Cabinet air leakage less than 2.0% at 1.0 inch H₂O when cooling and heat pump applications.

Transcription

1 AVPEC Multi-Position, Variable-Speed, ECM-Based Air Handler with Internal EEV, ComfortNet and Inverter Compatible to 5 Tons Contents Nomenclature... Product Specifications... Dimensions... Airflow Data... 5 Heat Kit Data... 6 Wiring Diagram... 8 Product Features Electronic Expansion Valve (EEV) for Cabinet air leakage less than.0% at.0 inch H₂O when cooling and heat pump applications. tested in accordance with ASHRAE standard 9 Variable-speed ECM blower motor Cabinet air leakage less than.% at 0.5 inch H₂O when Suitable for operation with inverter-driven products tested in accordance with ASHRAE standard 9 ComfortNet Communicating System compatible Horizontal or vertical configuration capabilities Provides constant CFM over a wide range of static " depth for easier attic access pressure conditions independent of duct system DecaBDE-free thermoplastic drain pan CFM indicator with secondary drain connections Provides adjustable low CFM Screw-less sides and back helps to reduce for efficient fan-only operation condensation when installed in humid locations All-aluminum evaporator coil Foil-faced insulation covers the internal Fault recall of six most recent faults casing to reduce cabinet condensation Improved humidity and comfort control Galvanized, leather grain-embossed finish kw 5 kw electric heater kits Glue-less cabinet insulation retention AHRI certified; ETL listed Tool-less filter access * Complete warranty details available from your local dealer or at To receive the 0-Year Parts Limited Warranty, online registration must be completed within 60 days of installation. Online registration is not required in California or Quebec. SS-FAVPEC 5/8 Supersedes 7/7

2 Nomenclature A V P E C 5 B AA 5 6, , Brand Engineering* A Single-Piece Air Handler Major/Minor Revisions *Not used for inventory management Unit Application Refrigerant Charge R Multi Position PSC Motor = R-0A S Multi Position EEM Motor V Multi Position Variable-Speed Electrical Motor - Communicating 08/0V, Phase, 60 Hz Cabinet Finish Cabinet Width U Unpainted B = 7½" P Painted C = " D = ½" Expansion Device E Electronic Expansion Valve Nominal SEER T Expansion Device = Tons = ½ Tons 8 = Tons V Inverter Tuned Expansion Valve 5 = Tons 6 = Tons 9 =-½ Tons 9 = Tons 7 = ½ Tons 59 = -5 Tons Communications 0 = ½ Tons = ½ Tons 60 = 5 Tons C = ComfortNet Compatible 6 = -5 Tons HKS X 0 X A AA 5 6,7 Unit Type Revisions HKS Heat Kit for Engineering Revisions Air Handlers Circuit Breaker A Single Phase 08 V E Three Phase 0 V X No circuit breaker B Single Phase 0 V F Three Phase 08/0 V C Circuit Breaker C Single Phase 08/0 V G Three Phase 60 V Heating 0 Volts D Three Phase 08 V 0.0 kw 5. kw Cabinet Size (MAX) 05.5 kw 9 9. kw wth 50F limit C C Cabinet kw 0 9. kw with 70F limit D D Cabinet kw kw X All Cabinet Sizes kw Phase SS-FAVPEC

3 Product Specifications Nominal Ratings AVPEC5 BA* AVPEC7 CA* AVPEC59 DA* AVPEC6 DA* Cooling (BTU/h),000 6,000 8,000 60,000 CFM (High range) 00/ / /50 000/600 Blower Diameter 0⅝" 0⅝" ⅝" ⅝" Width 6" 0⅝" 0⅝" 0⅝" Coil Drain Connection FPT ¾" ¾" ¾" ¾" Service Valve Liquid ⅜" ⅜" ⅜" ⅜" Suction ¾" ⅞" ⅞" ⅞" Electrical Data Voltage 08/0 08/0 08/0 08/0 Electric Heat Capacity (kw), 5, 6, 8, 0 5, 6, 8, 0, 5, 9 5, 6, 8, 0, 5, 0, 5 5, 6, 8, 0, 5, 0, 5 Min Circuit Ampacity.9/.9 6.5/ / /8.6 Max. Overcurrent Device (Amps) 5/5 5/5 5/5 5/5 Minimum VAC Maximum VAC Blower Motor Full Load Amps (FLA) Horsepower (HP) ½ ¾ Ship Weight (lbs.) Note: Minimum Circuit Ampacity (MCA) and Maximum Overcurrent Protection (MOP) for blower without supplemental heat installed. Refer to unit nameplate and/or Heat Kit Data for specification with approved accessory heaters installed. SS-FAVPEC

4 Dimensions 7 /6" (8.6 cm) 6 /8" (5.56 cm) /" (. cm) K C 5/8" (.59 cm) B 5/8" (.59 cm) J 5/6" (. cm) /8" (5.0 cm) 9 /" (.50 cm) 7 /" (9.05 cm) 5 /8" (.0 cm) /8" (7.9 cm) /8" (.9 cm) " (55.88 cm) 5/6" (8.7 cm) /" (.7 cm) 5/8" (. cm) 5/6" (. cm) /" (.5 cm) HORIZONTAL DRAIN PORT DETAIL /6" (6.8 cm) /" (.5 cm) /6" (7.78 cm) A G SEE HORIZONTAL DRAIN PORT DETAIL SUCTION TUBE LIQUID LINE INLET TUBE 5/6" (7.6 cm) /" (9.5 cm) 5/8" (. cm) 0 /6" (5.88 cm) E D VERTICAL DRAIN PORT DETAIL SEE VERTICAL DRAIN PORT DETAIL H /6" (.60 cm) F INLET (FRONT VIEW) /6" (.60 cm) " (.5 cm) 9.5" (9.5 cm) 9/6 (. cm) INLET (RIGHT SIDE VIEW) Model A B C D E F G H AVPEC5B 5⁷ ₁₆ 6⅜ 7½ 0 ½ ⅛ 9⅛ 7⅝ AVPEC7C 5⁷ ₁₆ 9⅞ ¹³ ₁₆ 8⅝ 7¹¹ ₁₆ 0¹³ ₁₆ 6¹³ ₁₆ AVPEC59D 5⁷ ₁₆ ⁵ ₁₆ ½ ½ 8⁵ ₁₆ ³ ₁₆ ⅝ 6⅞ AVPEC6D 58 ⁵ ₁₆ ½ 6⅛ ⅞ ³ ₁₆ ⁵ ₁₆ 5⅛ SS-FAVPEC

5 Airflow Data Model Stage Airflow CFM AVPEC5BA* AVPEC7CA* AVPEC59DA* AVPEC6DA* High Low High Low High Low High Low Note: During cooling operation outdoor will determine the indoor airflow Cooling/Heat Pump Airflow table Model AVPEC5BA* AVPEC7CA* AVPEC59DA* AVPEC6DA* Airflow Level CFM High 690 Low 95 High 65 Low 795 High 0 Low 870 High 60 Low 070 SS-FAVPEC 5

6 Heat Kit Data Model See notes on page 7. Circuit Circuit Single-Point Kit Amps MCA¹ MOP² Amps MCA¹ MOP² MCA¹ MOP² AVPEC5BAC 0.0/0.0.9/.9 5/ HKSX0XC - 08 V HKSX05XC - 08 V HKSX06XC - 08 V HKSX08XC - 08 V HKSX0XC - 08 V HKSC05XC - 08 V HKSC08XC - 08 V Breaker HKSC0XC - 08 V HKSX0XC - 0 V HKSX05XC - 0 V HKSX06XC - 0 V HKSX08XC - 0 V HKSX0XC - 0 V HKSC05XC - 0 V HKSC08XC - 0 V Breaker HKSC0XC - 0 V AVPEC7CAC 0.0/ /6.5 5/ HKSX05XC - 08 V HKSX06XC - 08 V HKSX08XC - 08 V HKSX0XC - 08 V HKSC05XC - 08 V HKSC08XC - 08 V HKSC0XC - 08 V Breaker HKSC5XA - 08 V HKSC9CA - 08 V HKSC5XF - 08 V ^ HKSX05XC - 0 V HKSX06XC - 0 V HKSX08XC - 0 V HKSX0XC - 0 V HKSC05XC - 0 V HKSC08XC - 0 V HKSC0XC - 0 V Breaker HKSC5XB - 0 V HKSC9CB - 0 V HKSC5XF - 0 V ^ AVPEC59DAC 0.0/ /8.6 5/ HKSX05XC - 08 V HKSX06XC - 08 V HKSX08XC - 08 V HKSX0XC - 08 V SS-FAVPEC

7 Heat Kit Data (Cont.) Model HKSC05XC - 08 V ¹ Minimum Circuit Ampacity (Heater Amps + Motor Amps) X.5 ² Maximum Overcurrent Protection =.5 X Motor Amps + Heater Amps Notation is correct as XB because technically the 0V heater kit application can be used here without any issues. ^ Circuit : Single-phase for Air Handlers Circuit : Three-phase for HKR Heater Kits --- indicates Not Required Note: The 08 or 0 in the heat kit part number field is for clarification of the nominal voltage for this model. Heating kw Correction Factor Supply Voltage Correction Factor Multiply the 0-volt heating capacity by correction factors. Circuit Circuit Single-Point Kit Amps MCA¹ MOP² Amps MCA¹ MOP² MCA¹ MOP² HKSC08XC - 08 V HKSC0XC - 08 V Breaker HKSC5XB - 08 V HKSC0DH - 08 V HKSX05XC - 0 V HKSX06XC - 0 V HKSX08XC - 0 V HKSX0XC - 0 V HKSC05XC - 0 V HKSC08XC - 0 V HKSC0XC - 0 V Breaker HKSC5XB - 0 V HKSC0DB - 0 V AVPEC6DAC 0.0/ /8.6 5/ HKSX05XC - 08 V HKSX06XC - 08 V HKSX08XC - 08 V HKSX0XC - 08 V HKSC05XC - 08 V HKSC08XC - 08 V HKSC0XC - 08 V Breaker HKSC5XB - 08 V HKSC0DH - 08 V HKSC5DA - 08 V HKSX05XC - 0 V HKSX06XC - 0 V HKSX08XC - 0 V HKSX0XC - 0 V HKSC05XC - 0 V HKSC08XC - 0 V HKSC0XC - 0 V Breaker HKSC5XB - 0 V HKSC0DB - 0 V HKSC5DB - 0 V SS-FAVPEC 7

8 RAM MONITOR WRITER FLASH DATA SHARE Wiring Diagram (SEE NOTE ) GROUND LUG TO HEATER KIT 08/0 VAC (SEE NOTE 7) L L PL PL GRND ECM MOTOR DISCONNECT COM BL 08 VAC VAC 0 VAC TR (SEE NOTE ) COM PU 08 VAC 0 VAC VAC YL TR (SEE NOTE ) PL PL FAN MOTOR GY BL INDOOR AIR CIRCULATOR BLWR GRND WH BR BL INSTALLING AUX ALARM (ALARM) (SEE NOTE 9) ~ HEATER KIT OUTPUT ~ ~ TB TB5 RELAY OUT (ACC-OUT) RELAY IN (ACC-IN) EEV COIL GR TH TB0 EEV TB5 ACC-OUT TB8 ACC-IN TB6 FU AUX ALARM (ALARM) KR KR XA XA OR BL YL M TB COM TB7 TR TB X5A PRESSURE SENSOR TR TB XA PS TH TB X5A FU DS6 SEG SEG THERMISTOR (HEAT EXCHANGER,) INTEGRATION TYPE DEHUM O XA Y (SEE NOTE 5) FAULT RECALL BS BS X8A Y XA CPU LED (SEE NOTE 6) LEARN W G C W R RX LED (SEE NOTE 6) STATUS LED (SEE NOTE 6) DS MPU ON OFF THERMOSTAT DS GY X7A DS5 DS INDOOR UNIT PCB DS V THERMOSTAT CONNECTIONS R W W Y Y G O DEHUM C L FUSE A TO MICRO TH W () W () CAS () CAS () +VDC () RX () TX () GRND () TR 08/0 VAC L 0 VA TRANSFORMER VAC HEAT COIL/R HEAT COIL/ R CONDENSATE SWITCH INDOOR AIR CIRCULATOR BLWR NOTES:. PLACE RED WIRES ON 08 V TERMINAL OF -TRANSFORMER (TR/TR) FOR 08 VAC OPERATION. COM INTEGRATED CONTROL MODULE GRND. MANUFACTURER'S SPECIFIED REPLACEMENT PARTS MUST BE USED WHEN SERVICING.. IF ANY OF THE ORIGINAL WIRES AS SUPPLIED WITH THIS UNIT MUST BE REPLACED, IT MUST BE REPLACED WITH WIRING MATERIAL HAVING A TEMPERATURE RATING OF AT LEAST 05 C. USE COPPER CONDUCTORS ONLY.. UNIT MUST BE PERMANENTLY GROUNDED AND CONFORM TO N.E.C ANDLOCAL CODES. 5. TO RECALL THE LAST 6 FAULTS, MOST RECENT TO LEAST RECENT, DEPRESS FAULT RECALL BUTTON FOR MORE THAN SECONDS WHILE IN STANDBY (NO THERMOSTAT INPUTS) 6. RED STATUS LED PROVIDES NETWORK STATUS. GREEN RX LED INDICATES NETWORK TRAFFIC. USE LEARN BUTTON TO RESET NETWORK. INTEGRATED CONTROL: LOW VOLTAGE LOW VOLTAGE FIELD HIGH VOLTAGE HIGH VOLTAGE FIELD JUNCTION TERMINAL INTERNAL TO RESISTOR OVERCURRENT PROT. DEVICE COLOR CODES: BL - BLUE - RED YL - YELLOW OR - ORANGE - BLACK GY - GREY BR - BROWN GR - GREEN PU - PURPLE WH - WHITE PL, PL DS - DS6 COMPONENT CODES: TL TR FU, FU PL, PL POWER/HEATER CONNECTOR SELECTOR SWITCH THERMAL LIMIT TRANSFORMER FUSE LINK TRANSFORMER CONNECTOR 7. DISCA CONNECTOR PL WHEN INSTALLING OPTIONAL HEAT KIT. 8. THE POSITION OF SELECTOR SWITCHES (DS - DS6) INDICATE FACTORY SETTING. PLUG CONNECTION EQUIPMENT GND FIELD GROUND 9. REMOVE SHORT RED CIRCUITING WIRE AND PUT AUX ALARM SWITCH WHEN INSTALLING AUX ALARM SWITCH. 0. USE N.E.C CLASS WIRE. 00A0050-A Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring. Warning High Voltage: Disconnect all power before servicing or installing this unit. Multiple power sources may be present. Failure to do so may cause property damage, personal injury, or death. 8 SS-FAVPEC