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TOUCH THERMOSTAT CABLES/ WIRING SPECIFICATIONS FROM Supervisor WITHIN RS485 MODBUS NETWORK POWER WIRING (24VAC) ^ ECHELON NETWORK ( ) ( ) i i=i i==i 14AWG - BELDEN 9495 EuroTech (APAC) P/N: ET3801-107 oC v 16AWG - BELDEN 9494 Flow PCN: 108-5005 v v 18AWG - BELDEN 9493 o A 1 MAXIMUM WIRE LENGTH PER SEGMENT: 200 METERS o 0 0 M o 0 MAXIMUM ALLOWABLE WIRE LENGTH FOR EACH GAUGE: MAXIMUM OF 20 NODES PER SEGMENT o c + For 14AWG: Lmax = 1200 / VA (in feet) z v For 16AWG: Lmax = 750 / VA (in feet) 00/1AIT DAAICI For 18AWG: Lmax = 462 / VA (in feet) 5 ETHERNET CROSS -OVER CABLE `1 JUMPER WIRE BETWEEN R & Rc MUST BE FIELD INSTALLED. � ❑ 0 GND 24VAC COMMON - BLACK 0 B+ 24VAC POWER - RED 0 A- HEAT STAGE 1 -WHITE ❑ 0 — tAUX HEAT STAGE 2 - BROWN ❑0� O❑❑ 0 IN1 0 ❑❑ WHT 0 0 IN2 IN3 Y1 ❑ COOL STAGE 1 -YELLOW & ❑ 0 IN4 Y2 COOL STAGE 2 - BLUE 0 ❑ BLK ❑01N5 0 7&❑ GND ECO ❑ 0 — G - FAN - GREEN CHASSIS GROUND REAR PANEL T m (TERMINALS) � x a i o 0 c w x WHT BLK BLK BLK v TO NEXT TOUCH THERMOSTAT WITHIN RS485 MODBUS NETWORK SUPPLY AIR TEMP (201-0041) THERMOSTAT WIRING DETAIL Thi Pmduit JMOD J HOOK Caddy CABLECAT j� 0 9 �� •._. � I V III; CAT124234 CAT32PLR --it! CAT214234 JMJH2-X20 JMDWB-I-X NOTES: 1) ALL CABLING SHOULD BE HANDLED AND INSTALLED PER MANUFACTURERS SPECIFICATIONS AND IN COMPLIANCE WITH ALL GOVERNMENT CODES 2) THE USE OF THE ABOVE ILLUSTRATED (OR EQUIVALENT) DROP CEILING WIRE HANGARS IS REQUIRED WITHIN THE CEILING VOIDS TO MEET OR EXCEED GOVERNMENT CODES. (BEAM, PURLIN, AND WALL MOUNTING IS ALSO ACCEPTABLE AS OUTLINED WITHIN THESE GUIDELINES) 3) ALL CABLING SHOULD BE PROPERLY SECURED TO PREVENT CONTACT AND CLOSE PROXIMITY TO HIGH VOLTAGE WIREWAYS AND COMPONENTS (E.G. LIGHTING BALLASTS) 4) CABLING SERVICE LOOPS SHOULD BE PROVIDED AT EACH END OF THE CABLE RUN WITHIN THE CEILING VOID AND SAFELY TIED TO THE CLOSEST HANGAR 5) ONCE CABLING RUNS ARE INSTALLED SECURE THEM WITH THE CORRECT CABLE TIES AS PER MANUFACTURER'S SPECIFICATIONS, MEETING OR EXCEEDING GOVERNMENT CODES 1. CABLE MANAGEMENT - CEILING VOID ' TYPICAL MASONRY TYPICAL DRYWALL li +. FASTENERS FASTENER h �K�' � -�)��` - i 1)ZIP-IT7v-' '� a 2)--°(:1�Y�-- 3)(�F { 2) MOLLY 3) TOGGLES , J €a NOTES: 1) USE ZIP -IT, MOLLY, OR TOGGLE BOLTS FOR DRYWALL ANCHORING AND SIZE ACCORDING TO APPLICATION. FASTENERS SHOULD COMPLY WITH OR EXCEED GOVERNMENT CODES. 2) NO LESS THAN A #10 SCREW SIZED FASTENER SHOULD BE USED IN MOUNTING THE E2, ALARM OR LIGHTING BYPASS PANEL. 3) THE LIGHTING AND BASE PANELS SHOULD BE STUD MOUNTED WITH NO LESS THAN A #6X2" SCREW. IN CASES WHERE STUDS ARE EITHER NOT AVAILABLE OR CONVENIENT, A COMBINATION OF STUD AND MINIMUM #6 MOLLY/TOGGLE FASTENERS SHOULD BE USED. 4)' ANOTHER OPTION IS SPANNING AN OVERSIZED 1/2" PLYWOOD SHEET ACROSS THE STUDS FASTENING THE PANELS TO THE SHEET WITH NO LESS THAN A #6x1" SCREW. 5) IF THE WALLS ARE UNFINISHED MASONRY, #B OR GREATER MASONRY FASTENERS ARE TO BE USED 2. WALL ANCHORS 19 TERMINATE LAST UNIT BY SWITCHING DIPSWITCH 2 ON NOTE: 24VAC COMMON MUST BE INSTALLED FOR SINGLE TRANSFORMER SYSTEM JUMPER SHOULD BE INSTALLED BETWEEN R & RC FOR DUAL TRANSFORMER SYSTEM NO JUMPER REQUIRED BETWEEN R & RC —THERMOSTAT POWER IS PROVIDED ON TERMINALS C & R FAILURE TO REMOVE JUMPER ON DUAL TRANSFORMER INSTALLATION COULD CAUSE SEVER DAMAGE TO HVAC SYSTEMS NOTES: 1) CONDUIT SHOULD BE RUN FOR ALL INDOOR APPLICATIONS UP TO 8'AFF AS ILLUSTRATED BELOW AND SUPPORTED PER GOVERNMENT CODES 2) CABLE RUNS WITHIN OPEN CEILING AREAS ABOVE 8'AFF CAN BE FREE WIRED AT 90° VECTORS PARALLEL WITH FLOORS, CEILINGS, AND WALLS AND SAFELY SECURED WITH SCREWED IN TIE BASES AS ILLUSTRATED BELOW. THERE SHOULD BE NO SAG BETWEEN BASES AND CABLE TENSIONS SHOULD NOT EXCEED MANUFACTURER'S SPECIFICATIONS. 3) SPECIAL CARE SHOULD BE TAKEN TO PREVENT CABLE CONTACT WITH HIGH VOLTAGE WIRING AND MAGNETIC LOADS. IF UNABLE TO AVOID HIGH VOLTAGE WIRE WAYS, CABLING CAN CROSS THE WIRE WAYS AS LONG AS THE CABLES RUN PERPENDICULAR AND NOT EXPOSED TO POTENTIAL DAMAGE. TYPICAL EMT STANDPIPE ";` WALL STUDS, WITH ADAPTER AND �_ WHERE PRESENT, INSULATED BUSHING '�'' ARE PREFERRED FOR ANCHORING. USE A TOGGLE TYPE ANCHOR IN M ALL OTHER j. If � APPLICATIONS I r EMT WALL STRAP f .:7 TYPICAL CABLE TIED CABLES WITH SCREW MOUNT BASE 3. CABLE MANAGEMENT - WORKSPACE ACCEPTABLE CLASS 1 HIGH VOLTAGE ACCEPTABLE CLASS 1 & 2` WIRE NUTS OUTDOOR INDOOR '-SS 224VAC ONLY GEL FILLED USE ACCEPTABLE CLASS 1 & 2 CONNECTION TAPE x 4 =t 1) ALL CLASS 1 HIGH VOLTAGE CONNECTIONS WITHOUT OEM PROVIDED LUG TERMINALS SHOULD BE MADE USING THE ABOVE ILLUSTRATED CORRECTLY SIZED CONNECTORS. 2) ALL CLASS 1 HIGH VOLTAGE AND CLASS 2 (24VAC ONLY) SPLICES SHOULD BE DONE WITH THE USE OF THE ABOVE ILLUSTRATED AND PROPERLY SIZED WIRE NUTS (GEL FILLED FOR OUTDOOR OR HUMID ENVIRONMENT USE) EACH SPLICE SHOULD BE TAPED CLOCKWISE AROUND THE WIRE NUT AND ENTERING WIRES SO AS TO PROMOTE A SOUND AND SAFE CONNECTION. 3) ALL CLASS 2 LOW VOLTAGE SPLICES SHOULD BE MADE WITH THE ABOVE ILLUSTRATED GEL SEAL CONNECTORS. ALL CONNECTIONS SHOULD BE TAPED COVERING THE CONNECTOR AND CONDUCTOR ENTRANCE. 4) THESE PROCEDURES ARE DESIGNED TO MEET OR EXCEED GOVERNMENT CODES AND OEM STANDARDS. 4. CABLE MANAGEMENT - CONNECTORS 2 RS485 1/0 NETWORK - (REVERSE POLARITY) 9600 BAUD BELDEN 8761 (22AWG, 600V) CPC P/N: 135-0600 MAXIMUM DAISY CHAIN CABLE DISTANCE: 4000 FT OR 1219 METERS (FOR 22 AWG) RS485 CABLE FOR CPC AND DIXELL TEMP. SENSORS 2 a "IF LONGER THAN THE PROBE LENGTH SUPPLIED. BELDEN 8761 (22AWG, 600V) CPC P/N: 135-0600 RS485 MODBUS NETWORK - (REVERSE POLARITY) 3 9600 BAUD - FOR ECT MODBUS 19200 BAUD - FOR ECT MODBUS BELDEN 8761 (22AWG, 600V) CPC PIN: 135-0600 MAXIMUM DAISY CHAIN CABLE DISTANCE.- 4000 FT OR 1219 METERS (FOR 22 AWG) MAXIMUM OF 25 DEVICES PER LEG / SEGMENT. RS485 MODBUS NETWORK - (SAME POLARITY) 3a 9600 BAUD - FOR DIXELL MODBUS 19200 BAUD - FOR DIXELL MODBUS BELDEN 8761 (22AWG, 600V) CPC P/N: 135-0600 MAXIMUM DAISY CHAIN CABLE DISTANCE: 4000 FT OR 1219 METERS (FOR 22 AWG) 9600 BAUD - MAXIMUM OF 32 DEVICES PER LEG / SEGMENT. 19200 BAUD - MAXIMUM OF 25 DEVICES PER LEG /SEGMENT. RS485 CABLE / BELDEN 8761 EQUIVALENT: SHIELDED TWISTED PAIR 18-22AWG CAPACITANCE BETWEEN SIGNAL WIRES 31pF/ft OR LESS (9.45 m) OR LESS CAPACITANCE BETWEEN SIGNAL AND SHIELD 59pF/ft OR LESS (17.98 m) OR LESS NOMINAL IMPEDANCE: 120 OHMS +/- 50 OHMS CABLE SHIELD SHOULD BE FOLLOW MANUFACTURER'S SPECIFICATIONS FOR PROTECTED BY EITHER THE PVC SPLICING CABLES: JACKET OR ELECTRICAL TAPE TO 1) CONDUCTORS SHOULD NOT BE STRIPPED FOR PREVENT SHORTS SCOTCKLOK UR2 CONNECTORS (FULL INSTRUCTIONS ON BOX). --( TRIM I--- 2) USE OF A SCOTCHLOK CRIMPING TOOL IS REQUIRED (SEE FIGURE C3.3) MAKE SURE CONDUCTORS ARE PUSHED ALL THE WAY INTO THE CONNECTOR i 1 OUTSIDE OF THE 1/0 NETWORK (SEE NOTE 2 BELOW) THE DRAIN WIRE IS TO BE: 1) TRIMMED FLUSH TO THE PVC JACKET AT THE END FURTHEST FROM THE BASE PANEL 2) TERMINATED TO GROUND INSIDE THE BASE PANEL FOR SIGNAL GROUND NOTES: 1) ALL INCOMING CLASS 2 DC CABLES SHOULD BE RUN AWAY FROM HIGH VOLTAGE WIREWAYS, 2) THE I/O NETWORK (RS485) USES THE DRAIN WIRE AS A CONDUCTOR CONNECTED TO THE 'OV" TERMINAL OF EACH DEVICE IN THE NETWORK. 3) SPECIAL CARE SHOULD BE TAKEN WHEN STRIPPING CABLE JACKETS SO AS NOT TO NICK OR DAMAGE CONDUCTOR INSULATION (PREVENTING OPPORTUNITIES FOR SHORTS). 4) A MINIMUM OF 12" OF PVC JACKETING SHOULD BE REMOVED FROM THE CABLE END TO ALLOW FOR TERMINATION OF ALL CONDUCTORS (NOT ALL TERMINALS ARE IN CLOSE PROXIMITY). 5) PVC JACKET SHOULD BE STRETCHED OVER ANY REMAINING FOIL (OR TAPED WITH ELECTRICAL TAPE) SO AS TO PREVENT SHORTING. 1. CABLE MANAGEMENT - 3M CONNECTORS CABLE SHIELD SHOULD BE DC4141 CRIMPING INSTRUCTIONS PROTECTED BY EITHER THE PVC 1) INSERT DOLPHIN SUPER B-WIRE CONNECTOR FROM THE JACKET OR ELECTRICAL TAPE TO FRONT OF THE TOOL, NOT FROM THE SIDE. FOLLOW THE PREVENT SHO TR S 1 RED STRIPE WITH THE B-CONNECTOR HORIZONTAL DOWN THE MIDDLE OF THE RED LINE. MAKE SURE THE B-CONNECTOR IS EVEN ON BOTH SIDES OF THE RED LINE 'i BEFORE CRIMPING. o 14� 2) STRIP 2 TO WIRES, SOLID OR STRANDED, 24 TO 22 GAUGE WIRES, TO A %" OF INSULATION AND TWIST WIRES TOGETHER BEFORE INSERTION INTO B-CONNECTOR. 3) RATCHET CRIMPING TOOL UNTIL TOOL SPRINGS OPEN. OUTSIDE OF THE 1/0 NETWORK (RS485) THE DRAIN WIRE IS TO BE; 1) TRIMMED FLUSH TO THE PVC JACKET AT THE END FURTHEST FROM THE BASE PANEL 2) TERMINATED TO GROUND INSIDE THE BASE PANEL FOR SIGNAL GROUND NOTES: 1) ALL INCOMING CLASS 2 DC CABLES SHOULD BE RUN AWAY FROM HIGH VOLTAGE WIREWAYS. 2) SPECIAL CARE SHOULD BE TAKEN WHEN STRIPPING CABLE JACKETS SO AS NOT TO NICK OR DAMAGE CONDUCTOR INSULATION (PREVENTING OPPORTUNITIES FOR SHORTS). 3) A MINIMUM OF 12" OF PVC JACKETING SHOULD BE REMOVED FROM THE CABLE END TO ALLOW FOR TERMINATION OF ALL CONDUCTORS (NOT ALL TERMINALS ARE IN CLOSE PROXIMITY). 4) CABLE FOIL SHOULD BE NEATLY TRIMMED TO THE PVC JACKET AND THE DRAIN WIRE RUN TO THE LOCALLY PROVIDED GROUND TERMINAL FOR SIGNAL GROUND. (RS485 WIRING IS THE EXCEPTION TO THIS RULE SINCE THE DRAIN WIRE IS GROUNDED AT THE BOARD) 5) PVC JACKET SHOULD BE STRETCHED OVER ANY REMAINING FOIL (OR TAPED) SO AS TO PREVENT SHORTING. 2. CABLE MANAGEMENT - DOLPHIN CONNECTORS 6 ETHERNET STRAIGHT CABLE 4 PAIR ScTP, CAT5E, 24AWG SOLID BARE COPPER, WITH FOIL SHIELD BONDED TO JACKET AND 24AWG DRAIN WIRE. TDS8PC5 PLUGS. BELDEN BEL-1533R-XX (PVC) 200MHz BELDEN BEL-1533P-YY (PLENUM) 350MHz MAXIMUM CABLE LENGTH: 328 FT OR 100 METERS 7 BELDEN 8771 SHIELDED 3-CONDUCTOR CABLE, 22 GA WIRE. FOR PRESSURE TRANSDUCERS AND HUMIDITY SENSORS. 8 BELDEN 8729 SHIELDED 4-CONDUCTOR CABLE, 22 GA WIRE. FOR LIGHT LEVEL SENSORS, AND DEWPOINT SENSORS BELDEN 9418 9 4-CONDUCTOR CABLE, 18AWG WIRE. FOR ESR VALVES (MAXIMUM OF 150 FT). CABLE / WIRING SPECIFICATIONS t & MODEL•- i3 -A DOLPHIN DC-4141 3M MODEL E-9Y OR KLEIN MODEL D234-6C 3. CABLE MANAGEMENT - SPLICING TOOLS ACCEPTABLE CLASS 2 LOW VOLTAGE BUTT CONNECTORS PART # PART # 110-9907 110-1000 E %, ACCEPTABLE CLASS 1 & 2 ELECTRICAL TAPE SCOTCHCODE WRITE ON LABELS 4. CABLE MANAGEMENT - CONNECTORS AND LABELS CONSULTANT: SEAL: SEAN PATRICK PIC-KELL, PE 83946 / \ gICK p"'//, No. 83946 STATE OF :k/�\ / IIIIIIII\11\\\ "2 l �2,( THIS DRAWING SHALL NOT BE USED FOR CONSTRUCTION PURPOSES UNTIL THE SEAL AND SIGNATURE OF THE RESPONSIBLE REGISTRANT APPEARS ON THE DRAWING, AND PROPER PERMIT FORMS AND RELATED FEES ARE TRANSMITTED BY THE OWNER, OWNER'S AGENT OR CONTRACTOR TO THE AUTHORITY HAVING JURISDICTION. DATE ISSUED FOR REV 03/29/2021 PEMB COORDINATION 05/20/2021 CIVIL SUBMISSION 05/20/2021 DUKE COORDINATION 06/07/2021 PEMB COORDINATION 02 08/09/2021 CIVIL RESUBMISSION 1 08/25/2021 OWNER REVIEW 1 1 /08/2021 REVISED ELEVATIONS 1 1 /29/2021 PERMIT SUBMITTAL Project Manager Drawn L. LONG N. NGUYEN Project Leader Checked L. LONG M. GOOD Date Dept Mgr Approval 02/23/2021 M. GOOD Client PALMETTO ZEPHYRHILLS - GALL BLVD., LLC P.O. Box 1615, Thomasville, GA 31 799 Office: (229) 226-1 177 Contact: Daniel Tubb Project DOLLAR GENERAL Corner of Gall Boulevard and C Avenue, Zephyrhills, FL 33542 (City of Zephyrhills) Store #: 23227 Drawing Title CPU TREMINAL DIAGRAM DO NOT SCALE DRAWING Project No. Drawing No. .JCDT.20.04S 1 EMS3