /> f. A single low voltage Cat-5 RJ45 wiring connection - Other; The s stem o erates based on the in ut from an external source (DDC, BMS or Kirl -A -Im to Provides room override based on
<br /> y p p temperature differential between the
<br /> g. An energy savings indicator that utilizes measured kWh from the VFDs hard-wired interlock) N« room and duct, Installed by electrician
<br /> on a wall, 5'-6' off the finished floor, in
<br /> the space but not directly under the
<br /> M hood or close to an appliance (including
<br /> loo-w Fwa wK.
<br /> Po r>1-Noe the electrical control box) so the SHEET NO.
<br /> C7 MIT reading is accurate for space,
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