Product Specifications

Transcription

1 Product Specifications Split System Heat Pump Up to 18 SEER Ton Capacity R410A Standard Features R-410A chlorine-free refrigerant Load 25%-110% Intelligent oil return technology Inverter Driven Rotary Compressor Crankcase Heater Standard Compressor Sound Blanket Multiple System Protection: 1. High pressure switch and low pressure transducer 2. Compressor Liquid return protection 3. Compressor high or low compression ratio protection 4. Compressor high temperature Protection NOTE: Appearance of unit may vary. 5. High low voltage Protection and Over Current Protection 6. IPM and electronic control board high temperature Protection AHRI certified; ETL listed Contents Nomenclature... 2 Product Specifications... 3 Expanded Data... 4 Performance Data... 8 Dimensions... 9 Wiring Diagram Cabinet Features Unique sound control top design Baked-on powder paint finish Wind Load compliant per Florida Building Code Wire fan discharge grille Steel louver coil guard 5 YEAR PARTS LIMITED WARRANTY R-410A REFRIGERANT 1

2 Nomenclature PRODUCT SPECIFICATIS Split System Heat Pump OUTDOOR UNIT MODEL NUMBER IDENTIFICATI GUIDE(single phase) Digit Position: Example Part Number: 1, , WC H M K A 1 WC = Condensing Unit A = Air Conditioner H = Heat Pump TYPE 8=18SEER 2436=2 tons - 3 tons 4860=4 tons - 5 tons 4 = R-410A M = Mitsubishi Compressor K = SEER CAPACITY RANGE REFRIGERANT FEATURE VOLTAGE Sales Code Extra Digit 2

3 Product Specifications Specifications Cooling Capacity Nominal Cooling (BTUh) Nominal Heating (BTUh) Decibels([dB(A)] load load Compressor RLA LRA Condenser Fan Motor Horsepower (HP) FLA Refrigeration System Refrigerant Line Size¹ Liquid Line Size ( O.D.) Suction Line Size ( O.D.) Refrigerant Connection Size Liquid Valve Size ( O.D.) Suction Line Size ( O.D.) Refrigerant Charge(R-410A,oz) Expansion Device Maximum Line Length Maximum Elevation Difference Charging Specifications Subcooling at Service Valve Electrical Data Voltage-Phase-Hz Minimum Circuit Ampacity ² Max. Overcurrent Protection 3 Min Max Volts Equipment Weight (lbs) Ship Weight (lbs) 4 34,600 33, ⅜" ¾" ⅜" ¾" 121 EEV 100 FT 50 FT FT 50 FT 10 F (± 2 F) 8 F (± 2 F) ,000 55, ⅜" ⅞" ⅜" ⅞" 163 EEV Tested and rated in accordance with AHRI Standard Wire size should be determined in accordance with National Electrical Codes; extensive wire runs will require larger wire sizes. 3 Must use time-delay fuses or HACR-type circuit breakers of the same size as noted. 4 Weight values are estimated. Notes Always check the rating plate for electrical data on the unit being installed. Unit is factory charged with refrigerant for 15 of ⅜ liquid line. System charge must be adjusted per Installation Instructions Final Charge Procedure. Installation of these units requires the specified TXV Kit to be installed on the indoor coil. THE SPECIFIED TXV IS DETERMINED BY THE OUTDOOR UNIT, NOT THE INDOOR COIL. 3

4 Expanded Data Indoor Airflow (CFM) Outdoor DB 24 AHU HP IWB ( O F) 59( O F) 63( O F) 67( O F) 71( O F) IDB ( O F) ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST refer to total capacity ST: refer to the ratio of sensible heat and total capacity : refer to total input power 4

5 Expanded Data Indoor Airflow (CFM) Outdoor DB 36 AHU HP IWB ( O F) 59( O F) 63( O F) 67( O F) 71( O F) IDB ( O F) ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST refer to total capacity ST: refer to the ratio of sensible heat and total capacity : refer to total input power 5

6 Expanded Data Indoor Airflow (CFM) Outdoor DB 48 AHU HP IWB ( O F) 59( O F) 63( O F) 67( O F) 71( O F) IDB ( O F) ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST refer to total capacity ST: refer to the ratio of sensible heat and total capacity : refer to total input power 6

7 Expanded Data Indoor Airflow (CFM) Outdoor DB 60 AHU HP IWB( O F) 59( O F) 63( O F) 67( O F) 71( O F) IDB( O F) ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST refer to total capacity ST: refer to the ratio of sensible heat and total capacity : refer to total input power 7

8 Performance Data Outdoor Unit Indoor Unit Cooling Capacity (BTUh) Heating Capacity CoilsAir Handlers Total SEER¹ EER² Hi HSPF 3 Low CFM Seasonal Energy Efficiency Ratio; Certified per ARI Energy Efficiency Ratio; Certified per ARI HSPF = Heating Seasonal Performance Factor; Certified per ARI Notes Always check the rating plate for electrical data on the unit being installed. The above data are for reference only, specific to the AHRI official inquiries shall prevail. 8

9 Dimensions W AIR DISCHARGE: ALLOW 60 MINIMUM CLEARANCE. Allow a minimum of 12 in. clearance on one side of access panel to a wall and a minimum of 24 in. on the adjacent side of access panel. Air inlets louvered panels allow 20 minimum clearance NOTE: APPEARANCE OF UNIT MAY VARY. MODEL SIZE HP Dimensions (Inches) "H" in. [mm] "W" in. [mm] "L" in. [mm] NOTES: HP: Heat Pump; [633] [843] 29-18[740] 29-18[740] 29-18[740] 29-18[740] SUCTI LINE LENGTHSIZE VS CAPACITY MULTIPLIER(R410A) Model Size 2 Ton 3 Ton 4 Ton 5 Ton Suction Line Connection Size 34" O.D. 34" O.D. 78" O.D. 78" O.D. Suction Line Run - Feet 58 Opt. 34* Std. 58 Opt. 34* Std. 34 Opt. 78* Std. 34 Opt. 78* Std. 25' Optional Standard 50' Optional Standard 100' Optional Standard NOTES: * Standard size Using suction line larger than shown in chart will result in poor oil return and is not recommended. 9

10 T5 PT Wiring Diagram (For 2436 ) PFC-L SV1 FORCE TF T3 T4 EEV HPS P P4 U V W P2 L1L2 C B Y W YELLOW YELLOW YG ORANGE BLACK BLUE ORANGE ORANGE ORANGE CCH V U W H L COM BROWN DSP1 3 4 LY FOR HP MODEL B AND W LY FOR HP MODEL 3 4 USE COPPER CDUCTORS LY SW5-1 SW5-2 Advance into the defrosting Normal defrosting Time Delay of the end defrosting:120s Time Delay of the end defrosting:60s N U V W BROWN + - CODE E4 H4 Fault description Temperature sensor fault(t3 T4 T5 TF) Highlow voltage protection Compressor discharge sensor(t5) is seated fault EEPROM fault H5 5 times (P2) protection in 100 minutes,system lockup H6 3 times (P4) protection in 100 minutes,system lockup H8 Pressure transducer(pt) short or open fault Hb High pressure(pt) protection in Heating HH 2 times(ph) protection in 200 minutes,system lockup PH Low discharge superheat protection PC Reversing valve fault protection F1 High pressure switch(hps) fault F3 5 times (P5) protection in180 minutes,system lockup F4 3 times (P0) protection in 120 minutes,system lockup F5 5 times (Hb) protection in 180 minutes,system lockup C3 Condensor coil sensor(t3) is seated fault in cooling 3 times (C3) protection in 120 minutes,system lockup 2 times (E7) protection in 180 minutes,system lockup 2 times (PC) protection in 180 minutes,system lockup CE 5 times (P1) protection in 150 minutes,system lockup RED LED FLSAH 4 8 Communication fault IPM module protection 9 Low dc voltage protection IPM control fault Compressor phase error GREEN LED 0 FLASH:Standby :Control board fault :Compressor operation CHECK 1s FORCE 6s 1s 6s CHECK THE SYSTEM PARAMETERS TEST MODE (NOT USED) FORCED DEFROSTING CHECK SW4-1 Not used SW4-2 Not used SW4-3 Adaptive capacity output disable Adaptive capacity output enable SW4-4 Accelerated coolingheating Normally coolingheating Detailed reference manual instructions E5 E7 E9 H0 Communication fault in main control chip H3 3 times (P3) protection in 120 minutes,system lockup, 3 times (P6) protection in 60 minutes,system lockup P0 P1 The module radiator temperature (TF)protection High pressure switch (HPS) protection Low pressure (PT) Protection P2 Compressor over current protection High compressor discharge temperature(t5) protection P3 P4 P5 High condensor coil temp. (T3) protection P6 IPM module protection C4 C5 C6 L0-L9 IPM module protection or frequent power onoff Indication under charge model L Running indication under T3 limited condition D Running indication under T5 limited condition P Running indication under compressor ratio limited condition F Running indication under Tf limited condition C Running indication under current limited condition U Running indication under low voltage limited condition H Running indication under high pressure(pt) limited condition in heating A Running indication under return oil model df Running indication under defrost model RC 2 PFC-L SV1 CAPACITANCE PFC INDUCTANCE 4-WAY VALVE CDENSER TEMPERATURE SENSOR T3 AMBIENT TEMPERATURE SENSOR( FOR HP SYSTEM) T4 10K RESISTANCE ( FOR COOLING LY SYSTEM) COMP. DISCHARGE TEMPERATURE SENSOR T5 PT URE TRANSDUCER TF RADIATOR TEMP. SENSOR CAP CAPACITANCE EEV ELECTRIC EXPANSIVE VALVE CCH CRANKCASE HEATER HPS HIGH URE SWIH WARNING: CABINET MUST BE PERMANMENTLY GOUNDED AND ALL WIRING TO CFORM TO I.E.C,N.E.C,C.E.C,C.L.C,AND LOCAL CODES AS APPLICABLE REPLACEMENT WIRE MUST BE THE SAME GAUGE AND INSULATI TYPE AS ORIGINAL WIRE WARNING ELECTRIC HAZARD 380 VOL TS DC WAIT 2 MINUTES AFTER DISCNECTING POWER,THEN VERIFY DC VOLTAGE LESS THAN 42 VDC AT INVERTER TEST POINTS P2-P4. COMPENTS MAY STORE A DANGEROUS ELECTRICAL POTENTIAL OF 380 VOLTS DC. FAILURE TO FLOWER THIS WARNING COULD RESULT IN PERSAL INJURY OR DEATH FORCED COOLING HEATING (CHARGE MODEL) 10

11 T5 PT Wiring Diagram (For 4860 ) TF T4 T F RADIATOR TEMP. SENSOR PFC- L COMP COMOR CCH SV1 EEV HPS L 1 L 2 C B Y W P2 P8 U V W P P FC-L PFC INDUCTANC E SV1 4-WAY VALVE CDENSER TEMPERATURE SENSOR E EV ELECTRIC EXPANSIVE VALV E CCH H PS HIGH URE SWI H U V W U V W ORANGE ORANGE WAIT 2 MINUTES AFTER DISCNECTING POWER,THEN VERIFY DC VOLTAGE LESS THAN 42 VDC AT INVERTER COMPENTS MAY STORE A DANGEROUS ELECTRICAL POTENTIAL OF 380 VOLTS DC. FAILURE TO FLOWER THIS WARNING COULD RESULT IN PERSAL INJURY OR DEATH DISP 4 USE COPPER CDUCTORS LY T3 T4 COMP. DISCHARGE TEMPERATURE SENSOR TRANSDUCE T5 P T R URE CRANKCASE HEATER LY FOR HP MODEL B AND W LY FOR HP MODEL RED YELLOW BROWN +BROWN T3 CN9 CN1 P4 CN6 N P10 - P9 RED DB VIN_N N_1 BLUE BLUE PFC-L YELLOW CN19 CODE E4 Fault description Temperature sensor Highlow voltage fault(t3 protection TF) 2 times (E6) protection in 10 minutes,system locku Communication fault in main control chi 3 times (P3) protection in 120 minutes,system lockup H4 3 times (P6) protection in 60 minutes,system lockup H5 5 times (P2) protection in 100 minutes,system lockup H 6 3 times (P4) protection in 100 minutes,system locku p T4 T5 H b High pressure(pt) protection in Heatin g H H 2 times(ph) protection in 200 minutes,system locku p PH Low discharge superheat protection P C 4-way fault protectio n F1 H igh p ressure switch(hps) faul t F3 5 times (P5) protection in180 minutes,system lockup F 4 3 times (P0) protection in 120 minute s,system locku p F5 5 times (Hb) protection in 180 minutes,system locku p C3 The T3 sensor is not seated fault 3 times (C3) protection in 120 minutes,system lockup C4 2 times (E7) protection in 180 minutes,system lockup C5 C6 2 times (PC) protection in 180 minutes,system lockup C E 5 times (P1) protection in 150 minutes,system locku p L T3 high temperature limit D T5 high temperature limit P Compression ratio protection limi t C Compressor current protection limi t U Forced operation mode F TF high temperature limit H Compressor oil retur n DF Voltage Defrost protection limit mode SW5-1 SW5-2 4 Advance into the defrosting Normal into the defrosting Time Delay of the end defrosting:120s Time Delay of the end defrosting:60s S W4-1 Not use d SW4-2 Not used Adaptive capacity output disable SW4-3 Adaptive capacity output enable Accelerated coolingheating SW4-4 Normally coolingheating GREEN LED 0 CHECK FORCE Communication IPM module protection Low dc FLASH:Standby : voltage IPM control Compressor Control fault :Compressor 1s 6s 1s 6s CHECK fault protection phase error board fault operation SYSTEM PARAMETERS TEST MODE (NOT USED) FORCED COOLING HEATING (CHARGE MODEL) FORCED DEFROSTING AMBIENT TEMPERATURE SENSOR( 10K RESISTANCE FOR HP SYSTEM) FOR COOLING LY SYSTEM) YELLOW CHECK FORCE LY FOR HP MODEL ( E5 DC fan motor The discharge E EPROM faul t fault sensor(t5) is not seated fault E6 E7 E9 E b p H 0 p H 3, H 8 Pressure transducer(pt) short or open faul t P0 P1 The High module radiator pressure L ow pressure (PT ) (HPS) temperature protection Protection (TF)protection P2 Compressor over current P3 T he discharge temp. (T5 ) P4 P6 IPM module protection protection Protection P 5 n High condensor coil temp. (T3) protectio P 8 Hurricane protection of the fan moto r L f IPM module protection or frequent power onof The factory Defaul t RED LED FLSAH * * Detailed reference manual instructions * WARNING: CABINET MUST BE PERMANMENTLY GOUNDED AND ALL WIRING TO CFORM TO I.E.C,N.E.C,C.E.C,C.L.C,AND LOCAL CODES AS APPLICABLE REPLACEMENT WIRE MUST BE THE SAME GAUGE AND INSULATI TYPE AS ORIGINAL WIRE 0-L9 11

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