SEE SEPARATE PARTS LIST

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1 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS MULTI-TEMP INSTALLATION PROCEURE IMPORTANT: INSTALLATION OF REMOTE EVAPORATORS MUST E ONE, IN PART, Y A TECHNICIAN IN POSSESSION OF A CURRENT EPA SECTION 608 CERTIFICATION THE USA OR OTHER APPROPRIATE CERTIFICATION OUTSIE THE USA. 1.0 SELECT LOCATION FOR REMOTE EVAPORATOR WHICH OPTIMIZES AIR CIRCULATION. C UPATE SHT. INEX, SEE SHT JAN 2012 LT 72N0326P11 CAUTION: TRAILER MFR TO ETERMINE IF AJUSTMENT IN CORNER MOULING IS NECESSARY TO AVOI INTERFERENCE WITH EVAPORATOR MOUNTING 2.0 TRAILER MANUFACTURER TO PROVIE SMOOTH FLAT SURFACE IN SAME PLANE TO ACCEPT MOUNTING OF EVAPORATOR. INSTALL REMOTE EVAPORATOR. SEE TRAILER PREPARATION SHEET THE EVAPORATOR(S) SHOUL E MOUNTE WITH 1/2-13UNC (GRAE 5) CEILING MOUNTE STUS PER EVAPORATOR RAWING LOCATIONS. EVAPORATORS ARE ELIVERE WITH 16MM(0.63) HOLES. 3.1 IMPORTANT: ON AN 1100 EVAPORATOR, SHIMS(ITEM 105) ARE TO E INSTALLE ETWEEN THE CEILING AN EVAPORATOR TO PROVIE A SUFFICIENT RAINAGE SLOPE. TWO (2) SHIMS ARE TO E INSTALLE ON EACH MOUNTING STU ON THE RAINING SIE OF THE EVAPORATOR AN ONE(1) SHIM INSTALLE ON THE CENTER MOUNTING STUS. NO SHIMS ARE REQUIRE ON THE STUS LOCATE FARTHEST FROM THE RAIN SIE OF THE EVAPORATOR. AN AITIONAL TWO (2) SHIMS ARE PROVIE FOR SPECIAL MOUNTING APPLICATIONS (I.E. MOUNTING AN EVAPORATOR GUAR) 3.2 FOR 1100 EVAPORATORS ONLY, THE TWO (2) CENTER MOUNTING STUS ARE NOT REQUIRE WHEN 1/2-13 STUS ARE USE FOR THE FOUR (4) CORNER MOUNTING LOCATIONS. 4.0 TROUGH LOCATIONS: 4.1 WHEN USING A WALL TROUGH FOR TUING AN ELECTRICAL WIRING, THE TROUGH SHOUL EGIN AT A POINT 1-1/2 OWN FROM THE CEILING. THIS WILL ALLOW THE TUING FROM THE EVAPORATOR TO IRECTLY ENTER TROUGH EFORE MAKING THE FIRST EN TOWAR THE HOST UNIT. 4.2 IF A CEILING TROUGH IS USE, THE TROUGH SHOUL CONTINUE TO WITHIN 6 FROM THE REAR OF A SINGLE ISCHARGE EVAPORATOR. 4.3 IF A WALL TROUGH IS USE, THE TROUGH SHOUL CONTINUE TO A POINT 6 PAST THE SIE TUING CONNECTIONS OF A UAL ISCHARGE EVAPORATOR. 4.4 TROUGH SHOUL E ESIGNE WITH MATERIAL TO STRUCTURALLY PROTECT REFRIGERANT AN ELECTRICAL LINES. 5.0 FOR TIGHT FIT APPLICATIONS FOR THE UAL ISCHARGE REMOTE EVAPORATOR APPLICATIONS, SUCH AS 2200'S IN 96" WIE TRAILERS, AN APPLICATIONS WHERE THE MINIMUM 3" IS NOT AVAILALE, THE FOLLOWING SPECIAL ARE RECOMMENE. 5.1 EFORE INSTALLING THE REMOTE EVAPORATOR, MEASURE AN INSTALL PIPING FROM THE EVAPORATOR. THE RAIUS OF THE 90 ELOW SHOUL STAY INSIE THE EVAPORATOR AN E AS CLOSE TO THE UNIT AS POSSILE, WHILE LEAVING ENOUGH ROOM FOR THE INSULATION. A 7/8" O FOR THE FIRST THREE FEET (APPROXIMATELY) MAY ASSIST IN THE UNIT FIT; THEN TRANSITION TO THE 1-1/8" O. 5.2 REMOVE THE CONENSATE LINE FROM THE EN OF THE EVAPORATOR OPPOSITE THE REFRIGERANT LINES. ISCONNECT AN REMOVE THE 12VC-RESISTANCE WIRE FROM SAME SIE OF THE EVAPORATOR. 5.3 USE TWO CAP PLUGS(ITEM 95) AN SEAL THE RAIN PAN OUTLET FROM THE OPENING CREATE WHEN REMOVING THE CONENSATE LINES. 5.4 FIT SHIMS(ITEM 105) UNER THE MOUNTING OLTS IN ORER TO TILT THE EVAPORATOR 3/4" ON THE SIE THAT THE CONENSATE WILL RAIN. THIS WILL ALLOW CONENSATE TO EFFECTIVELY RAIN TO ONE SIE OF THE UNIT. 6.0 REFRIGERANT LINE SIZES! 6.1 THE HOST UNIT HAS A 1-1/8" CONNECTION. WHEN CONNECTING ANY EVAPORATOR, RUN THE ENTIRE LENGTH OF THE WITH 1-1/8" PIPE. 6.2 THE REMOTE EVAPORATORS ARE SHIPPE FROM THE FACTORY WITH A LOW PRESSURE NITROGEN GAS CHARGE. EFORE MAKING CONNECTION TO THE REMOTE EVAPORATOR, CAREFULLY REMOVE THE PLUGS FROM THE TUES AN AJUST THE TUE LENGTHS FROM THE EVAP. AS ESIRE. 6.3 THE HOST UNIT HAS A 3/8" LIQUI LINE CONNECTION. WHEN CONNECTING ANY EVAPORATOR, RUN THE ENTIRE LENGTH OF THE LIQUI LINE WITH 3/8" PIPE. 6.4 THE MUST E INSULATE. IT IS NOT NECESSARY TO INSULATE THE LIQUI LINE. 7.0 REFRIGERANT CONNECTIONS: 7.1 IT IS MANATORY THAT NITROGEN FLUSHING RAZE TECHNIQUES ARE USE ON EVERY RAZE TUING JOINT. THIS TECHNIQUE ELIMINATES OXIATION FROM THE RAZE! JOINTS, INTERNAL OXIATION WILL REUCE SYSTEM RELIAILITY. CAUTION: THE KING VALVE AN ISCHARGE SERVICE VALVE MUST REMAIN FRONT SEATE UNTIL THE REMOTE EVAP REFRIGERATION CONNECTIONS ARE COMPLETE AN THE OF THE SYSTEM IS EVACUATE. 7.2 TURN ALL REMOTE COMPARTMENT SWITCHES TO THE OFF POSITION. 7.3 CONNECT A GAUGE TO THE SUCTION SERVICE VALVE GAUGE PORT AN MI SEAT THE SUCTION SERVICE VALVE. UPATE SHEET INEX. ISE AN RENUMERE NOTES 8.1 THRU 8.7. SEE SHEET 2. INITIAL RELEASE OF -01 & -02; ISE NOTE 10.0; SEE ALL SHEETS. 06 NOV 2012 ZMG 72N0318P12 JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. IN LOW SIE!! 7.4 IF THE PRESSURE EXCEES 10psig, CONNECT LOW SIE TO REFRIGERANT RECLAIM EVICE AN RECLAIM UNTIL LOW-SIE PRESSURE IS ELOW 10psig. 7.5 ONCE THE PRESSURE IS SAFE, REMOVE THE KING VALVE CAP AN THE GAUGE FROM THE SUCTION SERVICE GAUGE PORT. 7.6 PUT THE UNIT INTO SERVICE MOE, THE MICRO ISPLAY WILL SHOW "ENTERING SERVICE MOE", THE EVXV AN CSMV WILL OPEN TO 100%, ONCE THEY ARE OPEN THE MICRO WILL SHOW "RECOVER/LEAK CHK/EVAC MOE". NOTE: THE OES SWITCH MUST REMAIN ON URING THIS PROCESS OR THE UNIT WILL AUTOMATICALLY EXIT SERVICE MOE AN CLOSE ALL OF THE VALVES. 7.7 CONNECT NITROGEN GAS AN PURGE INTO KING VALVE, ALLOW GAS TO FLOW THROUGH THE LOW SIE OF THE SYSTEM AN OUT THE SUCTION SERVICE VALVE GAUGE PORT. CAUTION: FLOW SHOUL E MINIMAL IN ORER TO MAKE PROPER RAZING CONNECTIONS LINE CAPPE TUES FOR CONNECTION TO THE REMOTE EVAPORATOR. CONTENTS SEE SEPARATE PARTS LIST SHEET INEX INSTL INSTR PART NO. WITHOUT JOINT LOWOUT AN TO SAFELY REMOVE THE LIQUI AN SUCTION 7.8 UNRAZE CAPPE TUES FROM HOST UNIT LIQUI AN SUCTION CONNECTIONS AT ROASIE TOP REAR OF UNIT. 7.9 MAKE ALL ELECTRICAL CONNECTIONS IN REMOTE EVAP; MUST E COMPLETE EFORE RAZING TURN ON REMOTE COMPARTMENT SWITCH AN PUT UNIT INTO SERVICE MOE. THIS WILL NOW ALSO OPEN THE LSV IN THE REMOTE,ALLOWING NITROGEN TO FLOW THROUGH THE REMOTE EVAPORATOR FIT COPPER LINES FROM HOST UNIT CONNECTIONS TO REMOTE EVAP AN CONTINUE NITROGEN GAS PURGE THROUGH ALL RAZE CONNECTIONS ONCE ALL RAZE CONNECTIONS ARE COMPLETE LEAK CHECK THE LOW SIE OF THE SYSTEM AFTER LEAK CHECK,EVACUATE THE LOW SIE OF THE SYSTEM FROM THE KING VALVE AN THE SUCTION SERVICE VALVE GAUGE PORT, URING EVACUATION THE MICRO ISPLAY WILL SHOW "EVAC/CHARGE MOE". EVACUATE TO 0 MICRONS AFTER EVACUATION IS COMPLETE OPEN THE KING VALVE AS THE PRESSURE RISES IN THE LOW SIE OF THE SYSTEM THE EVXV,CSMV AN THE LSV WILL ALL CLOSE AN THE MICRO ISPLAY WILL SHOW "CHARGE MOE - HOL = TO EXIT THE = MUST E PRESSE AN HEL FOR SIX SECONS TO EXIT THIS MOE" REMOVE GAUGES, ACKSEAT ALL SERVICE VALVES, RE-INSTALL SERVICE VALVE CAPS SEE SERVICE MANUAL FOR AITIONAL INFORMATION. CAUTION: ISCONNECT ALL ATTERIES EFORE WORKING ON ELECTRICAL SYSTEM. 8.0 ELECTRICAL CONNECTIONS: 8.1 LOCATE AN REMOVE ACCESS PANEL FROM HOST UNIT EVAPORATOR. LOCATE CONNECTORS AN CLIP WIRE TIES SECURING CONNECTORS TO EVAP FRAME. CONNECT REMOTE EVAPORATOR CALES AN PLACE CALE GROMMETS INTO HARNESS OPENINGS. SECURE CONNECTORS AN CALE INSIE EVAP FRAME USING WIRE TIES. RE-INSTALL COVER AN MAKE SURE GROMMETS ARE SECURE. NOTE: ON 3 COMPARTMENT UNITS MAKE SURE THE LONGEST REMOTE EVAPORATOR CALE IS ATTACHE TO THE 3R COMPARTMENT CONNECTORS IN THE HOST EVAPORATOR. 8.2 THE EVAPORATOR FANS AN HEATERS OPERATE ON 460V (NOMINAL), 3 PHASE POWER. ALL RE INSULATE WIRES IN THE ELECTRICAL HARNESS ARE INTENE FOR HIGH VOLTAGE. 8.3 THE 1100 EVAPORATOR USES ONLY ONE RAIN WIRE RESISTER(WR). ROUTE THE RAIN WIRE TO THE APPROPRIATE SIE OF THE EVAPORATOR AN OUT THE RAIN TUE. TIE THE EXCESS RAIN WIRE EITHER TO THE SUCTION LINE ON ONE EN OR THE WIRE HARNESS ON THE OPPOSITE EN WITH ITEM 80 TO KEEP IT OUT OF THE FAN. 8.4 THE WIRING HARNESSES FOR THE REMOTE EVAPORATOR SHOUL E RUN ALONG WITH THE SUCTION AN LIQUI LINE TO THE HOST UNIT. CAUTION: WHEN ROUTING HARNESS, CLAMP THE HARNESS EVERY 2' AN AVOI CHAFING AT EVAPORATOR EN. ON'T KINK WIRES, ON'T FOL HARNESS OVER INTO NOTE: STRIP WIRE ENS 0.25[6.4] EFORE INSERTING INTO ELECTRICAL CONNECTOR. CAUTION: USE EXTREME CAUTION TO AVOI CUTTING THE INSULATION ON WIRES WHEN SHEET ESCRIPTION COMP. SYS. 1,2,3 & COMP. SYS. 5,6 & COMP. SYS 13,14,15 & 16 WITH TROUGH, TROUGH COVER AN EVAPORATOR FRAME. CUT HARNESS TO LENGTH TROUGH AN ON'T CLAMP 12V CALE AN 460V CALE TOGETHER WITH THE SAME CLAMP. CUTTING WIRE HARNESS SLEEVE. 8.5 USE THE RING TERMINAL SUPPLIE (ITEM 8), AN PROPER CRIMPING TOOL (CT AMP # ) FOR THE GROUN WIRE IN THE CALE FOR EACH EVAPORATOR. 8.6 COMPLETE ALL ELECTRICAL CONNECTIONS ON THE REMOTE EVAPORATOR PER WIRING INSTRUCTIONS ON SHEET IF A REAR MOUNTE REMOTE CONTROL/INICATOR PANEL IS USE, THE CONTROL CALE MAY E RUN WITH THE SUCTION, LIQUI LINE AN THE EVAPORATOR WIRE HARNESS TO THE HOST UNIT. 9.0 RAIN TUE CONNECTIONS: 9.1 EFROST RAIN TUES PROVIE Y THE TRAILER MANUFACTURER SHOUL E CENTERE ON THE EVAPORATOR AN PLACE 10 TO 11 FROM THE CEILING. A 7/8"I../ 15/16"O.. RAIN TUE IS SUPPLIE FOR CONNECTION OF THE REMOTE EVAPORTOR RAIN OUTLET WHICH IS TO E INSTALLE INTO THE TRAILER OEM SUPPLIE WALL RAIN. THE RAIN TUE SUPPLIE Y CARRIER IS ESIGNE TO GO INSIE THE WALL RAIN PIPE SUPPLIE Y THE OY UILER OEM. THE WALL RAIN MUST E CPVC SCHEULE 40 RATE AT 200 F[93 c] OR EQUIVALENT. 9.2 THE 1100 EVAPORATOR USES ONLY ONE OF THE TWO EFROST RAINS. THE UNUSE RAIN IS PLUGGE WITH PLUG PROVIE WITH THE EVAPORATOR. USE 2 SHIMS UNER OLT CLOSEST TO WALL, ONE SHIM ON CENTER OLT AN NO SHIMS ON OLT IN CENTER OF TRAILER. 9.3 THE 2200 WITH EVAPORATOR USES OTH EFROST RAINS MICROPROCESSOR CONFIGURATION: SET MICROPROCESSOR CONFIGURATION "C2 EVAP" AN "C3 EVAP" TO THE PROPER MOELS, SEE SHEET'S 9,10 & URING INITIAL RUN OF THE UNIT, THE REMOTE EVAPORATOR TXV'(S) SUPERHEAT MUST E CHECKE AN AJUSTE AS REQUIRE. FOR COMPLETE INSTRUCTIONS ON REMOTE EVAPORATOR SUPERHEAT AJUSTMENT. SEE SUPERHEAT AJUSTMENT PROCEURE ON SHEET CONSULT APPLICATION ENGINEERING FOR PROPER INSTALLATION OF FEATURES NOT SUPPLIE Y CARRIER FOR COPPER TROUGH INSTALLATIONS REFER TO IN AITION TO THE INFORMATION PRESENTE IN THIS OCUMENT.! CRITICAL INFORMATION FOR UNIT INSTALLATION. SHEET GENERAL INFORMATION 1 & 2 TRAILER PREPARATION/REFRIGERANT LINE ROUTING 3,4,5 & 6 ELECTRICAL IAGRAM 7 & 8 SYSTEM CONFIGURATION 9 EVAPORATOR INFORMATION 10,11,12 & 13 SHEET 1 OF 15 PRINT ISTRIUTION

2 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS SUPERHEAT AJUSTMENT PROCEURE REMOTE EVAPORATOR SUPERHEAT SETTING IS CRITICAL TO PROPER UNIT OPERATION AN RELIAILITY. IN ORER TO HAVE OPTIMUM PERFORMANCE FROM OTH THE REMOTE EVAPORATOR AN THE HOST UNIT, THE SUPERHEAT MUST E PROPERLY SET. FOLLOW THESE SIMPLE STEPS TO SET AN AJUST REMOTE EVAPORATOR SUPERHEAT: 1. PLACE A THERMOCOUPLE AS CLOSE AS ONE CAN GET TO THE TXV SENSING UL, LOCATE ON THE. TO O THAT, ONE HAS TO OPEN THE PRESTITE TAPE AROUN THE TXV SENSING UL AREA. IN ORER TO HAVE ACCURATE REAING FROM THE THERMOCOUPLE, IT SHOUL E INSTALLE ON THE COPPER TUING NEXT TO THE SENSING UL, AN IT SHOUL E POSITIONE AT 5 OR 7 O'CLOCK. ALSO, IT SHOUL E SECURE WITH A PIECE OF ELECTRICAL TAPE AOUT THE SIZE OF 1/2 IN SQUARE. THE PRESTITE TAPE INSULATION MUST E PLACE ACK ON AN SECURE WITH A STRAP CLAMP. CLOSE THE FAN GRILLE. IMPORTANT: ON EVAPORATORS WITH 2 TXV'S, THERMOCOUPLE IS ONLY REQUIRE ON 1 TXV. 2. CONNECT A SUCTION PRESSURE GAUGE TO THE FLARE FITTING WITH SCHRAER VALVE. 3. THERE IS AN EXTERNAL AJUSTMENT SCREW ON THE SIE OF THE TXV. FIRST, TURN CLOCKWISE TO FULLY CLOSE TXV. THEN, STARTING FROM THE FULLY CLOSE POSITION, TURN COUNTER CLOCKWISE AN STOP AFTER 3 COMPLETE TURNS (1 COMPLETE TURN EQUALS 360 ). IMPORTANT: ON EVAPORATORS WITH 2 TXV'S, O SAME AJUSTMENT ON OTH TXV'S. 3 COMPARTMENT CONNECTORS 2 COMPARTMENT CONNECTORS C 4. SET THE HOST UNIT TO -20 F SETPOINT SO THE HOST UNIT STAYS IN SIX CYLINER HIGH SPEE COOLING. ALSO, THE MIN. OFF TIME AN OVERRIE. TEMPERATURE FUNCTIONAL PARAMETERS CAN E SET TO THEIR LARGEST VALUES TO KEEP C1 HEATING TO A MINIMUM. SET REMOTE EVAPORATOR COMPARTMENT AT 0 F TO KEEP HOST UNIT OPERATING IN HIGH SPEE. MAINTAIN THE EVAPORATOR COMPARTMENT TEMPERATURE AS CLOSELY AS POSSILE TO 35 F. TO ACHIEVE THIS, ONE CAN ARRANGE THE ULKHEA AN OPEN THE TRAILER OOR SLIGHTLY IF IT IS NEEE, UNTIL TEMPERATURE IS STALE. REMEMER, OPENING THE TRAILER OOR FOR AN EXTENE PERIO OF TIME WILL ALLOW MOISTURE INSIE THE TRAILER AN FROST THE EVAPORATOR COIL, WHICH WILL MAKE THE SUPERHEAT UNSTALE. 5. TAKE AT LEAST 10 REAINGS OF THERMOCOUPLE URING A 15 MINUTE PERIO WHEN THE REMOTE EVAPORATOR COMPARTMENT TEMPERATURE IS AROUN 35 F. IT IS NORMAL TO SEE THE THERMOCOUPLE REAING VARY. IT COUL E UE TO THE COMPARTMENT TEMPERATURE NOT CONTROLLE CONSISTENTLY AT 35 F. USE THE AVERAGE OF 10 REAINGS AS THE TXV UL TEMPERATURE. REA SUCTION PRESSURE FROM THE PRESSURE GAUGE. 6. USING A PRESSURE-TEMPERATURE (P/T) CHART FOR R404A REFRIGERANT, CONVERT THE SUCTION PRESSURE TO TEMPERATURE. THE AVERAGE UL TEMPERATURE MINUS THE SUCTION TEMPERATURE EQUALS THE OPERATING SUPERHEAT. 7. THE AOVE INSTRUCTE PROCEURE SHOUL PROUCE AOUT F OF SUPERHEAT. IF NOT, ONE NEES TO AJUST THE TXV. 8. ONE COMPLETE TURN OF 360 WILL GENERATE APPROXIMATELY 7 F OF SUPERHEAT. TO ECREASE SUPERHEAT, TURN THE SCREW COUNTER-CLOCKWISE; TO INCREASE SUPERHEAT, TURN IT CLOCKWISE. AFTER AJUSTMENT IS COMPLETE, PLEASE REPEAT STEP #5. IMPORTANT: ON EVAPORATORS WITH 2 TXV'S. IF AJUSTMENT IS MAE ON THE TXV WITH THERMOCOUPLE, MAKE SAME AJUSTMENT ON THE OTHER TXV. 9. REA COMPRESSOR SUCTION TEMPERATURE AN PRESSURE FROM THE MICROPROCESSOR. CONVERT THE SUCTION PRESSURE TO TEMPERATURE USING THE R404A P/T CHART. SUCTION TEMPERATURE MINUS THE CONVERTE TEMPERATURE EQUALS SUCTION SUPERHEAT. AS AN AITIONAL VERIFICATION, SUCTION SUPERHEAT SHOUL E ETWEEN F. C REMOTE EVAP HOST ELECTRICAL CONNECTIONS (ACCESS PANEL REMOVE TO SHOW CONNECTORS) AE REMOTE EVAP HOST ELECTRICAL CONNECTIONS ETAIL. 06 NOV 2012 ZMG 72N0318P12 C ISE SPEC. 4. REMOVE SPEC. 10,11 & JAN 2012 LT 72N0326P11 AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 2 OF PRINT ISTRIUTION

3 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS 5.83 [148.2] 7.33 [186.3] 5.83 [148.2] 4. [114.3] INCLUING TROUGH} SEE STU ETAIL 4. [114.3] MIN. SEE STU ETAIL 3.00 [76.2] MIN. SEE STU ETAIL INSTALLATION TIPS 1. USE FLAT FLOORING IN THE FLOOR SECTION UNER THE ULKHEA. 2. PROVIE A THERMAL REAK IN THE FLOOR UNER THE ULKHEA. FOR MOVALE LOCATION ULKHEAS, USE RUERIZE HARWOO FLOORS. 3. COVER REFRIGERANT LINES TO AVOI IMPACT AMAGE [279.4] MAX [254.0] MIN [279.4] MAX [254.0] MIN [279.4] MAX [254.0] MIN. 4. INSTALL A GUAR AROUN THE EVAPORATOR TO PENT IMPACT AMAGE. EFROST RAIN INSERT INTO WALL RAIN PIPE EFROST RAIN INSERT INTO WALL RAIN PIPE EFROST RAIN INSERT INTO WALL RAIN PIPE OUTSIE LAYER WALL TROUGH CEILING TROUGH WALL & CEILING TROUGH INSULATION UAL ISCHARGE ROA SIE SINGLE ISCHARGE ROA SIE 5.83 [148.2] SEE STU ETAIL 4. [114.3] INCLUING TROUGH SEE STU ETAIL 7.33 [186.3] 4. [114.3] MIN [148.2] SEE STU ETAIL 3.00 [76.2] MIN. VERTICAL FRAMING (NON-CONUCTIVE) INSIE LAYER [279.4] MAX [254.0] MIN [279.4] MAX [254.0] MIN [279.4] MAX [254.0] MIN. 1/2-13 STU, THREAE FULL LENGTH. MUST SUPPORT WEIGHT OF EVAP. (GRAE 5 OR ETTER) 60 FT-LS TORQUE HARWARE TO [81 Nm] STU ETAIL 3. [88.9] MAX [76.2] MIN. EFROST RAIN INSERT INTO WALL RAIN PIPE EFROST RAIN INSERT INTO WALL RAIN PIPE EFROST RAIN INSERT INTO WALL RAIN PIPE WALL TROUGH CEILING TROUGH WALL & CEILING TROUGH UAL ISCHARGE CUR SIE SINGLE ISCHARGE CUR SIE TRAILER PREPARATION FOR EVAPORATOR AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 3 OF PRINT ISTRIUTION

4 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS TUING INSTRUCTIONS 8.64 [219.5] 14. [219.5] TROUGH TO E LOCATE WITHIN THIS AREA TO AVOI EVAPORATOR MOUNTING STUS CAUTION: HOST UNIT IS SHIPPE FULLY CHARGE FROM FACTORY. SEE NOTE #7 ON SHEET #1 FOR PROCEURE TO REMOVE CAPPE TUES FROM HOST UNIT. 1. ELLS ON TUES FROM HOST ARE MEANT TO ACCEPT 3/8" AN 1 1/8" REFRIGERATION TUING. 2. MAKE TUING CONNECTIONS USING ITEMS 40,45,, & ROUTE TUING TO REAR EVAPORATORS TO MINIMIZE EXPOSURE TO AMAGE. 4. FOR COPPER TO COPPER RAZING IT IS REQUIRE THAT A RAZING MATERIAL OF 15% SILVER, 5% PHOSPHOROUS IS USE (FLUX IS NOT REQUIRE FOR COPPER TO COPPER JOINTS). SOFT SOLER RAZING MATERIAL IS NOT RECOMMENE. 5. CLOSE CELL FOAM INSULATION IS PROVIE TO COVER THE ENTIRE LENGTH. 85 A PLUG (ITEM #85) AFTER RAZING IS COMPLETE 6. IF A CEILING TROUGH IS INSTALLE FOR A MH EVAP, THE TROUGH SHOUL ANGLE TO THE SIE WALL AT THE CENTER OF THE EVAP. 7. IT IS RECOMMENE TO REMOVE ACCESS PANEL FROM ACK PANEL AN MOVE ELECTRICAL CALE AWAY FROM TUING EFORE RAZING REFRIGERANT TUING AT HOST UNIT. (4.5 ) [114] (6.0 ) [153] SINGLE ISCHARGE REMOTE (MHS-1100 AN MHS-2200) UAL ISCHARGE REMOTE (MH-1100 AN MH-2200) EVAP FRAME (REF.) (10.9 ) [277] 6.0" [152.4] MIN.FOR PIPING INSTALLATION 3.0' [914.4] MIN. CLEARANCE TO ULKHEA FACING AIR ISCHARGE A 8.0' [2438.5] MIN COMPARTMENT NO. 1 REFRIGERANT LINE ROUTING CEILING TROUGH CONFIGURATION (WIRING NOT SHOWN FOR CLARITY) ACCESS PANEL (SEE NOTE #7) A + = 4.0' MIN (WHERE:A IS AT LEAST 1.0' MIN. AN IS AT LEAST 1.0' MIN. 4.0 [101.6] MIN. 6.0 [152.4] MIN. 1. [38.1] 85 A PLUG (ITEM #85) AFTER RAZING IS COMPLETE (4.5) [114] (6.0) [153] SINGLE AN UAL ISCHARGE REMOTE EVAP INSTALLATION (2 REMOTE COMPARTMENTS SHOWN FOR ILLUSTRATION ONLY) EVAP FRAME (REF.) (10.9) [277] JAN SS 72N0001P10 REFRIGERANT LINE ROUTING WALL TROUGH CONFIGURATION (WIRING NOT SHOWN FOR CLARITY) ACCESS PANEL (SEE NOTE #7) SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 4 OF PRINT ISTRIUTION

5 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS SEE GROUNING PROCEURES ON SHEET 6 TROUGH COVER TROUGH [47.6] O INSULATION 1.13 [28.6] O 65 TRAILER WALL TRAILER CEILING 7.00 [177.8] MIN. HIGH VOLTAGE WARNING 2.63 [66.7] [9.53] O LIQUI LINE 0. [12.7] O 12V ELECTRICAL CALE 7.00 [177.8] MIN. CAUTION: 12V LINES ARE NOT TO E CLAMPE TO THE 460V LINES 1. [38.1] MIN FOR INSIE EPTH OF CEILING RECESS (NOT PROVIE) HIGH VOLTAGE LAELS-PLACE ON TROUGH COVER APPROXIMATELY EVERY 5.0'. ETAIL "G" COMPARTMENT INSTALLATION CLAMP TUES & CALE SECURELY INSIE TROUGH TO PENT AMAGE FROM VIRATION. SPACING ETWEEN CLAMPS NOT TO EXCEE 24". (SEE SHEET 6 FOR CLAMPING REQUIRE FOR COPPER TROUGH INSTALLATIONS) 0. [12.7] O 460V ELECTRICAL CALE 1. MIN WALL [38.1] RECESS WITH COVER PLATE (NOT PROVIE) TROUGH COVER TROUGH SEE GROUNING PROCEURES ON SHEET 6 TRAILER WALL O INSULATION [47.6] 65 TRAILER CEILING HIGH VOLTAGE WARNING 2.63 [66.7] 2.34 [59.4] 1.13 [28.6] O [9.53] O LIQUI LINE 0. [12.7] O ELECTRICAL CALE (12V CALES FROM COMP2 & 3 CLAMPLE TOGETHER) 7.00 [177.8] MIN. 1. [38.1] MIN FOR INSIE EPTH OF CEILING RECESS (NOT PROVIE) CAUTION: 12V LINES ARE NOT TO E CLAMPE TO THE 460V LINES HIGH VOLTAGE LAELS-PLACE ON TROUGH COVER APPROXIMATELY EVERY 5.0'. -02 ONLY ETAIL "H" ONLY 0. [12.7] O ELECTRICAL CALE (460V CALES FROM COMP 2 & 3 CLAMPE TOGETHER) 1. MIN WALL [38.1] RECESS WITH COVER PLATE (NOT PROVIE) 3 COMPARTMENT INSTALLATION CLAMP TUES & CALE SECURELY INSIE TROUGH TO PENT AMAGE FROM VIRATION. SPACING ETWEEN CLAMPS NOT TO EXCEE 24". (SEE SHEET 6 FOR CLAMPING REQUIRE Y UTILITY TRAILER ENGINEERING) IN ETAIL G: ITEM #23 QTY 20 WAS ITEM #20 QTY 20; AE 3 ETAIL H FOR 3 COMPARTMENT INSTALLATION JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 5 OF PRINT ISTRIUTION

6 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS TO GROUN THE HOST UNIT RECOMMENE GROUNING PROCEURE (FOR ALUMINUM TROUGHS WITHOUT EXISTING GROUN HARWARE) 1. LOCATE THE 8 GA. GREEN GROUN WIRE FROM THE HOST UNIT AN ROUTE TO TROUGH. ATTACH GROUN PLATE ( ITEM 115) TO TROUGH USING METHO ESCRIE IN NOTES 3 & IF NECESSARY, CUT WIRE TO LENGTH AN TERMINATE WITH M6 RING TERMINAL (ITEM 15) AN HEAT SHRINK TUING (ITEM 90). USE THE PROPER CRIMPING TOOL (GREENLEE K05-1GL). ATTACH WIRE TO PLATE ASSY USING THE HARWARE FROM PLATE ASSY. 3. SECURE WIRE TO THE HIGH VOLTAGE LINES USING WIRE TIES (ITEM 80). IMPORTANT MAKE SURE ALL WIRES ARE PROPERLY SECURE AWAY FROM ANY SURFACES OR EGES THAT CAN RESULT IN CHAFING. TO GROUN THE HOST UNIT ALTERNATE GROUNING PROCEURE (FOR ALUMINUM TROUGHS WITH EXISTING GROUN HARWARE) & COPPER INSERT 1. LOCATE AN ROUTE THE 8 GA. GREEN GROUN WIRE FROM THE HOST UNIT TO THE TROUGH. 2. IF NECESSARY, CUT WIRE TO LENGTH AN TERMINATE USING M6 RING TERMINAL (ITEM 15) AN HEAT SHRINK TUING (ITEM 90). USE THE PROPER CRIMPING TOOL ( GREENLEE K05-1GL). ATTACH WIRE TO TROUGH USING THE HARWARE PROVIE IN THE TROUGH AS SHOWN ELOW. 3. SECURE WIRE TO THE HIGH VOLTAGE LINES USING WIRE TIES (ITEM 80). TO GROUN THE REMOTE EVAPORATOR 4. ATTACH 8 GA. GREEN GROUN WIRE (ITEM 10) TO GROUN STU INSIE THE REMOTE USING THE STAINLESS STEEL NUTS ON THE UNUSE STU IN THE REMOTE. ROUTE THE WIRE TO THE TROUGH. ATTACH WIRE TO TROUGH USING HARWARE SUPPLIE IN TROUGH AS SHOWN ELOW. TO GROUN GUARS 5. GUARS ARE RECOMMENE TO PROTECT WIRES AN PIPING FROM REMOTE EVAPORATORS TO TROUGH. 6. RILL (2) [4.98] IA HOLES IN EACH GUAR USING GROUN PLATE (ITEM 110) AS A TEMPLATE. 7. ATTACH GROUN PLATE (ITEM 110) TO EACH GUAR USING (2) ALUM. RIVETS (ITEM 28) PER PLATE. 8. FOR THE REMOTE EVAPORATOR GUARS ROUTE THE GROUN WIRE INTO THE REMOTE EVAPORATOR AN ATTACH TO GROUN STU AS IN NOTE FOR THE HOST UNIT GUAR ROUTE THE GROUN WIRE TO THE TROUGH AN ATTACH TO GROUN STU AS IN NOTE 2. IMPORTANT 2 COMPARTMENT SHOWN (REFRIGERANT LINES NOT SHOWN) MAKE SURE ALL WIRES ARE PROPERLY SECURE AWAY FROM ANY SURFACES OR EGES THAT CLAMPING CLAMP SPACING NOT TO EXCEE 12" ETWEEN CLAMPS CAN RESULT IN CHAFING. LOW VOLTAGE LINES HIGH VOLTAGE LINES 2 COMPARTMENT SHOWN (REFRIGERANT LINES NOT SHOWN) LOW VOLTAGE LINES RASS WASHER SUPPLIE WITH TRAILER HIGH VOLTAGE LINES OR USE LOCKTITE ON HARWARE FOR ALL GROUN CONNECTIONS GROUN WIRE (NOTES 1 & 2 FOR HOST UNIT) RASS NUT SUPPLIE WITH TRAILER USE LOCKTITE ON HARWARE FOR ALL GROUN CONNECTIONS. RASS OLT SUPPLIE WITH TRAILER GROUN PLATE ITEM 115 FOR HOST UNIT GROUNING IMPORTANT NOTES 1. O NOT USE SELF-TAPPING SCREW FOR GROUN CONNECTION TO TROUGH UE TO CORROSION RISK. GROUN WIRE (NOTES 1-3 FOR HOST UNIT) (NOTE 4 FOR REMOTE EVAPORATOR) 2. IF TROUGH COVER IS ALUMINUM, TROUGH COVER MUST E ONE TO TROUGH. 3. IF TROUGH IS NOT ALUMINUM & COVER IS ALUMINUM, SECURE GROUN PLATE ASSY ON INSIE OF THE COVER USING RECOMMENE GROUNING PROCEURE. GROUN PLATE W/WIRE ITEM 110 FOR REMOTE EVAPORATOR GROUNING AN GROUNING OF GUARS 4. CONTACT APPLICATION OR SERVICE ENGINEERING WITH ANY QUESTIONS. 5. COMPLETE CONTINUITY AN IELECTRIC TESTS PER THE PRE-ELIVERY INSPECTION (PI) SHEET. AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 6 OF PRINT ISTRIUTION

7 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS HARNESS CONNECTOR REMOTE EN REMOTE EVAPORATOR CONNECTOR COLOR & MARKING GAGE/MM 2 LUE "1" 16/1 WHITE "1" 12/3 PURPLE "1" 16/1 WHITE "2" 12/3 GREEN "1" 12/3 PINK "1" 16/1 GREY "1" 12/1 ROWN "1" 22/0.35 ROWN "2" 22/0.35 YELLOW "1" 22/0.35 YELLOW "2" 22/0.35 GREY "1" 16/1 HARNESS CONECTOR UNIT EN C1 12 WAY CONNECTOR/LACK COLOR & ARESS COLOR & GAGE C1 12 WAY CONNECTOR/LACK ARESS MHS OR MH 1100/2200} CAVITY FUNCTION GRAY 1 WHITE 1 C1-1/C1-2 1 S GRAY 2 WHITE 1 C1-1/C1-2 2 S WHITE 1 WHITE 1 SP10/C1-3 3 ON 12 GREEN WHITE 1 SP5/C1-4 4 GROUN WHITE 2 WHITE 1 SP4/C1-5 5 CWR LUE 1 WHITE 1 LSV-/C1-6 6 LSV- PINK 1 WHITE 1 C6-4/C1-7 7 IPEVM PURPLE WHITE 1 HT-/C1-8 8 EVHTS YELLOW 1 WHITE 0.8 C1-9/TT-A 9 TT YELLOW 2 WHITE 0.8 C1-10/TT- 10 TT ROWN 1 WHITE 0.8 C1-11/RAT-A 11 RAT ROWN 2 WHITE 0.8 C1-12/RAT- 12 RAT UTT SPLICE AN HEAT SHRINK NOTES: 1.0 REMOVE THE PLATE SIE WHERE THE REFRIGERANT CIRCUIT IS, TAKE THE PLASTIC AG WHICH IS FIXE WITH THE HARNESS EVAPORATOR. 2.0 CUT THE HARNESS TO LENGTH CRIMP THE APPROPRIATE TERMINALS AN CONNECT THE EUTSCH CONNECTOR, LACK FOR LOW VOLTAGE CONNECTOR C1 USING EUTSCH TOOL # CUT OFF THE HIGH VOLTAGE C2 & C3 CONNECTORS (ON THE REMOTE EVAP. SIE) AN WIRE ACCORING TO THE CHART 4.0 USE THE UTT SPLICES (CT P/N ) & HEAT SHRINK TUING (CT P/N ) PROVIE IN A PLASTIC AG ATTACHE TO THE HARNESS IN THE REMOTE EVAP. 4.1 USE THE PROPER CRIMPING TOOL CT P/N MUST USE HEAT SHRINK WITH EPOXY MELT LINER 5.0 IMPORTANT: FOR MHS1100 & 2200 REMOTE EVAPS, WIRES RE 4, RE 5, AN RE 6 (SEE CHART) FROM HOST UNIT ARE NOT CONNECTE TO ANY WIRES IN THE REMOTE EVAP, UT MUST E SEALE OFF USING HEAT SHRINK TUING PROVIE WITH REMOTE EVAPS. USE A PAIR OF NEELE NOSE PLIERS TO PINCH OFF EN OF TUING WHILE STILL WARM. MHS OR MH 1100/ CHECK THAT THE FANS, WHEN OPERATING O NOT INTERFERE WITH THE INLET RING FANS. COLOR & MARKING GAGE/MM 2 RE "4" 16-14/1.5 RE "5" 16-14/1.5 RE "6" 16-14/1.5 RE "7" 16-14/1.5 RE "8" 16-14/1.5 RE "9" 16-14/1.5 RE "1" 16-14/1.5 RE "2" 16-14/1.5 RE "3" 16-14/1.5 HARNESS CONECTOR UNIT EN HOST EN RE 7 RE 1.5 C3-1/SP1 FAN RE 8 RE 1.5 C3-2/SP3 FAN RE 9 RE 1.5 C3-3/SP2 FAN REMOTE EN COLOR & ARESS COLOR GAGE ARESS FUNCTION RE 1 RE 1.5 HTR1-A HEATER RE 2 RE 1.5 HTR1- HEATER RE 3 RE 1.5 HTR1-C HEATER RE 4 RE 1.5 HTR2-A HEATER RE 5 RE 1.5 HTR2- HEATER RE 6 RE 1.5 HTR2-C HEATER GREEN/YELLOW ATTENTION: GROUN WIRE SHOUL E LONG ENOUGH TO ATTACH TO GROUN STU ON THE INSIE OF THE SIE PLATE OF EVAPORATOR. SEALE OFF FOR MHS SEE NOTE URING TEST MAKE SURE FANS ARE OPERATING IN THE CLOCKWISE IRECTION. 8.0 CONNECTOR AN SPLICES MUST E PLACE INSIE REMOTE EVAP AN FASTENE AS HIGH IN EVAP AS POSSILE TO AVOI WATER ACCUMULATION. 9.0 O NOT EN PVC SLEEVING, AS TO AVOI OPENING THE CONNECTOR SEALS AN LOSE WATER PROOF SEAL. CUT OFF/REMOVE (SEE NOTE 3.0 & 4.0) REMOTE EVAPORATOR SEE NOTE 7.0 CEILING TRAILER CONNECTOR C1 PVC SLEEVING TY-WRAP TY-WRAP COPPER TUING MULTI-TEMP HARNESS WIRE IAGRAM FOR MHS AN MH 1100/2200 AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 7 OF PRINT ISTRIUTION

8 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS CONNECTOR PIN NO. CONNECTOR - C1 TERMINAL 1 C1-1/C1-2 2 C1-1/C1-2 3 SP10/C1-3 4 SP5/C1-4 5 SP4/C1-5 6 LSV-/C1-6 7 C6-4/C1-7 C1 12 VC CIRCUIT LSV A A A SP10 A HT1 A HT2 TT RAT SP4 CWR 2 CWR 1 SP5 IF OOR SWITCH OPTION IS USE. CUT THIS WIRE AN ATTACH WIRE ENS TO OOR SWITCH. (WHITE WIRE C1-1 TO C1-2) CONNECTOR PIN NO. CONNECTOR - C1 TERMINAL 1 C1-1/C1-2 2 C1-1/C1-2 3 SP10/C1-3 4 SP5/C1-4 5 SP4/C1-5 6 LSV-/C1-6 7 C6-4/C VC CIRCUIT C1 LSV A SP10 IF OOR SWITCH OPTION IS USE. CUT THIS WIRE AN ATTACH WIRE ENS TO OOR SWITCH. (WHITE WIRE C1-1 TO C1-2) A A A HT1 A HT2 TT RAT SP4 CWR SP5 8 HT-/C1-8 FOR UAL OUTLET UNITS ONLY 8 HT-/C1-8 FOR UAL OUTLET UNITS ONLY 9 C1-9/TT-A 9 C1-9/TT-A 10 C1-10/TT- 10 C1-10/TT- HTR1 11 C1-11/RAT-A 12 C1-12/RAT- HTR1 11 C1-11/RAT-A 12 C1-12/RAT- HTR2 HTR2 UTT SPLICE CONNECTIONS UTT SPLICE CONNECTIONS IP IP IP EVM1 IP EVM2 IP EVM3 IP EVM4 EVM1 EVM2 IP CIRCUIT OF EACH MOTOR OPERATES ON 12 VC HIGH VOLTAGE CIRCUIT 460V (NOMINAL) IP CIRCUIT OF EACH MOTOR OPERATES ON 12 VC HIGH VOLTAGE CIRCUIT 460V (NOMINAL) IAGRAM FOR MHS/MH/ EVAPORATOR ONLY SHOWN WITH HIGH VOLTAGE CONNECTORS REMOVE IAGRAM FOR MHS/MH EVAPORATOR ONLY SHOWN WITH HIGH VOLTAGE CONNECTORS REMOVE AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 8 OF PRINT ISTRIUTION

9 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS HOST UNIT COMP 1 COMP 1 COMP 1 COMP 1 LIQUI LINE OR /8" ELLOW FOR SYSTEM 2 1-1/8" X 7/8" REUCER ELOW FOR SYSTEM 1,3 & 4 COMP 2 COMP 2 COMP 2 COMP 2 REMOTE EVAPORATOR 7/8" STRAIGHT PIPE FOR SYSTEMS 1,3 &4 PIPING SCHEMATIC SCHEMATIC FOR INFORMATION ONLY EXACT PIPING TO E ETERMINE Y REMOTE EVAPORATOR STYLE, APPLICATION AN LOCATION ALL CONNECTING COMPONENTS ARE AS NEEE SYSTEM 1 SYSTEM 2 COMP 2 - MHS 2200 SINGLE ISCHARGE EVAPORATOR CHOOSE "MHS2200" FOR C2 EVAP CONFIG COMP 2 - MH 2200 UAL ISCHARGE EVAPORATOR CHOOSE "MH2200" FOR C2 EVAP CONFIG 2 COMPARTMENT SYSTEMS WITH ONE 2200 SIZE REMOTE EVAPORATOR SYSTEM 3 SYSTEM 4 COMP 2 - MHS 1100 SINGLE ISCHARGE EVAPORATOR CHOOSE "MHS1100" FOR EVAP CONFIG COMP 2 - MH 1100 UAL ISCHARGE EVAPORATOR CHOOSE "MH1100" FOR EVAP CONFIG 2 COMPARTMENT SYSTEMS WITH ONE 1100 SIZE REMOTE EVAPORATOR ISE PIPING SCHEMATIC;AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 9 OF PRINT ISTRIUTION

10 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS HOST UNIT LIQUI LINE IF NEEE COMP 1 COMP 1 COMP 1 60 REMOTE EVAPORATOR IF NEEE COMP 3 COMP 3 COMP 2 COMP 3 COMP 2 COMP 3 COMP IF NEEE IF NEEE REMOTE EVAPORATOR COMP 2 SCHEMATIC FOR INFORMATION ONLY EXACT PIPING TO E ETERMINE Y REMOTE EVAPORATOR STYLE, APPLICATION AN LOCATION ALL CONNECTING COMPONENTS ARE AS NEEE SYSTEM 5 SYSTEM 6 SYSTEM 7 COMP 2 - ONE MHS 1100 SINGLE ISCHARGE EVAPORATOR COMP 3 - ONE MH 1100 UAL ISCHARGE EVAPORATOR CHOOSE "MHS1100" FOR C2 EVAP CONFIG CHOOSE "MH1100" FOR C3 EVAP CONFIG COMP 2 - ONE MH 1100 UAL ISCHARGE EVAPORATORS COMP 3 - ONE MH 1100 UAL ISCHARGE EVAPORATORS CHOOSE "MH1100" FOR C2 EVAP CONFIG CHOOSE "MH1100" FOR C3 EVAP CONFIG COMP 2 - ONE MHS 1100 SINGLE ISCHARGE EVAPORATORS COMP 3 - ONE MHS 1100 SINGLE ISCHARGE EVAPORATORS CHOOSE "MHS1100" FOR C2 EVAP CONFIG CHOOSE "MHS1100" FOR C3 EVAP CONFIG 3 COMPARTMENT SYSTEMS WITH TWO 1100 SIZE REMOTE EVAPORATORS NEW SHEET #10 JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 10 OF PRINT ISTRIUTION

11 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS HOST UNIT LIQUI LINE OR COMP 1 COMP 2 COMP 1 COMP 1 COMP 1 COMP 2 COMP 2 COMP 2 56 IF NEEE IF NEEE 60 REMOTE EVAPORATOR COMP 2 MHS OR MH 2200 COMP 3 COMP 3 COMP COMP 3 56 REMOTE EVAPORATOR IF NEEE COMP3 MHS OR MH 1100 IF NEEE PIPING SCHEMATIC SCHEMATIC FOR INFORMATION ONLY EXACT PIPING TO E ETERMINE Y REMOTE EVAPORATOR STYLE, APPLICATION AN LOCATION ALL CONNECTING COMPONENTS ARE AS NEEE SYSTEM 13 SYSTEM 14 COMP 2 - ONE MHS 2200 SINGLE ISCHARGE EVAPORATOR COMP 3 - ONE MHS 1100 SINGLE ISCHARGE EVAPORATOR CHOOSE "MHS2200" FOR C2 EVAP CONFIG CHOOSE "MHS1100" FOR C3 EVAP CONFIG COMP 2 - ONE MH 2200 UAL ISCHARGE EVAPORATOR COMP 3 - ONE MHS 1100 SINGLE ISCHARGE EVAPORATOR CHOOSE "MH2200" FOR C2 EVAP CONFIG CHOOSE "MHS1100" FOR C3 EVAP CONFIG SYSTEM 15 SYSTEM 16 COMP 2 - ONE MHS 2200 SINGLE ISCHARGE EVAPORATOR COMP 3 - ONE MH 1100 UAL ISCHARGE EVAPORATOR CHOOSE "MHS2200" FOR C2 EVAP CONFIG CHOOSE "MH1100" FOR C3 EVAP CONFIG COMP 2 - ONE MH 2200 UAL ISCHARGE EVAPORATOR COMP 3 - ONE MH 1100 UAL ISCHARGE EVAPORATOR CHOOSE "MH2200" FOR C2 EVAP CONFIG CHOOSE "MH1100" FOR C3 EVAP CONFIG 3 COMPARTMENT SYSTEMS WITH ONE 1100 SIZE REMOTE EVAPORATOR AN ONE 2200 REMOTE EVAPORATOR} NEW SHEET #11 JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 11 OF PRINT ISTRIUTION

12 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS CONVERSION CHART ECIMAL FRACTIONAL / [68.2] / / / / [880.0] [798.0] / / / / / [79.4] / / / / / / / [72.0] [4.0] [4.0] / / [399.3] 4.26 [108.2] [1044.0] 2.17 [.1] 5.45 [138.4] 5.83 [148.1] 1.77 [45.0] 3.46 [87.9] 7.03 [178.6] [275.6] 7/8 O TUE HARNESS ACCESS LIQUI LINE 3/8 O TUE 1.75 [44.5] SUPPLY AIR RETURN AIR EVAPORATOR WEIGHT MH LS [53.1KG] RAIN CONNECTION RAIN CONNECTION MH SUPPLY AIR AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 12 OF PRINT ISTRIUTION

13 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS 2.44 [62.0] [21.0] CONVERSION CHART ECIMAL FRACTIONAL 1.61 [41.0] [666.0] [668.0] [666.0] 2.95 [75.0] / / / / / / / / / / [880.0] [798.0] / / / / / /32 0. [12.7] 1.10 [27.9] 4.33 [110.0] 1.11 [28.2] 1.89 [48.0] 7.03 [178.5] 4.45 [113.0] [275.6] 1-1/8 O TUE HARNESS ACCESS SUPPLY AIR RETURN AIR LIQUI LINE 3/8 O TUE [440.0] EVAPORATOR WEIGHT RAIN CONNECTION RAIN CONNECTION MH LS [102.1KG] 1.00 [25.4] 2 PLACES MH AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 13 OF PRINT ISTRIUTION

14 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS 2.83 [72.0] [4.0] [1044.0] [4.0] CONVERSION CHART ECIMAL FRACTIONAL 2.87 [72.9] 2.45 [62.2] 4.45 [113.0] 2.87 [72.8] 3.58 [91.0] 4.76 [121.0] [280.0] 3.38 [85.9] / / / / / / / [413.9] / /16 HARNESS ACCESS [762.0] / / / [600.0] / / / / / [62.0] 3.54 [90.0] 7.76 [197.0] 7/8 O TUE LIQUI LINE 3/8 O TUE [275.6] 0.83 [21.0] SUPPLY AIR EVAPORATOR WEIGHT MHS LS [48.1KG] RETURN AIR RAIN CONNECTION RAIN CONNECTION MHS AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 14 OF PRINT ISTRIUTION

15 P.O. ox 4805 PROPRIETARY TO CARRIER CORPORATION A N SHALL NOT E USE SUMISSION OF THESE RAWINGS OR OCU MENTS CONVERSION CHART SUPPLY AIR ECIMAL FRACTIONAL / [700.00] [600.00] / / / / / / / / / / / / [62.0] / / / / [59.0] [391.7] 4.31 [109.5] / / [666.0] [668.0] [666.0] 2.95 [75.0] / [21.0] 7/8 O TUE 2.31 [58.7] 7.87 [200.00] SUPPLY AIR [275.5] RETURN AIR LIQUI LINE 3/8 O TUE 4.45 [113.0] 3.35 [85.2] 2.04 [51.7] 4.04 [102.5] [353.0] HARNESS ACCESS EVAPORATOR WEIGHT MHS LS [98.0KG] RAIN CONNECTION RAIN CONNECTION 0.79 [20.0] 2 PLACES SUPPLY AIR MHS /8 O TUE WAS 1-1/8 O TUE; AE 3 COMPARTMENT M/T TO RAWING JAN SS 72N0001P10 SYM ISION RECOR ATE Y ENGR. M.E. NPCA NO. SHEET 15 OF PRINT ISTRIUTION