Models: A5ACV 30 CR A5ACV 55 CR A5ACV 75 CR A5ACV 100 CR A5ACV 135 CR A5ACV 210 CR Air-Cooled Chiller (R410A Inverter Series) A5ACV - 2007
TABLE OF CONTENTS 1. NOMENCLATURE ........................................................................................................ 1 - PRODUCT LINE UP 2. FEATURES ................................................................................................................... 3 3. APPLICATION INFORMATION ..................................................................................... 4 - REFRIGERANT CIRCUIT DIAGRAM - CHILLER PANEL CONTROLLER - PRECAUTIONS AND INSTALLATION 4. SOUND DATA ......
1. NOMENCLATURE Production spec variation Type of ref.
Wired handset WCCH Gold Fin Terminal block Scroll compressor 30CR AXAA X X X X X X X 55CR FXAA X X X X X X X 75CR FXAA X X X X X X X 100CR FXAA X X X X X X X X 135CR FXAA X X X X X X X X 210CR FXAA X X X X 2 X X X Brass adaptor BSPT 1 1/2 Brass adaptor BSPT 1 Brass adaptor BSPT 1 1/4 Pump only EXV (Normal & Inverter circuit) EXV (Inverter circuit) Capillary tube (Normal & Inverter circuit) Capillary tube (Normal circuit) Isolator Switch Nomenclature A5ACV Heat pump model PRODUCT LINE UP
2. FEATURES TRUE DUAL CIRCUITS BPHE The true dual BPHE puts the secondary circuit (water) in contact with 2 primary circuits (refrigerant). So even if one primary circuit is shut off, each secondary channel is still in contact with a primary channel. INVERTER COMPRESSOR Inverter compressor is programmed to run at the optimum speed, which is regulated by the input frequency as it can varies according to the heat load requirement.
3.
MODEL : A5ACV 100CR FIN TUBE HEA T EXCHANGER (SYSTEM 1) A5ACV 100CR Refrigerant Circuit Diagram HEA TING CAP TUBE 4-W AY V ALV E FIL TER DRIER CHECK VA LV E FIN TUBE HEA T EXCHANGER (SYSTEM 2) 4-W AY V ALV E FIL TER DRIER EXV VARIABLE SPEED COMPRESSOR COOLING CAP TUBE SUCTION ACCUMULA TOR LIQUID RECEIVER CHECK VA LV E COMPRESSOR SUCTION ACCUMULA TOR LIQUID RECEIVER WATER IN WATER OUT MODEL : A5ACV 135CR FIN TUBE HEA T EXCHANGER (SYSTEM 1) A5ACV 135CR Refrigerant Circuit Diagram HEA TING
MODEL : A5ACV 210CR FIN TUBE TUBE HEAT FIN EXCHANGER HEAT(SYSTEM EXCHANGER 1) (SYSTEM 1) TWIN TWIN TUBEJOINT JOINT TUBE OIL OIL SEPARATOR SEPARATOR A5ACV 210CR Refrigerant Circuit Diagram 4-WAY VALVE 4-WAY VALVE OIL OIL SEPARATOR SEPARATOR FILTER FILTER DRIER DRIER FILTER FILTER DRIER DRIER CHECK CHECK VALVE VALVE CHECK CHECK VALVE VALVE COMPRESSOR COMPRESSOR SUCTION SUCTION ACCUMULATOR ACCUMULATOR LIQUID LIQUID RECEIVER RECEIVER LIQUID LIQUID RECEIVER RECEIVER COMPRESSOR COMPRESSOR TWIN TWIN T
CHILLER PANEL CONTROLLER 1. SAFETY CONSIDERATION Only specially trained and technicians and installers are authorized to install and service this equipment. 1.1 General Installation Recommendations • Only supply DC voltage (9-17V, typically 12V, maximum current 200mA) as a power source to the device. • Input contact voltage supply should limit to 12VDC or 24VAC. • Isolated all the low voltage wiring (communication bus, etc) from high voltage power supply wiring. 2. GENERAL DESCRIPTION 2.
3. HARDWARE DESCRIPTION Legend 1&2 3 4 5 6 7 8 9 10 Navigation key Execute instruction key Cancel instruction key Switching to heat mode shortcut key Switching to cool mode shortcut key Toggle ON/OFF shortcut key Show alarm key Graphical LCD display ON/OFF indicator Legend 1&2 3 4 5 6 7 8 9 10 Chiller terminal unit connection Not available CMOS reset jumper (JH2) Chiller bus resistor or configuration (JH3) Not available Not available Not available Not available Backup battery 3.
4. INSTALLATION 4.1 Chiller Bus Supported up to 50 units of Chiller Chiller 0 Chiller Panel 0 (Master) Chiller 1 Chiller 2 5 way wire (CN8) Chiller Communication bus Chiller Panel 1 (Slave) Chiller Network Chiller panel needs to be energized with +12Vdc. The 5 way wires that provided is once on the easiest solution to establish a communication between the panel and chiller main board (CN8-JP13).
4.2 Others Configuration • JH2 in chiller panel should let it open (put the jumper header on one pin only) all the time unless user need to do CMOS reset to that particular panel. • JH3 should let it open (put the jumper header on one pin only) all the time as well. • Remember to put in the coin cell battery on the panel. Without the backup battery, the panel will always reset the time to 12:00am, 1st Jan 2000. 4.
5. SOFTWARE DESCRIPTION 5.1 Introduction The Chiller Panel Controller can be used to control / display the status of Chiller.
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5.3 Chiller Menu Structure 5.3.1 Summary Pages There are 4 pages in [Summary Pages]. Press UP or DOWN for page scrolling. Press ENTER to go to [Main Menu]. Time and date are shown on top of each page. Beside that, the bottom of each page shows current control unit of the Chiller.
5.3.2 Main Menu Press ENTER in [Summary Pages] to go into this menu MAIN MENU Operating Menu Setting Menu Timer Menu Alarm Menu Display Menu There are 5 sub menus in [Main Menu]. Press UP or DOWN to select sub menus, ENTER to enter into the sub menu or press ESC to exit to [Summary Pages] 5.3.2.1 OPERATION MENU Select [Operation Menu] in [Main Menu] and press ENTER to go into this menu. OPERATION MENU Status : ON Mode : Cooling Cool Temperature : 12.0°C Heat Temperature : 40.
5.3.2.2 Settings Menu Select [Settings Menu] in [Main Menu] and press ENTER to go into this menu. SETTINGS MENU Set Parameter Change Passw ord Panel Option Set Panel ID Some advance settings can be found here. Press UP or DOWN to select settings, ENTER to start the setting or press ESC here to exit to [Main Menu]. Settings - Set Parameter - Password Changing - Panel Option - Set Panel ID 5.3.2.2.1 Set Parameter Select [Set Parameter] in [Settings Menu] and press ENTER to go into this menu. 1. 2. 3. 4. 5.
5.3.2.2.3 Panel Option Select [Panel Option] in [Setting Menu] and Press ENTER to go into this menu. Backlight Buzzer Screen Saver Timeout Contrast Brightness Temp Unit : Norm al : : On : Disable : 5m : 50% : Medium :°C User can do some miscellaneous for the panel. These settings would not affect whole system performance.
5.3.2.3 Timer Menu Select [Timer Menu] in [Main Menu] and press ENTER to go into this menu. TIMER MENU Clock Setting Date Setting Time Schedule Timer : Disable : All the timer/ schedule settings are included in this menu. Press UP or DOWN to select each settings. ENTER to start the setting or press ESC here to exit to [Main Menu]. Settings: - Set Clock - Set Date - Set Schedule ( 7 days Programmable Timer) - Enable/ Disable Timer Schedule 5.3.2.3.
5.3.2.3.2 Set Date Select [Date Setting] in [Timer Menu] and press ENTER to go into this menu. Set Date : yyyy mm dd 2000 / 01 / 01 User can set the date in this menu. The date is set according to sequence below: (year) / (month) / (day) Press [ESC] to exit to [Timer Menu]. 5.3.2.3.3 Set Schedule Select [Schedule Timer] in [Timer Menu] and press ENTER to go into this menu.
5.3.2.4.1 Show Alarms Select [Show Alarms] in [Alarm Menu] and press ENTER to go into this menu. [Ch 0] Alarm 1 Comp 1 overload 01/ 01/ 00 12:00am User can view all the fault/ alarm records in this menu. The record shows - Alarm type - Alarm occurred date - Alarm occurred time - Alarm occurred unit (Chiller ID) Beside that, user can erase the alarm record in this menu. Press [ESC] to exit to [Alarm Menu]. 5.3.2.4.
5.3.2.5.1 Defrost Sensor Select [Defrost Sensor] in [Display Menu] and press ENTER to go into this menu. Defrost Sensor Comp 1 : 12.8°C User can view the defrost sensor temperature for each compressor in the Chiller. Press [ESC] to exit to [Display Menu] 5.3.2.5.2 Discharge Sensor Select [Discharge Sensor] in [Display Menu] and press ENTER to go into this menu. Discharge Sensor Comp 1 : 36.5°C User can view the discharge sensor temperature for each compressor in the Chiller.
6. OPERATION USER MANUAL 6.1 Starting Chiller panel can be set as Master or Slave panel unit. When the Panel ID is set to ‘0’, it acts like a Master panel, whereas it is Slave panel if Panel ID is set to others number (1-50). Chiller panel can control the Chiller if both ID no. (Panel ID and Chiller ID) are same. For example: Panel ID 1 can only control Chiller ID 1 Master Panel can choose to control each Chiller or control all Chiller at once in the network.
6.2 CHILLER OPERATION CONTROL 6.2.1 STARTING During power on for the Chiller Panel, it needs to take several times to collect information from the Chiller. At this time, all the status will show “--”. Please ensure the particular Chiller exists in the network. When the process is completed, user can start to control the Chiller using the panel.
6.2.3 Switching On/Off There are several ways to switch ON/OFF for the Chiller. i) [Summary Pages] Press and hold ON/OFF button (hold 1 second). Please note that the ON/OFF button will only function in [Summary Pages]. ii) [Operation Menu] Summary Pages Main Menu Operation Menu OPERATION MENU Status : ON Mode : Cooling Cool Temperature : 12.0°C Heat Temperature : 40.0°C In [Operation Menu], select “Status” and press ENTER.
6.2.4 Switching Mode There are several ways to switch the mode for the Chiller. Please take note that some mode cannot be set due to current Chiller model settings. Chiller Model Chiller Heat Pump Chiller / Boiler Heat Pump / Boiler Chiller + Boiler Heat Pump + Boiler Cooling ¥ ¥ ¥ ¥ ¥ ¥ Mode Heating x ¥ x ¥ x ¥ Boiling x x ¥ ¥ Auto Auto ¥ - Allow to set x - Not Allow to set Auto - Turn ON automatically i) [Summary Pages] Cooling - Press and hold COOL button.
6.2.5 Changing Mode Set Temperature There are 2 ways to change the mode set temperature for the Chiller. i) [Operation Menu] Summary Pages Main Menu OPERATION MENU Status : ON Mode : Cooling Cool Temperature : 12.0° C Heat Temperature : 40.0° C OPERATION MENU Status : ON Mode : Cooling Cool Temperature : 12.0° C Heat Temperature : 40.0° C 1. General 2. Regulator 3. Compressor 4. Defrost 5. Antifreeze 6. Inverter 7. Alarm and Contact R1 Cool SP : 12.0°C R2 Cool Diff : 3.
6.2.6 Manual Defrost User can choose which compressor will go into manual defrost cycle by using the Chiller Panel, as long as the condition is fulfilled with defrost condition. This can be done in [Operation Menu]. Summary Pages Main Menu Operation Menu Please take note that “Manual Defrost” option will only available in HEATING mode. It will disappear in COOLING/ BOILING mode. OPERATION MENU OPERATION MENU Status : ON Mode : Heating Cool Temperature : 12.
6.2.7 Advance Parameter Settings The Chiller Panel provide user a lot of advance parameter settings for the Chiller. The parameters are divided into 7 groups. There all are stored in [Set Parameter] menu and it is password-protected layer in the panel. * CAUTION : INPROPER SETTINGS WILL CAUSE PERMANENT DAMAGE TO THE CHILLER !!! Summary Pages Main Menu Settings Menu Key in Password Set Parameter 7 groups of Advance Parameter: 1) General G1 Mode G2 No.
3) Compressor C1 Min Run : 12s C2 Min Stop : 240s C3 2On Interval : 360s C4 2Cp ON Dly : 15s C5 P-Cp ON Dly : 60s C6 Cp-P OFF Dly: 40°C C7 Cp Cut Off : 120°C 4) Condenser Defrost D1 Start Temp D2 End Temp D3 Max Dura D4 Interval D5 Dly Bfr Def D6 Dly Aft Def : -3°C : 14°C : 10m : 45m : 0s : 0s 5) Cool Mode Antifreeze A1 Heater SP A2 Heater Diff A3 Sensor A4 Alarm SP A5 Alarm Diff : 5°C : 2.0°C : Leave : 3°C : 2.
6.2.8 Changing Password For security purpose, some places in the panel are password-proctected. User can change the password at anytime. Summary Pages Main Menu Settings Menu Change Password Please enter the Old password ----------0 ---- User needs to enter the old password in order to change the password. Change the 1st digit value via UP or DOWN. Press ENTER to start enter 2nd digit and the rest, or ESC to exit at anytime. Password accepted . . .
6.2.9 Clock Setting User can set the clock for the panel. Summary Pages Main Menu Timer Menu Set Time UP or DOWN to change ‘hour’. ENTER to set ‘minute’ or ESC to exit to [Timer Menu]. Set Time : hh mm UP or DOWN to change ‘minute’. ENTER to confirm or ESC to set ‘hour’again. 00 : 00 6.2.10 DATE SETTING User can set the date for the panel.
6.2.11 7 Days Programmable Setting The are 2 ON/OFF events in one day for the schedule. This schedule is applicable to all the chillers in the network.
6.2.12 Viewing Alarm / Erase Alarm Record Whenever a new fault/ alarm is occurred, there will be a message pop up to show the fault/ alarm. Backlight will blinking with beeping sound (if “Alarm Buzzer” is set ON). If the fault/ alarm has not been dissolved from the Chiller, a sign [A] will be shown in the [Summary Pages].(from pop up menu) automatically if the fault/ alarms have been dissolved.
6.2.13 Viewing Defrost Sensor Temperature The Chiller Panel displays defrost sensor temperature for each compressor in [Defrost Sensor] in [Display Menu]. Defrost Sensor Comp 1 : 12.8°C Press ESC to exit to [Display Menu] 6.2.14 Viewing Compressor Discharge Temperature The Chiller Panel displays compressor discharge temperature for each compressor in [Discharge Sensor] in [Display Menu]. Discharge Sensor Comp 1 : 36.
6.2.15 Viewing / Clear Compressor Run Time User can view/ clear the compressor run time for the Chiller in [Comp Run Time] in [Display Menu]. Comp Run Time Press UP or DOWN to select the compressor. ENTER to start clear the run time, or ESC to exit to [Display Menu]. Comp 1 : 13579h Clear Run Time ? Press Enter to Clear Or ESC to exit. Press ENTER and key in the password to confirm or ESC to cancel 6.2.
Parameter Value Description Backlight Normal Always ON OFF Enable Disable 1-30m 0-100% OFF Low, Medium, High °C °F Turn ON backlight for 30s via key press Always ON backlight Enable beeping sound when fault/ alarm occurred Disable beeping sound when fault/ alarm occurred Show screen saver when timeout No screen save Timeout for showing screen saver Adjust the contrast setting for the LCD panel No backlight Adjust the backlight intensity Display temperature in degree Celsius Display temperature in degre
7.
8. APPENDIX Unit Flag Default 4 (Chiller+Boiler) Min 0 Max 2 Resolution 1 Flag 1 1 4 1 Flag 0 (disable) 0 1 1 Flag 0 (disable) 0 1 1 Flag 0 (disable) 0 1 1 Flag 0 (disable) 0 1 1 Flag 0 0 50 1 Unit °C (F) °C (F) °C (F) °C (F) °C (F) °C (F) °C (F) °C (F) °C (F) Default 12 (53.6) 1.5* (2.7) 40 (104) 1.5* (2.7) 7 (44.6) 20 (68) 30 (86) 50 (122) 5 (9) Min 7(44.6) 0.4 (0.7) 30(86) 0.4 (0.7) -20 (-4) 7(44.
A1 A2 A3 A4 A5 P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 P13 P14 P15 P16 P17 P18 P19 V1 V2 V3 V4 V5 COOL MODE ANTIFREEZE Antifreeze heater set-point Antifreeze heater differential Antifreeze sensor select 0=Leaving water, 1=Entering water Antifreeze alarm set-point Antifreeze alarm differential Unit °C (F) °C (F) Flag Default 5 (41) 2 (3.6) 0 (leaving) 3 (37) 2 (3.6) Min -40 (-40) 0.4 (0.7) 0 Max 40 (104) 10 (18) 1 Resolution 1 0.1 1 -40 (-40) 0.4 (0.7) 40(104) 10 (18) 1 0.
SPECIAL PRECAUTIONS WHEN DEALING WITH REFRIGERANT R410A UNIT 1) WHAT IS NEW REFRIGERANT R410A? R410A is a new HFC refrigerant which does not damage the ozone layer. The working pressure of this new refrigerant is 1.6 times higher than conventional refrigerant (R22), thus proper installation / servicing is essential. 2) COMPONENTS Mixture of composition by weight : R32(50%) and R125(50%) 3) CHARACTERISTIC • R410A liquid and vapor components have different compositions when the fluid evaporates or condenses.
d) When charging R410A, ensure that only liquid is being withdrawn from the cylinder or can. This is to ensure that only the original composition of R410A is being delivered into the system. The liquid composition can be different from the vapor composition. Dip-pipe Invert cylinder without dip-pipe Liquid withdrawal e) Normally, the R410A cylinder or can is being equipped with a dip-pipe for liquid withdrawal.
INSTALLATION A5ACV 30/ 55/ 75CR 41
A5ACV 30CR A5ACV 55CR / 75CR 42
A5ACV 100 / 135 / 210CR 700 500 500 1100 SAFETY PRECAUTIONS Before installing the air conditioner unit, please read the following safety precautions carefully ! Warning • • • • • • • Installation and maintenance should be performed by qualified persons who are familiar with local code and regulation, and experienced with this type of appliance. All field wiring must be installed in accordance with the national wiring regulation.
Caution Please take note of the following important points when installing. • Do not install the unit where leakage of flammable gas may occur. If gas leaks and accumulates around the unit, it may cause fire ignition. • Ensure that the drainage piping is connected properly. ! • If the drainage piping is not connected properly, it may cause water leakage which will dampen the furniture. Do not overcharge the unit. This unit is factory pre-charged.
A5ACV 30 / 55 / 75CR A5ACV 30 CR AIR VENT (INST ALL HIGHEST POSITION) PRESSURE GAUGE GA TE VA LV E GA TE VA LV E GA TE BALANCING VA LV E VA LV E THERMOMETER FAN COIL UNIT/AIR HANDLING UNIT THERMOMETER BALANCING VA LV E GATE V ALVE GATE V ALVE BYP ASS V ALVE PRESSURE TYPE) P (DIFFER ENT STRAINER CHECK VA LV E F LEXIBLE GATE V ALVE (LOWER POSITION FOR DRAINAGE) MAKE UP VA LV E A5ACV 55CR / 75CR AIR VENT (INST ALL HIGHEST POSITION) PRESSURE GAUGE GA TE VA LV E THERMOMETER GA TE VA LV E GA
A5ACV 100 / 135 / 210CR AIRVENT (INSTALL HIGHEST POSITION) PRESSURE GAUGE GATE VALVE GATE VALVE GATE VALVE THERMOMETER BALANCING VALVE FAN COIL UNIT/AIR HANDLING UNIT FLEXIBLE THERMOMETER GATE VALVE BALANCING VALVE STRAINER GATE VALVE FLEXIBLE CHECK VALVE PRESSURE DIFFERENTIAL VALVE GATE VALVE (LOWER POSITION FOR DRAINAGE) MAKE UP VALVE ! Figure 2 CAUTION • Do not allow water to remain in the water pipes if the unit is not operating for a long period.
! WARNING • All terminals and connection must be tightened. • Avoid any wires from touching the refrigerant pipe. Apply insulation if necessary. • Avoid any wires from touching the moving components such as, fan motor, pump & compressor. WATER PIPING SYSTEM SETUP • • Fill up the water circuit after connecing all the pipes and equipment. Perform leak checks for all connections and joints. Do not start the unit when the system is leaking.
CONTROL OPERATION GUIDE The unit is equipped with a microprocessor controller board. The microprocessor contorller is provided to give temperature control for the system by accurately measuring and controlling the water entering and water leaving temperature. The temperature setting in the unit is preset in the factory. It is not recommended to change the setting unless necessary. A wired contoller handset is connected to the microprocessor board.
4. SOUND DATA SOUND PRESSURE LEVEL Model A5ACV30CR A5ACV55CR A5ACV75CR A5ACV100CR A5ACV135CR A5ACV210CR 125Hz 55.9 59.5 64.7 60.7 66.3 92.2 1/1 Octave Sound Pressure Level (dB, ref 20PPa) 250Hz 500Hz 1kHz 2kHz 4kHz 59.6 59.0 53.4 47.9 43.3 63.4 60.5 56.1 51.9 45.5 64.9 63.2 61.2 56.6 50.6 58.3 57.4 57.6 56.3 53.2 58.0 58.4 62.0 60.5 58.1 84.9 79.6 76.1 74.9 75.3 8kHz 38.0 41.5 42.3 53.3 52.0 77.3 Overall (dBA) 59.1 61.9 65.4 62.9 66.7 84.7 8kHz 48.0 55.2 53.0 67.8 66.3 NA Overall (dBA) 70.5 72.1 75.
5. SELECTION PROCESS WATER PRESSURE DROP VS FLOW RATE MODEL : A5ACV 30CR - COOLING Water Flow m3/hr 1.26 1.30 1.32 1.36 1.39 1.43 1.49 Pump Head kPa 109.00 108.40 108.20 108.00 107.20 106.00 105.00 System Head kPa 26.56 26.59 28.94 31.54 31.39 31.81 32.30 Available Head Presure kPa 82.44 81.81 79.26 76.46 75.81 74.19 72.70 MODEL : A5ACV 30CR - HEATING Water Flow m3/hr 1.89 1.80 1.66 1.44 1.12 Pump Head kPa 95.00 96.60 101.00 106.00 111.80 System Head kPa 38.34 35.40 32.45 28.64 18.
MODEL : A5ACV 75CR - COOLING / HEATING Water Flow m3/hr 2.20 2.60 3.00 3.40 3.80 Pump Head kPa 315.00 300.00 285.00 275.00 265.00 System Head kPa 21.78 31.81 41.17 52.17 65.60 Available Head Presure kPa 293.22 268.19 243.83 222.83 199.40 MODEL : A5ACV100CR - COOLING Water Flow m3/hr 3.98 4.25 4.40 4.79 4.83 4.86 4.90 Pump Head kPa 237.14 228.57 224.29 211.43 210.00 207.80 205.71 System Head kPa 19.60 25.24 29.39 38.73 39.54 39.60 39.78 Available Head Presure kPa 217.54 203.33 194.90 172.70 170.
CORRECTION FACTORS WITH GLYCOL USE CAPACITY FACTOR GLYCOL LWT/ deg C 10 20 30 40 -5 0.89 0.87 0.77 -3.9 0.9 0.876 0.781 -1.1 0.925 0.925 0.892 0.796 1.7 0.945 0.938 0.906 0.809 4.4 0.956 0.949 0.918 0.82 7.2 0.965 0.958 0.927 0.829 10 0.962 0.957 0.926 0.828 GLYCOL % WATER FLOW PRESSURE DROP 10 1.015 1.06 20 1.04 1.12 30 1.08 1.18 40 1.135 1.
6. ENGINEERING AND PHYSICAL DATA GENERAL DATA - HEAT PUMP R410A INVERTER MODEL NOMINAL COOLING CAPACITY NOMINAL HEATING CAPACITY NOMINAL TOTAL INPUT POWER NOMINAL RUNNING CURRENT A5ACV 30CR A5ACV 55CR Btu/h 27000 50000 W 7913 14654 Btu/h 33000 55000 W 9663 16119 COOLING W 5279 7600 HEATING W 4418 6100 COOLING A 19.9 15.2 HEATING A 17.3 13.
GENERAL DATA - HEAT PUMP R410A INVERTER MODEL A5ACV75CR Btu/h 70000 W 20515 Btu/h 75000 W 21980 COOLING W 9050 HEATING W 7900 COOLING A 16.6 HEATING A 15.4 V/Ph/Hz 380-415 / 3 / 50 NOMINAL COOLING CAPACITY NOMINAL HEATING CAPACITY NOMINAL TOTAL INPUT POWER NOMINAL RUNNING CURRENT POWER SOURCE REFRIGERANT TYPE R410A CONTROL ELECTRONIC EXPANSION VALVE HEIGHT mm/in 1460 / 57.5 WIDTH mm/in 1150 / 45.3 DEPTH mm/in 550 / 21.7 HEIGHT mm/in 1626 / 64.0 WIDTH mm/in 1309 / 51.
GENERAL DATA - HEAT PUMP R410A INVERTER MODEL NOMINAL COOLING CAPACITY NOMINAL HEATING CAPACITY NOMINAL TOTAL INPUT POWER NOMINAL RUNNING CURRENT A5ACV100CR A5ACV135CR Btu/h 95000 131500 W 27800 38540 Btu/h 100000 141500 W 29300 41470 COOLING W 12000 15750 HEATING W 11400 16250 COOLING A 24.4 30.0 HEATING A 23.9 POWER SOURCE 31.4 380-415 / 3 / 50 V/Ph/Hz REFRIGERANT TYPE R410A CONTROL ELECTRONIC EXPANSION VALVE / CAPILLARY TUBE HEIGHT mm/in 1260 / 49.6 1260 / 49.
GENERAL DATA - HEAT PUMP R410A INVERTER MODEL A5ACV210CR Btu/h NOMINAL COOLING CAPACITY NOMINAL HEATING CAPACITY NOMINAL TOTAL INPUT POWER NOMINAL RUNNING CURRENT 200000 W 58562 Btu/h 210000 W 61490 COOLING W 22300 HEATING W 21800 COOLING A 44.6 HEATING A 44.6 V/Ph/Hz 380-415 / 3 / 50 POWER SOURCE REFRIGERANT TYPE R410A CONTROL ELECTRONIC EXPANSION VALVE HEIGHT mm/in 1786 / 70.3 WIDTH mm/in 2093 / 82.4 DEPTH mm/in 1192 / 46.9 HEIGHT mm/in 1975 / 77.
COMPONENTS DATA MODEL A5ACV 30CR TYPE Q'TY CONDENSER FAN A5ACV 55CR PROPELLER 1 2 ALUMINIUM MATERIAL DIRECT DRIVE DIAMETER 457.2 / 18 mm/in TYPE CONDENSER FAN MOTOR INDUCTION Q'TY INDEX OF PROTECTION (IP) 1 2 NA NA AC INVERTER SCROLL TYPE COMPRESSOR OIL TYPE POE POE OIL AMOUNT TYPE INVERTER SCROLL TUBE DIAMETER mm/in 9.52 / 3/8 THICKNESS mm/in 0.372 / 0.015 3 cm / fl.oz. 1700 / 57.
COMPONENTS DATA MODEL A5ACV100CR TYPE A5ACV135CR PROPELLER Q'TY CONDENSER FAN 2 MATERIAL ALUMINIUM DRIVE DIRECT DIAMETER mm/in 609.6 / 24 660.4 / 26 TYPE CONDENSER FAN MOTOR INDUCTION Q'TY INDEX OF PROTECTION (IP) 2 2 NA NA SCROLL + AC INVERTER SCROLL TYPE COMPRESSOR OIL TYPE OIL AMOUNT POE POE 3250 / 110 SCROLL cm3 / fl.oz. 1700 / 57.5 INVERTER S. cm3 / fl.oz. 2300 / 77.8 CORRUGATED INNER GROOVED COPPER MATERIAL TUBE CONDENSER COIL DIAMETER mm/in 9.
COMPONENTS DATA MODEL A5ACV210CR TYPE PROPELLER Q'TY CONDENSER FAN 2 MATERIAL ALUMINIUM DRIVE DIRECT DIAMETER mm/in 812.8 / 32 TYPE CONDENSER FAN MOTOR INDUCTION Q'TY 2 INDEX OF PROTECTION (IP) NA TYPE COMPRESSOR AC INVERTER SCROLL OIL TYPE OIL AMOUNT TYPE POE INVERTER SCROLL 3 2300 / 77.8 cm / fl.oz. CROSS FINNED TUBES MATERIAL TUBE CONDENSER COIL PUMP CASING DIAMETER mm/in 9.52 / 3/8 THICKNESS mm/in 0.372 / 0.
SAFETY DEVIES MODEL A5ACV 30CR TYPE HIGH PRESSURE SWITCH SAFETY DEVICE NC OPEN Pa / psi 600 600 CLOSE Pa / psi 480 480 NC NC 18 TYPE LOW PRESSURE SWITCH A5ACV 55CR NC OPEN Pa / psi 18 CLOSE Pa / psi 28 28 BUILT IN ON BOARD BUILT IN ON BOARD DIFFERENTIAL PRESSURE SWITCH YES YES ANTI-FREEZE PROTECTION SENSOR YES YES 110 / 230 110 / 230 OVER PRESSURE RELIEF VALVE YES YES ANTI-FREEZE HEATER ON BPHE YES YES PUMP OLP YES YES COMPRESSOR OLP YES YES PHASE PROTECTION DI
MODEL A5ACV210CR TYPE HIGH PRESSURE SWITCH NC OPEN Pa / psi 600 CLOSE Pa / psi 480 TYPE LOW PRESSURE SWITCH SAFETY DEVICE NC OPEN Pa / psi CLOSE Pa / psi 18 28 PHASE PROTECTION BUILT IN ON BOARD DIFFERENTIAL PRESSURE SWITCH YES ANTI-FREEZE PROTECTION SENSOR DISCH.
7. PERFORMANCE DATA A5ACV55CR MODEL A5ACV30CR A5ACV55CR MODEL A5ACV30CR A5ACV55CR LEAVING WATER TEMP (°C) A5ACV30CR 4 5 6 7 8 9 10 4 5 6 7 8 9 10 4 5 6 7 8 9 10 4 5 6 7 8 9 10 LEAVING WATER TEMP (°C) MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV 30CR / 55CR - COOLING 4 5 6 7 8 9 10 4 5 6 7 8 9 10 AMBIENT TEMPERATURE ON CONDENSOR (°C) 19 COOL CAP. 20 POWER INPUT COOL CAP. 25 POWER INPUT COOL CAP. 28 POWER INPUT COOL CAP. POWER INPUT WATER FLOW RATE AVAIL. HEAD PRESS.
MODEL A5ACV75CR MODEL A5ACV75CR LEAVING WATER TEMP (°C) A5ACV75CR 4 5 6 7 8 9 10 4 5 6 7 8 9 10 LEAVING WATER TEMP (°C) MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV75CR - COOLING 4 5 6 7 8 9 10 AMBIENT TEMPERATURE ON CONDENSOR (°C) 19 COOL CAP. 20 POWER INPUT COOL CAP. 25 POWER INPUT COOL CAP. 28 POWER INPUT COOL CAP. POWER INPUT WATER FLOW RATE AVAIL. HEAD PRESS. PUMP INPUT POWER PUMP INPUT AMP kW kW kW kW kW kW kW kW m /hr 3 kPa W A 22.22 22.46 23.02 23.78 24.14 25.
A5ACV135CR MODEL A5ACV100CR A5ACV135CR MODEL A5ACV100CR A5ACV135CR LEAVING WATER TEMP (°C) A5ACV100CR 4 5 6 7 8 9 10 4 5 6 7 8 9 10 4 5 6 7 8 9 10 4 5 6 7 8 9 10 LEAVING WATER TEMP (°C) MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV100 / 135CR - COOLING 4 5 6 7 8 9 10 4 5 6 7 8 9 10 AMBIENT TEMPERATURE ON CONDENSOR (°C) 19 COOL CAP. 20 POWER INPUT COOL CAP. 25 POWER INPUT COOL CAP. 28 POWER INPUT COOL CAP. POWER INPUT WATER FLOW RATE AVAIL. HEAD PRESS.
MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV 210CR - COOLING MODEL LEAVING WATER TEMP (°C) 4 5 6 A5ACV210CR 7 8 9 10 MODEL LEAVING WATER TEMP (°C) 4 5 6 A5ACV210CR 7 8 9 10 4 5 6 A5ACV210CR 7 8 9 10 AMBIENT TEMPERATURE ON CONDENSOR (°C) 19 20 25 28 WATER AVAIL. PUMP PUMP COOL POWER RUNNING COOL POWERRUNNING COOL POWERRUNNING COOL POWERRUNNING FLOW HEAD INPUT INPUT INPUT CURRENT CAP. INPUT CURRENT CAP. INPUT CURRENT RATE PRESS. POWER AMP CAP. INPUT CURRENT CAP.
A5ACV55CR MODEL A5ACV30CR A5ACV55CR MODEL A5ACV30CR A5ACV55CR LEAVING WATER TEMP (°C) A5ACV30CR 35 40 45 50 55 35 40 45 50 55 35 40 45 50 55 35 40 45 50 55 LEAVING WATER TEMP (°C) MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV 30 / 55CR - HEATING 35 40 45 50 55 35 40 45 50 55 AMBIENT TEMPERATURE ON CONDENSOR (°C) -7 HEAT CAP. -5 POWER INPUT HEAT CAP. 0 POWER INPUT HEAT CAP. POWER INPUT WATER FLOW RATE AVAIL. HEAD PRESS.
MODEL A5ACV75CR MODEL A5ACV75CR -7 HEAT CAP. -5 POWER INPUT HEAT CAP. 0 POWER INPUT HEAT CAP. POWER INPUT WATER FLOW RATE AVAIL. HEAD PRESS. PUMP INPUT POWER PUMP INPUT AMP kW kW kW kW kW kW m /hr 3 kPa W A 16.52 6499.45 16.92 6508.30 20.10 6530.41 3.85 201.36 819 1.40 40 16.02 7431.71 16.38 7440.94 18.81 7464.02 3.78 206.85 809 1.39 45 15.26 7928.19 15.68 7935.22 18.56 7950.70 3.71 213.00 800 1.37 50 14.61 8281.90 15.04 8290.25 18.11 8311.
A5ACV135CR MODEL A5ACV100CR A5ACV135CR MODEL A5ACV100CR A5ACV135CR LEAVING WATER TEMP (°C) A5ACV100CR 35 40 45 50 55 35 40 45 50 55 35 40 45 50 55 35 40 45 50 55 LEAVING WATER TEMP (°C) MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV100 / 135CR - HEATING 35 40 45 50 55 35 40 45 50 55 AMBIENT TEMPERATURE ON CONDENSOR (°C) -7 HEAT CAP. -5 POWER INPUT HEAT CAP. 0 POWER INPUT HEAT CAP. POWER INPUT WATER FLOW RATE AVAIL. HEAD PRESS.
MODEL A5ACV210CR 35 40 45 50 55 MODEL LEAVING WATER TEMP (°C) A5ACV210CR 35 40 45 50 55 LEAVING WATER TEMP (°C) MODEL LEAVING WATER TEMP (°C) MODEL : A5ACV 210CR - HEATING A5ACV210CR 35 40 45 50 55 AMBIENT TEMPERATURE ON CONDENSOR (°C) -7 -5 0 WATER AVAIL. PUMP PUMP HEAT POWERRUNNING HEAT POWERRUNNING HEAT POWER RUNNING FLOW HEAD INPUT INPUT CAP. INPUT CURRENT CAP. INPUT CURRENT CAP. INPUT CURRENT RATE PRESS. POWER AMP kW kW A kW kW A kW kW A m /hr 3 kPa W A 46.10 44.97 43.
8.
205,8 741,4 205,8 553,0 15,0 592,4 15,0 MODEL : A5ACV 75CR 84,0 1153,0 210,0 244,0 WAT E R OUT AIR V E NT 180,0 1462,4 WAT E R IN All Dimensions are in mm 71 265,2 510,7 1 70,6 1 433,1 749,6 1019,6 70,0 E LE C TR IC AL C AB LE
MODEL : A5ACV100 / 135CR C D A WATER OUTLET M I J WATER INLET H L K L G E F B All Dimensions are in mm Model A B C D F G Base Leg Hole E A5ACV100CR 1500 900 1245 1190 297.5 307.5 1446 A5ACV135CR 1800 1150 1245 1190 347.5 416 1766 Model H I J K L M A5ACV100CR 100 265 385 60 200 170 A5ACV135CR 10 265 385 60 200 170 DETAIL A 128.0 WATER OUTLET 256.0 WATER INLET 1998.4 2092.5 38.0 70.0 1683.3 1786.3 1199.2 50.0 1992.5 174.0 100.0 624.
9. ELECTRICAL DATA ELECTRICAL DATA - HEAT PUMP R410A INVERTER MODEL A5ACV 30CR INSULATION GRADE POWER SOURCE CONDENSER FAN MOTOR F RATED INPUT POWER W 135 270 RATED RUNNING CURRENT A 0.6 1.3 MOTOR OUTPUT W - - 6 6 INSULATION GRADE POWER SOURCE V/Ph/Hz E F 220 - 240 / 1 / 50 380 - 415 / 3 / 50 CAPACITOR mF NA NA RATED INPUT POWER (COOLING) W 4945 6630 RATED INPUT POWER (HEATING) W 4077 5130 RATED RUNNING CURRENT (COOLING) A 18.3 13.
ELECTRICAL DATA - HEAT PUMP R410A INVERTER MODEL A5ACV100CR POWER SOURCE CONDENSER FAN MOTOR RATED INPUT POWER W 500 RATED RUNNING CURRENT A 2.2 6.0 MOTOR OUTPUT W 200 x2 450 x2 INSULATION GRADE POWER SOURCE 1430 8 6 NA NA 380 - 415 / 3 / 50 V/Ph/Hz CAPACITOR PF NA NA RATED INPUT POWER (COOLING) W 10500 13520 RATED INPUT POWER (HEATING) W 9900 14020 RATED RUNNING CURRENT (COOLING) A 21.9 25.9 RATED RUNNING CURRENT (HEATING) A 21.3 27.0 LOCKED ROTOR AMP.
ELECTRICAL DATA - HEAT PUMP R410A INVERTER MODEL A5ACV210CR INSULATION GRADE POWER SOURCE CONDENSER FAN MOTOR 220 - 240 / 1 / 50 RATED INPUT POWER W 820 x2 RATED RUNNING CURRENT A 3.6 x2 MOTOR OUTPUT W 550 x2 POLES 8 INSULATION GRADE E POWER SOURCE COMPRESSOR B V/Ph/Hz V/Ph/Hz 380 - 415 / 3 / 50 CAPACITOR PF NA RATED INPUT POWER (COOLING) W 20200 RATED INPUT POWER (HEATING) W 19700 RATED RUNNING CURRENT (COOLING) A 38.7 RATED RUNNING CURRENT (HEATING) A 38.
10.
MODEL : A5ACV 55CR 77
PA R T NO : 50 13 4 083602 MODEL : A5ACV 75CR 78
MODEL : A5ACV 100/135CR 79
V W COMP 1 U T3 T2 T1 L3 RED L2 WHITE L1 22 21 CP1 A2 A1 V W 22 21 G A2 A1 TB5 + T FTR2 (25A) GROUND PLATE CP2 A’ TB4 COMP 2 U T3 L3 T2 L2 T1 L1 BR-3P FTR1 (50A) BLACK PUMP W T3 T2 T1 V L3 U - L2 L1 S PFC A1 1 2 A2 96 95 PUMP 2 98 97 EST T1 L1 TB2 1 BR BL OR LB BL ALARM H/C ON/OFF ON/OFF ALARM ALARM BL A2 A1 L HEAT/COOL ON/OFF H/C RD T2 T3 L2 L3 BR-1P LA + JK 8 FSC1 PHASE FSC2 FAN-2-1 FAN-1-1 FAN-1-2 R_PHASE FAN-2
12. SERVICING AND MAINTENANCE SERVICING Servicing or maintenance of these unit must be carried out by experienced personnel with specific training in refrigeration. Repeated check the safety devices and continuous cycling of control components must be analyzed and corrected before being reset. The simple design of the refrigeration circuit totally eliminates potential problems during normal unit operation. No maintenance work is needed on the refrigeration circuit as long as the unit is operating normally.
13. TROUBLESHOOTING When a malfunction of the unit is detected, immediately switch off the main power supply before proceeding with the following troubleshooting procedures. The following are common fault conditions and simple troubleshooting tips. If any other fault conditions that are not listed occur, contact your nearest local dealer. DO NOT attempt to troubleshoot the unit by yourself.
Diagnostic flow chart : Faulty : Check : Cause : Remedy No response after power-on Yes Is LED main board lit? Input conditions faulty To check & rectify Incorrect Input power supply To check & rectify No Is R,S,T Input voltage normal? No Yes Is Power board DC-IN voltage normal? No Incorrect DC rectifier circuit To rectify Yes Is JP-power/DCOUT output normal? Yes Main board faulty To replace Main board or IPM short circuit To replace No Is connection between main board and IPM normal?
LED on main board normal, but no output. Is output condition ok? No Incorrect output condition To check & rectify Incorrect load.
Water flow error Short JK4 on main board Is water flow error persists? No Flow switch faulty or pump stopped To check & rectify Yes Main board faulty To replace Main board Over voltage protection (OV/UN Voltage) Yes Is Power supply > 490VAC? Power supply failure To rectify No No Is Power supply < 460VAC? Yes Power board faulty 85 To replace Power board
Under voltage protection (OV/UN Voltage) Yes Is Power supply < 310VAC? Power supply failure To rectify No No Is Power supply > 340VAC? Yes Power board faulty To replace Power board Pump overload No Is voltage of 97, 98 on heat relay VDC= 0 V ? Yes Remove * JK8, 97 & 98, is it still conducting? No Main board faulty To replace Main board Yes Pump overload * JK8 on main board 86 To rectify
Phase missing No Is voltage between R,S,T 415VAC±20% Incorrect incoming supply To check & rectify Yes Yes Is J-RST on Main board 415VAC±20%? Main board faulty To replace Main board Main board faulty To replace Main board No Disconnect power, remove J-RST, is voltage of socket 415VAC±20%? Yes No EMI filter faulty To check & replace EMI filter Variable compressor overload (Comp 1 overload) Restart, Set freq. with handset.
IPM Error No IPM faulty Is IPM ok? To replace IPM Yes No Is current at rated frequency ok? Compressor faulty To check & rectify Yes No Is IPM Error persists? Normal Yes Is heat sink temperature >100°C? Yes Heat sink condition improper To rectify No Is IPM temperature >100°C? No Main board faulty or wrong signal To rectify / replace Yes No Is heat compound dried out? To replace IPM IPM faulty Yes Heat compound dried out 88 To replace and re-apply
Variable drive high pressure (High pressure 1) Is high pressure switch ok? No High pressure switch faulty To replace Yes Check the AirCond. system for high pressure Yes System high pressure To rectify Variable drive low pressure (Low pressure 1) Is low pressure switch ok? No Low pressure switch faulty To replace Yes Check the AirCond.
Variable compressor high discharge temperature (Comp 1 discharge overheat) Yes > 110°C? Compressor stops To check & rectify Sensor faulty To replace sensor Yes No Is Temp. sensor ok? (<100°C?) Yes Check the AirCond. system for high discharge temp. Yes System high discharge pressure To rectify Fixed compressor over-current (Comp.
13.
MODEL : A5ACV 55CR No Part no No 1 ASSY, PANEL BASE R50 01 4 079682 25 2 ASSY, PANEL PARTITION R50 01 4 080005 26 3 ASSY, COIL R50 02 4 079683 27 4 5 COMP.
MODEL : A5ACV 75CR No 1 2 3 4 5 9 Description ASSY, BASE PAN ASSY, PANEL PARTITION ASSY, COIL COMP. ASSY ANV47FKBMT ASSY, BPHE SUPPORT, ACCU.
MODEL : A5ACV100CR NO 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 DESCRIPTIONS ASSY, PANEL BASE MAIN COIL SUPPORT ASSY, COIL RIGHT ASSY, COIL LEFT ASSY, PARTITION PANEL LEFT PANEL RIGHT PANEL ACCUMULATOR LIQUID RECEIVER COMPRESSOR ASSY FILTER DRIER COMP.
MODEL : A5ACV135CR NO 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 DESCRIPTIONS ASSY, PANEL BASE MAIN ASSY, PARTITION PANEL RIGHT PANEL LEFT PANEL COIL SUPPORT ASSY, COIL LEFT ASSY, COIL RIGHT COMPRESSOR ASSY COMP.
MODEL : A5ACV210CR NO DESCRIPTION 1 2 3 4 5 6 7 8 9 10 11 12 R50 01 4 084901 R01 01 4 083984 R50 01 4 083980 R50 02 4 084041 R50 02 4 084040 R01 01 4 084911 R01 01 4 087701 R50 02 4 084902 R01 01 4 084910 R50 04 9 024220 R50 04 9 026991 R50 04 9 026989 13 14 15 ASSY, PANEL BASE MAIN PANEL, COIL SUPPORT ASSY, PANEL PARTITION ASSY, COIL RIGHT (GOLD FIN) ASSY, COIL LEFT (GOLD FIN) BRACKET, BPHE PANEL, SUPPORT BPHE ASSY, BPHE CLAMP, BPHE ASSY, COMP.ANV47FKBMT MIT. ASSY, COMP. BN65YFAMT SIAM ASSY. COMP.
While upmost care is taken in ensuring that all details in the publication are correct at time of going to press, we are constantly striving for improvement and therefore reserve the rights to alter model specifications and equipment without prior notice. Details of specifications and equipment are also subject to change to suit local conditions and equipments and not all models are available in every market.
