Home

Service Manual Prime Series_(Airwell)

1. 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 319 27 WB DB 21 29 WB DB C 23 32 WB DB C Suction Pressure Bar g 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 15 PERFORMANCE DATA amp PRESSURE CURVES Arnell 5 8 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 2008 C 15 DB C Discharge Pressure Bar g 0 5 10 Outdoor Temp WB C Suction Pressure VS Outdoor Temp 15 DB C 20 DB C 25 DB C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 16 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 9 Model Prime 9 WAP9 R22 5 9 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD 15 24 17 24 19 27 21 29 23 32 SC PI 067 067 067 067 067 PI 072 073 073 073 0 73 078 079 079 PI 0 84 086 086 087 0 88 re 221 240 265 275 sc 165 176 191 197 200 PI 091 0 93 0 94 0 95 0 95 0 98 100 101 103 104 RER 11 ia TC Total Cooling Capacity kWv SC Sensible Capacity kW PI Po
2. SM PRIME 1 A 1 GB 6 3 SOUND LEVEL CHARACTERISTICS 90 90 GCN12 class A Cooling GCN12 class A Heating 80 80 70 50 70 WIN pepe 60 Z II NC 60 4 50 NC 50 40 40 30 30 EIN UI 2 Z lr ALL AERE AMA 1 7 1 30 30 c 20 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE 20 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE Agi SS ee F F F F 63 125 250 500 1000 200 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz BAND CENTER FREQUENCIES Hz N N 44 5 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR HHHH u Pd PTT 7 NC 20 NC 20 MIN R CSP9 class C Cooling CSP9 class C Heating 90 90 80 80 70 70 70 70 60 60 obe s Ee He yb ed 60NC 1 60NC 50 50 50NC 1 5
3. APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE at ae 63 125 250 500 1000 2000 BAND CENTER FREQUENCIES Hz 4000 8000 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR 90 80 70 60 50 40 30 20 HAHAH 22 NC 50 EC CNN L H TLHHj H H APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE Ere I es 4 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz SM PRIME 1 A 1 GB Arnell ELECTRICAL DATA f ELECTRICAL DATA 7 1 Single Phase Units To indoor To indoor Max Current Circuit Breaker Power Supply Wiring No X Cross Section mm ee 5x1 0 mm 2x0 5 mm OCT senser 5 1 0 mm 2x0 5 mm OCT senser Interconnecting Cable ST 2 2 ld lo EC Power Supply Wiring No X Cross Seion mm m terconnecting Cabe RO 5x1 0 mm 2x0 5 mm OCT senser 5x15 mm 2x05 mm OCT senser Interconnecting Cable ST 8 odd No X Cross mn NOTE Power wiring cord should comply with local lows and electrical regulations requirements 3x1 0 mm 3x1 0 mm SM PRIME 1 A 1 GB 7 1 Airwell WIRING DIAGRAMS 8 WIRING DIAGRAMS 8 1 Indoor Unit Prime 7 9
4. sch 14 18 SM PRIME 1 A 1 GB bl EXPLODED VIEWS AND SPARE PARTS LISTS 14 19 Outdoor Unit GCN9 12 ST R410A class A 16 Oy d a 9 10 11 SM PRIME 1 A 1 GB 14 19 EXPLODED VIEWS AND SPARE PARTS LISTS rall 14 20 Outdoor Unit GCN9 ST R410A class A no tem code Deseripton 1 4516158 Cover panel Painting assy ENEN emearen umm x 4 7 2 14 201019 Nut 8 455000108 Double patch Capacitor for fan 455000502 Compressor Capacitor 35uF With Screw 453090300 Compressor Assy PA108X1C 4FZ 452795300 Nut With Flange M6 20 3 1 1 22 4518022 Cap Clip 453121700 Capillary 2 6 1 4 900 464770007 Rear Plate Right Painting Assy GCZ 9 12 464800000 Guard Net ODU Painting Assy 2 2 2 2 2 2 2 2 2 2 453090700 Condenser System Assy 30 Install Accessory 464770001 Rear Plate Left Painting Assy Bg 1 1 1 1 1 1 1 3 2 3 3 5 6 7 8 9 3 4 5 6 7 8 8 8 9 3 4 5 3 14 20 SM PRIME 1 A 1 GB Arnell EXPLODED VIEWS AND SPARE PARTS LISTS 14 21 Outdoor Unit GCN12 ST R410A class A 4516158 Cover panel Painting assy 4522551 Grille A of GCN L lifter Front panel A Painting assy Base Painting assy 453086200 Side Plate Painting Assy 516857 BIG SIDE COVER 204107 Cable clip Nylon
5. 25 DB C 20 DB C 15 DB C Discharge Pressure Bar g Outdoor Temp WB C Suction Pressure VS Outdoor Temp 15 DB C 20 DB C 25 DB C Suction Pressure Bar g Outdoor Temp WB C 5 40 SM PRIME 1 A 1 GB SOUND LEVEL CHARACTERISTICS 6 SOUND LEVEL CHARACTERISTICS 6 1 Sound Pressure Level Unit Wall Figure 1 6 2 Soud Pressure Level Spectrum Measured as Figure 1 PRIME 7 PRIME 9 90 ar I T T Sp T 1 1 90 80 80 70 70 NSS SS 60 gt 60 50 40 40 30 30 THRESHOLD OF 5 APPROXIMATE B zi l 20 THRESHOLD OF ER 1 HEARINGFOR BONTINUGUS x X CONTINUOUS Pi NOISE Pl 4 NOISE pe a SE SS Ee 58 I 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz BAND CENTER FREQUENCIES Hz 20 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR HH HE 5 2 a e FAN SPEED LINE SM PRIME 1 A 1 GB 6 1 SOUND LEVEL CHARACTERISTICS Airwell 6 2 Sound Pressure Level PRIME
6. emm avowed s sw Lee a mem m emm 77171 EE 32 465440010 Frame Right Crank SM PRIME 1 A 1 GB EXPLODED VIEWS AND SPARE PARTS LISTS 14 5 EXPLODED VIEWS AND SPARE PARTS LISTS Amel 14 6 Indoor Unit Prime 18 R22 RA10A No Item Code Description Quantity 465100015 Grill Alpha 17 F 453080800 Filter 470500003 FilterAssy 5 Front Frame Assy Delta 17 Fixed RPM Air 5 453081000 Screw Cover 6 453102200 Evaporator Assy Air Outlet Frame 8 4518664 Drain hose 9 4527509 Horizontal Flap Vertical Flap A Vertical Flap B Bearing assy fan Impeller Fan Unit Housing Assy ALPHA 17 Mount Bracket Assy TUBE CLIP ResinMotor 18W 1200rpm1000rpm Cover motor 8 9 0 4523507 Step motor 455013700R PowerCordWithoutPlug 3G 1 5 2100 187 CABLE LOCKER 21 Display Board Assy DELTA EHK 936A035 0 22 SENSOR BASE 23 Controller Delta 17 22 S W 10V14 24 Thermistor Indoor 25 320mm Indoor Air Inlet Temperature Se Terminal Cover 28 Defrost cable EXPORT UNITS O 29 R C RC4 32 Grill Left Crank 32 Grill Right Crank 14 6 SM PRIME 1 A 1 GB Zobel EXPLODED VIEWS AND SPARE PARTS LISTS SM PRIME 1 A 1 GB 14 7 EXPLODED VIEWS AND SPARE PARTS LISTS par 14 8 Outdoor Unit CSP 9 RC R410A class C No Description Jouan Lee FrontpanetPamingassyconana 1 73 26400004 Base Pate PamingaseyconaRaroa t 75 650
7. Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB C 23 32 WB DB C Suction Pressure Bar g 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 27 PERFORMANCE DATA amp PRESSURE CURVES 5 14 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 20 DB C 15 DB C Discharge Pressure Bar g 0 5 10 Outdoor Temp WB C Suction Pressure VS Outdoor Temp 15 DB C 20 DB C 25 DB C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 28 SM PRIME 1 A 1 GB Airwell PERFORMANCE DATA amp PRESSURE CURVES 5 15 Model Prime 12 WAP12 R22 5 15 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD CoiltC 090 091 091 091 3 81 2 46 098 099 099 1 00 276 299 330 347 363 223 a PI 1 05 107 107 1 08 109 OPI LR TC Total Cooling Capacity kWv SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB Dry Bulb Temp C ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories
8. 4 O1 O1 N NIO OQ G oo O gt 2 2 27 453121600 Capillary 2 6 1 6 900 a a I 35 453166600 Install Accessory 5 2 24 25 26 28 29 ES ES ES E 35 SM PRIME 1 A 1 GB 14 21 EXPLODED VIEWS AND SPARE PARTS LISTS snjall 14 22 Outdoor Unit ONG3 17 RC R410A 14 22 SM PRIME 1 A 1 GB Arnell EXPLODED VIEWS AND SPARE PARTS LISTS 14 23 Outdoor Unit ONG3 17 RC R410A No Item Code Item Desc Quantity 4527203 Motor Support 464600001 Base Plate Painting Assy 4527202 Partition Plate 455000506 Compressor Capacitor With Screw 453012700 Electric Panel 4516637 Out sensor Black 4524176 1 4 Ligiud Valve R410A 463600000 Capillary Assy 469270002 Insulation Rub Felt Compress 463230014 Way Strainer Painting Top Cover 4510677 Nut With Flange M8 D 24 NN HN s 2 REM CR 16 ERU _ 19 20 BER EM 2 EM EM 2 EM EM EM mw WER 7 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 26 27 28 29 30 31 32 33 34 35 36 37 38 SM PRIME 1 A 1 GB 14 23 EXPLODED VIEWS AND SPARE PARTS LISTS 14 24 Outdoor Unit ONG3 17 RC R22 IODODOOO
9. TC Total Cooling Capacity kWv SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB Dry Bulb Temp ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories Chapter 15 SM PRIME 1 A 1 GB 5 37 PERFORMANCE DATA amp PRESSURE CURVES 5 19 2 5 38 Heating ENTERING WB OD COIL C ENTERING AIR DB ID COIL C EXER KEN 283 155 143 283 1 53 ZAKEN bestoe Total Heating Capacity kW Power Input kW Wet Bulb Temp C Dry Bulb Temp C Indoor Outdoor 2 72 60 2 94 3 14 3 75 5 40 5 94 6 44 6 78 SM PRIME 1 A 1 GB Airwell PERFORMANCE DATA amp PRESSURE CURVES 5 20 Model Prime18 RELAX17 NRC R22 5 20 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB 49 27 WB DB C 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB C 23 32 WB DB C zi o o gt o Suction Pressure Bar g a N o 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 39 PERFORMANCE DATA amp PRESSURE CURVES Eras 5 20 2 Heating Discharge Pressure VS Outdoor Temp
10. CONTINUOUS NOISE NOISE AQ i 10 TI t t 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz BAND CENTER FREQUENCIES Hz HEARING FOR CONTINUOUS OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO 1NC 20 F 1NC 20 GCNO class A Heating 90 90 GCNO class A Cooling 80 80 RE 70 70 60 60 NSS ALL 50 50 40 40 30 30 eee 20 APPROXIMATE T Sg 20 APPROXIMATE T T be THRESHOLD OF ud N I T I THRESHOLD OF IL NE I T HE HEARING FOR X HH oe INC 20 HEARING FOR I T 20 CONTINUOUS s T NC 20 CONTINUOUS T Sp ES 20 NOISE i i i i I NOISE 5 i i 1 10 re f T 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz BAND CENTER FREQUENCIES Hz J E Ce Cl F 2 I OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR
11. Notes IFAN HE1 and HE2 will be activated according to the relevant Heating Mode Sect In case of any malfunction in the relay control circuit the OCT is also monitored during heating mode Whenever OCT reaches 70 c which indicates a high pressure in the outdoor coil the COMP will be forced off automatically The COMP can be turned on again only after the 3 min COMP ON delay and the OCT is under 70 c The OPER LED will not blink in this case SM PRIME 1 A 1 GB 12 21 CONTROL SYSTEM 12 9 12 22 Temp Selected desired temp Fan Any Timer Timer On Timer Off Feel On or Off Control function E g Starts or stops the unit operation after pre set time If RC 1 is used the timer setting will be 0 5 24 Hr from the moment the timer is set The minimum resolution is 30 minutes If RC 2 or later version of remote controls is used the timer setting will be 0 00 23 50 real time with 10 minutes resolution After power failure all pre set timers are cleared The system is forced to STBY mode and the Timer LED indicator is blinked to indicate the situation The LED keeps blinking until the timer settings can be reloaded from a R C message Note If all timers are inactive the system will not be forced OFF after the power failure The last OPER STBY status will be loaded from the EEP instead When the A C receives any valid message from a R C the current ON OFF timer
12. 12 12 2 By Remote Control Settings a 1 TURNING ON THE POWER Turn ON the power make sure that the unit is in operation b STEP 2 ENABLE SELF TEST MODE e Use the remote control to send the first settings to display indoor unit HEAT mode HIGH IFAN set temperature to 16 C no I FEEL Sleep or any other timer settings are needed e Cover the IR transmitter components in the remote control so that it will not transmit the signals to the indoor unit display e Use the remote control to send the second settings to display indoor unit COOL mode LOW IFAN no I FEEL Sleep or any other timer settings e Uncover the remote control IR transmitter and change the temperature settings If the display indoor unit receive the settings properly the following steps will start c 5 MODEL SETTING CONFIRMATION e The STAND BY and COOL LEDS will indicate the operation mode as follows OPERATION MODE STAND BY LED COOL LED ST ON OFF e Testing the Model configuration Selected by the COMP STAND BY TIMER LEDS and FILTER will indicate the model configuration as follows the relevant line for this manual is highlighted MODEL COMP OPERATELED TIMERLED FILTER LED OFF In this term the step motor will turn to HOME POSITION SM PRIME 1 A 1 GB 12 27 CONTROL SYSTEM d STEP 4 AUTO LED WALK TEST Allthe LEDS will turn OFF e All the LEDS will turn ON for 1 second one by in the following
13. 12 5 4 Heating RC or SH Group Mode Heat Auto at heating Temp Selected desired temperature Fan HIGH MED LOW Timer Any Feel On or Off Control function Maintains room temp at desired level by comparing RAT or RCT to SPT RT SPT c i IFAN RV forF SM PRIME 1 A 1 GB 12 11 CONTROL SYSTEM 12 5 5 Heating RC or SH Group with Autofan Mode Heat Auto at heating Temp Selected desired temperature Fan Auto Timer Any Feel On or Off Control function Maintains room temp at desired level by controlling COMP IFAN and OFAN RT SPT c 12 12 SM PRIME 1 A 1 GB CONTROL SYSTEM 12 5 6 OFAN operation is controlled by the graph below when 1 gt SPT 2 AND 2 ICT gt 45 AND 3 COMP is ON Otherwise OFAN runs together with COMP OCT c SM PRIME 1 A 1 GB 12 13 CONTROL SYSTEM 12 6 Automatic Cooling Heating 12 6 1 Automatic Cooling or Heating General e Switching temperature between Cooling and Heating is SPT 3 e Autofan in Automatic Cooling and Heating Mode will activate Cooling with Autofan Mode and Heating with Autofan Mode respectively e When the Auto Mode is started with SPT 0 c the unit will not select Auto Heat or Auto Cool mode immediately Instead the unit will be in a temporary Fan Mode with IFAN operating at low speed The proper Auto
14. 49 Sound pressure level 3 41 35 Moisture removal 0 9 INDOOR Condenstate drain tube 16 Dimensions 680x250x180 Net Weight Package dimensions 6 740x310x248 Packaged weight 8 5 Units per pallet 36 Stacking height Refrigerant control 9 levels Capillary tube Compressor type model Rotary Sanyo Hua Run C 1RV107 Fan type amp quantity Propeller direct x 1 Fan speeds 900 Air flow 1200 Sound power level Sound pressure level 3 Dimensions mm 610x520x240 Net Weight kg Package dimensions mm 725x550x355 Packaged weight kg OUTDOOR Units per pallet Units 12 Stacking height units 4 levels Refrigerant type R410A Standard charge kg 7 5m 0 58kg Additional charge 4msLengths10m 09 10msLengths15m 509 Liquid line In mm 1 4 6 35 Connections between Suction line units Max tubing length In mm m 3 8 9 53 15 Max height difference m Max 7 Operation control type Remote control Heating elements kW Remote control RC 5 Others 1 2 3 4 SM PRIME 1 A 1 GB Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit R
15. 5 2 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB 21 29 WB DB 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB 17 24 WB DB 19 27 WB DB C 21 29 WB DB 23 32 WB DB C Suction Pressure Bar g 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 3 PERFORMANCE DATA amp PRESSURE CURVES Mnl 5 2 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 2008 C 15 DB C Discharge Pressure Bar g 0 5 10 Outdoor Temp WB C Suction Pressure VS Outdoor Temp 15 DB C 20DB C 2508 C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 4 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 3 Prime 7 GC Relax R22 5 3 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD 15 24 17 24 19 27 21 29 23 32 C sc pi 053 oss 053 054 054 150 ose 2 05 1 46 0 62 141 P 067 0 68 069 070 177 233 EC EC NOM 92 2 134 144 466 161 164 073 076 KI 2 20 1 27 1 55 0 78
16. A 1 GB REFRIGERATION DIAGRAMS INDOOR UNIT Flared connection Indoor coil 10 3 Airwell TUBING CONNECTIONS 11 TUBING CONNECTIONS Outdoor C E Unit A Suction line Liquid line 6 Flare nut D Pipe insulation E Insulating sleeve Tube bending Indoor Unit EH j Flare Nuts 11 13 40 45 60 65 70 75 80 85 13 20 13 20 18 25 18 25 40 50 Valve Protection Refrigerant Valve Port use Allen wrench to open close Valve Protection Cap Refrigerant Valve Service Port Cap Flare Nut Unit Back Side Copper Tube de N When the outdoor unit is installed above the indoor unit an oil trap is required every 5m along the suction line at the lowest point of the riser Incase the indoor unit is installed above the outdoor no trap is required Outdoor SM PRIME 1 A 1 GB 11 1 CONTROL SYSTEM 12 CONTROL SYSTEM PRIME 7 9 12 17 12 1 Electronic Control 12 1 1 Introduction The electronic control information is designed for service applications and is common to the following groups of air conditioners e ST RC group Cooling only cooling and heating by heat pump e SH group Cooling and heating by heat pump and supplementary heater e RH group Cooling heating by heaters only 12 1 2 Jumpers Settings GROUP J6 Setting J2 Setting SM PRIME 1 A 1 GB 12 1 CONTROL SYSTEM 12 2 AC CL
17. Chapter 15 SM PRIME 1 A 1 GB 5 29 PERFORMANCE DATA amp PRESSURE CURVES Arirwell 5 15 2 Heating ENTERING AIR DB ID s 15 ENTERING WB op fom op LEGEND TH Total Heating Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OU Outdoor 5 30 SM PRIME 1 A 1 GB Airwell PERFORMANCE DATA amp PRESSURE CURVES 5 16 Model Prime 12 WAP12 R22 5 16 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp eo o 15 21 WB DB C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB 23 32 WB DB C A o o Suction Pressure Bar g 55 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 31 PERFORMANCE DATA amp PRESSURE CURVES tr ll 5 16 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 20 DB C 15 DB C Discharge Pressure Bar g 0 5 10 Outdoor Temp WB C Suction Pressure VS Outdoor Temp 9 o T o eo o 15 DB C 20 DB C 25 DB C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 32 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 1
18. Check if there is correct voltage between compressor terminals on the outdoor unit If no voltage replace main P C B If low voltage repair power supply If the voltage correct replace capacitor or compressor H there is no voltage repair electrical wiring between indoor and outdoor units The refrigeration system does not function correctly SM PRIME 1 A 1 GB Check for leaks or restrictions With ammeter Pressure gauge or surface thermometer Repair refrigeration system and charge refrigerant if necessary 13 1 TROUBLESHOOTING SYMPTON No cooling or heating only indoor fan works PROBABLE CAUSE Outdoor fan motor faulty or other fault caused compressor overload protection cut out CORRECTIVE ACTION Replace P C B Outdoor fan blocked remove obstructions Only indoor fan and compressor working Outdoor fan blocked Remove obstructions Only indoor fan working Run capacitor of outdoor fan motor faulty Windings of outdoor fan are shorted Replace capacitor Replace motor No cooling or heating takes place indoor fans working Overload safety device on compressor is cut out low voltage or high temperature Compressor runs capacitor faulty Compressor windings are shorted Check for proper voltage switch off power and try again after one hour Replace compressor capacitor Replace compressor No air supply at indoor
19. Whenever ICT reaches 70 which indicates a high pressure in the indoor coil the COMP will be forced off automatically The COMP can be turned on again only after the ICT is under 70 c again and after the 3 min COMP ON delay time The OPER LED will not blink in this case Any COMP COMP is forced OFF COMP is forced OFF eese eremo I 12 18 SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 8 3 Heating Mode Protections Outdoor coil Deicing excluding RH Group Mode Heating Auto at heating Temp Selected desired Temp Fan Any Timer Any FEEL Any Control function Protects the Outdoor coil from ice formation by controlling COMP amp RV operation Scope This new deicer is designed to operate at extreme temp conditions The deicing cycle could be triggered from 1 OCT temp and time between two consecutive deicing cycles 2 Detection of ice forming by change of the OCT temp Both algorithms adjust the time between deicing cycles to optimize the A C performance The algorithm will automatically increase the time between deicing cycles and reduce the deicing cycle as needed The algorithm uses EEPROM data to operate SM PRIME 1 A 1 GB 12 19 CONTROL SYSTEM Deicing procedure OCT Pc DOC DST DDT 436s gt 4 12 min agent ON COMP oer DI note 1 DI note 2 ON OFAN 30
20. sequence STAND BY gt OPERATE gt TIMER gt FILTER COOL gt HEAT e n PRX all the LEDS will turn ON for 1 second one by one in the following sequence 18 gt 20 c gt 22 c gt 24 c gt 26 c gt 28 c gt 30 C gt High IFAN gt Auto IFAN gt Med IFAN gt Low IFAN gt STAND BY gt TIMER gt FILTER gt COOL gt HEAT e STEP 5 AUTO REALY WALK TEST All relays will energize one by one in the following sequence COMPRESSOR gt OUTDOOR FANDR V gt HEATER 1 gt HEATER 2 gt INDOOR WATER PUMP gt SWING or OUTDOOR WATER PUMP 5 INDOOR FAN LOW gt MID gt HIGH e When the relay walk test is completed the next test will start automatically f STEP 6 FREQUENCY TESTING e If the frequency measuring process fails the COOL LED will turn ON In order to move to the next step press ON OFF button on the remote control g STEP 7 INPUT TEST e The test purpose is to check the analog real time indicators thermistors LEVEL and clock according to the table below LED Indicator Condition for LED to be ON STBY LED Room thermistor z 25 c OPER LED Indoor coil thermistor z 25 c TIMER LED Outdoor coil thermistor 25 c FILTER LED Clock COOL LED LEVEL 2 amp 3 HEAT LED LEVEL 4 h STEP 8 TIMING RESET TEST WATCH DOG e The test purpose is to verify that the CPU rise time after power failure is between 1 to 3 sec test results are indicated on the LEDS STAND BY OPER TIMER and FI
21. 1 40 1 17 0 86 0 87 0 89 0 90 0 91 TC Total Cooling Capacity kW SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB Dry Bulb Temp ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions an A S K Kit is required SM PRIME 1 A 1 GB 5 5 PERFORMANCE DATA amp PRESSURE CURVES Arirwell 5 3 2 Heating AIR DB ID TT eleele OD COIL C 9 v E 260 LEGEND TH Total Heating Capacity kW PI Power Input kW WB Wet Bulb Temp C w DB DryBulb Temp C ID Indoor OD Outdoor 5 6 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 4 Prime 7 GC Relax R22 5 4 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB 19 27 C 21 29 WB DB C 23 32 WB DB o o Suction Pressure Bar g A o o 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 7 PERFORMANCE DATA amp PRESSURE CURVES Z al 5 4 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 20DB 15 DB C Discharge P
22. 12 18 E DISPLAY ROOM IN DUT AL POWER SUPPLY 1PH220 240V 50Hz o 8 YG f B __ USED FOR SINGLE SPLIT UNIT REMOVE IT ONCE THE INDOOR UNIT IS CONNECTED TO MUTLE SOLIT NOTE2 THE LINE SHOULD BE USED ONCE THE INDOOR UNIT IS CONNECTED TO MULTI SPLIT CABLESS BETWEEN INDOOR AND OUTDOOR UNIT LEGEND HEAT PUMP 5x1 5MM Y G YELLOW GREEN COOL ONLY 4 1 5 BR BROWN B HEAT PUMP 2x0 5M BK BLACK COOL ONLY 4 7kRES BU BLUE GY GRAY VID VIDLET WHT WHITE TO OUTDOOR UNIT FUSE3 15A RES RESISTUR CUNNECTED ONLY HEAT PUMP UNIT 468600039 01 SM PRIME 1 A 1 8 1 WIRING DIAGRAMS 8 2 8 3 8 2 Airwell Outdoor Unit CON 7 R22 R410A CSP 9 12 R22 R410A WIRING DIAGRAM LEGEND BU Blue BN Brown gt BK xm eco L SENSOR RT3 BK Black GR Green RD Red YE Yellow DEICER TEMP GN YE Yellow Green J CAP Capacitor COMP Compressor OPTIONAL 4 WAY VALVE ONLY FOR HEAT PUMP UNIT DEICER TEMP SENSOR ONLY FOR HEAT PUMP UNIT OVER LOAD PROTECTOR IS OPTION ALL SEASON KIT IS OPTION o SE 5 H 4 4 WAY VALVE Compressor CAP A
23. 25 DB C 20DB C 15 DB C Discharge Pressure Bar g 0 5 10 Outdoor Temp WB C Suction Pressure VS Outdoor Temp EA o gt 15 DB C 20 DB C 25 DB C Suction Pressure Bar g N o o 5 10 Outdoor Temp WB C 5 20 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 11 Model Prime 12 GCN12 R410A 5 11 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD Coil C 3 79 247 0 79 3 67 242 0 86 3 47 2 36 0 93 Los ost oss ose 3 25 228 2 71 101 102 103 104 1 05 st sz se EA ES TC 2 17 2 64 1 08 1 13 2 73 2 05 1 17 2 37 1 88 1 28 Tc 379 _ SC 247 R 079 TC 367 sc 242 Lt Tc 347 so 26 P 093 TC 325 SC 228 OPI 101 TC 301 sc 217 OPI 108 TC 273 _ Sc 205 s LU Tc 237 sc 1 08 128 TC Total Cooling Capacity kWv SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories Chapter 15 SM PRIME 1 A 1 GB 5 21 PERFORMANCE DATA amp PRESSURE CURVES 5 11 2 Hea
24. 30 ON T gt Z al h 2x L IFAN is forced to Low Speed z IFAN Sz gt 8 ON HEs forced ANY IFAN OFF Note 3 lt ANY 9 OFF HEs are forced OFF ON OPER LED BLINK Notes e At the first COMP activation after SB OFF if OCT lt 0 c then DI 10 min else DI 40 min e In the following Deicing cycles the time interval between two cycles activation is between 30 to 80 min refer to the flow chart e For RC group HEs are forced OFF IFAN operation is as in Heat Mode Sect 4 0 3 a i e IFAN will be set to OFF when ICT lt 30 c For WAX the IFAN is simply forced OFF e For SH group HEs are forced ON and IFAN is forced to operate in Low speed regardless of the ICT and difference between RAT amp SPT 12 20 SM PRIME 1 A 1 GB CONTROL SYSTEM 12 8 4 High pressure protection excluding RH Group Mode Auto Heating Fan Any Timer Any Feel On or Off Control Function Protect the Compressor from high pressure by switching OFF the OFAN and COMP ICT c 67 66 61 55 52 COMP OFAN OPER LED For all models except WAX For WAX model 1 Any Off COMP is forced COMP is forced OFF orem OFAN is force off off ON BLINK
25. 9 5 Units per pallet 32 Stacking height 8levels Refrigerant control Capillary tube Compressor type model Rotary HITACHI SD134CV H6AU Fan type amp quantity Propeller direct x 1 Fan speeds 850 Air flow 1200 Sound power level Sound pressure level 3 Dimensions 610x520x240 Net Weight Package dimensions 725x550x355 Packaged weight Units per pallet 12 Stacking height 4 levels Refrigerant type R22 Standard charge 0 5 Additional charge 4m lt Lins8m 5g m_ 8m lt Lins10m 9g m Liquid line 1 4 6 35 Connections between Suction line 3 8 9 53 units Max tubing length Y Max 10 Max height 7 difference Operation control type Remote control Heating elements Option Others Capacity 4 INDOOR OUTDOOR 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units lt SM PRIME 1 A 1 2 1 PRODUCT DATA SHEET 2 2 PRIME 7 Alpha 7 DF GC 7 R410A Model Indoor Unit PRIME 7 Alpha 7 DF Model Outdoor Unit GC 7A CON 7 R410A Installation Method of Pipe Flared Characteristics Units Cooling
26. A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 6 Model Prime 9 GCN9 R410A 5 6 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB 19 27 WB DB lt x N o 21 29 WB DB 23 32 WB DB C e Suction Pressure 9 9 o 25 30 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 11 PERFORMANCE DATA amp PRESSURE CURVES 5 6 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 120 DB C 15 DB C o x a g 2 n g 0 o lt 2 a Suction Pressure VS Outdoor Temp 15 DB C 20DB C 25 DB C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 12 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 7 Model Prime 9 WAP9 R410A 5 7 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD 15 24 17 24 19 27 21 29 23 32 C sc oss 063 063 063 064 1 86 0
27. DB C 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB 17 24 WB DB C 19 27 WB DB C 21 29 WB DB 23 32 WB DB o Suction Pressure Bar g N o 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 35 PERFORMANCE DATA amp PRESSURE CURVES Airwell 5 18 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 20 DB C 15 DB C ES m 2 5 o a o 2 a Suction Pressure VS Outdoor Temp 15 DB C 20 DB C 25 DB C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 36 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 19 Model Prime18 RELAX17 NRC R22 5 19 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C TC 561 581 595 609 6 18 SC TC SC TC C 513 554 583 600 615 4 80 5 23 5 65 5 85 6 02 3 23 3 65 S S c PI 167 169 171 172 174 TC 444 482 532 559 5 85 PI 180 183 186 187 188 PI 194 197 201 203 2 05 PI 212 215 220 223 226
28. Fan type amp quantity Propeller direct x 1 Fan speeds 900 Air flow Sound power level Sound pressure level 3 Dimensions 610x520x240 Net Weight Package dimensions 725x550x355 Packaged weight Units per pallet i 12 Stacking height i 4 levels Refrigerant type R22 Refrigerant chargless distance 0 63 Additional charge 4m lt Lengths8m 5g m 8m lt Lins15m 15g m Liquid line 1 4 6 35 Connections between Suction line 9 8 9 53 units Max tubing length Max 15 Max height Max 7 difference Operation control type Remote control Heating elements Option Others Capacity 4 INDOOR OUTDOOR 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units SM PRIME 1 A 1 GB 2 3 PRODUCT DATA SHEET Airwell 2 4 PRIME 9 Alpha 9 R410A DF GCN 9A RC GCN 9 RC R410 Model Indoor Unit PRIME 9 ALPHA 9 R410A DF Model Outdoor Unit GCN 9A RC GCN 9 RC R410A Installation Method of Pipe Flared Characteristics Cooling Only Cooling Heating Capacity 4 9420 9420 10510 2 76 2 76 3 08 Power
29. Mode Cool Auto at Cooling Temp Selected desired temperature Fan HIGH MED LOW Timer Any Feel On or Off Control function Maintains room temp at desired level by comparing RT and SPT RT SPT 9c COMP WVL OFF OFAN orr USER FAN SPEED IFAN ON RV orr Note 1 IFAN is always running at High Medium or Low speed selected by user 2 In IFEEL mode the Room Temperature RT is the RCT from a R C Otherwise the RT is the RAT from the Room Thermistor SM PRIME 1 A 1 GB 12 7 CONTROL SYSTEM 12 4 2 Cooling with Autofan Mode Cool Auto at cooling Temp Selected desired temperature Fan Auto Timer Any Feel On or Off Control function Maintains room temp at desired level and controls the IFAN speed for optimal comfort RT SPT c 3 2 1 2 COMP WVL OFAN IFAN RV 12 8 SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 5 Heating Mode 12 5 1 Heating Mode General e heating Mode temp compensation schedule will be activated for wall mounted units Ww nn SPT ei Add to SPT 18 lt SPT lt 27 0 2 c 27 lt SPT lt 30 0 c Notes e No compensation will be activated in Forced operation modes 12 5 2 IF operating rules e As a general rule for and SH groups when COMP is ON excluding protection modes IFAN will be switched ON if e ICT gt 35 c or at the IFTC 30 sec after the COMP is switched ON In t
30. NE J 31NC 20 63 125 250 500 1000 2000 BAND CENTER FREQUENCIES Hz 4000 8000 SM PRIME 1 A 1 GB SOUND LEVEL CHARACTERISTICS CSP12 RC R22 Cooling CSP Airwell 12 RC R22 Heating 90 80 70 60 50 40 30 20 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR I iNC 70 F i 1NC 60 i 1NC 50 INC 40 APPROXIMATE THRESHOLD OF ch NE HEARING FOR S NC 30 CONTINUOUS NOISE 1 Loe en posco 2 63 125 250 500 1000 2000 BAND CENTER FREQUENCIES Hz 4000 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR 90 80 70 60 50 40 30 20 APPROXIMAT 10 F NCc 70 Vy AA i LL DA HEE Et THRESHOLD OF HEARING FOR CONTINUOUS NOISE ii E i 1NC 30 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz ONG3 17 RC R22 Heating 90 80 70 60 50 40 30 20 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR ONG3 17 RC R22 Cooling iNC 70 io ALL Lt 60 INC 50 INC 40 N
31. Remote control Heating elements C L 1 2 3 4 OUTDOOR Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units 2 2 SM PRIME 1 A 1 GB PRODUCT DATA SHEET 2 3 PRIME 9 ASP 9 DF ODU WAP 9RC CSP 9 RC R22 Model Indoor Unit PRIME 9 ASP 9 DF Model Outdoor Unit ODU WAP 9RC CSP 9 RC R22 Installation Method of Pipe Flared Characteristics Cooling Only Cooling Heating 8770 9050 9870 2 57 2 65 2 89 Power input 4 0 94 0 94 0 85 EER Cooling or COP Heating 4 2 73 2 82 3 41 Energy efficiency class D C B 220 230 Power supply 1 50 Rated current 44 Power factor 0 95 Prated IDU 30 Prated IDU ODU 1090 Starting current 26 Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds 1310 1100 Air flow 1 450 350 External static 0 pressure Sound power level 2 53 49 Sound pressure 41 135 level 3 Moisture removal 1 Condenstate drain tube 16 Dimensions 680x180x250 Net Weight 6 Package dimensions 740x310x248 Packaged weight 8 5 Units per pallet 32 Stacking height 8levels Refrigerant control Capillary tube Compressor type model Rotary TOSHIBA PH170X1C 4DZDE3
32. input 4 0 84 0 84 0 90 EER Cooling or COP Heating 4 3 29 3 29 3 42 Energy efficiency class Power supply A A B 220 240 1 50 Rated current 3 7 Power factor 0 99 Starting current 21 7 Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds H M L 1310 1100 Air flow 1 H M L 450 360 External static Min Max pressure Sound power level 2 H M L 0 53 49 Sound pressure H M L 41 35 level 3 Moisture removal 1 2 INDOOR Condenstate drain tube 16 Dimensions 680x180x250 Weight 7 Package dimensions 740x250x310 Packaged weight 9 5 Units per pallet 36 Stacking height 9 levels Refrigerant control Capillary tube Compressor type model Fan type amp quantity Rotary TOSHIBA PA108X1C 4FZDE Propeller direct x 1 Fan speeds 750 Air flow 1370 Sound power level 59 61 Sound pressure level 3 49 51 Dimensions 830x245x545 Weight 32 5 33 5 Package dimensions 880x310x610 Packaged weight 35 38 5 with kit 36 39 5 with kit Units per pallet OUTDOOR 9 Stacking height 3 levels Refrigerant type Refrigerant chargless distance R410A 0 85kg 7 5m 0 90kg 7 5m Additional charge 4msLengths10m 09 4msLengths10m 00 10msLengths15m 809 1
33. settings will be replaced by the new timer settings in the R C message Note The following timer related operations will not affect the A C operating mode Heat Cool Auto Dry Fan setting Set ON OFF timer Clear ON OFF timer R C ON Timer is time up R C OFF Timer is time up When a STBY A C unit with Cool Mode setting in its EEP is turned on by the ON TIMER of a R C with heat mode setting the A C will start in Cool Mode SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 10 Forced Operation Forced operation allows units to start stop and operate in Cooling or Heating in pre set temperature according to the following table Forced operation Pre set Temp for mode WMZ WMF WNG models Note While under the forced operation the temperature compensation schedule The forced operation is activated when the mode button on the Display Board is used to switch the unit to Cool or Heat mode The IFAN is always set to Autofan Speed in forced operation SM PRIME 1 A 1 GB 12 23 CONTROL SYSTEM 12 11 Sleep Mode Mode Any Temp Set desired temperature selected Fan Any Timer Interact with Sleep Timer as described in sect 12 2 Feel On or Off The Sleep mode is activated by using the sleep button on the R C In Sleep Mode the unit will automatically adjust the SPT to turn up down the room temperature RT gradually to provide maximum comfort to the user in sleep Sleep is treated as TIMER funct
34. unit compressor operates Indoor fan motor is blocked or turns slowly Indoor fan run capacitor faulty Motor windings are shorted Check voltage repair wiring if necessary Check fan wheel if it is tight enough on motor shaft tighten if necessary Partial limited air supply at indoor unit Lack of refrigerant will accompanied by whistling noise cause ice formation on indoor unit coil in cooling mode charge the unit after localizing leak Water accumulates and over flow from indoor unit section Drain tube or spout of drain pan clogged Disassemble plastic drain tube from spout of indoor unit drain pan Water dripping from outdoor unit base in heating mode Water drain outlet is clogged Open outdoor unit cover clean out water outlet clean the base inside thoroughly Freeze up of outdoor coil in heating mode poor heating effect in room indoor fan operates Faulty outdoor thermistor Faulty control cable Outdoor temperature is below design conditions Outdoor unit air outlet is blocked Replace thermistor Repair control cable Shut unit off it cannot work properly Remove obstructions 13 2 Unit is in heat mode but operating in cooling Faulty RV coil RV coil is ok valve is stuck position Replace RV coil Replace the reversing valve SM PRIME 1 A 1 GB EXPLODED VIEWS AND SPARE PARTS LISTS EXPL
35. work until reaching the Off time Case 3 is an exception to case 2 The Sleep Mode will not be extended to the Off Time when the Off Timer is preceded by an On Timer which is also between 7 12 hour Case 1 Standard Sleep Mode Condition Off timer is not set or is beyond 12 hour Oper SB Start 2 4 6 7 8 10 2 Time Hr Sleep Case 2 Extended Sleep Mode Condition Off timer is set at 7 12 hour Oper SB Start 2 4 6 7 8 10 Sleep Off timer 2 Time Hr Case 3 Exception to Case 2 Condition Off timer is set at 7 12 hour On timer is set at 7 12 hour and before Off timer Oper SB 2 Time Hr Start 2 4 6 7 8 10 Sleep On timer Off timer SM PRIME 1 A 1 GB 12 25 CONTROL SYSTEM 12 12 Controller Self Test Procedure 12 12 1 By Shorting Test Jumper J1 SELF TEST FLOW CHART FOR CONTROLLER VERSION 4V5 OR HIGHER SHORT JUMPER J1 Step 1 CONTROL PCB RC ST TEST MODEL CONFIGURATION TEST PRESS ON Step 2 POWER BUTTON STEP MOTOR TEST FREQUENCY TEST STANDBY PRESS ON L awer Step 3 MODE BUTTON LEDS OFF LEDS ON TEST AUTO RELAY TEST INDOOR FAN PRESS ON RESET BUZZER TEST P a PRESS ON FAN REMOTE CONTROL Step 5 BUTTON ON THE TO CPU COMUNICATION LOW REMOTE CONTROL TWO BEEPS SOUNDS PRESS ON MODE THERMISTOR ANALOG PRESS ON MODE EEPROM MEMORY DISCONNECT Step 8 JUMPER J1 12 26 SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM
36. 0 4444 40 40 HH HEH ULI 0 Octave Band Sound Pressure Level dB re 20 mPa NEN S N 30 30 m J Octave Band Sound Pressure Level dB re 20 20 APPROXIMATE THRESHOLD OF 20 APPROXIMATE THRESHOLD OF ENE j HEARING FOR E CONTINUOUS SEH WE AN HEARING FOR CONTINUOUS NOISE 10 t F 10 X qoe 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequencies HZ Octave Band Center Frequencies HZ NOISE FAN SPEED LINE BR ME RE ME oO 6 4 SM PRIME 1 A 1 GB Airwell CON12 class C Cooling SOUND LEVEL CHARACTERISTICS 90 80 70 60 50 40 30 Octave Band Sound Pressure Level dB re 20 mPa 20 70NC LL 60NC UL 50NC SALAM LU 1 A THRESHOLD OF HEARING FOR CONTINUOUS NOISE zt T epe bel pee oed 63 125 250 500 1000 2
37. 000 4000 Octave Band Center Frequencies HZ 8000 Octave Band Sound Pressure Level dB re 20 mPa 90 80 70 60 50 40 30 20 CON12 class C Heating 3 nv APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE Sp T gt ON mn 63 125 250 500 1000 2000 4000 Octave Band Center Frequencies HZ CON17 Cooling CON17 Heating 90 80 70 60 50 40 30 20 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR 10 ll ANA LU ddd KILL J AR Adda APPROXIMATE ahi THRESHOLD OF HEARING FOR CONTINUOUS NOISE AFER EDO NC 20 63 125 250 500 1000 2000 4000 BAND CENTER FREQUENCIES Hz 8000 OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR 90 80 70 60 50 40 30 20 APPROXIMATE 41NC 60 N N HHHH HHHH HHR HHHH NC 30 THRESHOLD OF HEARING FOR CONTINUOUS NOISE gt Ed 7 4 Td pS Td p mS E i A
38. 01 Double paten Capactor torfan morzu 1 76 sene Parttonplatelconon2 7 assooosos compressor Capacior win Screw 5883 1 o Gasvaveser a Cw sewn Laut vave Raon a mmy emeapwm a Cw aseo Capacnorsupponconon2 1 16 4661000176 Metal Motor zow oopmowdeer Unt 1 ases capten Ji EN ECE name 21 60090009 compressoraseysanvo carvone 22 469100009 muton Faw compressor 17 Em ise Lesen Way 1 Em imo a Cz Leger wvavesHeamrorraron 23 208000010 Plate asp Roomer 1 ao _ a Leen 2Poiesteminainick 1 0000 Guara 1 73 46200 Condenserassycone 1 ales roecownpwwmG fi uur usus unxerOEvotorsupporTassy gt ech A sch 14 8 SM PRIME 1 A 1 GB Arnell EXPLODED VIEWS AND SPARE PARTS LISTS 4526481 CON Outdoor Grille 464660013 Front panel Painting assy CON 9 12 464600040 Base Painting assy CON 12 R410A 455000108 Double patch Capacitor for fan motor 2uF 464160019 Partition plate CON 9 12 7 4510679 Nut M6 GB6187 86 455000502 Compressor Capacitor With Screw 25uF CBB65 461010020 Gas Valve 3 8 RA10A 461000011 Liquid Valve 1 4 RA
39. 0msLengths15m 809 Liquid line 1 4 6 35 Connections between Suction line 3 8 9 53 units Max tubing length Max 15 Max height difference Max 7 Operation control type Remote control Heating elements Others 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units 5 5 lt 2 4 SM PRIME 1 1 GB Airwell PRODUCT DATA SHEET 2 5 PRIME 9 ASP 9 R410A DF ODU WAP 9RC R410 CSP 9R410A Model Indoor Unit PRIME 9 ASP 9 R410A DF Model Outdoor Unit ODU WAP 9RC R410 CSP 9 R410A Installation Method of Pipe Flared Characteristics Cooling Only Cooling Heating Capacity 4 8700 8700 9040 2 55 2 55 2 65 Power input 4 0 89 0 89 0 82 EER Cooling or COP Heating 4 2 84 2 84 3 22 Energy efficiency class C C C Power supply 220 230 1 50 Rated current 4 0 Power factor Prated IDU 30 Prated IDU ODU Starting current 16 5 Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds 1310 1100 Air flow 1 450 360 External static pressure 0 Sound power level 2 53
40. 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units SM PRIME 1 A 1 GB 2 9 PRODUCT DATA SHEET Arnell 2 10 PRIME 18 ALPHA 17 R410A DF GCN 17 NRC ONG17 RC R410A Model Indoor Unit PRIME 18 ALPHA 17 R410A DF Model Outdoor Unit GCN 17 NRC ONG 17 RC R410A Installation Method of Pipe Flared Cooling Only Cooling Heating 18770 18770 19450 5 50 5 50 5 70 Power input 4 1 66 1 66 1 67 EER Cooling or COP Heating 3 31 3 31 3 41 Energy efficiency class A 220 240 Power supply 1 50 Rated current 7 6 Power factor 0 95 Prated IDU 40 Prated IDU ODU 2150 Starting current 32 Circuit breaker rating 15 Fan type amp quantity Cross flow 1 Fan speeds 1200 1000 Air flow 1 720 1590 External static 0 ressure ound power level Characteristics Capacity 4 55 50 2 ound pressure 43 37 Moisture removal 2 2 Condenstate drain tube 1 0 16 Dimensions WxHxD 900x295x200 Net Weight 11 Package dimensions WxHxD 955x360x270 Packaged weight 14 Units per pallet 24 Stacking height 8 Refrigerant control Capillary tube Compressor type model Rotary TOSHIBA PA200X2CS 4KT1 Fan type amp quantity Propeller d
41. 10A 4523707 AXIAL FAN 204107 464180011 466100017R 17 453045000 18 463600028 19 201019 20 391498 21 460090000R 22 469100003 24 4516637 25 461600031 26 4520071 27 4518951 28 4526668 29 464630010 30 4514588 31 236179 34 464800008 35 462300039 36 4526675 37 436358 38 4526143 R Cable clip Nylon Capacitor Support CON 9 12 Metal Motor 20W 900rpm Outdoor Unit Motor support 15 16 Capillary Assy Nut M8 Wire assy Compressor Assy SANYO C RV133H1D Insulation Felt Compressor Out sensor Black 4 Way Valve System Assy CON 12 R410A 4 W valve coil for RA10A 4 W valve SHF 4H for RA10A R lifter Side Plate Painting Assy Right CON 9 12 5 Poles terminal block 2 Poles terminal block Guard Net Painting Assy CON Condenser Assy CON 12 For EU TOP COVER PAINTING L lifter LINKER OF MOTOR SUPPORT ASSY SM PRIME 1 A 1 GB 14 9 EXPLODED VIEWS AND SPARE PARTS LISTS 14 10 Outdoor Unit CSP 9 12 ST R410A class a TT D ANNEN 14 10 SM PRIME 1 A 1 GB Arnell EXPLODED VIEWS AND SPARE PARTS LISTS 14 11 Outdoor Unit CSP 9 ST R410A class C Jen Description ee wes Pamuonpateconena 1 Compressor Capactor win Sew zouF Cees 1 SM PRIME 1 A 1 GB 14 11 EXPLODED VIEWS AND SPARE PARTS LISTS 14 12 Outdoor Unit CSP 12 ST R410A class PIN beseton aan 1 45264
42. 12 PRIME 18 90 T zh Sp T 2E SC 1 90 80 80 70 70 60 60 2 NC RS r 1NC 60 50 50 40 40 NC 40 30 30 INC 30 20 APPROXIMATE 1 1 THRESHOLD OF t N 20 APPROXIMATE THRESHOLD 1 NE I HH I HEARING FOR t 3 INC 20 HEARING FOR x t CONTINUOUS F CONTINUOUS t NOISE i Ped NOISE i Ped 10 T T 10 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 200 4000 8000 BAND CENTER FREQUENCIES Hz BAND CENTER FREQUENCIES Hz OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR pus z o OCTAVE BAND SOUND PRESSURE LEVEL dB re 0 002 MICRO BAR ps FAN SPEED LINE e 6 2 SM PRIME 1 A 1 SOUND LEVEL CHARACTERISTICS 6 3 Outdoor units Unit Mic Ground Figure 2 6 4 Sound Pressure Level Spectrum Measured as Figure 2 GC7 Cooling GC7 Heating 90 90 80 80 70 TNS 50 70 60 NC 60 50 N 40 40 LANL 30 30 5 1NC 30 20 APPROXIMATE 20 APPROXIMATE THRESHOLD OF THRESHOLD OF t 27 NE HEARING FOR
43. 69 069 069 246 1 81 0 74 2 30 1 76 0 80 1 67 oss 089 090 194 2 65 2 04 1 57 1 93 093 094 096 097 0398 1 68 1 45 1 02 OPI En 213 231 255 268 280 1 94 OPI 1 EE TC Total Cooling Capacity kWv SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB Dry Bulb Temp ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories Chapter 15 SM PRIME 1 A 1 GB 5 13 PERFORMANCE DATA amp PRESSURE CURVES 5 7 2 5 14 Heating ENTERING AIR DB ID COIL C op PI TH PI TH PI 1 39 134 KEN 073 aleer on 1 39 075 2 s oe 154 072 148 oz 2 19 on 18 o 178 SSC ENTERING WB 7082 256 087 LEGEND TH Total Heating Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OU Outdoor SM PRIME 1 A 1 GB Airwell PERFORMANCE DATA amp PRESSURE CURVES 5 8 Model Prime 9 WAP9 R410A 5 8 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g
44. 7 Model Prime 18 GCN17 NRC R410 5 17 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID OD 15 24 17 24 19 27 21 29 23 32 C SC PI 118 118 118 118 19 PI 128 128 129 129 130 138 139 140 141 142 PI 149 151 152 154 155 TC 459 499 550 578 6 05 SC 335 359 389 400 408 PI 161 163 166 167 168 PI 173 176 179 181 183 PI 189 192 197 199 202 LEGEND TC Total Cooling Capacity KWv SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories Chapter 15 SM PRIME 1 A 1 GB 5 33 PERFORMANCE DATA amp PRESSURE CURVES 5 17 2 5 34 Heating ENTERING AIR DB ID 90 15 ENTERING WB OD TH PI TH PI TH 727 177 7 10 192 690 207 Total Heating Capacity kW Power Input kW Wet Bulb Temp C Dry Bulb Temp C Indoor Outdoor SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 18 Model Prime 18 GCN17 NRC R410 5 18 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 VVB DB C 17 24 WB DB C 119 27 WB
45. 81 CON Outdoor Grille 2 assis Front Panino 44600040 i s _ Paruonpaeconona 7 455000502 Compressor Win Soraw 25uF 8659 460090000R Compressor Assy SANYO C RV133H1D Guard Net Painting Assy Condenser Assy CON 12 ST TOP COVER PAINTING 14 12 SM PRIME 1 A 1 GB Arnell EXPLODED VIEWS AND SPARE PARTS LISTS 14 13 Outdoor Unit CSP 9 12 RC R22 CN NR TUA SM PRIME 1 A 1 GB 14 13 EXPLODED VIEWS AND SPARE PARTS LISTS pal 14 14 Outdoor Unit CSP 9 RC R22 no uem posero ouan 1 4526481 CON Outdoor Grille 4523587 GAS VALVE 4523533 Liqiud Valve 4523707 AXIAL FAN 204107 Cable clip Nylon Cond Assy 1 14 14 SM PRIME 1 A 1 GB Airwell 14 15 Outdoor Unit CSP 12 RC R22 tem Description au emer fa 2 Lee Front panel Painting 0000 Base Peinina assy contara 1 75 Lesen pacte er an morora eono fi Kars 7 455000502 Compressor Capactor Win 25uF 1 lemer x 4610000 ave vere ele pens Jegen a i i 6 100077R wee wot 200 soormOurdoorunk 1 a7 3590000 re 463600050 Assy 1 aoe ww 00 51 wes wem T Compressora
46. ANCE DATA amp PRESSURE CURVES 5 1 Prime 7 GC7 RA10A 5 1 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD Coil C 15 24 17 24 19 27 21 29 23 32 Pi 047 047 047 047 047 221 TC 2 21 _ PI 0 51 051 051 051 052 PI 055 055 056 056 056 P 059 060 061 061 0 62 SC 139 149 161 166 169 P 064 065 066 067 067 PI 069 070 071 072 073 075 076 078 079 LEGEND TC Total Cooling Capacity kW SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions an A S K Kit is required SM PRIME 1 A 1 GB 5 1 PERFORMANCE DATA amp PRESSURE CURVES 5 1 2 5 2 Heating ENTERING WB COIL C 10 0 LEGEND ENTERING AIR DB ID COIL C 5 2 TH P 1 16 1 25 1 39 1 61 2 28 2 48 2 67 2 82 0 50 0 52 0 52 0 55 0 59 0 62 0 65 0 67 Total Heating Capacity kW Power Input kW Wet Bulb Temp C Dry Bulb Temp C Indoor Outdoor P 1 07 1 16 1 24 1 48 2 13 2 34 2 54 2 67 oss 2 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 2 Model Prime 7 GC7 R410A
47. Airwell ice PRIME Series Indoor Unit Outdoor Unit GC 7A RC R410A PRIME 7 GC 7A R410A GC RELAX 7 RC R22 GCN 9 RC R410A class A GCN 9 R410A class A ODU WAP 9 RC R410A class C PRIME 9 ODU WAP 9 R410A class C ODU WAP 9 RC R22 ODU WAP 9 R22 GCN 12 RC R410A class A PRIME 12 A R410A GCN 12 R410A class A ODU WAP 12 RC R410A class C PRIME 12 C R410A PRIME 12 R22 GCN 17N RC R410A PRIME 18 GC RELAX 18N RC R22 COOLING ONLY HEAT PUMP SM PRIME 1 A 1 GB JULY 2008 LIST OF EFFECTIVE PAGES Airwell LIST OF EFFECTIVE PAGES Note Changes in the pages are indicated by a Revision in the footer of each effected page when none indicates no changes in the relevant page All pages in the following list represent effected non effected pages divided by chapters Dates of issue for original and changed pages are Original 2007 Total number of pages in this publication is 137 consisting of the following Title 0 EAN 0 EE 0 1 12 0 2 1 2 6 0 ett 0 4 1 4 2 0 5 1 5 24 0 6 1 6 6 0 LEN 0 8 1 8 2 0 0 10 1 10 2 0 VIT 0 12 1 12 31 0 13 1 13 2 0 14 1 14 22 0 Appendix A 0 Zeroin this column indicates an o
48. BN GR BU ee zc over load gt protector YE FanMotorCAP GN YE M GN YE O U TERMINAL COMP FAN MOTOR 453244800 01 Outdoor Unit GCN 9 12 R410A WIRING DIAGRAM LEGEND OPTIONAL BU Blue BN Brown sle XT3 DEICER TEMP SENSOR RT3 BK Black GR Green RD Red YE Yellow GN YE Yellow Green CAP Capacitor O U TERMINAL Compressor CAP COMP Compressor 4 WAY VALVE ONLY FOR HEAT PUMP UNIT DEICER TEMP SENSOR ONLY FOR HEAT PUMP UNIT OVER LOAD PROTECTOR IS OPTION ALL SEASON KIT IS OPTION over load protector Fan Motor CAP BU BN FAN MOTOR 453244900 02 SM PRIME 1 A 1 GB Airwell 8 4 Outdoor Unit ONG3 17 R22 R410A WIRING DIAGRAMS RACCORDEMENT VOIR SCHEMA ELECTRIQUE DU CAISSON INTERIEUR CONNECTIONS SEE ELECTRICAL DIAGRAM INDOOR UNIT ANSCHLUSSE AUS SCHAL TPLAN INNENEINGEIT ERSICHTLICH CONEXIONES VERE EL PLANO ELECTRICO UNIDAD INTERIOR SM PRIME 1 A 1 GB BK BU _ PO H RT3 GO FRESH AIR MOTOR BN Mod 7 9 60Hz CON7 GCN7RD Mod 0NG3 9 R22 RD mi e E n f JAUNE YELLOW VERT GREEN NOIR BLACK ORANGE ORANGE VERT JAUNE GREEN YELLO MARRON BROWN VIOLET VIOLET AMARILLO VERDE NEGRO RANGE ARANJA GNYE GRUN GELB VERDE AMARILLO BN BRAUN MARRON WEISS ROT BLAU RAU VIOLETT VI
49. General functions 12 3 1 COMP operation For each Mode including POWER OFF amp SB a Min time delay of 3 min before COMP restarting excluding DEICING Mode The Min operation time of COMP under different operating conditions is Min operation time of Operation Mode COMP Heat Cool or Auto Modes Fan Dry Overflow Protection modes or mode change 12 3 2 IFAN operation e Min time interval between IFAN speed change in AUTOFAN Mode is 30 sec e Min time interval between IFAN speed change in H M L Mode is 1 sec e speed in Heat Cool Autofan Mode is determined according to the following table AT IFAN Speed AT 22 HIGH where in Heat Mode AT SPT RT in Cool Mode AT RT SPT Note e n Heat Mode the rules in section 4 0 3 have the higher priority e table above can be represent by hysteresis curve which will minimize the switching of the IFAN relay and will minimize the change in IFAN speed IFAN speed 1 2 3 AT 9c 12 3 3 OFAN operation Min time interval between OFAN ON OFF state change is 30 sec e general OFAN starts together with COMP 12 3 4 HE operation e Minimum Heaters ON or OFF time is 30 sec e Heaters be activated only if IFAN is on SM PRIME 1 A 1 GB 12 3 CONTROL SYSTEM 12 3 5 Protections High pressure protection is applicable to all operating modes e Deicing control is valid in Heat and Auto Heat Mode only e Defrosting control is
50. Heat mode or Auto Cool will be started whenever the RT reaches SPT 1 c or SPT 1 c respectively e For RC amp SH units Mode change between Auto Heat amp Auto Cool Modes is possible only after the COMP has been OFF during the last T minutes Auto Cool to Auto Heat 3 min e When unit is changed form Cool Dry mode to Auto Mode the unit will continue to operate at Auto Cool Mode until the conditions for switching from Auto Cool to Auto Heat are satisfied Similarly when unit is changed from Heat Mode to Auto Mode the unit will continue to operate at Auto Heat Mode until the conditions for switching from Auto Heat to Auto Cool are satisfied 12 14 SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 6 2 Auto Cooling or Heating RC or SH Groups Mode Auto Temp Selected desired temperature Fan Any Timer Any Feel On or Off Control function Maintains room temp at desired level by selecting between cooling and heating modes RT SPT c Auto Heat Mode Auto Cool Mode Auto Heat Mode H M L OFF USER FAN SPEED H M L OFF IFAN L OFF L OFF Lee l gt 3 min 22min lt RV Joer SM PRIME 1 A 1 GB 12 15 CONTROL SYSTEM 12 7 12 7 1 Dry ST RC group Mode Dry Temp Selected desired temp Fan Low automatically selected by software Timer Any FEEL Any Control function Reduce room humidity with minimum t
51. IME 12 C R410A ODU WAP 12 RC R410A class C PRIME 18 GCN 17 NRC R410A ST R410A Indoor Units Outdoor Units PRIME 7 GC 7ARC R410A PRIME 9 GCN 9 RC R410A class A PRIME 9 ODU WAP 9 RC R410A class C PRIME 12 A R410A GCN 12 RC R410A class A PRIME 12 C R410A ODU WAP 12 RC R410A class C PRIME 18 GCN 17 NRC R410A RC R22 Indoor Units Outdoor Units PRIME 7 GC RELAX 7 RC R22 PRIME 9 OUD WAP 9RC R22 PRIME 12 R22 ODU WAP 12RC R22 PRIME 18 GC RELAX 18 NRC R22 ST R22 Indoor Units Outdoor Units PRIME 9 OUD WAP 9 R22 PRIME 12 R22 ODU WAP 12 R22 PRIME 18 GC RELAX 18 N R22 The indoor PRIME Series units are available as LED display types featuring esthetic design compact dimensions and low noise operation 1 2 Main Features The Prime Series benefits from the most advanced technological innovations namely R410A R22 models Microprocessor control SM PRIME 1 A 1 GB 1 1 INTRODUCTION Airwell 1 3 1 4 1 5 1 6 1 7 1 8 1 2 Infrared remote control with liquid crystal display Indoor large diameter cross flow fan allowing low noise level operation Bended indoor coil with treated aluminum fins and coating for improved efficiency Easy access to the interconnecting tubing and wiring connections so that removing the front grill or casing is not necessary Refrigerant pipes can be connected to the indoor unit from 5 different optional directions Automatic treated air sweep Low indoor
52. L _I0000O0O 11000 200000 KN AC 7 A MN 5 14 24 SM PRIME 1 A 1 GB Arnell EXPLODED VIEWS AND SPARE PARTS LISTS 14 25 Outdoor Unit ONG3 17 RC R22 No Description Quantiy 2 1 3 464860054 Peim nginsuatonPlateAs ONG 1 4 45925 AalFen0D400 Fan Motor 910rpm D gt gt K En E 61600007 4 Way Valve 4514005 4 W valve coil 4 4 4 2 4 4 433217 Partition Plate 2 2 2 2 2 510463 harge tube 2 6 35x0 7 4519606 Right s
53. LTER turning ON one by one e results of the test are coded as follows Pass condition 1 sec STAND BY and OPER are turned ON 2 sec STAND BY OPER and TIMER are turned ON 12 28 SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM Fail condition sec STAND BY is turned ON 3 sec STAND BY OPER TIMER and FILTER are turned ON e When the timing reset test is completed the next test will start automatically i STEP 9 MEMORY TEST EEPROM e The test purpose is to check if the memory is functioning correctly The test result is reported by using the STAND BY and FILTER LEDS LED Indicator Condition for LED to be ON STAND BY LED Test passed FILTER LED Test failed AT THIS POINT THE SELF TEST IS COMPLETED In order to terminate Self Test mode the User can change the unit setting from COOL Mode LOW FAN to COOL Mode MED FAN or to wait without using the remote control for 60 sec Values of Sensors Temperature VS Voltage DC 446 6 ssa ze 238 5 139 4s 8 34m so 222 52 1265 9 sss 218 9 125 9 426 15 318 5 1978 sr 1099 ams 44 sns ae 1929 se 1050 8 41 16 so ss rea eo ton 3839 22 266 1569 SM PRIME 1 A 1 GB 12 29 CONTROL SYSTEM 12 13 On Unit Indicators and Controls STAND BY INDICATOR OPERATION INDICATOR MODE BUTTON Cool Heat SB 12 30
54. Lights up when the Air Conditioner is connected to power and ready to receive the R C commands Blinks continuously in case of any thermistor failure Lights up during operation Blinks for 300 ms to announce that a R C infrared signal has been received and stored Blinks continuously during e OCT High Pressure Protection Mode e ICT High Pressure Protection Mode e Deicing in Heating Mode e Water Over Flow in ECC Model Use to cycle the operation mode of the A C unit among COOL HEAT and SB modes without using the R C Every time this switch is pressed the next operation mode is selected in this order SB gt Cool Mode gt Heat Mode gt SB gt Press this button continuously for 5 sec or more to start the Diagnostic Mode SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 14 Clock Random Delay From 0 to 2 5 seconds 0 Clock Switch Open 1 Clock Switch close The Clock is activate according to the following table AIC STATE CLOCK STATE CLOCK ACTION AIC NEW STATE before clock is changed before clock is changed clock is changed after clock is changed po m 5 41 F i OFF by ei F ON by amp Notes 1 Clock can be interrupted by e R C POWER ON OFF Push button e R C TIMER e R C SLEEP e MODE SWITCH 2 Any change in the CLOCK level during the first 6 sec after the system Reset is ignored SM PRIME 1 A 1 GB 12 31 Airwell SYM
55. MPLATE TO BE USED FOR LOCATION EILING OF INDOOR UNIT ON THE WALL Min50 NDOOR UNIT OUTLINE TUBING WALL OPENING TUBING WALL OPENING FOR REAR LEFT ROUTING FOR REAR ROUTING 4 2 PRIME 12 MOUNTING TEMPLATE BE USED FOR LOCATION CEILING 504 TUBING WALL OPENING FOR REAR ROUTING TUBING WALL OPENING FOR REAR LEFT ROUTING SM PRIME 1 A 1 GB 4 1 OUTLINE DIMENSIONS Airwell 43 PRIME 18 MOUNTING TEMPLATE BE USED FOR LOCATI 44 GC7 WAP9_12 4 2 SM PRIME 1 A 1 GB Airwell 4 3 9 12 245 4 4 GC18 GCN18 SM PRIME 1 A 1 GB OUTLINE DIMENSIONS 830 760 545 E 472 Le AIR INTAKE Jl 50 o 237 AIR OUTLET 295 200 k 74 AIR INTAKE 40 1 AIR TS 4 3 Airwell PERFORMANCE DATA amp PRESSURE CURVES 9 PERFORM
56. NCE DATA amp PRESSURE CURVES 5 13 Prime 12 WAP12 R410 5 13 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C P 082 082 083 083 0 83 0 89 0 90 090 0 90 0 91 Pi 097 0 97 098 0 98 0 99 PI 104 106 107 1 07 108 Tc 276 299 330 347 363 sc 222 238 258 265 271 PI 142 114 146 117 118 273 ECH 132 134 137 139 1 41 TC Total Cooling Capacity kWv SC Sensible Capacity kW PI Power Input kW WB Wet Bulb Temp C DB Dry Bulb Temp ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories Chapter 15 SM PRIME 1 A 1 GB 5 25 PERFORMANCE DATA amp PRESSURE CURVES Airwell 5 13 2 Heating ENTERING AIR DB ID COIL C ETE TH PI TH PI PI OD COIL C EC LEGEND TH Total Heating Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OU Outdoor 5 26 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 14 Prime 12 WAP12 R410 5 14 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 49 27 WB DB C 21 29 WB DB C 23 32 WB DB
57. OCK COMP CPU ELUM EEP HE HPC HAN ICP ICT IF IFAN IR LEVEL1 LEVEL2 3 LEVEL4 Max Min min NA OCP OCT OF OFAN OPER Para RAT RC R C RCT RH RT RV SB STBY sec Sect SH SPT ST S W TEMP W O WVL AT 12 2 Legend Alternate Current Air Conditioner ON or OFF status ON OFF Operation Input dry contact Compressor Central Processing Unit Extended Louver Upward Movement Software Jumper Erase Enable Programmable Read Only Memory Heating Element High Pressure Control Hardware Indoor Condensation Pump Indoor Coil Temperature RT2 sensor Indoor Fan Infra Red Normal Water Level Medium High Water Level Overflow Level Maximum Minimum Minute time Not Applicable Outdoor Condensation Pump Outdoor Coil Temperature RT3 sensor Outdoor Fan Operate Paragraph Return Air Temperature RT1 sensor Reverse Cycle Heat Pump Remote Control Remote Control Temperature Resistance Heater Room Temperature i e RCT in IFEEL mode RAT otherwise Reversing Valve Stand By Second time Section Supplementary Heater Set Point Temperature Standard a Model with Cooling Only Software Temperature Without Water Valve The difference between SPT and RT in Heat Mode AT SPT RT in Cool Dry Fan Mode AT RT SPT SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 3
58. ODED VIEWS AND SPARE PARTS LISTS 14 14 1 18 Indoor Unit Prime 7 9 12 14 1 SM PRIME 1 A 1 GB EXPLODED VIEWS AND SPARE PARTS LISTS 14 2 Indoor Unit Prime 9 R22 R410A item code item Description Sea le Lesen le Lime _ 3 leg Lienen 14 2 SM PRIME 1 A 1 GB Airwell 14 3 Indoor Unit Prime 12 R22 No item Gode Desorption ______________ s empoor 17 lees onse 3 s 4527500 9 _ SM PRIME 1 A 1 GB EXPLODED VIEWS AND SPARE PARTS LISTS 14 3 EXPLODED VIEWS AND SPARE PARTS LISTS Pinel 14 4 Indoor Unit Prime 12 class A R410A Wem code tem Description Quant 1 465100014 Grill Alpha 12 F Fw wmm omeen Leen S2omm indsorArInetTemporaurese 1 samomo mnao 1 4520416 Defrost cable EXPORT UNITS O m R C RC4 n x HEN e al A wW N R aA oa O 28 29 32 32 436670R 465440009 465440010 Frame Left Crank Frame Right Crank 14 4 SM PRIME 1 A 1 GB Airwell 14 5 Indoor Unit Prime 12 class C R410A No tern Code _ 1 omar 000 2 ono oeren 7 205720050 Front Frame Ass ARWELL Dala TR a s sme sorewoover ememoz Evaporator tov CostaupHn 12Raton
59. OLETA REVERSE MODEL VARMPUMPENMODELL OPTIONAL CAT N 436638 REV 13 Code 399221 SE 2933 8 3 Airwell ELECTRICAL CONNECTIONS 9 ELECTRICAL CONNECTIONS 9 1 ASP9 12 CSP9 12 indoor unit outdoor unit POWER SUPPLY 1PH220 240V 50Hz Circuit breaker not supplied CDNNECTED ONLY HEAT PUMB UNIT SM PRIME 1 A 1 GB 9 1 REFRIGERATION DIAGRAMS 10 REFRIGERATION DIAGRAMS 10 1 Heat Pump Models 10 1 1 Prime7 9 12 18 RC R410A class A Prime12 18 R22 OUTDOOR UNIT INDOOR UNIT Sensor P connection In ompressor Indoor coil Outdoor coil Strainer COOLING MODE OUTDOOR UNIT INDOOR UNIT Su N Indoor coil Strainer Outdoor coil HEATING MODE SM PRIME 1 A 1 GB 10 1 REFRIGERATION DIAGRAMS Airwell 10 1 2 Prime7 9 RC R22 Prime9 12 RC R410A class C OUTDOOR UNIT INDOOR UNIT Sensor Q o Flared S 8 RU Indoor coil Outdoor coil Strainer COOLING MODE OUTDOOR UNIT INDOOR UNIT K Sensor Q o 5 N Flared 5 8 connection Indoor coil Strainer Outdoor coil HEATING MODE 10 2 Service Manual PRIME Series Airwell 10 1 3 COOLING ONLY All Model OUTDOOR UNIT o o o 5 9 Capillary tube Outdoor coil Strainer SM PRIME 1
60. OR UNITS ONG3 17 INDOOR UNITS OUTDOOR UNITS MODEL Prime7 CSP9 CSP12 ONG3 17 SM PRIME 1 A 1 GB 1 3 1 9 2 R22 Arnell PRODUCT DATA SHEET 2 PRODUCT DATA SHEET 2 1 PRIME 7 Alpha 7 DF GC RELAX 7 CON 7 R22 Model Indoor Unit PRIME 7 Alpha 7 DF Model Outdoor Unit GC RELAX 7 CON 7 R22 Installation Method of Pipe Flared Characteristics Cooling only Cooling Heating 7230 7230 7340 2 12 2 12 2 15 Power input 4 0 75 0 75 0 67 EER Cooling or COP Heating 4 2 83 2 83 3 21 Energy efficiency class C C C 220 240 Power supply 1 50 Rated current 3 4 Power factor Prated IDU 25 Prated IDU ODU 830 Starting current 16 Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds 1150 950 Air flow 1 400 320 External static pressure i 0 Sound power level 2 50 45 Sound pressure level 3 37 31 Moisture removal 0 7 Condenstate drain tube I D 16 Dimensions 680x250x180 Net Weight 7 Package dimensions 740x310x248 Packaged weight
61. Only Cooling Heating Btu hr 7400 7400 7540 kW 2 17 2 17 2 21 Power input 4 kW 0 66 0 66 0 63 EER Cooling or COP Heating 4 W W 3 29 3 29 3 51 Energy efficiency class A A B V 220 240 Power supply Ph 1 50 Rated current 2 9 Power factor Starting current Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds H M L 1150 850 Air flow 1 H M L 390 320 External static Min Max 0 pressure Sound power level 2 H M L 50 44 Sound pressure H M L 37 32 level 3 Capacity 4 Moisture removal 0 8 Condenstate drain tube 16 Dimensions 680x180x250 Weight 7 INDOOR Package dimensions 740x250x310 Packaged weight 9 5 Units per pallet 36 Stacking height 9 levels Refrigerant control Capillary tube Compressor type model Rotary TOSHIBA PA82X1C 4DZDE Fan type amp quantity Propeller direct x 1 Fan speeds 850 Air flow 1200 Sound power level Sound pressure level 3 Dimensions 610x240x520 Weight Package dimensions 720x360x550 Packaged weight 30 33 5 with kit 30 5 34 with kit Units per pallet 12 Stacking height 4 levels Refrigerant type R410A Refrigerant chargless distance 0 72kg 7 5m Additional charge 4msLengths10m 09 10msLengths15m 809 Liquid line 1 4 6 35 Connections between Suction line 3 8 9 53 units Max tubing length d Max 15 Max height Max 7 difference Operation control type
62. PTON The stand by indicator red led on the central control display panel doesn t light up TROUBLESHOOTING PROBABLE CAUSE There is no correct voltage between the line and neutral terminals on main P C B TROUBLESHOOTING CORRECTIVE ACTION If the voltage is low repair power supply H there is no voltage repair general wiring If there is correct voltage replace main or display P C B S The operation indicator green led on the central control display panel does not light up The operation indicator green led does not light up when starting from unit The remote control batteries are discharged Check main P C B and display P C B Replace batteries of the remote control Replace P C B if necessary The indoor fan does not function correctly The outdoor fan does not function correctly Check the voltage between indoor fan terminals on the main P C B Check the voltage between out door fan terminals on the main P C B There is voltage between outdoor fan terminals on the outdoor unit There is no voltage between outdoor fan terminals on the outdoor unit If there is voltage replace capacitor or motor If there is no voltage replace main P C B Replace capacitor or motor Check and repair electrical wiring between indoor and outdoor units The compressor does not start up Check voltage on compressor terminals on the outdoor unit with ammeter
63. and outdoor noise levels Easy installation and service Indoor Unit The indoor unit is a wall mounted and can be easily fitted to many types of residential and commercials applications Filtration Easily accessible and re usable pre filters mesh Control The microprocessor indoor controller and an infrared remote control supplied as standard provide complete operating function and programming For further details please refer to the Operation Manual Appendix A Outdoor Unit The PRIME Series outdoor units can be installed as floor or wall mounted units by using a wall supporting bracket For further information please refer to the Product Data Sheet Chapter 2 The rotary compressor driven by outdoor unit provides optimum performance and noise levels A Bluefin hydrophilic treatment promotes the flow of condensates and offers corrosion protection to maintain performance levels and increasing the service life On the other hand the anticorrosion treatment with a high density powder paint coating ensures high resistance whatever the operating conditions Tubing Connections Flare type interconnecting tubing to be produced on site For further details please refer to the Installation Manual Outdoor Chapter 3 Inbox Documentation Each unit is supplied with its own installation and operation manuals SM PRIME 1 A 1 GB Airwell INTRODUCTION 1 9 Matching Table 1 9 1 R410A INDOOR UNITS OUTDO
64. ating conditions in accordance to ISO 5151 and ISO 13253 for ducted units PRODUCT DATA SHEET Arnell 2 6 PRIME 12 ASP 12 DF ODU WAP 12RC R22 CSP 12RC R22 Model Indoor Unit PRIME 12 ASP 12 DF Model Outdoor Unit ODU WAP 12RC R22 CSP 12 RC R22 Installation Method of Pipe Flared Characteristics Units Cooling Only Cooling Heating Btu hr 11260 11260 12800 kW 3 30 3 30 3 75 Power input 4 kW 1 17 1 17 1 06 EER Cooling or COP Heating 4 2 81 2 81 3 54 Energy efficiency class C C B 220 230 Power supply 1 50 Rated current 5 2 Power factor Prated IDU 30 Prated IDU ODU Starting current 28 Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds 1250 1000 Air flow 1 650 500 External static 0 pressure Sound power level Capacity 4 55 49 2 Son pressure level 3 Moisture removal 1 1 Condenstate drain tube Dimensions 840x250x180 Net Weight 7 Package dimensions 900x310x248 Packaged weight 9 5 Units per pallet 32 Stacking height 8evels Refrigerant control Capillary tube Compressor type model Rotary Sanyo C RV212H51BA Fan type amp quantity Propeller direct x 1 Fan speeds 900 Air flow 1200 Sound power level Sound pressure level 3 Dimensions 610x520x240 Net Weight Package dimensions 725x550x355 Packaged weight Units per pallet i 12 Stacking height i 4 levels Refrigerant ty
65. e disabled For example in case of any ICT fault the ICT high pressure protection in Heat Mode and ICT defrost protection in Cool Mode will not operate anymore The same is also applied to the OCT fault ii RAT thermistor is disconnected or shorted The RAT will be derived from the ICT by using the equations Heat Mode RAT ICT 2 3 Cool Mode RAT ICT 4 Notes e In case of any thermistor failure the STBY LED will be blinking until the fault condition is corrected e User can use the system diagnostics function to find out the nature of the thermistor faults i RAT thermistor is disconnected or shorted System will operate continuously in the last IFAN amp WVL status when turned ON Notes e Asinthe COMP unit the STBY LED will be blinking to indicate a thermistor fault And the user can use the system diagnostics function to find out the nature of the fault SM PRIME 1 A 1 GB 12 5 CONTROL SYSTEM 12 4 1 2 3 4 5 12 6 Cooling Mode General Room Temperature RT is detected by e RAT in normal operation or e RCT R C sensor in I FEEL mode The resolution of RT is 1 c RT is activating COMP WVL if RT gt SPT and e RT is stopping COMP WVL if RT lt SPT Indoor Coil Temp is detected by ICT RT2 Outdoor Coil Temp is detected by OCT RT3 OFAN OPERATIONS e OFAN starts together with COMP in general SM PRIME 1 A 1 GB CONTROL SYSTEM 12 4 1 Cooling
66. emp fluctuations by operating in Cool Mode with low speed IFAN RT SPT c 2 1 Time min DRY ON DRY DRY OFF IFAN forF minutes COMP ON time COMP 8 OFAN JOFF 6min lt Max 15 minutes o min gt Max 15 minutes F 2 ON Note HE1 amp HE2 Et ON RV orr Notes e When Dry is ON the COMP is forced OFF for 3 5 min longer than the 3 min Min COMP Off time after every 15 min of continuous COMP operation e When Dry is OFF the COMP is forced ON for 6 min longer than the 3 min Min COMP On time after every 15 min of continuous COMP OFF time e When Dry is changed from ON to OFF or vice versa the limits mentioned in 1 amp 2 are ignored The COMP operation is only controlled by the 3 min Min OFF time and 1 min Min ON time e Dry Mode IFAN is LOW when COMP is and is OFF when COMP is OFF 12 16 SM PRIME 1 A 1 GB CONTROL SYSTEM 12 8 Protection 12 8 1 Cooling Mode Protections Indoor Coil Defrost Mode Cooling Dry Auto Temp Selected desired temp Fan Any Timer Any Feel On or Off Control Function Protect the indoor coil from ice formation at low ambient temperature ICT c t1 5 min minimum for each COMP starting t2 OFAN cycling alternate between ON and OFF every 30 sec for 20 min maximum t3 COMP and OFAN stop for 10 min minimum Notes e When J7 is closed connec
67. his case will be started at low speed Bie aad _EMD ELD General 30 35 40 ICT ec For WAX 15 20 25 Notes 1 In SH or RC group if HE is set to OFF due to low ICT IFAN will be switched to LOW and will be turned OFF after 30 sec 2 An exception to this rule 4 0 3 a is the Back up mode for SH e In RC and SH groups whenever COMP amp HE are both OFF excluding protection modes IFAN operation will be according to the following In other models IFAN will operate in low speed for 30 sec and then stop If COMP is OFF for more than 3 minutes and IFEEL Mode is inactive IFAN will operate in low speed according to the following graph IFAN Low Speed ON OFF SPT 4 SPT 6 ICT Pc SM PRIME 1 A 1 GB 12 9 CONTROL SYSTEM 12 5 3 operation e For all Groups HE can be ON only when IFAN is ON e For all Groups HE switches to OFF when ICT gt 50 c and is activated again when ICT x 45 e In SH or RC group HE operation is limited by the following graph HE ON OFF General 30 35 ICT c For WAX 15 20 oo Se 50 e Back up mode for SH group After COMP has been working for 5 minutes HE amp IFAN are activated even if the ICT is still below 35 c This situation is called Back up Mode Both HE amp IFAN will work in Back up Mode until the ICT reaches 35 Then the operation goes on in the usual mode 12 10 SM PRIME 1 A 1 GB CONTROL SYSTEM
68. ide panel painting plate 4 E 4 452987500 Comp Jacket 4 B Left Side Panel Painting Plate SM PRIME 1 A 1 GB 14 25 Airwell APPENDIX A APPENDIX A INSTALLATION AND OPERATION MANUAL INSTALLATION MANUAL PRIME SERIES OPERATION MANUAL PRIME SERIES OPERATION MANUAL RC3 OPERATION MANUAL RC4 Y Y Y YV SM PRIME 1 A 1 GB 15 1
69. ing 4 2 86 Energy efficiency class C 220 240 Power supply 1 50 Rated current 8 4 Power factor 0 33 Prated IDU 40 Prated IDU ODU 2350 Starting current 36 8 Circuit breaker rating 15 Fan type amp quantity Crossflow x 1 Fan speeds 1200 1000 Air flow 1 720 590 External static 0 ressure ound power level Capacity 4 55 50 2 Sund pressure 43 37 level 3 Moisture removal 2 4 Condenstate drain tube LD 16 Dimensions WxHxD 900x295x200 Net Weight 11 Package dimensions WxHxD 955x360x270 Packaged weight 14 Units per pallet 21 Stacking height 7 Refrigerant control Capillary tube Compressor type model Rotary TOSHIBA PH330X2CS 4KT4 Fan type amp quantit Propeller direct x 1 Fan speeds 920 Air flow 2160 Sound power level 65 Sound pressure 54 level 3 Dimensions 795x610x290 Net Weight 44 Package dimensions 970x650x394 Packaged weight 47 Units per pallet 9 Stacking height 3 Levels Refrigerant type R22 Standard charge 1 12 1 40 Additional charge 4msLins10m 0g 10m lt Lin lt 15m 100g Liquid line 1 4 6 35 Suction line 1 2 12 7 Max tubing length 15 ax height difference Operation control type Remote control Heating elements Option Others INDOOR OUTDOOR Connections between units
70. ion Therefore the TIMER LED is activated similar to TIMER function 12 11 1 Adjustment in Sleep Mode in cool auto cool or dry modes the SPT adjustment is positive from 0 to 3 c In heat or auto heat modes the SPT adjustment is negative from 0 to 3 In other modes there is no SPT adjustment B deus The SPT adjustment is cancelled when the Sleep mode is cancelled RT 7 Hours Sleep operation Unit is turned to SB co for Normal Sleep Mode after Sleep SPT 3 eentiende eds SPA r 1 E r SPT SPT 1 TEE Heat mode SPT 3 E S Beet Start 1 g 3 4 5 6 7 8 Time Hr Sleep Note If Off timer is active the unit may go to SB before or after 7 hours of sleep operation 12 24 SM PRIME 1 A 1 GB Airwell CONTROL SYSTEM 12 11 2 Time adjustment in Sleep Mode The user can make use of the Off Timer to extend the Sleep Time from 7 hours to 12 hour max The operation of the new Extended Sleep Mode is illustrated by the graphs below Case 1 is the Standard Sleep Mode which is the only sleep mode in previous version of MCU The A C unit simply works for 7 hours then goes to SB Case 2 is the new Extended Sleep Mode If an active Off Timer is set to turn off the A C between 7 12 hour relative to the starting of Sleep the Sleep time is extended And instead of going to SB at the 7th hour the A C will
71. irect x 1 Fan speeds 910 Air flow 2160 Sound power level 64 65 ound pressure level 3 3d 34 Dimensions 795x610x290 Net Weight 42 43 Package dimensions 970x650x394 45 49 with 46 50 with kit kit Units per pallet 9 Stacking height 3 Refrigerant type R410A Standard charge 1 28 Additional charge 4msLs10m 0g 10msLx15m 1004 Liquid line 1 4 6 35 Suction line 1 2 12 7 Max tubing length 15 Max height 7 difference Operation control type Remote control Heating elements Option INDOOR Packaged weight OUTDOOR Connections between units 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units 5 YS 2 10 SM PRIME 1 A 1 GB Airwell 3 1 3 1 1 3 1 2 RATING CONDITIONS Standard conditions in accordance with ISO 5151 ISO 13253 for ducted units and EN 14511 Cooling Indoor 27 19 C WB Outdoor 35 C DB Heating Indoor 20 C DB Outdoor 7 C DB 6 C WB Operating Limits R410A Kn R22 Outdoor indoor SM PRIME 1 A 1 GB RATING CONDITIONS 3 1 Airwell OUTLINE DIMENSIONS 4 OUTLINE DIMENSIONS 4 1 PRIME 7 9 MOUNTING TE
72. l external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units PRODUCT DATA SHEET Airwell 2 8 PRIME 12C ASP 12 R410A DF ODU WAP 12RC R410A CSP 12 R410A Model Indoor Unit PRIME 12C ASP 12 R410A DF Model Outdoor Unit ODU WAP 12RC R410 CSP 12 R410A Installation Method of Pipe Flared Characteristics Cooling Only Cooling Heating Capacity 4 11260 11260 11600 3 30 3 30 3 40 Power input 4 EER Cooling or COP Heating 4 Energy efficiency class 1 16 1 16 1 05 Power supply 220 230 1 50 Rated current Power factor Prated IDU 30 Prated IDU ODU Starting current 28 Circuit breaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds 1250 1000 Air flow 1 650 500 External static pressure 0 Sound power level 2 55 49 Sound pressure level 3 41 34 Moisture removal 1 1 INDOOR Condenstate drain tube 16 Dimensions 840x250x180 Net Weight 7 Package dimensions 900x310x248 Packaged weight 9 5 Units per pallet 36 Stacking height 9 levels Refrigerant control Compressor type model Fan type amp quantity Capi
73. llary tube Rotary Sanyo Hua Run C RV133H1D Propeller direct x 1 Fan speeds 900 Air flow 1200 Sound power level 64 Sound pressure level 3 55 Dimensions 610x520x240 Net Weight 30 Package dimensions 725x550x355 Packaged weight 32 OUTDOOR Units per pallet 12 Stacking height 4 levels Refrigerant type R410A Standard charge 0 89kg Additional charge 4msLengths10m 0g 10msLengths15m 50g Liquid line 1 4 6 35 Connections between Suction line 3 8 9 53 units Max tubing length Max 15 Max height difference Max 7 Operation control type Remote control Heating elements Remote control RC 5 Others 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units 2 8 SM PRIME 1 A 1 GB PRODUCT DATA SHEET 2 9 PRIME 18 COMPACT 17 GC RELAX 18N ONG17 RC R22 Model Indoor Unit PRIME 18 17 Model Outdoor Unit GC RELAX 18 N ONG 17 RC R22 Installation Method of Pipe Flared Characteristics Units Cooling only Cooling Heating Btu hr 18120 18150 19110 kW 5 31 5 32 5 60 Power input 4 1 86 EER Cooling or COP Heat
74. pe R22 Refrigerant chargless distance 0 88 Additional charge 4msLengths10m 00 10msLengths15m 1009 Liquid line 1 4 6 35 Connections between Suction line 1 2 12 7 units Max tubing length Max 15 Max height Maur Operation control type Remote control Heating elements Others 411 134 INDOOR OUTDOOR 1 2 3 4 Airflow in ducted units at nominal external static pressure Sound power in ducted units is measured at air discharge Sound pressure level measured at 1 meter distance from unit Rating conditions in accordance to ISO 5151 and ISO 13253 for ducted units 2 6 SM PRIME 1 A 1 GB Airwell PRODUCT DATA SHEET 2 7 PRIME 12A ALPHA 12 R410A DF GCN12A RC R410A GCN 12 RC R410A Model Indoor Unit PRIME 12A ALPHA 12 R410A DF Model Outdoor Unit GCN12 A RC 410A GCN 12 RC R410A Installation Method of Pipe Flared Characteristics Units Cooling Only Cooling Heating Capacity 4 Btu hr 12280 12280 13030 kW 3 60 3 60 3 82 Power input 4 kW 1 12 1 12 1 11 EER Cooling or COP Heating 4 W W 3 21 3 21 3 44 Energy efficiency class A A B Power supply V 220 240 Ph 1 Hz 50 Rated current A 4 9 Power factor 0 99 Starting current 31 5 Circuit b
75. reaker rating 10 Fan type amp quantity Crossflow x 1 Fan speeds 1210 950 Air flow 1 620 460 External static pressure 0 Sound power level 2 53 47 Sound pressure level 3 40 33 Moisture removal 1 5 INDOOR Condenstate drain tube 16 Dimensions 840x180x250 Weight 8 Package dimensions 930x250x310 Packaged weight 10 5 Units per pallet 36 Stacking height 9 levels Refrigerant control Capillary tube Compressor type model Rotary TOSHIBA PA145X2C 4FT Fan type amp quantity Propeller direct x 1 Fan speeds 830 Air flow 1450 Sound power level 65 65 Sound pressure 54 54 level 3 Dimensions Weight 830x245x545 37 38 Package dimensions 880x310x610 Packaged weight 39 5 43 with kit 40 5 44 with kit OUTDOOR Units per pallet 9 Stacking height Refrigerant type 3 levels R410A Refrigerant chargless distance 0 89kg 7 5m Additional charge 4msLengths10m 09 10 lt mLength lt 15m 800 Liquid line 1 4 6 35 Connections between Suction line units Max tubing length 3 8 9 53 Max 15 Max height difference Max 7 Operation control type Remote control Heating elements Others 1 2 3 4 5 lt SM PRIME 1 1 GB Airflow in ducted units at nomina
76. ressure Bar g Outdoor Temp WB C Suction Pressure VS Outdoor Temp 2 o o o gt o en o 15 DB C 20DB C 25 DB C Suction Pressure Bar g N o 0 Outdoor Temp WB C 5 8 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 5 Prime 9 GCN9 R410A 5 5 1 Cooling Mode at 7 5m Tubing Connection 230V Indoor Fan at High Speed Entering Air DB Entering Air WB DB ID Coil C OD epi O SC 0 60 060 060 060 O60 PI 065 065 065 065 066 PI 070 070 071 071 072 0 75 0 78 2 31 2 90 3 04 168 180 195 201 2 05 0 81 0 83 2 10 272 1 58 0 88 1 82 C T S T S 1 46 0 96 0 97 099 101 1 02 LEGEND TC Total Cooling Capacity kW SC Sensible Capacity kW PI Power Input kW WB WetBulb Temp C DB DryBulb Temp C ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions an A S K Kit is required SM PRIME 1 A 1 GB 5 9 PERFORMANCE DATA amp 5 5 2 Heating ENTERING WB OD COIL C PRESSURE CURVES d nal ENTERING AIR DB ID COIL C 25 TH PI TH PI s sw os 308 ose 29 LEGEND TH Total Heating Capacity kW PI Power Input kW WB Wet Bulb Temp C DB DryBulb Temp C ID Indoor OD Outdoor 5 10 SM PRIME 1
77. riginal page Due to constant improvements please note that the data on this service manual can be modified with out notice Photos are not contractual A SM PRIME 1 A 1 GB 10 11 12 13 14 15 Table of Contents INTRODUCTION baka PRODUCT DATA RATING CONDITIONS zoons citizen aou erae a OUTLINE DIMENSIONS eene PERFORMANCE DATA amp PRESSURE CURVES SOUND LEVEL CHARACTERISTICS ELECTRICAL uns u qusun unamasa WIRING DIAGRANS S ELECTRICAL CONNECTIONS REFRIGERATION DIAGRANMS TUBING CONNECTIONS CONTROL SYSTEM R N sers pd poires TROUBLESHOOTINGS u u u u bn eh nta pian nas EXPLODED VIEWS AND SPARE PARTS LISTS APPENDIX A u ua Farba alasan SM PRIME 1 A 1 GB TABLE OF CONTENTS INTRODUCTION t INTRODUCTION 1 1 General The new PRIME Series wall mounted comprise the ST cooling only and RC heat pump models as follows RC R410A Indoor Units Outdoor Units PRIME 7 GC 7ARC R410A PRIME 9 GCN 9 RC R410A class A PRIME 9 ODU WAP 9 RC R410A class C PRIME 12 A R440A GCN 12 RC R410A class A PR
78. ssy aono inslton Compressor Ji ENEN CE Cd 25 Way vere 1 ale lewa a Ew mes lewe Eur zs 464650010 so 4514566 1 _ s meus a Lem Guard eining ssp CON ss asas _ Condensernsevcontara 1 s Lommel Fw eme Css UKEROFWOTORSUFPORTASSY sech SM PRIME 1 A 1 GB EXPLODED VIEWS AND SPARE PARTS LISTS 14 15 EXPLODED VIEWS AND SPARE PARTS LISTS 14 16 Outdoor Unit GCN9 12 RC R410A class A 27 31 35 14 16 SM PRIME 1 A 1 GB EXPLODED VIEWS AND SPARE PARTS LISTS 14 17 Outdoor Unit GCN9 RC R410A class A Deseription Jas L nsen emm ume 4 ssme nemers s sse PewmNGBASEASSY s 452096200 side Piate eining Assy o 7 _ Bresmecover anar Catiecipnyon s 452070000 Rubber rometbasepate 736992 6Potesteminal book _ ner L psen 1 Loan m sem mmo wmm zuo 455000108 Double patch 737 458000502 Compressor Capaci
79. ted OFAN cycling is cancelled and the set temperature for COMP amp OFAN cut out and cut in are changed COMP 4 OFAN are forced OFF when ICT lt 6 c and are kept OFF until ICT gt 14 c e For WAX model the defrost processes is simpler When J7 is open COMP amp OFAN are forced OFF when ICT lt 1 c and are kept OFF until ICT 5 c When J7 is closed the WAX defrosting process is the same as that of the other models R H S of the graph above In both cases the ICT checking in t2 and t3 are not applied SM PRIME 1 A 1 GB 12 17 CONTROL SYSTEM 12 8 2 High Pressure Protection Mode Auto Cooling or Dry Temp Selected desired temp Fan Any Timer Any Feel On or Off Control Function To protect the COMP from the high pressure built up in the outdoor coil during normal cooling operation by switching OFF the IFAN and COMP OCT c Pe For all models except WAX amp P2000 For WAX amp P2000 models E ED P AE 52 sp be RR BA E E E E nnee ens 1 1 Any PAN To ow operation OFAN is forced ON OFAN is forced ON ON COMP Is force IS force Any IFAN forced IFAN to LOW i ON OPER LED Blink Note e The ICT is also monitored during Cool and Dry mode in case the RV control circuit is faulty
80. ting ENTERING AIR DB ID ENTERING WB 10 2 01 0 89 1 93 0 95 1 85 0 99 7 __ 216 091 208 096 201 101 6 3 93 1 04 382 1 11 369 118 LEGEND TH Total Heating Capacity kW PI Power Input kW WB Wet Bulb Temp C DB Dry Bulb Temp C ID Indoor OU Outdoor 5 22 SM PRIME 1 A 1 GB Arirwell PERFORMANCE DATA amp PRESSURE CURVES 5 12 Model Prime 12 GCN12 R410A 5 12 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB C 21 29 WB DB C 23 32 WB DB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB 5 21 29 WB DB 23 32 WB DB C Suction Pressure Bar g 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 23 PERFORMANCE DATA amp PRESSURE CURVES Arnell 5 12 2 Heating Discharge Pressure VS Outdoor Temp 25 DB C 20 DB C 15 DB C Discharge Pressure Bar g 0 5 10 Outdoor Temp WB C Suction Pressure VS Outdoor Temp 15 DB C 20DB C 25 DB C Suction Pressure Bar g 0 5 10 Outdoor Temp WB C 5 24 SM PRIME 1 A 1 GB Arirwell PERFORMA
81. tor zeur wih Screw 1 _ Leen Compressor assy n o 2 Il 3 _ xem wess a a530a7000 tow pressure i 22 Leen ioh pressure sop vave orroa i 450001500 swa vave penta alem ewer as asses avan stane as 452001600 ar Les Rear panei Panis To as a 459000700 Condenser System es 4 _ PawenmmeGczano sees MotorSuppor assy _ 1 ar 3 alem Las ens nnn s SM PRIME 1 A 1 GB 14 17 EXPLODED VIEWS AND SPARE PARTS LISTS Amel 14 18 Outdoor Unit GCN12 RC R410A class A em Code Description Quantiy 71 CoverpanelPamingassy t gt 17 455000504 Compressor CapactorWth Sow IL 2 s 4526452 comp assy mcoPpamasx cart r s aser nuw Fanne 3 sum wess _ 453047000 kow pressure siop vawe torron r P 22 48046000 Miahpressurestopvavetorranon r asaoszr00 awayvavesystemassy To asxori awae a zs o as 455052800 Single vaveasy zr esters RearpanarPamingasy 3 31 32 33 34 35 15 N 5 N e N
82. valid in Dry Cool Heat and Auto Modes No reset after protection modes 12 3 6 Thermistors operation e Return air Temp is detected by RAT RT1 in normal Mode or by RCT R C sensor in I FEEL Mode e Indoor Coil Temp is detected by ICT RT2 12 3 6 1 Definition of thermistor faults a Thermistor is disconnected The thermistor reading is below 30 c b Thermistor is shorted The thermistor reading is over 75 c Thermistor Temp reading doesn t change irrelevant for RT1 i This test is performed only once after a unit is switched from OFF STBY to operation At the first occurrence of 10 min continuous COMP operation the current ICT amp OCT are compared with those when the COMP was switched from OFF to ON 10 min before If the AT is less than 3 c the thermistor is regarded as defective 1 The ICT and OCT no change error can be disabled together by connecting a4 7 kohm resistor 596 to the OCT connector These resistors are equivalent to a thermistor at 43 1 c and 48 1 c respectively iii Connecting a 4 7k resistor to the ICT connector will disable the ICT no change error only 12 4 SM PRIME 1 A 1 GB CONTROL SYSTEM 12 3 6 2 Handling the thermistor faults in a COMP unit i ICT OCT thermistor is disconnected or shorted The invalid thermistor temperature is replaced by 43 c so that the unit can continue the normal operation All protections related to that faulty thermistor will b
83. wer Input kW WB WetBulb Temp C DB DryBulb Temp C ID Indoor OD Outdoor 1 Marked area is below standard operating limits For operating in low ambient conditions refer to Optional Accessories Chapter 15 SM PRIME 1 A 1 GB 5 17 PERFORMANCE DATA amp PRESSURE CURVES 5 9 2 5 18 Heating ENTERING AIR DB ID COIL 9C 25 H R 146 H 1 5 me 152 o ENTERING WB OD COIL C 0 76 s zs or zs vss 272 os 32 o 315 030 056 0 o se os 360 098 350 106 LEGEND TH Total Heating Capacity kW Power Input kW WB WetBulb Temp C DB Dry Bulb Temp C ID Indoor OU Outdoor SM PRIME 1 A 1 GB Airwell PERFORMANCE DATA amp PRESSURE CURVES 5 10 Model Prime 9 WAP9 R22 5 10 1 Cooling Discharge Pressure VS Outdoor Temp 15 21 C 17 24 WB DB 19 27 WB DB 21 29 WB DB C 23 32 WBIDB C Discharge Pressure Bar g 25 30 35 Outdoor Temp DB C Suction Pressure VS Outdoor Temp 15 21 WB DB C 17 24 WB DB C 19 27 WB DB 21 29 WB DB C 23 32 WB DB C D gt o Suction Pressure Bar g u 25 30 35 Outdoor Temp DB C SM PRIME 1 A 1 GB 5 19 PERFORMANCE DATA amp PRESSURE CURVES Mall 5 10 2 Heating Discharge Pressure VS Outdoor Temp

Service Manual Prime Series_(Airwell)

Contents

Download Pdf Manuals

Related Search

Related Contents