|
FOR REFERENCE ONLY
<br />51TVf'1FPDT/1AT DA/aYAl�TP — T.al.lt?IC79!!.s?
<br />NO.
<br />TAG
<br />PACKAGE #
<br />LOCATION
<br />SWITCHES
<br />OPTION
<br />FANS CONTROLLED
<br />LOCATION
<br />QUANTITY
<br />FAN TAG
<br />TYPE
<br />4)
<br />1 H.P.
<br />I VOLT
<br />FLA
<br />1
<br />DCV-1111
<br />Utility Cabinet Right
<br />04 - Utility Cabinet Right
<br />1 Light
<br />1 Fan
<br />Smart Controls DCV
<br />KEF-1
<br />Exhaust
<br />1
<br />0.500
<br />115
<br />5.6
<br />Hood # 1
<br />KSF-1
<br />Supply
<br />1
<br />1.000
<br />115
<br />10.2
<br />ry Wired Connection to Cellular Kit '
<br />CASlink Monitor and Control
<br />Hood control panel to support communications to cloud -based Building
<br />Management System.
<br />- Hood Control Panel to allow cloud -based Building Management System to
<br />monitor real time parameters outlined as MONITOR in the points list.
<br />- Hood Control Panel to allow cloud -based Building Management System to
<br />Control parameters outlined as CONTROL in the points list.
<br />- Hood control panel to allow remote changes to system setting such as:
<br />VFD Frequencies, ECM speeds, temperature set points, fan and wash schedules, etc
<br />MONITORING AND CONTROL POINTS LIST
<br />DCV Packages
<br />Function
<br />Room Temperature
<br />MONITOR
<br />Duct Temperature(s)
<br />MONITOR
<br />MUA Discharge Temperature
<br />MONITOR
<br />Kitchen RTU Discharge Temperature
<br />MONITOR
<br />Fan Speed
<br />MONITOR
<br />Fan Amperage
<br />MONITOR
<br />Fan Power
<br />MONITOR
<br />VFD Faults
<br />MONITOR
<br />Controller Faults
<br />MONITOR
<br />Fan Faults
<br />MONITOR
<br />Fan Status
<br />MONITOR
<br />PCU Faults
<br />MONITOR
<br />PCU Filter Clog Percentages
<br />MONITOR
<br />Fire Condition
<br />MONITOR
<br />CORE Fire System
<br />MONITOR
<br />Building Pressures
<br />MONITOR
<br />Prep Time Button
<br />MONITOR & CONTROL
<br />Fans Button
<br />MONITOR & CONTROL
<br />Lights Button
<br />MONITOR & CONTROL
<br />Wash Button
<br />MONITOR & CONTROL
<br />SC Packages
<br />Function
<br />Room Temperature(s)
<br />MONITOR
<br />Duct Temperature(s)
<br />MONITOR
<br />MUA Discharge Temperature
<br />MONITOR
<br />Kitchen RTU Discharge Temperature
<br />MONITOR
<br />Controller Faults
<br />MONITOR
<br />Fan Faults
<br />MONITOR
<br />Fan Status
<br />MONITOR
<br />PCU Faults
<br />MONITOR
<br />PCU Filter Clog Percentages
<br />MONITOR
<br />Fire Condition
<br />MONITOR
<br />CORE Fire System
<br />MONITOR
<br />Building Pressures
<br />MONITOR
<br />Fans Button(s)
<br />MONITOR & CONTROL
<br />Lights Buttons)
<br />MONITOR & CONTROL
<br />Wash Button
<br />MONITOR & CONTROL
<br />UNLESS SPECIFIED OTHERWISE, ALL FACTORY AC WIRING 16 AWG. ALL FACTORY DC WIRING 18 AWG.
<br />1 J9 120V
<br />tBK
<br />— CONTROL INPUT
<br />120V H1=LINE,
<br />00
<br />— N1=NEUTRAL, 15A m
<br />BREAKER. DO NOT 3
<br />CONNECTTO + 24SHUNT TRIPDC
<br />2 — BREAKER. SEE PS-01INSTALLATIONC
<br />SCHEMATIC FOR
<br />ADDITIONAL REQ.
<br />PANEL LID ll Gl R —®— — 21 2 =
<br />0
<br />3
<br />4
<br />1
<br />/:�� Y) •7:[[• es.� •iVft• rely. .
<br />14M R)•�s.
<br />•Y7:•
<br />(H1f/ M3
<br />7
<br />MAKE UP AIR INTERLOCK.
<br />R
<br />8 • •
<br />J10
<br />ECPM03
<br />9
<br />0
<br />AR1 C:0 JUMPER FIRE SYSTEM -<H1
<br />N1
<br />SF1 VVH
<br />EF1
<br />PANEL LING
<br />SK F
<br />EF1
<br />SECONDARY PANEL C ING IF NECESSARY
<br />FACTORY WIRING
<br />SCHEMATIC
<br />CIRCUIT BOARDS
<br />ECPM03
<br />DCV Rev. 2.09.00 HMI
<br />Rev. 2.09.00
<br />i'MAC 24 =
<br />RELAY RELAY
<br />COOLWM®Ne
<br />COMO
<br />WM®
<br />COMPONENT LIST
<br />IABEL DESCRIPTION
<br />ST-X Starter
<br />PN:—
<br />CA Conbda
<br />PN:varba
<br />SMX VFD
<br />PN: varies
<br />LR-X Uniaload Reads
<br />PN:rabs
<br />LEGEND oO�
<br />FACTORY Wfg4G3
<br />BIaBACK Yyv yBiow
<br />BL-aLE GY-(LEY
<br />fit-BTiOWN PR-PUBLE
<br />vas
<br />0; s;..:-r "zF RD-REDIM11TE GLft-taRM
<br />ORBL-OPALSIRPE
<br />B RD-B+RDSTFIPE
<br />RD13f4ROQ4STRPE
<br />WFLBL-wHei-sLRPE
<br />DrrenaConbi vmtm ion, 4
<br />trd t 1 Exl—t Fan, 1 Supply
<br />Fan, Exhaua min Fre, Ughb mt
<br />n Flre, Faas modulete based on
<br />,kxA 1pereAae. INVERTER DUTY
<br />3 PHASE MOTOR REWIRED FOR
<br />USE WITH VFD. Rain
<br />bnpaabtre aerm shipped! loose
<br />be
<br />brfield V abt.Vrayelshnm
<br />meen VFD andMolpiredditionei
<br />mat mesa apply n Aasnm eaeeda
<br />w reel
<br />11,011110 NO ECP #1-2 1
<br />REFER TO SEPARATE PERMIT CAPTIVE -AIR (OR EQUAL) EXHAUST FAN, HOOD, AND
<br />MAKE UP AIR UNIT PLANS FOR ADDITIONAL INFORMATION
<br />ECPM03 a Previous EOL
<br />3 JS NOTE: Configure ECPM03 for CORE
<br />MASTER CORE
<br />A am"
<br />10►�
<br />NOTE: IF VFD HAS !PH 240V INPUT, USE Ll & L2 ONLY
<br />IF VFD HAS IPH 120V INPUT. USE Lt & N ONLY.
<br />FACTORY WIRING
<br />SCHEMATIC
<br />CIRCUIT BOARDS
<br />ECPM03
<br />DCV Rev. 2.09.00
<br />HMI Rev. 2.09.00
<br />*RA-
<br />z
<br />SAC 24
<br />PN:vaxa
<br />DL-x oyedpad
<br />PN.-ts
<br />CA CnnlacMr
<br />PN:—
<br />P3-1 Power Sup. 24VDC
<br />PN-MDP1&24AIC
<br />RAx 12DV Relay DPDT
<br />Pr+,4.1+c Gies o
<br />RD x 24VDC Light Relay
<br />PN 34 r1em66o
<br />TS-x Duce Themes t t
<br />PN.AK*,P POT4'-EXPL
<br />WA 63.3%
<br />I61.8% 79.1%
<br />f
<br />IRJC-x
<br />RJ45 to Twist. Pair
<br />PN RAS MODBUS CONY
<br />COMA
<br />CASU kMODULE
<br />COMM01.
<br />CEL-1
<br />Cellular Module
<br />PN:NNG-25MTC6200
<br />— LEGEND
<br />FACTORYWIRING
<br />WEIUICK YW-YELUDN
<br />Col B.UE GY- GREY
<br />BR -BROWN PR-PUFVLE
<br />PO RED
<br />DRY CONTACTS (SHOWN DE -ENERGIZED)
<br />W'VHTE GR'GREEN
<br />ORBL-ONBLSTRPE
<br />B/RD-B IMSTRPE
<br />R "ll. RI GN STRIPE
<br />WHIM-WFiBLSTPPE
<br />14 AWG RA-2-1
<br />—
<br />JOB NAME
<br />it
<br />1111111119M FIRE
<br />DCV-1111
<br />14 AWG RA-2-2
<br />Oemard Control V-111.6 n, W
<br />—
<br />,zn Tor 1 Exhaust Fan. 1 Supply
<br />_
<br />Fan, E.Muat on In Fre, Lights out
<br />YW
<br />h Fire. Fans modulate based m
<br />duct tempemlum. INVERTER DUTY
<br />3 PHASE MOTOR REQUIRED FOR
<br />USE WITH VFD. Roan
<br />Wr parature senses iihippad I—
<br />to said nstalkbm.Verly astatce
<br />between VFD and Mies, additions
<br />cost Gould apply it dime w"c"do
<br />50 feet.
<br />tt1N19 NO ECP#1-1 J
<br />1
<br />2 RD 18
<br />3 � Ro
<br />RD
<br />4
<br />.RD BR
<br />17BR
<br />Fre elay
<br />5 RD R K
<br />FIRE IN ICATOR pp n1
<br />16AWG
<br />PN: 1606-XLP-60EQ
<br />Adjust power supply to 2.7.5 Volts with an
<br />accurate Digital Volt Meter or with an HMI
<br />PSM-2 MOWplugged into the CORE ooard.
<br />PCB-2
<br />BR haperitwae vaWe
<br />141 J3-8 �--------
<br />suPerviaon switch b used
<br />J46 BK
<br />1
<br />J3-5 1 PK RD It RD
<br />24Y DC L
<br />J3-11
<br />6 Prime / Reset
<br />R GS-1 ...
<br />�eaef�_.14-9GASC INRSW,...,.,..w•fi2ai•re"-"-_...._,..
<br />13-9
<br />7
<br />RD SW�BR J412
<br />8
<br />Relay
<br />9 J9
<br />To Building File Alarm 0 L1
<br />Panel L2
<br />-- FIRE ALARM SYSTEM DRY CONTACTS. Temniels
<br />ALI & AL2 make in FIRE.
<br />(I + R
<br />J1-1
<br />S AMPFUSE
<br />0 DISCONNECT J1 24 VOLT BATTERY PACK
<br />FOR SHIPMENT 11 A-2
<br />G H I FACTORY WIRING
<br />SCHEMATIC
<br />ATTENTION: LOW -VOLTAGE DC OR SIGNALING WIRE SHOULD CORE FIRE
<br />BE ROUTED IN SEPARATE CONDUIT FROM ALL AC SOURCES. PROTECTION
<br />FS-1: MASTER g��A�x RR0.0.xx
<br />T2b4AC 24V6G`
<br />RELAY RELAY
<br />No
<br />CcamOL® PC
<br />CaL
<br />OOM®
<br />DIPS • t h Master CORE eel DI
<br />SW 8 to CLOSED
<br />J3-7
<br />_.. ._.
<br />MECH.LFAS SOLENOID#1
<br />J3-10
<br />J2_1
<br />H ----.—
<br />HIGH TEMP WIRE F),
<br />red f
<br />SLPCON-xFT required for ell
<br />all
<br />J2-2
<br />K —• — —
<br />Supervseo Loop caking In anted with
<br />e tNlod. N doer wkkg shall be PN:
<br />FIRE STAT SUPERVISED LOOP
<br />632OUL. Said -or akmar. Factory
<br />May be mixed factory and field wiring. See Fire Stet
<br />nxxmlm hood senors wtlI be
<br />Irlste,atbn Schematic. Mdtipb Ne sensors
<br />terminated at function box on top d
<br />poasitao. ��
<br />hood.
<br />J2-3
<br />— -� Fre Stat
<br />I
<br />RD
<br />J24
<br />•----�
<br />J10-1
<br />RD — — — — —
<br />MS-01
<br />Was I AU2 nl adjamm Maslen CORE panion. M each
<br />of a
<br />:nenual activation loop for sknhAtacacus altivation.
<br />J10-2
<br />— — — —
<br />AU1/AU2 wit have mntimity for 10 seconds d adjacent parxhl
<br />Micro SW
<br />MANUAL ACTUATION LOOP /REMOTE FIRE SYSTEM
<br />goes Into fire condition. scavabng this CORE Panel W
<br />LOOP.
<br />abok,gfaa resetaftr10neronde.
<br />Multiple manual eco+etkn poeabb.NOTE'
<br />A Plug jumper with wires from Pint to pare and from pint bent
<br />�Ad_j..
<br />AU1/AU2 terminals d CORE Panel should rot be
<br />pin3 atroWd be mounted on AD lt mere Is nn manual Panell
<br />wkod into its own manual activation bop.
<br />(CORE
<br />actuation device and m mia0switch.
<br />J10-3
<br />— — —
<br />I
<br />Ackdoll
<br />�
<br />J704
<br />--—
<br />CAT5WIRIN (W/tyl— RONLY)
<br />FIEDWMED IFREMOIE FREw1RE ECPMO3
<br />PUT END OF LINE PLUG IN EMPTY RJ45
<br />UNLESS PCU AFM OR OTHER COMPONENT IN SERIES.
<br />SHIELDED TWISTED PAIR
<br />J7-2
<br />RS-4B6 CORE
<br />INTERLOCK
<br />NETWORK. Connection to omen
<br />CORE Panels a Commuracaim
<br />J7-3
<br />RD Module. See Instoeabon Schematic
<br />for Connection.
<br />r JOB NO rODEL NUMBER ISM B I��I•� I DESCRIPTION OF OPERA] ION: l
<br />I DCV-1111 INSTALL Darond Contrtl Va Watlan, cal smbd fur 1 Exf.uat Fan, 1 Supply Fan, Exhaua m n Fire, Lights M b Fire. Fns rnoAAaa based w duct tampiall, INVERTER DUTY
<br />3572163 3 PHASE MOTOR REOUIRED FOR USE WITH VFD. Rain bmpas� asraa shpped boas for sae neWm---mi ify dance b.*Xen VFD a. Mies: additional mat
<br />NAME w� m,le.pply"dixt .xo9ede5ofaet
<br />Circle K -Exhaust Hood +Rnn+a
<br />1
<br />BREAKER
<br />PANEL TO PRIMARY CONTROL
<br />PANEL
<br />Responsibility: Electrician
<br />3 BREAKER SIZE SHOWN IS THE MAXIMUM ALLOWED
<br />_ R P
<br />PRI
<br />CONTROLPA
<br />BREAKER IPH
<br />t2ov
<br />— — — — — — —
<br />5
<br />15A
<br />_ _
<br />CONTROL POWER. DO NOT WIRE
<br />TO GFCI OR SHUNT TRIP BREAKER.
<br />e
<br />1ST HOOD LIGHT BREAKER SHARED W/ CONTROL
<br />POWER SWITCH •1
<br />7
<br />BREAKER PANEL TO FANS
<br />e
<br />Responsibility: Electrician
<br />BREAKER PANEL
<br />FANS
<br />BREAKER IPH
<br />_
<br />10
<br />115V
<br />_ _ _ _ _ _
<br />— — — — — — —
<br />_POWERTO
<br />— ECM FANS
<br />MCA: TOA
<br />KEF-1
<br />_
<br />MOCP: 15A
<br />It
<br />_ _ _ _ _ _ — — (7 0
<br />_
<br />_
<br />BREAKERIPH
<br />TO
<br />u
<br />115V
<br />_POWER
<br />ECM FANS
<br />MCA: 120A
<br />— — — —
<br />KSF-1
<br />_
<br />MOCP: 20A
<br />13
<br />114
<br />CONTROL PANEL TO FANS
<br />id
<br />Responsibility: Electrician
<br />_ PRIMARY P
<br />FANS
<br />;d
<br />FEED STP THROUGH INNER
<br />_
<br />PWM
<br />COOLING TUBE.
<br />RD TO RD
<br />i7
<br />ALLOW FOR ENOUGH SLACK ON STP
<br />NIDEC MOTOR
<br />SPEED SIGNAL
<br />FOR PROPER HINGING.
<br />BK TO GR
<br />ECM-01
<br />NOTE: PWM SIGNAL IS POLARITY
<br />TELCO MOTOR
<br />—
<br />CONTROL
<br />SENSITIVE.
<br />OUTDOOR RATED
<br />BK TO YW
<br />PANEL TO
<br />ECM
<br />SHIELDED TWISTED PAIR
<br />%li _ _ _1JJN
<br />— — .
<br />KEF1
<br />ECM-01
<br />»
<br />FAN: 01
<br />FEED STP THROUGH INNER
<br />30
<br />pyy,v,
<br />COOLING TUBE.
<br />ALLOW FOR ENOUGH SLACK ON STP
<br />RD TO RD
<br />NIDEC MOTOR
<br />SPEED SIGNAL
<br />FOR PROPER HINGING.
<br />BK TO GR
<br />ECM-02
<br />NOTE: PWM SIGNAL IS POLARITY
<br />TELCO MOTOR
<br />SENSITIVE.
<br />BK TO YW
<br />CONTROL
<br />PANEL TO
<br />ECM
<br />OUTDOOR RATED
<br />r_ S+IELDED TWISTED PAIR
<br />KSF-1
<br />ECM-02
<br />--Aa
<br />FAN: 02
<br />23
<br />7
<br />CONTROL PANEL �. KSF-1
<br />ECM-02 -�"
<br />SUPPLY FAN
<br />INTERLOCK MUST HAV1.1 METAL
<br />CONDUIT. WIRE TO PROVIDED
<br />CONDUIT DROP.
<br />NOT REQUIRED FOR ALL UNITS.
<br />SEE MAKE-UP AIR SCHEMATIC.
<br />CONTROL PANEL TO ACCESSORY ITEMS
<br />Responsibility: Electrician
<br />CONTROL P T
<br />CONTROL PANEL ALL SWITCHES FACTORY WIREDSWITCHES FACTORY WIRED
<br />TO J4 CATS CONNECTIONLJI
<br />SWITCHES
<br />HOOD
<br />CONTROL PANEL — — — — BLACK
<br />To — — — — ——�H.�TF.'
<br />HOOD LIGHTS — — — — — GREEN
<br />1400 W MAX WIRE TO J-BOX ON TOP OF HOOD
<br />COMM ROUTER
<br />CAT-5 ETHERNET CONNECTION— —
<br />CONTROLPANELffl
<br />TO Lr WIREDIRECTLYTOCOMMUNICATION
<br />WORLD WIDE MODULE. NET REQUIRES 1) DHCP 2)
<br />WEB UDP PORT 1444 & 1"5 OPEN FOR
<br />OUTBOUND TRAFFIC ONLY.
<br />CONTROL PANEL — — — — — — —
<br />TO WISE TO ffN� BaT2A D. IN�T�
<br />KITCHEN TEMP ROOM TEMP
<br />SENSOR IN ROOM AWAY FROM HEAT
<br />SENSOR SOURCES. DO NOT INSTALL SENSOR
<br />ON THE CEILING GRID, SEE MANUAL
<br />CONTROL PANEL
<br />TO FACTORY WIREDU 1
<br />CAPTURE VOLUME SENSOR. MOUNTED IN HOOD CAPTURE CAPTUREI
<br />SENSOR VOLUME.
<br />CONTROL PANEL — — — — — — ——�T—�c.LtrJ�—�
<br />TO WIRE TO CONTROL BOARD — HOOD t
<br />PSP SENSOR SENSOR MOUNTED IN SUPPLY PLENUM. PSP TEMP
<br />CONTROL PANEL — — — — -- — —
<br />TO WIRE TO WNTROL BOARD HOOD 1
<br />AGPSP SENSOR SENSOR MOUNTED IN AC PLENUM. AC TEMP
<br />THE FOLLOWING CONNECTIONS
<br />MAY OR MAY NOT BE
<br />REQUIRED BASED ON JOBSITE
<br />SPECIFICATIONS
<br />—HQZT(�U TT C01 SHU COIL
<br />CONTROL PANEL — —
<br />SIGNALFOR NELTRAL�Of�LHUNT I
<br />EXTERNAL ST TERMINAL IS ENERGIZED
<br />SHUNT TRIP IN FIRE CONDITION.
<br />CONTROL PANEL
<br />— — — — —CTMM
<br />—
<br />DRY CONTACT—
<br />OWOFF WITH
<br />_ _ _ _ —C�,M
<br />SUPPLY FAN
<br />N
<br />—
<br />GROUP 1
<br />SPARE CONTACTS WILL MAKE
<br />COMMON TO NORMALLY OPEN
<br />WHEN SUPPLY FAN IS ON.
<br />— — — — — —
<br />« TO SMS
<br />DCV SPEED i
<br />0-10V OUTPUT
<br />— — — — — — —
<br />p
<br />WIRE TO ECPM03 TERMINALS.
<br />CONFIGURABLE OUTPUT.
<br />(TOTAL)
<br />SEE ECPPA03 OWNERS MANUAL.
<br />BMS
<br />BMGS SW^TCH
<br />CONTROL PANEL
<br />— — -- — — —
<br />v1
<br />TO
<br />— — -- — —
<br />EXTERNAL
<br />SIGNAL SWITCH THROUGH BMS
<br />WILL ACTIVATE ZONE1 FANS AND
<br />SWITCH
<br />LIGHTS
<br />CONTROL
<br />PANEL TO CORE SYSTEM
<br />Responsibility:
<br />ALARM CONTACTOR
<br />CONTROLNCOMPONENT
<br />BUILDING
<br />ALARM PANEL
<br />CONTROL PANEL
<br />J9
<br />FIRE INPUT
<br />•
<br />SIGNAL FOR
<br />—
<br />BUILDING
<br />FIRE ALARM
<br />(F1L�S Cie LRii ZeUIC
<br />PANEL
<br />BOARD. ALI WILL MAKE AL2 IN FIRE
<br />CONDITION.
<br />BUILDING
<br />CONTROL PANEL
<br />ALARM PANEL
<br />SIGNAL FOR
<br />— — —
<br />BUILDING
<br />—
<br />TROUBLE
<br />N—ORt�q�
<br />R1 LELAF�Of7TACTb"W(LLYOS
<br />ALARM
<br />MAKE TBC TO TBL IN TROUBLE
<br />CONDITION.
<br />PANEL TO CORE SYSTEM
<br />CONTROL
<br />Responsibility:
<br />CORE CERTIFIED INSTALLER
<br />CONTROLPANEL
<br />FIRE STATS
<br />HER
<br />FS-01
<br />3ED LOOP
<br />CONTROL PANEL
<br />May be mixed factory and fold wkkg. See
<br />TO DUCT
<br />Ir.hlalbn Schemaec Multpla fro sensors
<br />possible.
<br />Fire filet
<br />MOUNTED FIRE
<br />HIGH TEMP WIRE (M2 F), PN: SLPCON-xFT
<br />DETECTION
<br />required for all Supervised Loop wiring in contact
<br />I
<br />with a hood. N od.r winng shall be PN: 632DUL
<br />STAT(S)
<br />Belden a sim0ar.
<br />�il
<br />~W,C3jl,
<br />— — — — — — —
<br />Fire sral
<br />m
<br />:U1
<br />WI �+ position. Slave CORE
<br />with address 1 set
<br />1 2 3 4 5 6 7 8 DIP SW 6to
<br />CLOSED position. All
<br />other CORES set DI
<br />SW 8 OPEN.
<br />FIRE INDICATOR FAULT CONDITION FLAS:1 CODES
<br />2 Release Solenoid
<br />3 Gas Cylinder
<br />4 Auxiliary Fault
<br />5 Micromntroller Fault
<br />6 N/A
<br />7 Supervised Loop
<br />8 Ground Fault
<br />9 Surfactant Low
<br />10 Battery Voltage Low
<br />11 AC Power Failure
<br />12 Door Tamper Switch
<br />13 WA
<br />14 CORE interlock Network
<br />15 Fault on Hood in Interlock Network
<br />16 Fault on PCU in Interlock Network
<br />PCS-2 CORE PCB
<br />PN:PCBCGRE-PPP
<br />PS1A-2 CORE POWERSUPFLY
<br />Fft.IMXLP-SAE
<br />WS. Watersda,m
<br />PN:suies
<br />LT-06 24V Red Ion. LqN
<br />PN:PNL-17831)Uft
<br />LL-01 S.a. Lam Sateen
<br />PN:Aos10
<br />AA-01 Adele Hann
<br />PN:SCE120IA3FP18
<br />Mot Pr:narReset
<br />PN: W-F2X11
<br />SW-M Te per SwiRh
<br />PREZ-2R01-A2
<br />SPA Sudalant Pump
<br />PN:5DD008D5
<br />GV-1 24v DC Ga Valve
<br />PN:hsdas
<br />FS-X% NxARe Sam
<br />PN:12J2s021-0W3B0
<br />LT-05 24V YLW ku. Ugh
<br />PN:PNL-II83a11'
<br />PS-01 Ramie PLLAN
<br />PN:ST,- 2431
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<br />INFINITY ENGINEERING
<br />GROUP, LLC
<br />1208 East Kennedy Boulevard
<br />Suite 230
<br />Tampa, Florida 33602
<br />[p]: 813.434.4770
<br />[fJ: 813.445.4211
<br />www.iegToup.net
<br />Cert. of Auth. No. 27889
<br />Client Name and Address
<br />1201 OAKFIELD DRIVE, NO. 109
<br />BRANDON, FLORIDA 33509
<br />FOR
<br />REFERENCE
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<br />SHEET NO.
<br />5
<br />Project No. Sheet
<br />140-88.00
<br />Date
<br />05/03/2019 MC-005
<br />Scale
<br />L AS NOTED
<br />
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