19.2 Baud Rate Only VFD DRIVE. Note: This Information is Provided in the E2 Installation and Operation Manual CPC PART# MULTIFLEX 1616LAO 16

Transcription

1 Do not move or delete these items. Make revision note and date edits here in the model space as each layout references this in viewports. WALL AHOS ) USE ZIP-IT, MOLLY, O TOGGLE BOLTS FO DYWALL AHOING AND SIZE ACCODING TO APPLICATI. FASTENES SHOULD COMPLY WITH O EXCEED GOVENMENT CODES. ) LESS THAN A 0 SCEW SIZED FASTENE SHOULD BE USED IN MOUNTING THE E, ALAM O LIGHTING BYPASS PANEL. ) THE LIGHTING AND BASE PANELS SHOULD BE STUD MOUNTED WITH LESS THAN A X" SCEW. IN CASES WHEE STUDS AE EITHE T AVAILABLE O CVENIENT, A COMBINATI OF STUD AND MINIMUM MOLLY/TOGGLE FASTENES SHOULD BE USED. ); ATHE OPTI IS SPANNING AN OVESIZED /" PLYWOOD SHEET ACOSS THE STUDS FASTENING THE PANELS TO THE SHEET WITH LESS THAN A x" SCEW. 5) IF THE WALLS AE UNFINISHED MASY, O GEATE MASY FASTENES AE TO BE USED CABLE MANAGEMENT - WOKSPACE ) CDUIT SHOULD BE UN FO ALL INDOO APPLICATIS UP TO 8'AFF AS ILLUSTATED BELOW AND SUPPOTED PE GOVENMENT CODES ) CABLE UNS WITHIN OPEN CEILING AEAS ABOVE 8'AFF CAN BE FEE WIED AT 90 VECTOS PAALLEL WITH FLOOS, CEILINGS, AND WALLS AND SAFELY SECUED WITH SCEWED IN TIE BASES AS ILLUSTATED BELOW. THEE SHOULD BE SAG BETWEEN BASES AND CABLE TENSIS SHOULD T EXCEED MANUFACTUE'S SPECIFICATIS. ) SPECIAL CAE SHOULD BE TAKEN TO PEVENT CABLE CTACT WITH HIGH VOLTAGE WIING AND MAGNETIC LOADS. IF UNABLE TO AVOID HIGH VOLTAGE WIE WAYS, CABLING CAN COSS THE WIE WAYS AS LG AS THE CABLES UN PEPENDICULA AND T EXPOSED TO POTENTIAL DAMAGE... CABLE MANAGEMENT - CEILING VOID ) ALL CABLING SHOULD BE HANDLED AND INSTALLED PE MANUFACTUES SPECIFICATIS AND IN COMPLIAE WITH ALL GOVENMENT CODES ) THE USE OF THE ABOVE ILLUSTATED (O EQUIVALENT) DOP CEILING WIE HANGAS IS EQUIED WITHIN THE CEILING VOIDS TO MEET O EXCEED GOVENMENT CODES. (BEAM, PULIN, AND WALL MOUNTING IS ALSO ACCEPTABLE AS OUTLINED WITHIN THESE GUIDELINES) ) ALL CABLING SHOULD BE POPELY SECUED TO PEVENT CTACT AND CLOSE POXIMITY TO HIGH VOLTAGE WIEWAYS AND COMPENTS (E.G. LIGHTING BALLASTS) ) CABLING SEVICE LOOPS SHOULD BE POVIDED AT EACH END OF THE CABLE UN WITHIN THE CEILING VOID AND SAFELY TIED TO THE CLOSEST HANGA 5) CE CABLING UNS AE INSTALLED SECUE THEM WITH THE COECT CABLE TIES AS PE MANUFACTUE'S SPECIFICATIS, MEETING O EXCEEDING GOVENMENT CODES. CABLE MANAGEMENT - CNECTOS. TYPICAL CABLE TIED CABLES WITH SCEW MOUNT BASE TYPICAL EMT STANDPIPE WITH ADAPTE AND INSULATED BUSHING EMT WALL STAP WALL STUDS, WHEE PESENT, AE PEFEED FO AHOING. USE A TOGGLE TYPE AHO IN ALL OTHE APPLICATIS TYPICAL DYWALL FASTENES ) ZIP-IT ) MOLLY ) TOGGLE ) ) ) TYPICAL MASY FASTENE CABLE MANAGEMENT - DOLPHIN CNECTOS CABLE MANAGEMENT - SPLICING TOOLS.. CABLE MANAGEMENT - M CNECTOS. CABLE MANAGEMENT - CNECTOS AND LABELS. ) ALL IOMING CLASS DC CABLES SHOULD BE UN AWAY FOM HIGH VOLTAGE WIEWAYS. ) THE I/O NETWOK (S85) USES THE DAIN WIE AS A CDUCTO CNECTED TO THE "" TEMINAL OF EACH DEVICE IN THE NETWOK. ) SPECIAL CAE SHOULD BE TAKEN WHEN STIPPING CABLE JACKETS SO AS T TO NICK O DAMAGE CDUCTO INSULATI (PEVENTING OPPOTUNITIES FO SHOTS). ) A MINIMUM OF " OF PVC JACKETING SHOULD BE EMOVED FOM THE CABLE END TO ALLOW FO TEMINATI OF ALL CDUCTOS (T ALL TEMINALS AE IN CLOSE POXIMITY). 5) PVC JACKET SHOULD BE STETCHED OVE ANY EMAINING FOIL (O TAPED WITH ELECTICAL TAPE) SO AS TO PEVENT SHOTING. FOLLOW MANUFACTUE'S SPECIFICATIS FO SPLICING CABLES: ) CDUCTOS SHOULD T BE STIPPED FO SCOTCKLOK U CNECTOS (FULL INSTUCTIS BOX). ) USE OF A SCOTCHLOK CIMPING TOOL IS EQUIED (SEE FIGUE C.) MAKE SUE CDUCTOS AE PUSHED ALL THE WAY INTO THE CNECTO CABLE SHIELD SHOULD BE POTECTED BY EITHE THE PVC JACKET O ELECTICAL TAPE TO PEVENT SHOTS TIM OUTSIDE OF THE I/O NETWOK (SEE TE BELOW) THE DAIN WIE IS TO BE: ) TIMMED FLUSH TO THE PVC JACKET AT THE END FUTHEST FOM THE BASE PANEL ) TEMINATED TO GOUND INSIDE THE BASE PANEL FO SIGNAL GOUND M MODEL E-9J O E-9 M MODEL E-9Y O KLEIN MODEL D-C DOLPHIN DC- ) ALL IOMING CLASS DC CABLES SHOULD BE UN AWAY FOM HIGH VOLTAGE WIEWAYS. ) SPECIAL CAE SHOULD BE TAKEN WHEN STIPPING CABLE JACKETS SO AS T TO NICK O DAMAGE CDUCTO INSULATI (PEVENTING OPPOTUNITIES FO SHOTS). ) A MINIMUM OF " OF PVC JACKETING SHOULD BE EMOVED FOM THE CABLE END TO ALLOW FO TEMINATI OF ALL CDUCTOS (T ALL TEMINALS AE IN CLOSE POXIMITY). ) CABLE FOIL SHOULD BE NEATLY TIMMED TO THE PVC JACKET AND THE DAIN WIE UN TO THE LOCALLY POVIDED GOUND TEMINAL FO SIGNAL GOUND. (S85 WIING IS THE EXCEPTI TO THIS ULE SIE THE DAIN WIE IS GOUNDED AT THE BOAD) 5) PVC JACKET SHOULD BE STETCHED OVE ANY EMAINING FOIL (O TAPED) SO AS TO PEVENT SHOTING. DC CIMPING INSTUCTIS ) INSET DOLPHIN SUPE B-WIE CNECTO FOM THE FT OF THE TOOL, T FOM THE SIDE. FOLLOW THE ED STIPE WITH THE B-CNECTO HOIZTAL DOWN THE MIDDLE OF THE ED LINE. MAKE SUE THE B-CNECTO IS EVEN BOTH SIDES OF THE ED LINE BEFOE CIMPING. ) STIP TO WIES, SOLID O STANDED, TO GAUGE WIES, TO A ½ OF INSULATI AND TWIST WIES TOGETHE BEFOE INSETI INTO B-CNECTO. ) ATCHET CIMPING TOOL UNTIL TOOL SPINGS OPEN. CABLE SHIELD SHOULD BE POTECTED BY EITHE THE PVC JACKET O ELECTICAL TAPE TO PEVENT SHOTS TIM OUTSIDE OF THE I/O NETWOK (S85) THE DAIN WIE IS TO BE: ) TIMMED FLUSH TO THE PVC JACKET AT THE END FUTHEST FOM THE BASE PANEL ) TEMINATED TO GOUND INSIDE THE BASE PANEL FO SIGNAL GOUND ACCEPTABLE CLASS LOW VOLTAGE BUTT CNECTOS PAT PAT ACCEPTABLE CLASS & ELECTICAL TAPE SCOTCHCODE WITE LABELS ) ALL CLASS HIGH VOLTAGE CNECTIS WITHOUT OEM POVIDED LUG TEMINALS SHOULD BE MADE USING THE ABOVE ILLUSTATED COECTLY SIZED CNECTOS. ) ALL CLASS HIGH VOLTAGE AND CLASS (VAC LY) SPLICES SHOULD BE DE WITH THE USE OF THE ABOVE ILLUSTATED AND POPELY SIZED WIE NUTS (GEL FILLED FO OUTDOO O HUMID ENVIMENT USE). EACH SPLICE SHOULD BE TAPED CLOCKWISE AOUND THE WIE NUT AND ENTEING WIES SO AS TO POMOTE A SOUND AND SAFE CNECTI. ) ALL CLASS LOW VOLTAGE SPLICES SHOULD BE MADE WITH THE ABOVE ILLUSTATED GEL SEAL CNECTOS. ALL CNECTIS SHOULD BE TAPED COVEING THE CNECTO AND CDUCTO ENTAE. ) THESE POCEDUES AE DESIGNED TO MEET O EXCEED GOVENMENT CODES AND OEM STANDADS. ACCEPTABLE CLASS HIGH VOLTAGE WIE NUTS ACCEPTABLE CLASS & * OUTDOO GEL FILLED INDOO USE ACCEPTABLE CLASS & CNECTI TAPE *CLASS VAC LY Washer Drill 7 8 " Hole FT TOP Light Level Sensor Electrical Conduit 0" - " PAALLEL WITH HOIZ ) SENSO SHOULD BE MOUNTED IN A WAY THAT POVIDES AN UBSTUCTED VIEW OF THE DUE TH HOIZ. ) LOCATI SHOULD BE OUTSIDE OF ANY EASTEN O WESTEN OBSTACLES THAT WILL CAST SHADE OVE THE SENSO DUING THE COUSE OF THE DAY. ) SPECIAL CAE SHOULD BE TAKEN TO AVOID ANY LIGHT SOUCES WHAT WILL SHINE INTO THE SENSO. Electrical Conduit Electrical Conduit Box CENTE MASS Lock nut EXTENAL LIGHT LEVEL SENSO ECP SECTI PANEL L CTACTOS CPC I/O BOADS PANEL DP LENX UNITS ECTO PAAMETES CFIGUATI SUMMAY. LENX GLOBAL DAMPE CFIGUATI for OFFFICE TU's. LENX GLOBAL DAMPE CTOL CABLE TEMINATIS for OFFICE TU'S IAQ (Indoor Air Quality) CPC Analog Output Board (0 to dc ) AO Board Located in CDC Panel AO Output- TU-X Econo Damper Control Lennox Protigy Controller eference EMS PLAN VIEW LAYOUT Cable Pull Clarifications Note: Terminations Per oof Top Units AO Output- TU-X Econo Damper Control AO Output- TU-X Econo Damper Control AO Output- TU-X Econo Damper Control AO POINTS Y Y W G OCP C W THEMOSTAT VAC Network Back-up Setpoints Jumper Field Jumper between "G" & "OCP" must be installed INPUT7 S S-NETWOK ADDESS, BAUD S-SENSO TYPE SELECT S-NETWOK ADDESS, BAUD J8(HHT) S85 JP JP JP + - POWE (VAC) LAO/LDO Ver INPUT INPUT INPUT INPUT INPUT5 INPUT S S S FO 8O & 8DO FO INPUTS 9- FO AI BOAD 9 CPC PAT80-07 MULTIFLEX LAO S-SENSO TYPE SELECT AC AC FO INPUTS -8 INPUT +V INPUT8 INPUT9 0 INPUT INPUT INPUT0 INPUT INPUT INPUT5 5 Failsafe Failsafe OUTPUTS ANALOG V Ov SIG MULTIFLEX INPUT BLK WHT ED INPUT INPUT INPUTINPUT WHT ED BLK +V PANEL L LIGHTING OVEIDE PUSH BUTTS SCPMAC P S P P S DP P P S SYMBOL DESCIPTI WIE TYPE S-85 I/O COMM CABLE NETWOK BELDEN 8 C/AWG, 0 SHIELDED CABLE WITH DAIN / GOUND WIE ANALOG TEMPEATUE SENSO BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE DEFOST TEMINATI SENSO BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE EXTEIO ELATIVE HUMIDITY SENSO BELDEN SHIELDED CABLE WITH DAIN / GOUND WIE 5 SCPMAC BELDEN 8 LIGHT LEVEL SENSO BELDEN SHIELDED CABLE WITH DAIN / GOUND WIE 7 CDS EEP VALVE Use Cable Harnesses supplied with the valves or Belden 98 four-conductor 8AWG wire 8 HVAC CTOL TWISTED PAI PE STAGE OF CTOL 9 HUSSMANN-(CX-00),CES-(X-00) & FSD (Facility Status Display) CAT-5 Ethernet Cable or better ( Field Provided) 0 SECUITY ELAY 8 TWISTED PAI PE INPUT DOO SWITCH (efrigeration) BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE VFD Interface to E (MODBUS NETWOK) BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE MultiFlex 88 Board Controller I/O Network Cable BELDEN 8 C/AWG, 0 SHIELDED CABLE WITH DAIN / GOUND WIE WALL-MOUNT DEWPOINT POBE BELDEN SHIELDED CABLE WITH DAIN / GOUND WIE Failsafe Failsafe CPC PAT80-07 MULTIFLEX LAO BOAD OUTPUTS THU (Normally Closed) (Normally Open) S FAILSAFE OFF(DOWN) For N.O. Outputs (UP) For N.C. Outputs S FAILSAFE OUT OUT OUT OUT OUT5 OUT OUT7 OUT MODEL (8O-FC SMT) BOAD OUTPUTS THU 8 (CPC SUPEVISOY ALAM OUTPUT) TEMINATED AS (Normaly Open) Output Cable to Contractor Security Monitoring System Failsafe Failsafe OFF elay Output- (Output Point 5.) will Open immediately if there is a loss of Power to the Board. If there is a loss of Communication at the board or from the Ee controller for any reason the Control Board will Open elay Output- after 5 minutes. MULTIFLEX BOAD elay Note: This Information is Provided in the E Installation and Operation Manual Note: This is a Physical Set-up Only No Applications or Point Associations are Needed for this Procedure TEMP SENSO Ov SIG MULTIFLEX BOAD INPUT. LY CNECT SHIELD LEAD INSIDE CTOL PANEL.. LEADS AE T POLAITY SENSITIVE AT SENSO. DIP SWITCH AI + Gnd- Cable Pull 7 0" 9" LLS H Ee FT VIEW Ee INTEIO VIEW Ee S-85 NETWOK COMMUNICATI OVEVIEW Emerson Ee Power Interface Board Ee POWE INTEFACE BOAD To Back Plate Use screw & 0-00 star washer. 5A ac Vac POTOCOL CDENSE (Location) Drive Interface Part J5 Connection EMES + 0v - VFD MODBUS NETWOK COMMUNICATI TEMINATI VFD INTEFACE MODULE MODBUS NETWOK CNECTI VFD DIVE 9. Baud ate Only UP MODBUS COMM NETWOK Cable BELDEN 8 AWG/C SHIELDED CABLE or Equivalent Network Jumper Terminator MOD=MODBUS VAC POWE SOUCE AC VAC AC Note: SENSO FIELD INSTALLED TO CES UNIT Note: SENSO FACTOY MOUNTED TO CES UNIT Note: SENSING ELEMENT MUST FACE IN A DOWNWAD POSITI AS SHOWN WHEN MOUNTED. 0- TEMPEATUE SENSO AND POBES INSIDE SPACE TEMPEATUE SENSO +V Ov SIG MULTIFLEX LDO INPUT ) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) LEADS AE T POLAITY SENSITIVE AT SENSO ) INSTALL SENSO THE EXTEIO SIDE OF COOLE/FEEZE DOO. ) CTACTO TO USE /" THIN WALL CDUIT TO POTECT THE CTOL WIING. SC-PMAC INSTALLATI WIING PMAC POGAMMED SETPOINTS 9 PMAC MOUNTING DETAILS 0 SINGLE CHANNEL PMAC (85-0) Gnd Load Line + OUTPUT - DIGITAL ) WIE PMAC TO 8DO (80-050) DIGITAL OUTPUTS -. ) LEADS AE T POLAITY SENSITIVE AT SENSO. ) DO T EXCEED THE 0 AMP MAXIMUM INPUT AMPEAGE ATING OF THE SC-PMAC. " OF / FACTOY PIGTAILS MULTIFLEX 8 OUTPUT BELDEN 877 / CNECTI IS POLAITY SENSITIVE L L PMAC SPECIFICATIS: CTOL INPUT: 0-V DC 8DO BOAD AC INPUT: 0/0 VAC SINGLE PHASE AC INPUT CUENT: 0A CICUIT (MAXIMUM) 0A AND 0A MODELS AVAILABLE AC HEATE 7 BEFOE AFTE 8 L L GND JUTI BOX FO CASE ELECTICAL ANTI-SWEATS LIGHTS L L GND JUTI BOX FO CASE ELECTICAL ANTI-SWEATS LIGHTS PMAC GND LOAD LINE ) IN AC APPLICATIS, LY L OF THE CICUIT FO THE DOO HEATES PASSES THOUGH THE SC-PMAC. ) LOCATE THE SC-PMAC NEA THE CASE O WALK-IN BOX TO SEPAATE THE LIGHITNG CICUIT FOM THE HEATES BY PLACING A JUTI BOX AT THE POINT WHEE THE CICUITS ENTE THE CASE. DO T INSTALL PMACs HUSSMANN INVATO DOOS DO T INSTALL PMACs HUSSMANN INVATO DOOS DO T INSTALL PMACs HUSSMANN INVATO DOOS DO T INSTALL PMACs HUSSMANN INVATO DOOS THE SET POINTS FO THE CTOL OF THE ANTI-SWEAT HEATES AE USE-DEFINED. MALLY THE FOLLOWING VALUES WILL WOK FINE: FULL DEW POINT 5 FULL OFF DEW POINT 5 MINIMUM OUTPUT 0% MAXIMUM OUTPUT 00% IF YOU NEED TO ADJUST THESE SET POINTS, LOWE THE "FULL DEW POINT" VALUE. THIS WILL LET THE HEATES AMP TO "FULL " MOE QUICKLY. NEVE ADJUST THE "MINIMUM OUTPUT" BELOW 0% O THE SC-PMAC WILL BE DAMAGED. LOWEING THE "MAXIMUM OUTPUT" BELOW 00% WILL LY MAKE CDENSATI POBLEMS WOSE..5".875" ) THE PMAC MODULE SHOULD ALWAYS BE MOUNTED IN A DY, WELL VENTILATED AEA WHEE AMBIENT TEMPEATUES AE ALWAYS BELOW 00 DEGEES F. ) CSULT WITH THE EMES POJECT MANAGE IF AN ELOSUE IS EQUIED. ) MOUNT THE PMAC MODULE EITHE HOIZTALLY WITH HEAT SINK FINS IN A VETICAL OIENTATI TO ALLOW AI TO PASS THOUGH, O HOIZTALLY WITH THE FINS FACING UP TO DISSIPATE HEAT. ) EMS CTACTO MUST DETEMINE THE BEST METHOD OF CNECTING THE UNIT TO THE LOADS. IN SOME INSTAES, MOUNTING THE UNIT NEA THE BEAKE BOX IS THE BEST OPTI WHEN THE HEATES AE A DEDICATED CICUIT. IN OTHE INSTAES, PATICULALY IN A ETOFIT SITUATI, YOU MAY FIND THAT A SINGLE BEAKE SUPPLIES POWE TO THE CASE LIGHTING AND ANTI-SWEAT HEATES. IN THIS SCENAIO, YOU WILL WANT TO LOCATE THE SC-PMAC NEA THE CASE O WALK-IN BOX WHEE YOU CAN SEPAATE THE LIGHT CICUIT FOM THE HEATES BY PLACING A JUTI BOX AT THE POINT WHEE THE CICUITS ENTE THE CASE. SEE SHEET FO CTOL CABLE WIING EXAMPLE " USE 8DO BOAD TO CTOL EXISTING COM-TOL ACHC MODULES SEE SHEET. USE 8DO BOAD TO CTOL EXISTING COM-TOL ACHC MODULES SEE SHEET. USE 8DO BOAD TO CTOL EXISTING COM-TOL ACHC MODULES SEE SHEET. USE 8DO BOAD TO CTOL EXISTING COM-TOL ACHC MODULES SEE SHEET CPC ) USE WALL AHOS AS ILLUSTATED TO MEET O EXCEED GOVENMENT CODES. ) USE A UNI BIT TO DILL OUT DYWALL AT ILLUSTATED KO. ) PULL LABELED ALAM ESET BUTT, ALAM LIGHT OUTPUT AND ALAM H OUTPUT INTO PUSH-BUTT PANEL BELDEN 877 /g BELDEN 98 /8g LEGEND: EXISTING WIING FIELD WIING. ALAM ANNUIATO PANEL WIING DIAGAM (85-07). MULTIFLEX BOAD WIING TO ALAM ANNUIATO PANEL CNECTIS. ILUDED CNECTOS 0-80 x 0-88 x 0-08 x ) USE WIE COLO CODES AND CABLING AS ILLUSTATED. ) CNECT ALAM SILEE TO INPUT 5 OF THE MULTIFLEX CTOLLE BOAD. ) CNECT ALAM LIGHT TO OUTPUT 5 OF THE MULTIFLEX CTOLLE BOAD. ) CNECT ALAM H TO OUTPUT THE MULTIFLEX CTOLLE BOAD. ALAM PANEL CABLE DETAIL Alarm/Silence hold for 5 sec CPC K 5 inch pigtail L SW H SW L Back View Front View Side View.7K efrigeration Alarm K.7K 5 inch pigtail Use White 0 to connect all V commons (.5') (.5') (.5') (.5') WIE ASSEMBLIES FO SCHEMATIC BELOW ALAM PANEL ECESSED IN WALL PEWIED VAC COMM WHITE USE 5 CDUCTO CABLE O THEMOSTAT CABLE ESET WHT 0 ESET SW LIGHT.99K L WHT 0 H (A) AC AC V V HOT 0 VAC NEUTAL ) WIE COOLE SENSO TO CASE CTOLLE INPUT 5) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) LEADS AE T POLAITY SENSITIVE 7) USE /" DILL BIT FO HOLE INTO COOLE/FEEZE CEILING 8) OUND OUT HOLE TOP OF COOLE/FEEZE TO FACILITATE THE SENSO POBE NECK USING A UNI-BIT 9) ATTACH SENSO TO WALK IN OOF USING () TEK SCEWS 0) INSTALL SENSO CENTEED THE WIDTH OF THE EVAPOATO ) INSTALL SENSO HALF WAY BETWEEN THE WALL AND EVAPOATO.... ETUN AI SENSO LOCATI - FT DISCHAGE EVAPOATO ETUN AI SENSO LOCATI - SIDE DISCHAGE EVAPOATO MIDPOINT MIDPOINT SINGLE EVAPOATO INSTALLATI DUAL EVAPOATO INSTALLATI TE: LOCATE SENSOS BEHIND THE EVAP COILS ABOUT MIDPOINT BETWEEN THE EA WALL AND COIL SUFACE AS ILLUSTATED ABOVE. /" HOLE DILLED THOUGH CEILING INTO EVAPOATO ELOSUE VOID AT END CLOSEST TO FAN. /8" UBBE INSULATO GOMMET WIE TIES BOTTOM VIEW WIE TIES TE: ) "HOLE IS TO BE DILLED UP FOM INSIDE THE BOX PEPENDICULA TO THE CEILING NEXT TO THE EVAPOATO AND DIECTLY ABOVE SENSO AS SHOWN. ) BOTH SIDES OF THE PENETATI AE TO BE SEALED WITH FOOD GADE SILICE. ) SENSO CABLE EXTEIO TO THE ELOSUE IS TO BE NEAT AND TIGHT TO THE SUFACE. ) A SEVICE LOOP INSIDE THE ELOSUE SHOULD BE LG EUGH TO ALLOW FO SEVICE ENTY INTO THE BOTTOM FAN SECTI WIHTOUT ISK OF CABLE DAMAGE.. +V Ov SIG MULTIFLEX INPUT BOAD ) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) LEADS AE T POLAITY SENSITIVE AT SENSO ) TIE WAP SENSO TO EVAPOATO COIL NEA THE TXV BULB USING THE TIE WAPS POVIDED WITH THE SENSO. DO T USE STANDAD TIE WAPS. 5) DO T USE THE CABLE ED CDUCTO.. PMAC INSTALLATI MOUNTING DETAIL EXAMPLE LY... TO D/O BOAD IN POTOCOL DOO CICUIT JUTI BOX ) CLASS HIGH VOLTAGE WIING SHOULD BE UN IN COMPLIAE WITH ALL GOVENMENT AND HEALTH CODE,S AND NEC SPECIFICATIS. ) THIS IS A TYPICAL ILLUSTATI FO EFEEE. SITE CDITIS AE SUBJECT TO VAIATIS BUT THE ELEMENTS OF THIS SCOPE AE TO BE FOLLOWED (e.g. JUTI BOX, CDUIT, CDUIT FITTINGS, AND PMAC LOCATI). ) LOW VOLTAGE WIING SHOULD BE A SHOT UN THOUGH THE BOX CEILING AND TO THE DEVICE WITH CABLE STAPS FO SUPPOT. TEMINATE ED AND BLACK CDUCTOS LY. ) ALL PENETATIS SHOULD BE SEALED WITH FOOD GADE SILICE BOTH TOP AND BELOW THE INSULATED CEILING PANEL. 5) PAY SPECIAL ATTENTI TO THE LOADING AND STOCKING PACTICES WITHIN THE BOX DOO CICUIT AEA AND MOUNT THE PMAC OUT OF THE TAFFIC AEA TO AVOID DAMAGE. ) THIS APPLIES TO BOTH COOLES AND FEEZES. ) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) BLACK AWG LEADS AE T POLAITY SENSITIVE ) +VDC INPUTS AE POLAITY SENSITIVE. WIE THE ED CABLES TO THE + (Positive) TEMINALS AT BOTH ENDS AND THE BLACK CABLES TO THE - (Negative) TEMINALS AT BOTH ENDS. 5) DO T USE THE WHITE CDUCTO. Input VDC - + BLACK AWG BLACK AWG GEEN AWG EATH GOUND FOM CKT BEAKE IN ELEC. PANEL TO DOO HEATE + - DIGITAL OUTPUT SECTI OF MultiFlex 8DO (80-07) 0 AMP SINGLE CHANNEL PMAC (85-0) SC-PMAC INSTALLATI LINE VOLTAGE WIING EXAMPLE LY PMAC DIMENSIS BEFOE AFTE L L GND JUTI BOX FO CASE ELECTICAL ANTI-SWEATS LIGHTS L L GND JUTI BOX FO CASE ELECTICAL ANTI-SWEATS LIGHTS PMAC GND LOAD LINE ) IN AC APPLICATIS, LY L OF THE CICUIT FO THE DOO HEATES PASSES THOUGH THE SC-PMAC. ) LOCATE THE SC-PMAC NEA THE CASE O WALK-IN BOX TO SEPAATE THE LIGHITNG CICUIT FOM THE HEATES BY PLACING A JUTI BOX AT THE POINT WHEE THE CICUITS ENTE THE CASE..5".875" ) THE PMAC MODULE SHOULD ALWAYS BE MOUNTED IN A DY, WELL VENTILATED AEA WHEE AMBIENT TEMPEATUES AE ALWAYS BELOW 00 DEGEES F. ) CSULT WITH THE SITE POJECT MANAGE IF AN ELOSUE IS EQUIED. ) MOUNT THE PMAC MODULE EITHE HOIZTALLY WITH HEAT SINK FINS IN A VETICAL OIENTATI TO ALLOW AI TO PASS THOUGH, O HOIZTALLY WITH THE FINS FACING UP TO DISSIPATE HEAT. ) EMS CTACTO MUST DETEMINE THE BEST METHOD OF CNECTING THE UNIT TO THE LOADS. IN SOME INSTAES, MOUNTING THE UNIT NEA THE BEAKE BOX IS THE BEST OPTI WHEN THE HEATES AE A DEDICATED CICUIT. IN OTHE INSTAES, PATICULALY IN A ETOFIT SITUATI, YOU MAY FIND THAT A SINGLE BEAKE SUPPLIES POWE TO THE CASE LIGHTING AND ANTI-SWEAT HEATES. IN THIS SCENAIO, YOU WILL WANT TO LOCATE THE SC-PMAC NEA THE CASE O WALK-IN BOX WHEE YOU CAN SEPAATE THE LIGHT CICUIT FOM THE HEATES BY PLACING A JUTI BOX AT THE POINT WHEE THE CICUITS ENTE THE CASE. 0.50" 0.7".5" SE TYPE SELECTO DIP SWITCHES FO INPUTS = Temperature/Digital OFF=Transducer SE TYPE SELECTO DIP SWITCHES FO INPUTS = Temperature/Digital OFF=Transducer SE TYPE SELECTO DIP SWITCHES FO INPUTS = Temperature/Digital OFF=Transducer COMPUTE POCESS CTOLS SE TYPE SELECTO DIP SWITCHES FO INPUTS = Temperature/Digital OFF=Transducer INPUT7 S S-NETWOK ADDESS, BAUD S-SENSO TYPE SELECT S-NETWOK ADDESS, BAUD J8(HHT) S85 JP JP JP + - POWE (VAC) LAO/LDO Ver INPUT INPUTINPUT INPUT INPUT5 INPUT S S S FO 8O & 8DO FO INPUTS 9- FO AI BOAD 9 CPC PAT80-07 MULTIFLEX LAO S-SENSO TYPE SELECT AC AC FO INPUTS -8 INPUT +V INPUT8 INPUT9 0 INPUT INPUT INPUT0 INPUT INPUT INPUT5 5 Failsafe Failsafe OUTPUTS ANALOG elay 5 INPUT5 LOCATED IN CUSTOM DESIGNED CTOL PANEL Channel Input Board and 8 Channel elay Board INPUT POINT DEVICE DESCIPTI CABLE 5 DI ALAM ESET OUTPUT POINT DEVICE DESCIPTI CABLE.5 ALAM LIGHT. ALAM H 7 FT VIEW SIDE VIEW FT VIEW FT VIEW Set Dip Switch Number to for (OUTPUT ELAY NUMBE-) Contact State Fail State Set Switch To: Set Wire Form C Contacts To: =CLOSED OFF=OPEN OFF UP N.O. CABLE LEGEND EXTEIO LIGHT LEVEL SENSO (CES UNIT--FIELD INSTALLED) 57 SYS B TEMP POBE - FOZEN FOOD BACK OOM ALAM ESET 58 SYS B TEMP TEM - FOZEN FOOD BACK OOM ALAM LIGHT 59 SYS A TEMP POBE - DAIY COOLE 7 BACK OOM ALAM H 0 SYS B TEMP POBE - DAIY COOLE 8 TU- COOL STAGE SYS DEFOST - ICE CEAM 8 SYS 5C TEMP POBE - DELI CASES SYS EVAP FAN - ICE CEAM 0 SCPMAC ICE CEAM FEEZE SYS DEFOST - FOZEN FOOD SCPMAC FOZEN FOOD FEEZE SYS EVAP FAN - FOZEN FOOD SCPMAC DAIY COOLE SYS 7 EFIG- MEAT COOLE CES TU- SPACE TEMP 7 SYS 7 DEFOST- MEAT COOLE 7 CES TU- SUPPLY AI TEMP SENSO 8 SYS 7 EVAP FAN - MEAT COOLE 8A TU- OFFICE SPACE TEMP 9 SYS 5A TEMP POBE - DELI CASES 8B TU- BEAK OOM TEMP 70 SYS 5B TEMP POBE - DELI CASES 9 TU- SUPPLY AI TEMP 7 SYS A TEMP POBE - MEAT CASES 0 GUH- SPACE TEMPEATUE (Northern Climate Only) 7 SYS B TEMP POBE - MEAT CASES GUH- SPACE TEMPEATUE (Northern Climate Only) 7 SYS 7 TEMP POBE - MEAT COOLE CES TU- INDOO ELATIVE HUMIDITY 7 SYS 7 TEMP TEM - MEAT COOLE OUTDOO HUMIDITY SENSO (FIELD INSTALLED) 75 GOCEY FEEZE DOO SWITCH 7 TU- ECOMIZE OUTSIDE AI DAMPE (LGH Units Only) 7 DAIY COOLE DOO SWITCH 8 TU- COOL STAGE 9 SYS EFIG - ICE CEAM (EEP Valve) 9 TU- FAN ENABLE 9 SYS EFIG - FOZEN FOOD (EEP Valve) 0 TU- HEAT STAGE 95 SYS A EFIG-DAIY COOLE (EEP Valve) GUH- HEAT (Northern Climate Only) 9 SYS B EFIG-DAIY COOLE (EEP Valve) GUH- HEAT (Northern Climate Only) 97 SYS 5 EFIG-DELI CASES (EEP Valve) STOCKING LIGHTS ENABLE-ALC 98 SYS EFIG-MEAT CASES (EEP Valve) 5 ALL LIGHTS ENABLE ALC 00 VFD MODBUS NETWOK CABLE 5 SYS TEMP POBE - ICE CEAM 08 MultiFlex 88 Controller Board I/O Network Cable 5 SYS TEMP TEM - ICE CEAM 55 SYS A TEMP POBE - FOZEN FOOD 5 SYS A TEMP TEM - FOZEN FOOD TE: Use the shielded Ethernet Cable included in the CT Drive Interface Kit (LY). DO T use any other Ethernet cable except the cable supplied in the Interface Kit. TE: THE INPUT POWE TO THE VFD AND THE OUTPUT POWE FOM THE VFD NEED TO BE IN SEPAATE CDUITS TO PEVENT (EMI) ELECTOMAGNETIC INTEFEEE. THE CTOL WIING FOM ELAY 8 TO THE VFD ELOSUE CAN BE AN IN THE SAME CDUIT AS THE INPUT POWE GOING TO THE VFD. MODBUS COMM NETWOK Cable BELDEN 8 AWG/C SHIELDED CABLE or Equivalent v - 85 MODBUS Network Jumpers Located on the Interface Board must Terminate in the UP position. UP MODBUS NETWOK COMMUNICATI TEMINATI VFD INTEFACE MODULE Drive Interface Part EE CTOLLE Ee (Location) COMM. Network Jumpers Located on the Ee PIB(Power Interface Board) above the S85-COMA Phoenix Plug must Terminate in the UP position select MOD as shown Sealant-filled Butt Splices ecommended White Black Green ed ed White Black White Black ed Use the cable harnesses supplied with the valves or use Belden 98 four-conductor 8AWG wire (Note: a wire run may not be longer than 50 ft using Belden 98). Sporlan Bipolar -wire CDS Stepper Valve JP JP JP AC AC POWE S J8(HHT) VALVE VALVE VALVE 5 VALVE 7 VALVE VALVE 8 VALVE VALVE Normal Test MultiFlex ES 7-99 ev..0 NETWOK Product is protected by patents:,0,55,,9,98,,578,7 OPELOSE Smart ES x Tx (VAC-CT) OPEN CLOSE OPEN CLOSE OPELOSE OPELOSE OPEN CLOSE OPEN CLOSE OPEN CLOSE BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W VALVE VALVE BLU BLK W BLU BLK W Smart ES Board White Black Green ed VALVE VALVE BLU BLK W BLU BLK W Green Green S85-COM S85-COM Wire Knock Outs ed -- Power (+ V) Black -- Common White -- H Output V Ov SIG MULTIFLEX INPUT SE TYPE SELECTO DIP SWITCHES FO INPUTS = Temperature/Digital OFF=Transducer S S X-00 Emerson CX-00 Emerson. EEP EEP EEP Network Connection: Field provided CAT-5 Straight Through Cable Connected to Network Hub 0" 9" CUSTOME LAN SWITCH CDC POWE WALL LOCATI 0BASE-T Ethernet Swtich Ee INTEIO VIEW Ee Power Interface Board ETHENET POT Ee CPU (INSIDE DOO) HUSSMANN POTOCOL LOCATI ETHENET POT Ee CPU (INSIDE DOO) CES UNIT LOCATI OFFICE LOCATI OOM-08 CAT-5 Ethernet Cable or better (Field Provided) CAT-5 Ethernet Cable or better (Field Provided) CAT-5 Ethernet Cable or better (Field Provided) MATEIAL PODUCT-NAME FIXTUE-NUMBE BAND MATEIAL PODUCT-NAME FIXTUE-NUMBE BAND A. E B B. E D B. B A.9 A.5 A D C C SCPMAC SCPMAC SCPMAC CAT-5 Ethernet Cable or better To CDC Power Wall ( Field Provided) Field Installed Outdoor elative Humidity Sensor Please See Wire Specification FIELD INSTALLED Light Level Sensor FIELD INSTALLED Supply Air Sensor All TU- controls and sensors by CES X-00Emerson CAT-5 Ethernet Cable or better ( Field Provided) CABLE LEGEND EXTEIO LIGHT LEVEL SENSO (CES UNIT--FIELD INSTALLED) 59 SYS A TEMP POBE - DAIY COOLE BACK OOM ALAM ESET 0 SYS B TEMP POBE - DAIY COOLE BACK OOM ALAM LIGHT SYS DEFOST - ICE CEAM 7 BACK OOM ALAM H SYS EVAP FAN - ICE CEAM 8 TU- COOL STAGE SYS DEFOST - FOZEN FOOD 8 SYS 5C TEMP POBE - DELI CASES SYS EVAP FAN - FOZEN FOOD 0 SCPMAC ICE CEAM FEEZE 5 SYS EFIG - ICE CEAM SCPMAC FOZEN FOOD FEEZE SYS 7 EFIG- MEAT COOLE SCPMAC DAIY COOLE 7 SYS 7 DEFOST- MEAT COOLE CES TU- SPACE TEMP 8 SYS 7 EVAP FAN - MEAT COOLE 8A TU- OFFICE SPACE TEMP 9 SYS 5A TEMP POBE - DELI CASES 8B TU- BEAK OOM TEMP 70 SYS 5B TEMP POBE - DELI CASES 9 TU- SUPPLY AI TEMP 7 SYS A TEMP POBE - MEAT CASES 0 GUH- SPACE TEMPEATUE (Northern Climate Only) 7 SYS B TEMP POBE - MEAT CASES GUH- SPACE TEMPEATUE (Northern Climate Only) 7 SYS 7 TEMP POBE - MEAT COOLE CES TU- INDOO ELATIVE HUMIDITY 7 SYS 7 TEMP TEM - MEAT COOLE OUTDOO HUMIDITY SENSO (FIELD INSTALLED) 75 GOCEY FEEZE DOO SWITCH 7 TU- ECOMIZE OUTSIDE AI DAMPE (LGH Units Only) 7 DAIY COOLE DOO SWITCH 8 TU- COOL STAGE 9 SYS EFIG - FOZEN FOOD (EEP Valve) 9 TU- FAN ENABLE 95 SYS A EFIG-DAIY COOLE (EEP Valve) 0 TU- HEAT STAGE 9 SYS B EFIG-DAIY COOLE (EEP Valve) GUH- HEAT (Northern Climate Only) 97 SYS 5 EFIG-DELI CASES (EEP Valve) GUH- HEAT (Northern Climate Only) 98 SYS EFIG-MEAT CASES (EEP Valve) STOCKING LIGHTS ENABLE-ALC 00 VFD MODBUS NETWOK CABLE 5 SYS TEMP POBE - ICE CEAM 08 MultiFlex 88 Controller Board I/O Network Cable 5 SYS TEMP TEM - ICE CEAM 55 SYS A TEMP POBE - FOZEN FOOD 5 SYS A TEMP TEM - FOZEN FOOD 57 SYS B TEMP POBE - FOZEN FOOD 58 SYS B TEMP TEM - FOZEN FOOD MATEIAL PODUCT-NAME FIXTUE-NUMBE BAND.8 A.9.9 A A D E.7 C D B A.5.. E C B A. SCPMAC SCPMAC SCPMAC Field Installed Outdoor elative Humidity Sensor Please See Wire Specification FIELD INSTALLED Light Level Sensor FIELD INSTALLED Supply Air Sensor All TU- controls and sensors by CES X-00 Emerson CAT-5 Ethernet Cable or better ( Field Provided) CAT-5 Ethernet Cable or better To CDC Power Wall ( Field Provided)

2 General SEE SHEET TES EMES CITEIA ALDI POTOTYPE VESI EM 5. () CES UNIT with EHEAT, () LENX UNIT EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) EMES 0 BUILDING CTOLS T TO SCALE

3 TABLE OF CTENTS TITLE TABLE OF CTENTS AND INSTALLATI OVEVIEW A ENEGY MANAGEMENT CTOL SYSTEM INPUT/OUTPUT LEGEND B ENEGY MANAGEMENT FIELD MATEIAL SUMMAY C LENX UNITS CFIGUATIS SUMMAY OVEVIEW D TU CTOL WIING EQUIEMENTS ENEGY MANAGEMENT SYSTEM PLAN VIEW LAYOUT ENEGY MANAGEMENT CTOL SYSTEM ISE DIAGAM 5 (FSD) FACILITIES STATUS DISPLAY COMM. & POWE WIING Ee CTOLLE COMMUNICATIS AND POWE WIING ENEGY MANAGEMENT SYSTEM (EMS) INSTALLATI OVEVIEW: ) BEFOE STATING THE INSTALLATI; A DEFICIEY INSPECTI IS EQUIED OF ALL ELATED EQUIPMENT ILUDING, BUT T LIMITED TO THE FOLLOWING ITEMS: A) LINE VOLTAGE NEUTAL-GOUND BD - VOLTAGE FOM NEUTAL GOUND SHOULD BE LESS THAN VAC AND ESISTAE IN OHMS SHOULD BE LESS THAN -OHM B) HVAC COOLING COMPESSOS, ECOMIZE ASSEMBLIES, AND HEATING APPAATUS AE OPEABLE C) CSULTATI WITH THE GENEAL CTACTO SUPEINTENDENT FO NEW STOES, O THE STOE MANAGE DUTY FO ETOFIT STOES ) THE FOLLOWING INSTALLATI ITEMS AE TO BE COMPLETED ACCODING TO THIS DOCUMENT'S GUIDELINES A) INSPECT ALL LOW-VOLTAGE WIING TO BE SUE THAT IT IS COECTLY INSTALLED B) INSTALL AND WIE ALL DEVICES USING AS SHOWN USING BEST PACTICES General SEE SHEET TES A (VFD) VAIABLE FEQUEY DIVE INTEFACE DETAILS 7 CTOL BOAD FAIL SAFE SET-UP & WIING INFOMTI 7A CTOL BOAD FAIL SAFE OPEN-LOOP WIING EXAMPLE 8A EXTENAL LIGHT LEVEL SENSO TEMINATI DETAILS 8B EXTEIO HUMIDITY SENSO TEMINATI DETAILS 8C TYPICAL TEMPETUE MOUNTING AND WIING DETAILS 8D INDOO HUMIDITY SENSO WIING DETAILS 8E PMAC MOUNTING AND WIING DETAILS 8F ALAM ANNUIATO PANEL MOUNTING AND WIING DETAILS ) CABLE SPECIFICATIS A) EFE TO THE CABLE UNNING LIST IN THIS DOCUMENT B) SUBSTITUTIS AE ALLOWED AND MUST MEET O EXCEED THE CABLE SPECIFIED PE USE C) ALL CABLES MUST COMPLY WITH ANY AND ALL APPLICABLE CODES AND ODINAES D) ANY DEVICE PIGTAIL SPLICES AE TO BE ASSEMBLED USING EITHE BLUE DOLPHIN B-WIE CNECTOS WITH SEALANT, M SCOTCHLOK U CNECTOS, O M SCOTCHLOK CNECTOS E) ALL CABLE UNS MUST BE COMPLETE AND UNINTEUPTED (IE; SEGMENTS) FOM THEI OIGIN TO THEI DESTINATI F) ANY HIGH-VOLTAGE WIING (LINE VOLTAGE) WOK IS TO BE COMPLETED IN ACCODAE WITH ANY AND ALL APPLICABLE CODES AND ODINAES FO ANY TYPE OF POJECT BEING INSTALLED G) ALL POJECT ELATED LICENSES, FEES, FINES, PENALTIES, O OTHE IIDENTAL EXPENSES AE THE ESPSIBILITY OF THE INSTALLING CTACTO IF THEI WOK IS DIECTLY ELATED 8G DOO SWITCH MOUNTING AND WIING DETAILS 8H TYPICAL EFIGEATI TEMPEATUE MOUNTING DETAILS 8I SMAT ES TYPICAL WIING DETAILS 9 EMS CABLE MANAGEMENT SHEET- 0 EMS CABLE MANAGEMENT SHEET-. STOE CABLE SPECIFICATIS: A) CTACTO SUPPLIES AND INSTALLS ALL LOW-VOLTAGE CABLES B) IF AMOUNT OF ANY CABLE UN EXCEEDS 00' IN LENGTH, THEN CABLE MUST IEASED TO 8AWG. C) CABLE ABATEMENT WILL BE PEFOMED AS EGULATED IN THE NATIAL ELECTICAL CODE, NFPA 70 AND ANY OTHE SECTI APPLICABLE.. IT IS THE SOLE ESPSIBILITY OF THE INSTALLING CTACTOS TO COMPLY WITH ANY TAINING, KWLEDGE, AND IMPLEMENTATI EQUIEMENTS AT THEI OWN COST AND THEI OWN ISK BUILDING CTOLS EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) T TO SCALE 0

4 ENEGY MANAGEMENT CTOL SYSTEM INPUT/ OUTPUT LEGEND (EM 5.) General SEE SHEET TES EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) BUILDING CTOLS T TO SCALE 0A

5 ENEGY MANAGEMENT FIELD MATEIAL SUMMAY General SEE SHEET TES EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) BUILDING CTOLS T TO SCALE 0B

6 LENX UNITS CFIGUATIS SUMMAY OVEVIEW Located in CDC Panel CPC Analog Output Board (0 to dc ) AO Board AO Output- TU-X Econo Damper Control AO Output- TU-X Econo Damper Control AO Output- TU-X Econo Damper Control AO Output- TU-X Econo Damper Control AO POINTS eference EMS PLAN VIEW LAYOUT Cable Pull Clarifications Cable Pull 7 Lennox Protigy Controller IAQ (Indoor Air Quality) Note: Terminations Per oof Top Units - Gnd AI + General SEE SHEET TES. LENX GLOBAL DAMPE CTOL CABLE TEMINATIS for OFFICE TU'S Network Back-up Setpoints Jumper VAC C G THEMOSTAT W W Y Y OCP EMES Field Jumper between "G" & "OCP" must be installed 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) LENX UNITS ECTO PAAMETES CFIGUATI SUMMAY. LENX GLOBAL DAMPE CFIGUATI for OFFFICE TU's BUILDING CTOLS T TO SCALE 0C

7 LENX TU CTOL WIING EQUIEMENTS General SEE SHEET TES EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) BUILDING CTOLS T TO SCALE 0D

8 Emerson BAND FIXTUE-NUMBE PODUCT-NAME MATEIAL BAND FIXTUE-NUMBE PODUCT-NAME MATEIAL E E General SEE SHEET TES D D SCPMAC SCPMAC SCPMAC CAT-5 Ethernet Cable or better To CDC Power Wall ( Field Provided) C C CABLE LEGEND EXTEIO LIGHT LEVEL SENSO (CES UNIT--FIELD INSTALLED) 57 SYS B TEMP POBE - FOZEN FOOD B. B. BACK OOM ALAM ESET 58 SYS B TEMP TEM - FOZEN FOOD BACK OOM ALAM LIGHT 59 SYS A TEMP POBE - DAIY COOLE 7 BACK OOM ALAM H 0 SYS B TEMP POBE - DAIY COOLE 8 TU- COOL STAGE SYS DEFOST - ICE CEAM 8 SYS 5C TEMP POBE - DELI CASES SYS EVAP FAN - ICE CEAM 0 SCPMAC ICE CEAM FEEZE SYS DEFOST - FOZEN FOOD SCPMAC FOZEN FOOD FEEZE SYS EVAP FAN - FOZEN FOOD SCPMAC DAIY COOLE SYS 7 EFIG- MEAT COOLE CES TU- SPACE TEMP 7 SYS 7 DEFOST- MEAT COOLE 7 CES TU- SUPPLY AI TEMP SENSO 8 SYS 7 EVAP FAN - MEAT COOLE 8A TU- OFFICE SPACE TEMP 9 SYS 5A TEMP POBE - DELI CASES B B 8B TU- BEAK OOM TEMP 70 SYS 5B TEMP POBE - DELI CASES 9 TU- SUPPLY AI TEMP 7 SYS A TEMP POBE - MEAT CASES FIELD INSTALLED Light Level Sensor FIELD INSTALLED Supply Air Sensor All TU- controls and sensors by CES X-00 Field Installed Outdoor elative Humidity Sensor Please See Wire Specification CAT-5 Ethernet Cable or better ( Field Provided) A.9 A.5 0 GUH- SPACE TEMPEATUE (Northern Climate Only) GUH- SPACE TEMPEATUE (Northern Climate Only) 7 SYS B TEMP POBE - MEAT CASES 7 SYS 7 TEMP POBE - MEAT COOLE CES TU- INDOO ELATIVE HUMIDITY 7 SYS 7 TEMP TEM - MEAT COOLE 7 OUTDOO HUMIDITY SENSO (FIELD INSTALLED) TU- ECOMIZE OUTSIDE AI DAMPE (LGH Units Only) 75 GOCEY FEEZE DOO SWITCH 7 DAIY COOLE DOO SWITCH 8 TU- COOL STAGE 9 SYS EFIG - ICE CEAM (EEP Valve) 9 TU- FAN ENABLE 9 0 TU- HEAT STAGE 95 GUH- HEAT (Northern Climate Only) 9 SYS EFIG - FOZEN FOOD (EEP Valve) SYS A EFIG-DAIY COOLE (EEP Valve) SYS B EFIG-DAIY COOLE (EEP Valve) EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) GUH- HEAT (Northern Climate Only) 97 SYS 5 EFIG-DELI CASES (EEP Valve) STOCKING LIGHTS ENABLE-ALC 98 SYS EFIG-MEAT CASES (EEP Valve) 5 ALL LIGHTS ENABLE ALC 00 VFD MODBUS NETWOK CABLE 5 SYS TEMP POBE - ICE CEAM 08 MultiFlex 88 Controller Board I/O Network Cable 5 SYS TEMP TEM - ICE CEAM A. A 55 SYS A TEMP POBE - FOZEN FOOD 5 SYS A TEMP TEM - FOZEN FOOD ENEGY MANAGEMENT SYSTEM PLAN VIEW LAYOUT (EM 5.) BUILDING CTOLS T TO SCALE 0

9 Emerson Emerson LLS H General SEE SHEET TES X-00 S S SYMBOL DESCIPTI WIE TYPE S S-85 I/O COMM CABLE NETWOK ANALOG TEMPEATUE SENSO DEFOST TEMINATI SENSO EXTEIO ELATIVE HUMIDITY SENSO BELDEN 8 C/AWG, 0 SHIELDED CABLE WITH DAIN / GOUND WIE BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE BELDEN SHIELDED CABLE WITH DAIN / GOUND WIE 5 SCPMAC BELDEN 8 CX-00 S DP LIGHT LEVEL SENSO 7 CDS EEP VALVE 8 HVAC CTOL 9 HUSSMANN-(CX-00),CES-(X-00) & FSD (Facility Status Display) BELDEN SHIELDED CABLE WITH DAIN / GOUND WIE Use Cable Harnesses supplied with the valves or Belden 98 four-conductor 8AWG wire TWISTED PAI PE STAGE OF CTOL CAT-5 Ethernet Cable or better ( Field Provided) 0 SECUITY ELAY 8 TWISTED PAI PE INPUT DOO SWITCH (efrigeration) VFD Interface to E (MODBUS NETWOK) MultiFlex 88 Board Controller I/O Network Cable WALL-MOUNT DEWPOINT POBE BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE BELDEN 87 - SHIELDED CABLE WITH DAIN / GOUND WIE BELDEN 8 C/AWG, 0 SHIELDED CABLE WITH DAIN / GOUND WIE BELDEN SHIELDED CABLE WITH DAIN / GOUND WIE S SCPMAC PANEL DP PANEL L ECP SECTI CPC I/O BOADS 9" 0" EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) LIGHTING OVEIDE PUSH BUTTS PANEL L CTACTOS P P EEP EEP EEP P P P ENEGY MANAGEMENT CTOL SYSTEM WIE SPECIFICATI (EM 5.) BUILDING CTOLS T TO SCALE 0

10 Ee Power Interface Board Ee INTEIO VIEW General SEE SHEET TES Ee CPU (INSIDE DOO) ETHENET POT HUSSMANN POTOCOL LOCATI CAT-5 Ethernet Cable or better (Field Provided) ETHENET POT CUSTOME LAN SWITCH 0BASE-T Ethernet Swtich CAT-5 Ethernet Cable or better (Field Provided) OFFICE LOCATI OOM-08 0" Ee CPU (INSIDE DOO) 9" CAT-5 Ethernet Cable or better (Field Provided) CDC POWE WALL LOCATI Network Connection: Field provided CAT-5 Straight Through Cable Connected to Network Hub EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) CES UNIT LOCATI POTOCOL Ee-CX-00, CES UNIT Ee-X-00 AND FSD ETHENET NETWOK CNECTIS BUILDING CTOLS T TO SCALE 05

11 Emerson Ee Power Interface Board Ee S-85 NETWOK COMMUNICATI OVEVIEW Ee POWE INTEFACE BOAD Network Jumper Terminator General SEE SHEET TES Ee FT VIEW Ee INTEIO VIEW MOD=MODBUS VAC AC AC Vac S85-COM 9. Baud ate Only To Back Plate Use screw & 0-00 star washer. POTOCOL CDENSE (Location) 5A ac VAC POWE SOUCE VFD EMES MODBUS COMM NETWOK Cable BELDEN 8 AWG/C SHIELDED CABLE or Equivalent J5 Connection MODBUS NETWOK CNECTI + 0v - Drive Interface Part UP EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) VFD DIVE MODBUS NETWOK COMMUNICATI TEMINATI VFD INTEFACE MODULE Ee CTOLLE COMMUNICATIS, POWE & WIING BUILDING CTOLS T TO SCALE 0

12 TE: THE INPUT POWE TO THE VFD AND THE OUTPUT POWE FOM THE VFD NEED TO BE IN SEPAATE CDUITS TO PEVENT (EMI) ELECTOMAGNETIC INTEFEEE. THE CTOL WIING FOM ELAY 8 TO THE VFD ELOSUE CAN BE AN IN THE SAME CDUIT AS THE INPUT POWE GOING TO THE VFD. General SEE SHEET TES TE: Use the shielded Ethernet Cable included in the CT Drive Interface Kit (LY). DO T use any other Ethernet cable except the cable supplied in the Interface Kit. Drive Interface Part UP v - 85 S85-COM Ee (Location) MODBUS Network Jumpers Located on the Interface Board must Terminate in the UP position. MODBUS NETWOK COMMUNICATI TEMINATI VFD INTEFACE MODULE MODBUS COMM NETWOK Cable BELDEN 8 AWG/C SHIELDED CABLE or Equivalent COMM. Network Jumpers Located on the Ee PIB(Power Interface Board) above the S85-COMA Phoenix Plug must Terminate in the UP position select MOD as shown. EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) EE CTOLLE (VFD) VAIABLE FEQUEY DIVE INTEFACE DETAILS BUILDING CTOLS T TO SCALE 0A

13 Note: This Information is Provided in the E Installation and Operation Manual General SEE SHEET TES 9 MULTIFLEX LAO CPC PAT80-07 BOAD OUTPUTS THU Failsafe (Normally Closed) S FAILSAFE Failsafe(Normally Open) OUT OUT OUT OUT OUT5 OUT OUT7 OUT MODEL (8O-FC SMT) BOAD OUTPUTS THU CTOL BOAD FAIL SAFE SET-UP& WIING INFOMATI S FAILSAFE (UP) For N.C. Outputs OFF(DOWN) For N.O. Outputs BUILDING CTOLS EMES T TO SCALE 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX)

14 Contact State Fail State Set Switch To: =CLOSED OFF=OPEN S AC AC JP JP JP J8(HHT) (CPC SUPEVISOY ALAM OUTPUT) TEMINATED AS (Normaly Open) POWE (VAC) S-SENSO TYPE SELECT FO INPUTS 9- S-NETWOK ADDESS, BAUD FO AI BOAD S-NETWOK ADDESS, BAUD FO 8O & 8DO MULTIFLEX LAO CPC PAT80-07 S-SENSO TYPE SELECT FO INPUTS -8 S S S S Ver..00 LAO/LDO INPUT INPUT INPUT INPUT Set Dip Switch Number to for (OUTPUT ELAY NUMBE-) INPUT5 INPUT INPUT7 INPUT8 INPUT9 INPUT0 INPUT INPUT OFF Set Wire Form C Contacts To: OFF UP N.O. +V Failsafe Output Cable to Contractor Security Monitoring System elay Failsafe 5 INPUT INPUT Failsafe INPUT5 Failsafe INPUT CTOL BOAD FAIL SAFE WIING EXAMPLE (LY) ANALOG + + OUTPUTS Note: This is a Physical Set-up Only No Applications or Point Associations are Needed for this Procedure elay Output- (Output Point 5.) will Open immediately if there is a loss of Power to the Board. If there is a loss of Communication at the board or from the Ee controller for any reason the Control Board will Open elay Output- after 5 minutes. SEE SHEET TES General BUILDING CTOLS EMES T TO SCALE 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) A

15 Electrical Conduit Box CENTE MASS TOP FT Note: SENSO FIELD INSTALLED TO CES UNIT General SEE SHEET TES EXTENAL LIGHT LEVEL SENSO Light Level Sensor Lock nut Drill 7 8" Hole Washer Electrical 0" - " Conduit PAALLEL WITH HOIZ Electrical Conduit MULTIFLEX INPUT Ov SIG = Temperature/Digital +V OFF=Transducer SE TYPE SELECTO DIP SWITCHES FO INPUTS EMES ) SENSO SHOULD BE MOUNTED IN A WAY THAT POVIDES AN UBSTUCTED VIEW OF THE DUE TH HOIZ. ) LOCATI SHOULD BE OUTSIDE OF ANY EASTEN O WESTEN OBSTACLES THAT WILL CAST SHADE OVE THE SENSO DUING THE COUSE OF THE DAY. 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) ) SPECIAL CAE SHOULD BE TAKEN TO AVOID ANY LIGHT SOUCES WHAT WILL SHINE INTO THE SENSO. EXTENAL LIGHT LEVEL SENSO TEMINATI DETAILS BUILDING CTOLS T TO SCALE 08A

16 Note: SENSO FACTOY MOUNTED TO CES UNIT BLK WHT ED Note: SENSING ELEMENT MUST FACE IN A DOWNWAD POSITI AS SHOWN WHEN MOUNTED. BLK WHT ED = Temperature/Digital MULTIFLEX BOAD INPUT INPUT INPUT INPUT +V General SEE SHEET TES EMES OFF=Transducer 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) EXTEIO HUMIDITY SENSO TEMINATI DETAILS SE TYPE SELECTO DIP SWITCHES FO INPUTS BUILDING CTOLS T TO SCALE 08B

17 COMPUTE POCESS CTOLS = Temperature/Digital OFF=Transducer General SEE SHEET TES MULTIFLEX BOAD INPUT Ov SIG LY CNECT SHIELD LEAD INSIDE CTOL PANEL.. LEADS AE T POLAITY SENSITIVE AT SENSO. DIP SWITCH TEMP SENSO SE TYPE SELECTO DIP SWITCHES FO INPUTS INSIDE SPACE TEMPEATUE SENSO EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) TEMPEATUE SENSO AND POBES TYPICAL TEMPEATUE MOUNTING AND WIING DETAILS BUILDING CTOLS T TO SCALE 08C

18 General SEE SHEET TES ed -- Power (+ V) Black -- Common White -- H Output.5 Wire Knock Outs MULTIFLEX INPUT Ov SIG = Temperature/Digital OFF=Transducer.09 +V SE TYPE SELECTO DIP SWITCHES FO INPUTS EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) INDOO HUMIDITY SENSO WIING DETAILS BUILDING CTOLS T TO SCALE 08D

19 BEFOE GND L L JUTI BOX FO CASE ELECTICAL General SEE SHEET TES FOM CKT BEAKE IN ELEC. PANEL TO DOO HEATE BLACK AWG BLACK AWG GEEN AWG Input VDC - + EATH GOUND ) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) BLACK AWG LEADS AE T POLAITY SENSITIVE ) +VDC INPUTS AE POLAITY SENSITIVE. WIE THE ED CABLES TO THE + (Positive) TEMINALS AT BOTH ENDS AND THE BLACK CABLES TO THE - (Negative) TEMINALS AT BOTH ENDS. 5) DO T USE THE WHITE CDUCTO. DIGITAL OUTPUT SECTI OF MultiFlex 8DO (80-07) + - AFTE LIGHTS ) IN AC APPLICATIS, LY L OF THE CICUIT FO THE DOO HEATES PASSES THOUGH THE SC-PMAC. ) LOCATE THE SC-PMAC NEA THE CASE O WALK-IN BOX TO SEPAATE THE LIGHITNG CICUIT FOM THE HEATES BY PLACING A JUTI BOX AT THE POINT WHEE THE CICUITS ENTE THE CASE. GND LIGHTS L L ANTI-SWEATS ANTI-SWEATS JUTI BOX FO CASE ELECTICAL LINE LOAD GND PMAC. 0 AMP SINGLE CHANNEL PMAC (85-0). SC-PMAC INSTALLATI LINE VOLTAGE WIING EXAMPLE LY TO D/O BOAD IN POTOCOL.5" 0.50".5" DOO CICUIT JUTI BOX.875" ) CLASS HIGH VOLTAGE WIING SHOULD BE UN IN COMPLIAE WITH ALL GOVENMENT AND HEALTH CODE,S AND NEC SPECIFICATIS. 0.7" ) THIS IS A TYPICAL ILLUSTATI FO EFEEE. SITE CDITIS AE SUBJECT TO VAIATIS BUT THE ELEMENTS OF THIS SCOPE AE TO BE FOLLOWED (e.g. JUTI BOX, CDUIT, CDUIT FITTINGS, AND PMAC LOCATI). ) LOW VOLTAGE WIING SHOULD BE A SHOT UN THOUGH THE BOX CEILING AND TO THE DEVICE WITH CABLE STAPS FO SUPPOT. TEMINATE ED AND BLACK CDUCTOS LY. ) ALL PENETATIS SHOULD BE SEALED WITH FOOD GADE SILICE BOTH TOP AND BELOW THE INSULATED CEILING PANEL. 5) PAY SPECIAL ATTENTI TO THE LOADING AND STOCKING PACTICES WITHIN THE BOX DOO CICUIT AEA AND MOUNT THE PMAC OUT OF THE TAFFIC AEA TO AVOID DAMAGE. ) THIS APPLIES TO BOTH COOLES AND FEEZES. PMAC INSTALLATI MOUNTING DETAIL EXAMPLE LY.. PMAC MOUNTING AND WIING DETAILS ) THE PMAC MODULE SHOULD ALWAYS BE MOUNTED IN A DY, WELL VENTILATED AEA WHEE AMBIENT TEMPEATUES AE ALWAYS BELOW 00 DEGEES F. ) CSULT WITH THE SITE POJECT MANAGE IF AN ELOSUE IS EQUIED. ) MOUNT THE PMAC MODULE EITHE HOIZTALLY WITH HEAT SINK FINS IN A VETICAL OIENTATI TO ALLOW AI TO PASS THOUGH, O HOIZTALLY WITH THE FINS FACING UP TO DISSIPATE HEAT. ) EMS CTACTO MUST DETEMINE THE BEST METHOD OF CNECTING THE UNIT TO THE LOADS. IN SOME INSTAES, MOUNTING THE UNIT NEA THE BEAKE BOX IS THE BEST OPTI WHEN THE HEATES AE A DEDICATED CICUIT. IN OTHE INSTAES, PATICULALY IN A ETOFIT SITUATI, YOU MAY FIND THAT A SINGLE BEAKE SUPPLIES POWE TO THE CASE LIGHTING AND ANTI-SWEAT HEATES. IN THIS SCENAIO, YOU WILL WANT TO LOCATE THE SC-PMAC NEA THE CASE O WALK-IN BOX WHEE YOU CAN SEPAATE THE LIGHT CICUIT FOM THE HEATES BY PLACING A JUTI BOX AT THE POINT WHEE THE CICUITS ENTE THE CASE. PMAC DIMENSIS BUILDING CTOLS EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) T TO SCALE 08E

20 ALAM PANEL ECESSED IN WALL S AC AC POWE (VAC) JP JP JP MULTIFLEX LAO CPC PAT80-07 S-SENSO TYPE SELECT FO INPUTS -8 S-SENSO TYPE SELECT FO INPUTS 9- S-NETWOK ADDESS, BAUD FO AI BOAD S-NETWOK ADDESS, BAUD FO 8O & 8DO S S S S Ver..00 LAO/LDO elay 5 Failsafe Failsafe ANALOG OUTPUTS BELDEN 98 /8g BELDEN 877 /g General SEE SHEET TES J8(HHT) INPUT INPUT INPUT INPUT INPUT5 INPUT INPUT7 INPUT8 INPUT9 INPUT0 INPUT INPUT +V INPUT INPUT INPUT5 INPUT LOCATED IN CUSTOM DESIGNED CTOL PANEL Channel Input Board and 8 Channel elay Board ) USE WALL AHOS AS ILLUSTATED TO MEET O EXCEED GOVENMENT CODES CPC 5 INPUT5 INPUT POINT DEVICE DESCIPTI CABLE 5 DI ALAM ESET OUTPUT POINT DEVICE DESCIPTI CABLE.5 ALAM LIGHT. ALAM H 7 ) USE A UNI BIT TO DILL OUT DYWALL AT ILLUSTATED KO. ) PULL LABELED ALAM ESET BUTT, ALAM LIGHT OUTPUT AND ALAM H OUTPUT INTO PUSH-BUTT PANEL LEGEND: EXISTING WIING FIELD WIING HOT. ALAM PANEL CABLE DETAIL AC AC V V NEUTAL 0 VAC (A) 5 inch pigtail WIE ASSEMBLIES FO SCHEMATIC BELOW (.5') Use White 0 to connect all V commons.99k (.5') ILUDED CNECTOS 0-80 x USE 5 CDUCTO CABLE O THEMOSTAT CABLE PEWIED VAC COMM WHITE (.5').7K (.5') 0-88 x 0-08 x 8 8 efrigeration Alarm 5 inch pigtail SW ) USE WIE COLO CODES AND CABLING AS ILLUSTATED. ) CNECT ALAM SILEE TO INPUT 5 OF THE MULTIFLEX CTOLLE BOAD. ) CNECT ALAM LIGHT TO OUTPUT 5 OF THE MULTIFLEX CTOLLE BOAD. ) CNECT ALAM H TO OUTPUT THE MULTIFLEX CTOLLE BOAD. SW ESET H WHT 0 L LIGHT.99K WHT 0 L Alarm/Silence hold for 5 sec SW ESET H.7K.99K L CPC EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) MULTIFLEX BOAD WIING TO ALAM ANNUIATO PANEL CNECTIS. ALAM ANNUIATO PANEL WIING DIAGAM (85-07) ALAM ANNUIATO PANEL MOUNTING AND WIING DETAILS Front View Back View Side View BUILDING CTOLS T TO SCALE 08F

21 General SEE SHEET TES MULTIFLEX LDO INPUT Ov SIG +V = Temperature/Digital OFF=Transducer SE TYPE SELECTO DIP SWITCHES FO INPUTS ) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) LEADS AE T POLAITY SENSITIVE AT SENSO ) INSTALL SENSO THE EXTEIO SIDE OF COOLE/FEEZE DOO. EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) ) CTACTO TO USE /" THIN WALL CDUIT TO POTECT THE CTOL WIING. DOO SWITCH MOUNTING AND WIING DETAILS BUILDING CTOLS T TO SCALE 08G

22 ) WIE COOLE SENSO TO CASE CTOLLE INPUT FT VIEW SIDE VIEW General SEE SHEET TES 5) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) LEADS AE T POLAITY SENSITIVE 7) USE /" DILL BIT FO HOLE INTO COOLE/FEEZE CEILING 8) OUND OUT HOLE TOP OF COOLE/FEEZE TO FACILITATE THE SENSO POBE NECK USING A UNI-BIT MIDPOINT MIDPOINT 9) ATTACH SENSO TO WALK IN OOF USING () TEK SCEWS SINGLE EVAPOATO INSTALLATI 0) INSTALL SENSO CENTEED THE WIDTH OF THE EVAPOATO ) INSTALL SENSO HALF WAY BETWEEN THE WALL AND EVAPOATO FT VIEW FT VIEW TE: LOCATE SENSOS BEHIND THE EVAP COILS ABOUT MIDPOINT BETWEEN THE EA WALL AND COIL SUFACE AS ILLUSTATED ABOVE. DUAL EVAPOATO INSTALLATI.. ETUN AI SENSO LOCATI - FT DISCHAGE EVAPOATO /" HOLE DILLED THOUGH CEILING INTO EVAPOATO ELOSUE VOID AT END CLOSEST TO FAN. MULTIFLEX INPUT BOAD Ov SIG +V /8" UBBE INSULATO GOMMET WIE TIES ) LY CNECT SHIELD LEAD INSIDE CTOL PANEL. ) LEADS AE T POLAITY SENSITIVE AT SENSO WIE TIES TE: ) "HOLE IS TO BE DILLED UP FOM INSIDE THE BOX PEPENDICULA TO THE CEILING NEXT TO THE EVAPOATO AND DIECTLY ABOVE SENSO AS SHOWN. ) BOTH SIDES OF THE PENETATI AE TO BE SEALED WITH FOOD GADE SILICE. EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) ) TIE WAP SENSO TO EVAPOATO COIL NEA THE TXV BULB USING THE TIE WAPS POVIDED WITH THE SENSO. DO T USE STANDAD TIE WAPS. ) SENSO CABLE EXTEIO TO THE ELOSUE IS TO BE NEAT AND TIGHT TO THE SUFACE. 5) DO T USE THE CABLE ED CDUCTO... BOTTOM VIEW ) A SEVICE LOOP INSIDE THE ELOSUE SHOULD BE LG EUGH TO ALLOW FO SEVICE ENTY INTO THE BOTTOM FAN SECTI WIHTOUT ISK OF CABLE DAMAGE.. ETUN AI SENSO LOCATI - SIDE DISCHAGE EVAPOATO TYPICAL EFIGEATI TEMPEATUE MOUNTING DETAILS BUILDING CTOLS T TO SCALE 08H

23 General SEE SHEET TES VALVE VALVE BLU BLK W BLU BLK W VALVE VALVE ed Green Black White BLU BLK W BLU BLK W Sporlan Bipolar -wire CDS Stepper Valve ed Green Black White S85 AC AC (VAC-CT) POWE + - JP JP JP BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W BLU BLK W VALVE OPEN CLOSE VALVE VALVE VALVE VALVE 5 VALVE 7 VALVE VALVE 8 OPEN CLOSE OPEN CLOSE OPEN CLOSE OPEN CLOSE OPEN CLOSE OPEN CLOSE OPEN CLOSE Smart ES Product is protected by patents:,0,55,,9,98,,578,7 ed Green Black White Tx x Normal Test J8(HHT) NETWOK MultiFlex ES 7-99 ev..0 Sealant-filled Butt Splices ecommended ed Green Black White Smart ES Board EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) Use the cable harnesses supplied with the valves or use Belden 98 four-conductor 8AWG wire (Note: a wire run may not be longer than 50 ft using Belden 98) SMAT ES BOAD TYPICAL WIING DETAILS BUILDING CTOLS T TO SCALE 08I

24 ) CDUIT SHOULD BE UN FO ALL INDOO APPLICATIS UP TO 8'AFF AS ILLUSTATED BELOW AND SUPPOTED PE GOVENMENT CODES General SEE SHEET TES ) CABLE UNS WITHIN OPEN CEILING AEAS ABOVE 8'AFF CAN BE FEE WIED AT 90 VECTOS PAALLEL WITH FLOOS, CEILINGS, AND WALLS AND SAFELY SECUED WITH SCEWED IN TIE BASES AS ILLUSTATED BELOW. THEE SHOULD BE SAG BETWEEN BASES AND CABLE TENSIS SHOULD T EXCEED MANUFACTUE'S SPECIFICATIS. ) SPECIAL CAE SHOULD BE TAKEN TO PEVENT CABLE CTACT WITH HIGH VOLTAGE WIING AND MAGNETIC LOADS. IF UNABLE TO AVOID HIGH VOLTAGE WIE WAYS, CABLING CAN COSS THE WIE WAYS AS LG AS THE CABLES UN PEPENDICULA AND T EXPOSED TO POTENTIAL DAMAGE. ) ALL CABLING SHOULD BE HANDLED AND INSTALLED PE MANUFACTUES SPECIFICATIS AND IN COMPLIAE WITH ALL GOVENMENT CODES ) THE USE OF THE ABOVE ILLUSTATED (O EQUIVALENT) DOP CEILING WIE HANGAS IS EQUIED WITHIN THE CEILING VOIDS TO MEET O EXCEED GOVENMENT CODES. (BEAM, PULIN, AND WALL MOUNTING IS ALSO ACCEPTABLE AS OUTLINED WITHIN THESE GUIDELINES) ) ALL CABLING SHOULD BE POPELY SECUED TO PEVENT CTACT AND CLOSE POXIMITY TO HIGH VOLTAGE WIEWAYS AND COMPENTS (E.G. LIGHTING BALLASTS) ) CABLING SEVICE LOOPS SHOULD BE POVIDED AT EACH END OF THE CABLE UN WITHIN THE CEILING VOID AND SAFELY TIED TO THE CLOSEST HANGA TYPICAL EMT STANDPIPE WITH ADAPTE AND INSULATED BUSHING EMT WALL STAP WALL STUDS, WHEE PESENT, AE PEFEED FO AHOING. USE A TOGGLE TYPE AHO IN ALL OTHE APPLICATIS 5) CE CABLING UNS AE INSTALLED SECUE THEM WITH THE COECT CABLE TIES AS PE MANUFACTUE'S SPECIFICATIS, MEETING O EXCEEDING GOVENMENT CODES TYPICAL CABLE TIED CABLES WITH SCEW MOUNT BASE. CABLE MANAGEMENT - CEILING VOID. CABLE MANAGEMENT - WOKSPACE TYPICAL DYWALL FASTENES TYPICAL MASY FASTENE ACCEPTABLE CLASS HIGH VOLTAGE WIE NUTS ACCEPTABLE CLASS & * ) ZIP-IT ) MOLLY ) ) ) TOGGLE ) OUTDOO GEL FILLED INDOO USE ACCEPTABLE CLASS & CNECTI TAPE *CLASS VAC LY ) USE ZIP-IT, MOLLY, O TOGGLE BOLTS FO DYWALL AHOING AND SIZE ACCODING TO APPLICATI. FASTENES SHOULD COMPLY WITH O EXCEED GOVENMENT CODES. ) LESS THAN A 0 SCEW SIZED FASTENE SHOULD BE USED IN MOUNTING THE E, ALAM O LIGHTING BYPASS PANEL. ) THE LIGHTING AND BASE PANELS SHOULD BE STUD MOUNTED WITH LESS THAN A X" SCEW. IN CASES WHEE STUDS AE EITHE T AVAILABLE O CVENIENT, A COMBINATI OF STUD AND MINIMUM MOLLY/TOGGLE FASTENES SHOULD BE USED. ); ATHE OPTI IS SPANNING AN OVESIZED /" PLYWOOD SHEET ACOSS THE STUDS FASTENING THE PANELS TO THE SHEET WITH LESS THAN A x" SCEW. 5) IF THE WALLS AE UNFINISHED MASY, O GEATE MASY FASTENES AE TO BE USED ) ALL CLASS HIGH VOLTAGE CNECTIS WITHOUT OEM POVIDED LUG TEMINALS SHOULD BE MADE USING THE ABOVE ILLUSTATED COECTLY SIZED CNECTOS. ) ALL CLASS HIGH VOLTAGE AND CLASS (VAC LY) SPLICES SHOULD BE DE WITH THE USE OF THE ABOVE ILLUSTATED AND POPELY SIZED WIE NUTS (GEL FILLED FO OUTDOO O HUMID ENVIMENT USE). EACH SPLICE SHOULD BE TAPED CLOCKWISE AOUND THE WIE NUT AND ENTEING WIES SO AS TO POMOTE A SOUND AND SAFE CNECTI. ) ALL CLASS LOW VOLTAGE SPLICES SHOULD BE MADE WITH THE ABOVE ILLUSTATED GEL SEAL CNECTOS. ALL CNECTIS SHOULD BE TAPED COVEING THE CNECTO AND CDUCTO ENTAE. ) THESE POCEDUES AE DESIGNED TO MEET O EXCEED GOVENMENT CODES AND OEM STANDADS. EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) WALL AHOS. CABLE MANAGEMENT - CNECTOS EMS CABLE MANAGEMENT DETAILS SHEET- BUILDING CTOLS T TO SCALE 09

25 CABLE SHIELD SHOULD BE POTECTED BY EITHE THE PVC JACKET O ELECTICAL TAPE TO PEVENT SHOTS TIM FOLLOW MANUFACTUE'S SPECIFICATIS FO SPLICING CABLES: ) CDUCTOS SHOULD T BE STIPPED FO SCOTCKLOK U CNECTOS (FULL INSTUCTIS BOX). ) USE OF A SCOTCHLOK CIMPING TOOL IS EQUIED (SEE FIGUE C.) MAKE SUE CDUCTOS AE PUSHED ALL THE WAY INTO THE CNECTO General SEE SHEET TES OUTSIDE OF THE I/O NETWOK (SEE TE BELOW) THE DAIN WIE IS TO BE: ) TIMMED FLUSH TO THE PVC JACKET AT THE END FUTHEST FOM THE BASE PANEL ) TEMINATED TO GOUND INSIDE THE BASE PANEL FO SIGNAL GOUND M MODEL E-9J O E-9 M MODEL E-9Y O KLEIN MODEL D-C ) ALL IOMING CLASS DC CABLES SHOULD BE UN AWAY FOM HIGH VOLTAGE WIEWAYS. ) THE I/O NETWOK (S85) USES THE DAIN WIE AS A CDUCTO CNECTED TO THE "" TEMINAL OF EACH DEVICE IN THE NETWOK. ) SPECIAL CAE SHOULD BE TAKEN WHEN STIPPING CABLE JACKETS SO AS T TO NICK O DAMAGE CDUCTO INSULATI (PEVENTING OPPOTUNITIES FO SHOTS). ) A MINIMUM OF " OF PVC JACKETING SHOULD BE EMOVED FOM THE CABLE END TO ALLOW FO TEMINATI OF ALL CDUCTOS (T ALL TEMINALS AE IN CLOSE POXIMITY). 5) PVC JACKET SHOULD BE STETCHED OVE ANY EMAINING FOIL (O TAPED WITH ELECTICAL TAPE) SO AS TO PEVENT SHOTING. DOLPHIN DC-. CABLE MANAGEMENT - M CNECTOS. CABLE MANAGEMENT - SPLICING TOOLS CABLE SHIELD SHOULD BE POTECTED BY EITHE THE PVC JACKET O ELECTICAL TAPE TO PEVENT SHOTS TIM OUTSIDE OF THE I/O NETWOK (S85) THE DAIN WIE IS TO BE: ) TIMMED FLUSH TO THE PVC JACKET AT THE END FUTHEST FOM THE BASE PANEL ) TEMINATED TO GOUND INSIDE THE BASE PANEL FO SIGNAL GOUND ) ALL IOMING CLASS DC CABLES SHOULD BE UN AWAY FOM HIGH VOLTAGE WIEWAYS. DC CIMPING INSTUCTIS ) INSET DOLPHIN SUPE B-WIE CNECTO FOM THE FT OF THE TOOL, T FOM THE SIDE. FOLLOW THE ED STIPE WITH THE B-CNECTO HOIZTAL DOWN THE MIDDLE OF THE ED LINE. MAKE SUE THE B-CNECTO IS EVEN BOTH SIDES OF THE ED LINE BEFOE CIMPING. ) STIP TO WIES, SOLID O STANDED, TO GAUGE WIES, TO A ½ OF INSULATI AND TWIST WIES TOGETHE BEFOE INSETI INTO B-CNECTO. ) ATCHET CIMPING TOOL UNTIL TOOL SPINGS OPEN. ) SPECIAL CAE SHOULD BE TAKEN WHEN STIPPING CABLE JACKETS SO AS T TO NICK O DAMAGE CDUCTO INSULATI (PEVENTING OPPOTUNITIES FO SHOTS). ) A MINIMUM OF " OF PVC JACKETING SHOULD BE EMOVED FOM THE CABLE END TO ALLOW FO TEMINATI OF ALL CDUCTOS (T ALL TEMINALS AE IN CLOSE POXIMITY). ) CABLE FOIL SHOULD BE NEATLY TIMMED TO THE PVC JACKET AND THE DAIN WIE UN TO THE LOCALLY POVIDED GOUND TEMINAL FO SIGNAL GOUND. (S85 WIING IS THE EXCEPTI TO THIS ULE SIE THE DAIN WIE IS GOUNDED AT THE BOAD) ACCEPTABLE CLASS LOW VOLTAGE BUTT CNECTOS PAT ACCEPTABLE CLASS & ELECTICAL TAPE PAT SCOTCHCODE WITE LABELS EMES 05 BIG SHANTY OAD N.W., SUITE 00 KENNESAW, GA 0 (PH) (FAX) ) PVC JACKET SHOULD BE STETCHED OVE ANY EMAINING FOIL (O TAPED) SO AS TO PEVENT SHOTING.. CABLE MANAGEMENT - DOLPHIN CNECTOS. CABLE MANAGEMENT - CNECTOS AND LABELS EMS CABLE MANAGEMENT DETAILS SHEET- BUILDING CTOLS T TO SCALE 0