Download
Share
Print this page
mundoclima MUPR-12-H14X-I Service Manual
  1. Manuals
  2. Brands
  3. mundoclima Manuals
  4. Air Conditioner
  5. MUPR-12-H14X-I
  6. Service manual
mundoclima MUPR-12-H14X-I Service Manual

mundoclima MUPR-12-H14X-I Service Manual

Hide thumbs Also See for MUPR-12-H14X-I:

Advertisement

Quick Links

Download this manual
MUPR-H14X
Service manual
English
www.mundoclima.com

Advertisement

loading
Need help?

Need help?

Do you have a question about the MUPR-12-H14X-I and is the answer not in the manual?

Questions and answers

Related Manuals for mundoclima MUPR-12-H14X-I

Summary of Contents for mundoclima MUPR-12-H14X-I

  • Page 1 MUPR-H14X Service manual English www.mundoclima.com...
  • Page 2 Table of Contents §. Safety Precautions Precautions Information servicing(For flammable materials) §. Specifications Model Reference Pipe length and the Drop Height Refrigerant Cycle Diagrams Electrical Wiring Diagrams §. Product Features Display Function Safety Features Basic Features Optional Features §. Maintenance First Time Installation Check Refrigerant Recharge Re-Installation...
  • Page 3 Table of Contents §. Troubleshooting Safety Caution General Troubleshooting Complain Record Form Information Inquiry Error Diagnosis and Troubleshooting Without Error Code Quick Maintenance by Error Code Troubleshooting by Error Code Check Procedures Appendix Temperature Sensor Resistance Value Table for T1,T2,T3 and T4 (°C – K) Temperature Sensor Resistance Value Table for TP(for some units) (°C –...

  • Page 4: Safety Precautions

    3D INVERTER SERIES Safety Precautions Contents Precautions ......................2 Information servicing(For flammable materials) ..........3...

  • Page 5: In Case Of Accidents Or Emergency

    3D INVERTER SERIES 1. Precautions CAUTION To prevent personal injury, or property or unit damage, • • While unpacking be careful of sharp edges around adhere to all precautionary measures and instructions the unit as well as the edges of the fins on the con- denser and evaporator.

  • Page 6: Work Procedure

    3D INVERTER SERIES 2. Information servicing(For • Prior to work taking place, the area around the equipment is to be surveyed to make sure that there are no flammable flammable materials) hazards or ignition risks. • NO SMOKING signs shall be displayed. Checks to the area Ventilated area •...

  • Page 7: Detection Of Flammable Refrigerants

    3D INVERTER SERIES • that capacitors are discharged: this shall be done in shall also take into account the effects of aging or a safe manner to avoid possibility of sparking; continual vibration from sources such as compressors or fans. •...

  • Page 8: Charging Procedures

    3D INVERTER SERIES • The refrigerant charge shall be recovered into the • Before attempting the procedure ensure that: correct recovery cylinders. The system shall be flushed • mechanical handling equipment is available, if with OFN to render the unit safe. This process may required, for handling refrigerant cylinders;...
  • Page 9 3D INVERTER SERIES • Empty recovery cylinders are evacuated and, if • The recovered refrigerant shall be returned to the possible, cooled before recovery occurs. refrigerant supplier in the correct recovery cylinder, and the relevant Waste Transfer Note arranged. Do not •...

  • Page 10: Specifications

    Specifications Contents Model Reference ....................2 Pipe Length and Drop Height ................3 Refrigerant Cycle Diagrams ..................4 Electrical Wiring Diagrams ..................6...

  • Page 11: Model Reference

    Refer to the following table to determine the specific indoor and outdoor unit model. Indoor Unit Model Outdoor Unit Model Capacity (Btu/h) Power Supply MUPR-09-H10X-E MUPR-09-H14X-I MUPR-09-H14X-E MUPR-12-H14X-E 220-240V~, 50Hz, MUPR-12-H14X-I 1Phase MUPR-12-H10X-E MUPR-18-H14X-E MUPR-18-H14X-I MUPR-24-H14X-I MUPR-24-H14X-E  Specifications 2 ...

  • Page 12: Pipe Length And Drop Height

    3D INVERTER SERIES 2. Pipe Length and Drop Height The length and elevation of connection pipe are shown in the table below. if the pipe length exceeds max pipe length, additional refrigerant should be charged to ensure nominal cooling/heating capacity. Capacity(Btu/h) Standard Length Max Pipe Length...

  • Page 13: Refrigerant Cycle Diagrams

    3D INVERTER SERIES 3. Refrigerant Cycle Diagrams MUPR-09-H14X-E (UE20060) MUPR-12-H14X-E (UE20061) MUPR-09-H10X-E (UE20030) MUPR-12-H10X-E (UE20031)  Specifications 4 ...
  • Page 14 3D INVERTER SERIES MUPR-18-H14X-E ( UE20062) MUPR-24-H14X-E (UE20063)  Specifications 5 ...

  • Page 15: Electrical Wiring Diagrams

    IDU Model IDU Wiring Diagram ODU Model ODU Wiring Diagram MUPR-09-H10X-E (UE20030) MUPR-09-H14X-I MUPR-09-H14X-E (UE20060) 16022000019533 MUPR-12-H14X-E (UE20061) 16022000034214 MUPR-12-H14X-I MUPR-12-H10X-E (UE20031) MUPR-18-H14X-I MUPR-18-H14X-E ( UE20062) 16022000B13817 MUPR-24-H14X-E (UE20063) MUPR-24-H14X-I Outdoor unit printed circuit board diagram Outdoor Unit ODU Model...
  • Page 16 3D INVERTER SERIES Indoor unit abbreviations Abbreviation Paraphrase Yellow-Green Conductor Positive and Negative Ion Generator Capacitor PLASMA Electronic Dust Collector LIVE NEUTRAL Outdoor unit abbreviations Abbreviation Paraphrase 4-WAY Gas Valve Assembly/4-WAY VALVE AC-FAN Alternating Current FAN DC-FAN Direct Current FAN COMP Compressor L-PRO...
  • Page 17 3D INVERTER SERIES INDOOR WIRING DIAGRAM 16022000034214 INDOOR 5(3 or 2) 5(10) 5(10) PLASMA OR ION(12V) CN11 CN13 CN12 CN19 CN21 CN27 CN22 CN26 Transformer or OR UVC Power board CN10 CN15 Pipe Temperature Sensor MAIN BOARD CN701 Switch board CN29 L-OUT CN14...
  • Page 18 3D INVERTER SERIES Outdoor unit wiring diagram: 16022000019533...
  • Page 19 3D INVERTER SERIES...
  • Page 20 3D INVERTER SERIES Outdoor unit printed circuit board diagram: 17122000044714, 17122000048121,17122000046453...
  • Page 21 3D INVERTER SERIES Name Meaning Earth: connect to Ground N_in: connect to N-line (208-230V AC input) CN1A L_in: connect to L-line (208-230V AC input) CN16 S: connect to indoor unit communication HEAT1 CN17 connect to compressor heater, 208-230V AC when is ON 4-WAY CN60 connect to 4 way valve, 208-230V AC when is ON.
  • Page 22 3D INVERTER SERIES Outdoor unit printed circuit board diagram: 17122000048064 RC 2 VU B...
  • Page 23 3D INVERTER SERIES Name Meaning Earth: connect to Ground Power Supply N_in: connect to N-line (208-230V AC input) L_in: connect to L-line (208-230V AC input) S: connect to indoor unit communication 4-WAY CN60 connect to 4 way valve, 208-230V AC when is ON. AC-FAN connect to AC fan HEAT2...

  • Page 24: Table Of Contents

    Product Features Contents Display Function ....................2 Safety Features ......................3 Basic Functions .......................4 Table ......................4 Abbreviation ....................5 Fan Mode ......................5 Cooling Mode ....................5 Heating Mode(Heat Pump Units) ..............6 Auto-mode ....................8 Drying Mode ....................8 Forced Operation Function ................8 Timer Function ....................8 3.10 Sleep Function ....................9 3.11 Auto-Restart Function ..................9 3.12 Active Clean function ..................9 3.13 Follow me(Optional) ..................9...

  • Page 25: Display Function

    3D INVERTER SERIES 1. Display Function Unit display functions Display Function ECO function (available on select units only) when Wireless Control feature is activated(some units) Temperature value Temperature Timer ON is set. Activation of , Fresh, Swing, Turbo, ECO, Breeze away, ECO (3s) intelligent or Silence Timer OFF is set.

  • Page 26: Safety Features

    3D INVERTER SERIES 2. Safety Features Compressor three-minute delay at restart Compressor functions are delayed for up to ten seconds upon the fi rst startup of the unit, and are delayed for up to three minutes upon subsequent unit restarts. Automatic shutoff based on discharge temperature If the compressor discharge temperature exceeds a certain level for a period of time, the compressor ceases operation.

  • Page 27: Basic Functions

    3D INVERTER SERIES 3. Basic Functions Table Heating Mode Functions Defrosting Mode Cases Case 1 Case 2 Models Note: The detailed description of case 1 or case 2 is shown in the following function section(3.5).  Product Features ...

  • Page 28: Abbreviation

    3D INVERTER SERIES Abbreviation • Compressor runs at FminC more than 10 minutes • T1 is lower than or equal to (Tsc-CDIFTEMP- Unit element abbreviations 0.5°C(32.9°F)) Note: CDIFTEMP is EEPROM setting parameter. It is Abbreviation Element 2°C(35.6°F) usually. Indoor room temperature 2) When the compressor runs continuously for more than Coil temperature of evaporator 120 minutes.

  • Page 29: Heating Mode(Heat Pump Units)

    3D INVERTER SERIES • When T1-Tsc is higher than 0.5°C(0.9°F), fan speed increases to 40%; • When T1-Tsc is higher than 1°C(1.8°F), fan speed increases to 60%; • When T1-Tsc is higher than 1.5°C(2.7°F), fan speed increases to 80%; • When T1-Tsc is higher than 4°C(7.2°F), fan speed increases to 100%.

  • Page 30: Outdoor Fan Control

    3D INVERTER SERIES • For different outdoor units, the fan speeds are different. 3.5.4 Defrosting mode • The unit enters defrosting mode according to changes in the temperature value of T3, T4 as well as the compressor running time. • In defrosting mode, the compressor continues to run, the indoor and outdoor motor will cease operation, T1 ≥...

  • Page 31: Auto-Mode

    3D INVERTER SERIES Drying mode • If any one of the following conditions is satisfied, defrosting ends and the machine switches to normal • In drying mode, AC operates the same as auto fan in heating mode: cooling mode. • T3 rises above TCDE1+4°C. •...

  • Page 32: Sleep Function

    3D INVERTER SERIES when reaching the setting time. • The Active Clean Technology washes away dust, mold, and grease that may cause odors when it • Timer off. The machine will turn off automatically adheres to the heat exchanger by automatically when reaching the setting time.

  • Page 33: Electrical Energy Consumption Control Function(Optional)

    3D INVERTER SERIES , Forced cooling operation, mode setting, Sleeping mode, or adjusting the set temperature to less than 24°C,it will quit the ECO operation. • Operation time in ECO mode is 8 hours. After 8 hours the AC quits this mode. •...

  • Page 34: Maintenance

    Maintenance Contents First Time Installation Check .................2 Refrigerant Recharge ....................4 Re-Installation .......................5 Indoor Unit ....................5 Outdoor Unit ....................7...

  • Page 35: First Time Installation Check

    3D INVERTER SERIES 1. First Time Installation Check Air and moisture trapped in the refrigerant system affects To prevent air and moisture from affecting the air the performance of the air conditioner by: conditioner’s performance, the indoor unit, as well as the pipes between the indoor and outdoor unit, must be be •...
  • Page 36 3D INVERTER SERIES Procedure: • If the pressure successfully reaches -0.1 MPa Tighten the flare nuts of the indoor and outdoor (14.5 Psi), fully close the Handle Lo valve, then units, and confirm that both the 2- and 3-way valves cease vacuum pump operations.

  • Page 37: Refrigerant Recharge

    3D INVERTER SERIES 2. Refrigerant Recharge mA A Procedure: Close both 2- and 3-way valves. 3-way valves. Slightly connect the Handle Lo charge hose to the Operate the air conditioner in cooling mode to charge 3-way service port. the system with liquid refrigerant. Connect the charge hose to the valve at the bottom When the electronic scale displays the correct of the cylinder.

  • Page 38: Re-Installation

    3D INVERTER SERIES 3. Re-Installation Indoor Unit Collecting the refrigerant into the outdoor unit Procedure: Confirm that the 2- and 3-way valves are opened. Close the 3-way valve so that the gauge rests between 0.3 MPa (43.5 Psi) and 0.5 MPa (72.5 Psi). Connect the charge hose with the push pin of Handle Lo to the 3-way valve’s gas service port.
  • Page 39 3D INVERTER SERIES Air purging with vacuum pump Procedure: • If the pressure successfully reaches -0.1 MPa Tighten the flare nuts of the indoor and outdoor (14.5 Psi), fully close the Handle Lo valve, then units, and confirm that both the 2- and 3-way valves cease vacuum pump operations.

  • Page 40: Outdoor Unit

    3D INVERTER SERIES Outdoor Unit Evacuation for the whole system Procedure: Wait for 5 minutes then check whether the gauge Confirm that the 2- and 3-way valves are opened. needle moves after turning off the vacuum pump. If Connect the vacuum pump to the 3-way valve’s the gauge needle moves backward, check whether service port.

  • Page 41: Refrigerant Charging

    3D INVERTER SERIES Refrigerant charging mA A Procedure: Close both 2- and 3-way valves. Fully open the Handle Lo manifold valve, 2- and 3-way valves. Slightly connect the Handle Lo charge hose to the 3-way service port. Operate the air conditioner in cooling mode to charge the system with liquid refrigerant.
  • Page 42 Indoor Unit Disassembly Contents Dimension ......................2 Indoor Unit Disassembly ..................3 Front Panel ....................3 Electrical parts ....................7 Fan motor and fan ..................10 Step motor ....................12 Drain Hose ....................14 Evaporator ....................15...

  • Page 43: Dimension

    3D INVERTER SERIES 1. Dimension Capacity Body Code W(mm/inch) D(mm/inch) H(mm/inch) 9k~12k 795/31.3 225/8.86 295/11.61 18k~24k 965/38 239/9.41 319/12.56 24k~36k 1140/44.88 275/10.83 370/14.57  Indoor Unit Disassembly 2 ...

  • Page 44: Indoor Unit Disassembly

    3D INVERTER SERIES 2. Indoor unit Disassembly Front Panel Procedure Illustration 1) Put your hands at the 2 sides of filter, pull the filter gently along the verticall direction, and then remove it.(see CJ_EP_001) CJ_EP_001 2) Open the horizontal louver and push the locker towards right to open it.
  • Page 45 3D INVERTER SERIES Procedure Illustration 4) Open the panel assembly, move the slider to fix the panel. (see CJ_EP_003) CJ_EP_003 5) Open two stop blocks of panel frame assembly. (see CJ_EP_004) 6) Remove 1 fixing screw in the panel frame. (see CJ_EP_004) CJ_EP_004 Note: This section is for reference only.
  • Page 46 3D INVERTER SERIES Procedure Illustration 7) pull two sides of the bottom panel along the direction indicated in right image to remove it. (see CJ_EP_005) CJ_EP_005 8) Pull the mandril of panel to remove it.(see CJ_EP_006) 9) Remove the panel assembly.(see CJ_EP_006) (Caution: If you want to close the panel, you must bend the middle of mandril,...
  • Page 47 3D INVERTER SERIES Procedure Illustration 10) Remove 1 screw of the display board. (see CJ_EP_007) 11) Rotate the display board subassembly in the direction shown in the right picture. (see CJ_EP_007) 12) Pull the four clips to remove the display board.(see CJ_EP_007) CJ_EP_007 Note: This section is for reference only.

  • Page 48: Electrical Parts

    3D INVERTER SERIES Electrical parts (Antistatic gloves must be worn.) Note: Open the front panel (refer to 2.1 Front panel) before disassembling electrical parts. Procedure Illustration 1) Pull the two lifts of the cover of electronic control box with thumbs and then open it.
  • Page 49 3D INVERTER SERIES Procedure Illustration 4) Disconnect the wires. (see CJ_EP_010) CJ_EP_010 5) Remove one screw used for the ground connection. (see CJ_EP_011) 6) Pull two clips of the electronic control box along the direction shown in the right picture to remove the main control board.
  • Page 50 3D INVERTER SERIES Procedure Illustration 7) Remove the other screw used for the ground connection.(see CJ_EP_012) 8) Collapse the mandril.(see CJ_EP_012) 9) Pull the cover of electronic control box along the direction indicated in right image to remove it.(see CJ_EP_012) Ground Screw CJ_EP_012 10) Remove one fixing screw then pull out...

  • Page 51: Fan Motor And Fan

    3D INVERTER SERIES Fan motor and fan Note: Remove the front panel (refer to 2.1 Front panel). before disassembling fan motor and fan. Procedure Illustration 1) Open two stop blocks of chassis assembly(below). (see CJ_EP_014) 2) Remove chassis assembly(below) along the direction shown in the right picture (see CJ_EP_014) CJ_EP_014...
  • Page 52 3D INVERTER SERIES Procedure Illustration 4) Remove the bearing sleeve (see CJ_ EP_016). CJ_EP_016 5) Remove the fixing screw (see CJ_EP_017). 6) Pull out the fan motor and fan assembly from the side. CJ_EP_017 Note: This section is for reference only. Actual unit appearance may vary. ...

  • Page 53: Step Motor

    3D INVERTER SERIES Step motor Note: Remove the front panel and chassis assembly(below) (refer to 2.1 Front panel and 2.3 Fan motor and fan) before disassembling step motor. Procedure Illustration 1) Remove one screw to remove cover of louver motor.(see CJ_EP_018).(for some units) CJ_EP_018 2) Open the cover of louver motor, pull...
  • Page 54 3D INVERTER SERIES Procedure Illustration 3) Remove the two screws, then remove the horizontal swing motor(see CJ_EP_020). Note: The horizontal swing motor is located in panel assembly. swing motor CJ_EP_020 4) Remove 2 screws, then remove the vertical swing motor swing motor (see CJ_EP_021).(for some units) 5) Remove 1 screw, then remove the ionizer...

  • Page 55: Drain Hose

    3D INVERTER SERIES Drain Hose Procedure Illustration 1) Rotate the fixed wire clockwise indicated in right image. (see CJ_EP_022) 2) Pull up the drain hose to remove it. (see CJ_EP_022) CJ_EP_022 Note: This section is for reference only. Actual unit appearance may vary. ...

  • Page 56: Evaporator

    3D INVERTER SERIES Evaporator Note: Remove the front panel, electrical parts and fan (refer to 2.1 Front panel, 2.2 Electrical parts and 2.3 fan motor and fan) before disassembling evaporator. Procedure Illustration 1) Remove the 2 screws then remove the panel frame assembly.(see CJ_EP_023) CJ_EP_023 2) Disassemble the pipe clamp board.(see...
  • Page 57 3D INVERTER SERIES Procedure Illustration 3) Remove the 1 screw on the evaporator located at the left fixed plate (see CJ_ EP_025). 4) Remove the 1 screw on the evaporator located on the right side. (see CJ_EP_025). CJ_EP_025 5) Bend the piping carefully, separate the chassis assembly(above) and the evaporator then take the evaporator out.
  • Page 58 Outdoor Unit Disassembly Contents Outdoor Unit Table ....................2 Dimension ......................3 Outdoor Unit Disassembly ..................16 Panel Plate ....................16 Electrical Parts .....................29 Fan Assembly ....................44 Fan Motor ....................45 Sound blanket .....................46 Four-way valve .....................47 Compressor ....................48...

  • Page 59: Outdoor Unit Disassembly

    3D INVERTER SERIES 1. Outdoor Unit Disassembly Outdoor Unit Table Outdoor Unit Model Panel Plate PCB Board MUPR-09-H14X-E (UE20060) X230 PCB Board 6 X230 PCB Board 6 MUPR-12-H14X-E (UE20061) X330 PCB Board 6 MUPR-09-H10X-E (UE20030) X330 PCB Board 6 MUPR-12-H10X-E (UE20031) X430 PCB Board 3 MUPR-18-H14X-E (UE20062)

  • Page 60: Dimension

    3D INVERTER SERIES 2. Dimension 2.1. X130 Panel Plate  Outdoor Unit Disassembly 3 ...
  • Page 61 3D INVERTER SERIES For US models:  Outdoor Unit Disassembly 4 ...
  • Page 62 3D INVERTER SERIES 2.2. X230 Panel Plate  Outdoor Unit Disassembly 5 ...
  • Page 63 3D INVERTER SERIES For US models(Rounded grille):  Outdoor Unit Disassembly 6 ...
  • Page 64 3D INVERTER SERIES For US models(Square grille):  Outdoor Unit Disassembly 7 ...
  • Page 65 3D INVERTER SERIES 2.3. X330 Panel Plate  Outdoor Unit Disassembly 8 ...
  • Page 66 3D INVERTER SERIES For US models(Rounded grille):  Outdoor Unit Disassembly 9 ...
  • Page 67 3D INVERTER SERIES For US models(Square grille):  Outdoor Unit Disassembly 10 ...
  • Page 68 3D INVERTER SERIES 2.4. X430 Panel Plate  Outdoor Unit Disassembly 11 ...
  • Page 69 3D INVERTER SERIES For US models(Rounded grille):  Outdoor Unit Disassembly 12 ...
  • Page 70 3D INVERTER SERIES For US models(Square grille):  Outdoor Unit Disassembly 13 ...
  • Page 71 3D INVERTER SERIES 2.5. Panel Plate  Outdoor Unit Disassembly 14 ...
  • Page 72 3D INVERTER SERIES For US models:  Outdoor Unit Disassembly 15 ...

  • Page 73: Panel Plate

    3D INVERTER SERIES 3. Outdoor Unit Disassembly Panel Plate 1. D30 Procedure Illustration 1) Turn off the air conditioner and the Big Handle power breaker. 2) Remove the screws of the big handle and then remove the big handle (2 screws) (see CJ_D30_001). CJ_D30_001 Top Cover 3) Remove the screws of the top cover...
  • Page 74 3D INVERTER SERIES Procedure Illustration 4) Remove the screws of the front right panel and then remove the front right panel (2 screws) (see CJ_D30_003). Front Right Panel CJ_D30_003 5) Remove the screws of the front panel and then remove the front panel (9 screws) (see CJ_D30_004).
  • Page 75 3D INVERTER SERIES Procedure Illustration 6) Remove the screws of water collecting cover and then remove the water collecting cover (2 screw) (see CJ_ D30_005). Water Collecting Cover CJ_D30_005 7) Remove the screws of the rear net and then remove the rear net (2 screws) CJ_D30_006).
  • Page 76 3D INVERTER SERIES Procedure Illustration 8) Remove the screws of the right panel and then remove the right panel (8 screws) (see CJ_D30_007). Right Panel CJ_D30_007 Note: This section is for reference only. Actual unit appearance may vary.  Outdoor Unit Disassembly 19 ...
  • Page 77 3D INVERTER SERIES 2. X130 Procedure Illustration 1) Turn off the air conditioner and the power breaker. 2) Remove the screw of the big handle and then remove the big handle (1 screw) (see CJ_X130_001). Big Handle CJ_X130_001 Top Cover 3) Remove the screws of the top cover and then remove the top cover (3 screws).
  • Page 78 3D INVERTER SERIES Procedure Illustration 4) Remove the screws of water collecting cover and then remove the water collecting cover (2 screws) (see CJ_ X130_003). Water Collecting Cover CJ_X130_003 5) Remove the screws of the front panel and then remove the front panel (6 screws(onoff models) or 8 screws(inverter models) (see CJ_ X130_004).
  • Page 79 3D INVERTER SERIES Procedure Illustration 6) Remove the screws of the right panel and then remove the right panel (5 screws) (see CJ_X130_005). Right Panel CJ_X130_005 Note: This section is for reference only. Actual unit appearance may vary.  Outdoor Unit Disassembly 22 ...
  • Page 80 3D INVERTER SERIES 3. X230/X330 Procedure Illustration 1) Turn off the air conditioner and the power breaker. 2) Remove the screw of the big handle and then remove the big handle (1 screws) (see CJ_X230_001). Big Handle CJ_X230_001 Top Cover 3) Remove the screws of the top cover and then remove the top cover (4 screws).
  • Page 81 3D INVERTER SERIES Procedure Illustration 4) Remove the screws of water collecting cover and then remove the water collecting cover (2 screws) (see CJ_ X230_003). Water Collecting Cover CJ_X230_003 5) Remove the screws of the front panel and then remove the front panel (7 screws(onoff models) or 9 screws(inverter models) (see CJ_ X230_004).
  • Page 82 3D INVERTER SERIES Procedure Illustration 6) Remove the screws of the right panel and then remove the right panel (5 screws) (see CJ_X230_005). Right Panel CJ_X230_005 Note: This section is for reference only. Actual unit appearance may vary.  Outdoor Unit Disassembly 25 ...
  • Page 83 3D INVERTER SERIES 4. X430 Procedure Illustration 1) Turn off the air conditioner and the power breaker. 2) Remove the screw of the big handle and then remove the big handle (1 screw) (see CJ_X430_001). Big Handle CJ_X430_001 Top Cover 3) Remove the screws of the top cover and then remove the top cover (3 screws).
  • Page 84 3D INVERTER SERIES Procedure Illustration 4) Remove the screws of water collecting cover and then remove the water collecting cover (2 screws) (see CJ_ X430_003). Water Collecting Cover CJ_X430_003 5) Remove the screws of the front panel and then remove the front panel (7 screws(onoff models) or 9 screws(inverter models) (see CJ_ X430_004).
  • Page 85 3D INVERTER SERIES Procedure Illustration 6) Remove the screws of the right panel and then remove the right panel (6 screws) (see CJ_X430_005). Right Panel CJ_X430_005 Note: This section is for reference only. Actual unit appearance may vary.  Outdoor Unit Disassembly 28 ...

  • Page 86: Electrical Parts

    3D INVERTER SERIES Electrical parts Antistatic gloves must be worn when you disassemble the electronic box. WARNING: Note: Remove the air outlet grille(refer to 3.1 Panel Plate) before disassembling electrical parts. 1. PCB board 1 Procedure Illustration 1) Remove the screws of the top cover. CJ_ODU_PCB_001- (2 screws) (see 1 ).
  • Page 87 3D INVERTER SERIES 2. PCB board 2 Procedure Illustration 1) Unfix the hooks and then open the electronic control box cover (4 hooks) CJ_ODU_PCB_002-1 ). (see 4-Way Valve 2) Disconnect the connector for fan CJ_ODU_PCB_002-1 motor from the electronic control CJ_ODU_PCB_002-2 ).
  • Page 88 3D INVERTER SERIES 3. PCB board 3 Procedure Illustration 1) Remove the 5 screws and unfix two hooks, then remove the electronic control box subassembly.(see ODU_PCB_003-1 ). Note:Electric control box cover cannot be removed, so the voltage between P and N cannot be measured. CJ_ODU_PCB_003-1 Note: This section is for reference only.
  • Page 89 3D INVERTER SERIES 4. PCB board 4 Procedure Illustration 1) Remove the screws of the top cover. (1 screws) (see CJ_ODU_PCB_004- 1 ). CJ_ODU_PCB_004-1 2) Unfix the hooks and then open the electronic control box cover (5 hooks) CJ_ODU_PCB_004-2 ). (see CJ_ODU_PCB_004-2 3) Disconnect the connector for fan...
  • Page 90 3D INVERTER SERIES Procedure Illustration 5) Pull out the wire connected with the CJ_ODU_PCB_004-4 ). terminal. (see T3/T4 6) Pull out connectors of the condenser coil temp. sensor(T3),outdoor ambient temp. sensor(T4) and discharge temp. CJ_ODU_PCB_004-4 ). sensor(TP) (see 7) Disconnect the electronic expansion CJ_ODU_PCB_004- valve wire (see Fig 4 ).
  • Page 91 3D INVERTER SERIES 5. PCB board 5 Procedure Illustration 1) Unfix the hooks and then open the electronic control box cover (4 hooks) CJ_ODU_PCB_005-1 ). (see 2) Disconnect the connector for outdoor DC fan from the electronic CJ_ODU_ control board (see PCB_005-2 ).
  • Page 92 3D INVERTER SERIES 6. PCB board 6 Procedure Illustration 1) Disconnect the connector for compressor and release the ground wire(1 screw,for some models ). (see CJ_ODU_PCB_006-1 ). CJ_ODU_PCB_006-1 2) Remove the electronic control CJ_ODU_ box subassembly. (see PCB_006-2 ). Note:Electric control box cover cannot be removed, so the voltage between P and N cannot be measured.
  • Page 93 3D INVERTER SERIES 7. PCB board 7 Procedure Illustration 1) Unfix the hooks and then open the cover (4 hooks)(see CJ_ODU_ PCB_007-1 ). CJ_ODU_PCB_007-1 2) Remove 4 screws on the electronic control board and then remove the electronic control box subassembly. CJ_ODU_PCB_007-2 ).
  • Page 94 3D INVERTER SERIES Procedure Illustration 3) Remove two screws and then remove the electronic control box subassembly on partition board CJ_ODU_PCB_007- assembly. (see 3 ). CJ_ODU_PCB_007-3 Note: This section is for reference only. Actual unit appearance may vary. Outdoor Unit Disassembly 37 ...
  • Page 95 3D INVERTER SERIES Procedure Illustration 6) Remove two screws and two connectors and then remove the CJ_ODU_ inverter control board (see PCB_007-4 ). CJ_ODU_PCB_007-4 Note: This section is for reference only. Actual unit appearance may vary.  Outdoor Unit Disassembly 38 ...
  • Page 96 3D INVERTER SERIES 8. PCB board 8 Procedure Illustration 1) Disconnect the connector for compressor and release the ground CJ_ODU_ wire(1 screw). (see PCB_0011-1 ). 2) Remove the electronic control CJ_ODU_ box subassembly. (see CJ_ODU_PCB_008-1 PCB_008-2 ). Note:Electric control box cover cannot be removed, so the voltage between P and N cannot be measured.
  • Page 97 3D INVERTER SERIES 9. PCB board 9 Procedure Illustration 1) Unfix the hooks and then open the cover (4 hooks)(see CJ_ODU_ PCB_009-1 ). CJ_ODU_PCB_009-1 2) Remove 6 screws on the electronic control board and then remove the electronic control box subassembly. CJ_ODU_PCB_009-2 ).
  • Page 98 3D INVERTER SERIES Procedure Illustration 3) Pull out the connector, remove one screw and then remove the key board subassembly on terminal board. (see CJ_ODU_PCB_009-3 ) (for some models). CJ_ODU_PCB_009-3 Note: This section is for reference only. Actual unit appearance may vary. Outdoor Unit Disassembly 41 ...
  • Page 99 3D INVERTER SERIES PCB board 10 Procedure Illustration 1) Disconnect the connector for CJ_ODU_PCB_010- compressor. (see 1 ). 2) Remove the screws of cover of electronic control box(5 screws). (see CJ_ODU_PCB_010-1 ). 3) Turn over the electronic control box subassembly CJ_ODU_PCB_010-1 4) Disconnect the connectors from the electronic control board (see...
  • Page 100 3D INVERTER SERIES 11. PCB board 11 Procedure Illustration 1) Disconnect the connector for compressor and release the ground CJ_ODU_ wire(1 screw). (see PCB_011-1 ). CJ_ODU_PCB_011-1 2) Remove the electronic control box subassembly. (see CJ_ODU_ PCB_011-2 ). Note:Electric control box cover cannot be removed, so the voltage between P and N cannot be measured.

  • Page 101: Fan Assembly

    3D INVERTER SERIES Fan Assembly Note: Remove the panel plate (refer to 3.1 Panel Plate) before disassembling fan. Procedure Illustration 1) Remove the nut securing the fan with a spanner (see CJ_ODU_ FAN_001). 2) Remove the fan. CJ_ODU_FAN_001 Note: This section is for reference only. Actual unit appearance may vary. ...

  • Page 102: Fan Motor

    3D INVERTER SERIES Fan Motor Note: Remove the panel plate and the connection of fan motor on PCB (refer to 3.1 Panel Plate and 3.2 Electrical parts) before disassembling fan motor. Procedure Illustration 3) Remove the fixing screws of the fan motor (4 screws) (see CJ_ODU_MOTOR_001).

  • Page 103: Sound Blanket

    3D INVERTER SERIES Sound blanket Note: Remove the panel plate (refer to 3.1 Panel plate) before disassembling sound blanket. Procedure Illustration 1) Remove the sound blanket (side and top) (see CJ_ODU_BLANKET_001). Sound Blanket(top) (Applicable to models with blanket) Sound Blanket(side) (Applicable to models with blanket) CJ_ODU_BLANKET_001 Note: This section is for reference only.
  • Page 104 3D INVERTER SERIES Four-way valve (for heat pump models) WARNING: Evacuate the system and confirm that there is no refrigerant left in the system before removing the four-way valve and the compressor. (For R32 & R290, you should evacuate the system with the vacuum pump; flush the system with nitrogen;...

  • Page 105: Compressor

    3D INVERTER SERIES Compressor WARNING: Evacuate the system and confirm that there is no refrigerant left in the system before removing the four-way valve and the compressor. (For R32 & R290, you should evacuate the system with the vacuum pump; flush the system with nitrogen;...
  • Page 106 3D INVERTER SERIES Procedure Illustration 3) Remove the hex nuts and washers securing the compressor, located on the bottom plate (see CJ_ODU_COMP_003). CJ_ODU_COMP_003 Suction Pipe 4) Heat up the brazed parts and then remove the the discharge pipe and the suction pipe (see CJ_ODU_COMP_004).

  • Page 107: Troubleshooting

    3D INVERTER SERIES Troubleshooting Contents Safety Caution .......................3 General Troubleshooting ..................4 Complain Record Form ..................6 Information Inquiry ....................8 Error Diagnosis and Troubleshooting Without Error Code .......11 Remote maintenance ...................11 Field maintenance ..................12 Quick Maintenance by Error Code ..............17 Troubleshooting by Error Code ................17 TS01 EEPROM Parameter Error Diagnosis and Solution TS02 Indoor and Outdoor Unit Communication Error Diagnosis and Solution TS03 Zero-crossing Signal Detection Error Diagnosis and Solution...
  • Page 108 3D INVERTER SERIES Troubleshooting Contents TS09 IPM Malfunction or IGBT Over-strong Current Protection Diagnosis and Solution TS10 Over Voltage or Too Low Voltage Protection Diagnosis and Solution TS11 Top temperature Protection of Compressor or High Temperature Protection of IPM Module or High Pressure Protection Diagnosis and Solution TS12 Inverter Compressor Drive Error Diagnosis and Solution TS13 Low Pressure Protection Diagnosis and Solution TS14 Indoor units mode conflic Diagnosis and Solution...

  • Page 109: Safety Caution

    3D INVERTER SERIES 1. Safety Caution WARNING Be sure to turn off all power supplies or disconnect all wires to avoid electric shock. While checking indoor/outdoor PCB, please equip oneself with antistatic gloves or wrist strap to avoid damage to the board. WARNING Electricity remains in capacitors even when the power supply is off.

  • Page 110: General Troubleshooting

    3D INVERTER SERIES 2. General Troubleshooting Error Display (Indoor Unit) When the indoor unit encounters a recognized error on different models , 1. the running LED with flash in a corresponding series, the timer LED may turn on or begin flashing; 2.
  • Page 111 3D INVERTER SERIES Top temperature protection of compressor or High temperature 3 times FLASH TS11-S-INV PC 02 protection of IPM module or High pressure protection 5 times FLASH Inverter compressor drive error TS12-S PC 04 1 time FLASH Current overload protection TS08-S PC 08 Communication error between outdoor main chip and compressor...

  • Page 112: Complain Record Form

    3D INVERTER SERIES 3. Complain Record Form Complain Record Form Request No.: Date: Installation Date: Service Date: Customer Information Name Telephone No. Home Address Email Product Information Indoor Unit Model Outdoor Unit Model Serial No. of indoor unit Serial No. of outdoor unit Working Mode □Cooling □Heating...
  • Page 113 3D INVERTER SERIES Parameter Checking information by Remote controller Displaying code Displaying code meaning Display value Display value meaning Room temperature Indoor coil temperature Outdoor coil temperature Ambient temperature Discharge temperature Targeted Frequency Actual Frequency Compressor current Outdoor AC voltage Indoor capacity test Reserve Outdoor fan speed...

  • Page 114: Information Inquiry

    3D INVERTER SERIES 4. Information Inquiry&Setting • To enter engineer mode, in power-on or standby mode, and in non-locked state, press the key combination “ON/OFF + Air Speed” for 7s: • After entering the engineer mode, the remote control will display icons of “Auto, Cool, Dry, Heat”, and the Battery icon;...
  • Page 115 3D INVERTER SERIES Error code of engineer mode Display Error Information EH 00/EH 0A Indoor unit EEPROM parameter error Indoor / outdoor unit communication error EL 01 Zero-crossing signal detection error EH 02 Over low voltage protection of indoor external fan EH 30 Over voltage protection of indoor external fan EH 31...
  • Page 116 3D INVERTER SERIES Condenser high temperature protection PC 0A Humidity sensor is in open circuit or has short circuited FH 0C Compressor discharge temperature protection PC 06 Outdoor current protection PC 08 Anti-cold air in heating mode PH 09 PFC module malfunction PC 0F High pressure protection PC30...

  • Page 117: Error Diagnosis And Troubleshooting Without Error Code

    3D INVERTER SERIES 5. Error Diagnosis and Troubleshooting Without Error Code WARNING Be sure to turn off unit before any maintenance to prevent damage or injury. Remote maintenance SUGGESTION: When troubles occur, please check the following points with customers before field maintenance. Problem Solution Unit will not start...

  • Page 118: Field Maintenance

    3D INVERTER SERIES Field maintenance Problem Solution Unit will not start TS15 - TS16 Compressor will not start but fans run TS15 - TS16 Compressor and condenser (outdoor) fan will not start TS15 - TS16 Evaporator (indoor) fan will not start TS15 - TS16 Condenser (Outdoor) fan will not start TS15 - TS16...
  • Page 119 3D INVERTER SERIES 1.Remote Maintenance Electrical Circuit Refrigerant Circuit Possible causes of trouble Unit will not start ☆ ☆ ☆ ☆ The power switch is on but fans will not start ☆ ☆ ☆ The temperature on the display board cannot be set ☆...
  • Page 120 3D INVERTER SERIES 1.Remote Maintenance Others Possible causes of trouble Unit will not start The power switch is on but fans will not start ☆ The temperature on the display board cannot be set Unit is on but the wind is not cold(hot) Unit runs, but shortly stops The unit starts up and stops frequently ☆...
  • Page 121 3D INVERTER SERIES 2.Field Maintenance Refrigerant Circuit Others Possible causes of trouble Unit will not start Compressor will not start but fans run ☆ Compressor and condenser (outdoor) fan will not start Evaporator (indoor) fan will not start Condenser (Outdoor) fan will not start Unit runs, but shortly stops ☆...
  • Page 122 3D INVERTER SERIES 2.Field Maintenance Electrical Circuit Possible causes of trouble Unit will not start ☆ ☆ ☆ ☆ ☆ ☆ Compressor will not start but fans run ☆ ☆ ☆ ☆ ☆ Compressor and condenser (outdoor) fan will not start ☆...

  • Page 123: Quick Maintenance By Error Code

    3D INVERTER SERIES 6. Quick Maintenance by Error Code If you do not have the time to test which specific parts are faulty, you can directly change the required parts according the error code. You can find the parts to replace by error code in the following table. Error Code Part requiring EH 00/...

  • Page 124: Troubleshooting By Error Code

    3D INVERTER SERIES 7. Troubleshooting by Error Code TS01-IDU: Indoor EEPROM parameter error diagnosis and solution Description: Indoor PCB main chip does not receive feedback from EEPROM chip. Recommended parts to prepare: • Indoor PCB Troubleshooting and repair: Shut off the power supply and turn it on 2 minutes later.

  • Page 125: Troubleshooting And Repair

    3D INVERTER SERIES TS01-ODU: Outdoor EEPROM parameter error or communication error between outdoor main chip and compressor driven chip diagnosis and solution Description: Outdoor PCB main chip does not receive feedback from EEPROM chip or compressor driven chip. Recommended parts to prepare: •...
  • Page 126 3D INVERTER SERIES TS02-S-INV: Indoor and outdoor unit communication error diagnosis and solution Description: Indoor unit can not communicate with outdoor unit Recommended parts to prepare: • Indoor PCB • Outdoor PCB • Short-circuited component Troubleshooting and repair: Power off, then restart the unit after 2 minutes.
  • Page 127 3D INVERTER SERIES Remarks: • Use a multimeter to test the DC voltage between 2 port(or S or L2 port) and 3 port(or N or S port) of outdoor unit. The red pin of multimeter connects with 2 port(or S or L2 port) while the black pin is for 3 port(or N or S port) . •...
  • Page 128 3D INVERTER SERIES TS03: Zero crossing detection error diagnosis and solution Description: When PCB does not receive zero crossing signal feedback for 4 minutes or the zero crossing signal time interval is abnormal. Recommended parts to prepare: • Connection wires •...
  • Page 129 3D INVERTER SERIES TS04-S-IDU: The Indoor fan speed is operating outside of normal range diagnosis and solution) Description: When indoor fan speed keeps too low or too high for a certain time, the LED displays the failure code and the AC turns off. Recommended parts to prepare: •...
  • Page 130 3D INVERTER SERIES Index: 1. Indoor or Outdoor DC Fan Motor(control chip is in fan motor) Power on and when the unit is in standby, measure the voltage of pin1-pin3, pin4-pin3 in fan motor connector. If the value of the voltage is not in the range showing in below table, the PCB must has problems and need to be replaced. •...
  • Page 131 3D INVERTER SERIES 2. Indoor AC Motor 1) Power off and disconnect fan motor power cord from PCB. Measure the resistance value of each winding by using the multi-meter. The normal value show as follows . YKFG-13-4-38L Model YKFG-15-4-28-1 YKFG-20-4-10L YKFG-20-4-5-11 YKFG-13-4-38L-4 Brand...
  • Page 132 3D INVERTER SERIES TS04-ODU: The outdoor fan speed is operating outside of normal range diagnosis and solution) Description: When outdoor fan speed keeps too low or too high for a certain time, the LED displays the failure code and the AC turns off. Recommended parts to prepare: •...
  • Page 133 3D INVERTER SERIES Index: 1. Outdoor DC Fan Motor (control chip is in outdoor PCB) Release the UVW connector. Measure the resistance of U-V, U-W, V-W. If the resistance is not equal to each other, the fan motor must has problems and need to be replaced. otherwise the PCB must has problems and need to be replaced. 2.
  • Page 134 3D INVERTER SERIES TS05-IDU: Open circuit or short circuit of indoor temperature sensor(T1, T2) diagnosis and solution Description: If the sampling voltage is lower than 0.06V or higher than 4.94V, the LED displays the failure code. Recommended parts to prepare: •...
  • Page 135 3D INVERTER SERIES TS05-ODU: Open circuit or short circuit of outdoor temperature sensor(T3, T4, TP, T2B,TH) diagnosis and solution Description: If the sampling voltage is lower than 0.06V or higher than 4.94V, the LED displays the failure code. Recommended parts to prepare: •...
  • Page 136 3D INVERTER SERIES TS06-INV: Refrigerant Leakage Detection diagnosis and solution Description: Judging the abnormality of the refrigeration system according to the number of compressor stops and the changes in operating parameters caused by excessive exhaust temperature. Recommended parts to prepare: •...
  • Page 137 3D INVERTER SERIES TS07: Indoor PCB / Display board communication error diagnosis and solution Description: Indoor PCB does not receive feedback from the display board. Recommended parts to prepare: • Communication wire • Indoor PCB • Display board Troubleshooting and repair: Power off, then restart the unit 2 minutes later...
  • Page 138 3D INVERTER SERIES TS08-S: Current overload protection diagnosis and solution Description: An abnormal current rise is detected by checking the specified current detection circuit. Recommended parts to prepare: • Connection wires • Reactor • Outdoor fan • Outdoor PCB Troubleshooting and repair: Was the protection activated Was the protection activated...
  • Page 139 3D INVERTER SERIES TS09-S: IPM malfunction or IGBT over-strong current protection diagnosis and solution Description: When the voltage signal the IPM sends to the compressor drive chip is abnormal, the LED displays the failure code and the AC turns off. Recommended parts to prepare: •...
  • Page 140 3D INVERTER SERIES TS10-S: Over voltage or too low voltage protection diagnosis and solution Description: Abnormal increases or decreases in voltage are detected by checking the specified voltage detection circuit. Recommended parts to prepare: • Power supply wires • IPM module board •...
  • Page 141 3D INVERTER SERIES TS11-S-INV: Top temperature protection of compressor or High temperature protection of IPM module or High pressure protection diagnosis and solution Description: For some models with overload protection, If the sampling voltage is not 5V, the LED will display the failure. If the temperature of IPM module is higher than a certain value, the LED displays the failure code.
  • Page 142 3D INVERTER SERIES Check the fastening screws on the PCB and IPM radiator. Replace the outdoor Are they fixed tightly? control PCB. Tighten the screws and apply silicon grease. Note: For certain models, outdoor PCB could not be removed separately. In this case, the outdoor electric control box should be replaced as a whole.
  • Page 143 3D INVERTER SERIES High pressure protection High pressure protection Are the high pressure switch Are the high pressure switch Connect high pressure switch and Connect high pressure switch and and main control boar wired and main control boar wired mian control board mian control board correctly? correctly?
  • Page 144 3D INVERTER SERIES TS12-S: Inverter compressor drive error diagnosis and solution Description: An abnormal inverter compressor drive is detected by a special detection circuit, including communication signal detection, voltage detection, compressor rotation speed signal detection and so on. Recommended parts to prepare: •...
  • Page 145 3D INVERTER SERIES TS13-INV: Low pressure protection diagnosis and solution Description: Outdoor pressure switch cut off the system because low pressure is lower than 0.13 MPa, the LED displays the failure code. Recommended parts to prepare: • Connection wires • Outdoor PCB •...
  • Page 146 3D INVERTER SERIES Low pressure protection Low pressure protection Are the low pressure protector Are the low pressure protector and main control board wired and main control board wired Reconnect the low pressure protector and main Reconnect the low pressure protector and main properly? properly? control board...
  • Page 147 3D INVERTER SERIES TS14: Indoor units mode conflict (match with multi outdoor unit) Description: The indoor units cannot work cooling mode and heating at same time. Heating mode has a priority. • Suppose Indoor unit A working in cooling mode or fan mode, and indoor unit B is set to heating mode, then A will change to off and B will work in heating mode.
  • Page 148 3D INVERTER SERIES TS33: Communication error between outdoor main PCB and IPM board diagnosis and solution Description: The main PCB cannot detect the IPM board. Recommended parts to prepare: • Connection wires • IPM board • Outdoor main PCB • Electric control box Troubleshooting and repair: Is there at least one LED in Is there at least one LED in...
  • Page 149 3D INVERTER SERIES TS34: AP mode is actived but there is no WIFI kit installed AP mode is actived but cannot detect WIFI kit Description: Recommended parts to prepare: • WIFI kit Troubleshooting and repair: Shut off the power supply and Shut off the power supply and Is there WIFI kit? Is there WIFI kit?

  • Page 150: Check Procedures

    3D INVERTER SERIES 8. Check Procedures 8.1 Temperature Sensor Check WARNING Be sure to turn off all power supplies or disconnect all wires to avoid electric shock. Operate after compressor and coil have returned to normal temperature in case of injury. 1.
  • Page 151 3D INVERTER SERIES Resistance Value KSK89D53UEZ KSK89D29UEZD KSN98D22UFZ KSK103D33UEZ3 KTN150D30UFZA Blue-Red Ω Blue-Black 2.35Ω 1.99Ω 2.13Ω 1.02Ω 1.57 Red-Black Resistance Value KSM135D23UFZ KSN140D21UFZ KTF235D22UMT KSK103D33UEZ3(YJ) KTM240D57UMT Blue-Red Blue-Black 1.72Ω 1.28Ω 0.75Ω 2.13Ω 0.62Ω Red-Black Resistance Value KSN140D58UFZ KTM240D43UKT KSN98D64UFZ3 ASN140D35TFZ ATF235D22TMT Blue-Red Blue-Black...

  • Page 152: Ipm Continuity Check

    3D INVERTER SERIES 8.3 IPM Continuity Check WARNING Electricity remains in capacitors even when the power supply is off. Ensure the capacitors are fully discharged before troubleshooting. 1. Turn off outdoor unit and disconnect power supply. 2. Discharge electrolytic capacitors and ensure all energy-storage unit has been discharged. 3.

  • Page 153: Fan Motor Check

    3D INVERTER SERIES Fan Motor Check 1. Turn off outdoor unit and disconnect power supply 2. Disconnect outdoor fan motor power cord from outdoor PCB 3. Measure the resistance value between each windings. The normal value of different motor show as follows: YKFG-13-4-38L Model YKFG-15-4-28-1...
  • Page 154 Appendix Contents Temperature Sensor Resistance Value Table for T1, T2, T3, and T4 (°C – K) ..2 Temperature Sensor Resistance Value Table for TP (for some units)(°C --K) ..3 iii) Pressure On Service Port ..................4...
  • Page 155 3D INVERTER SERIES i) Temperature Sensor Resistance Value Table for T1,T2,T3 and T4 (°C – K) °C °F K Ohm °C °F K Ohm °C °F K Ohm °C °F K Ohm 115.266 12.6431 2.35774 0.62973 108.146 12.0561 2.27249 0.61148 101.517 11.5 2.19073...
  • Page 156 3D INVERTER SERIES ii) Temperature Sensor Resistance Value Table for TP(for some units) (°C --K) °C °F K Ohm °C °F K Ohm °C °F K Ohm °C °F K Ohm °C °F K Ohm °C °F K Ohm °C °F K Ohm °C...
  • Page 157 3D INVERTER SERIES iii) Pressure On Service Port Cooling chart(R410A): ODU(DB) °F(°C) 0(-17) 5(-15) 95 (35) (-9.44) (7.22) (23.89) (29.44) (40.56) (46.11) (48.89) IDU(DB/WB) 70/59 (21.11/15) 10.1 10.6 75/63 (23.89/17.22) 10.7 11.2 80/67 (26.67/19.44) 11.2 11.9 90/73 (32.22/22.78) 10.5 10.3 10.0 10.6 12.4...
  • Page 158 3D INVERTER SERIES Heating chart(R410A): ODU(DB/WB) 57/53 47/43 37/33 27/23 17/13 (-8.33/- 0/-2 -17/-18 °F(°C) (13.89/11.67) (8.33/6.11) (2.78/0.56) (-2.78/-5) 10.56) (-17/-19) (-27/-28) IDU(DB) 55(12.78) 30.3 28.5 25.3 22.8 20.8 18.5 16.5 65(18.33) 32.5 30.0 26.6 25.4 23.3 20.5 19.0 75(23.89) 33.8 31.5 27.8...
  • Page 159 3D INVERTER SERIES Cooling chart(R22): ODU(DB) °F(°C) 0(-17) 5(-15) 95 (35) (-9.44) (7.22) (23.89) (29.44) (40.56) (46.11) (48.89) IDU(DB/WB) 70/59 (21.11/15) 75/63 (23.89/17.22) 80/67 (26.67/19.44) 90/73 (32.22/22.78) 70/59 (21.11/15) 75/63 (23.89/17.22) 80/67 (26.67/19.44) 90/73 (32.22/22.78) 70/59 (21.11/15) 0.40 0.41 0.46 0.50 0.51 0.49...
  • Page 160 3D INVERTER SERIES Heating chart(R22): ODU(DB/WB) 57/53 47/43 37/33 27/23 17/13 (-8.33/- 0/-2 -17/-18 °F(°C) (13.89/11.67) (8.33/6.11) (2.78/0.56) (-2.78/-5) 10.56) (-17/-19) (-27/-28) IDU(DB) 55(12.78) 18.9 17.8 15.8 14.3 13.0 11.6 10.3 65(18.33) 20.3 18.8 16.6 15.9 14.6 12.8 11.9 75(23.89) 21.1 19.7 17.3...
  • Page 161 3D INVERTER SERIES Cooling chart(R32): ODU(DB) °F(°C) 0(-17) 5(-15) 95 (35) (-9.44) (7.22) (23.89) (29.44) (40.56) (46.11) (48.89) IDU(DB/WB) 70/59 (21.11/15) 10.3 10.8 75/63 (23.89/17.22) 10.9 11.4 80/67 (26.67/19.44) 11.4 12.1 90/73 (32.22/22.78) 10.7 10.5 10.2 10.8 12.6 13.3 70/59 (21.11/15) 75/63 (23.89/17.22) 80/67 (26.67/19.44) 90/73 (32.22/22.78)
  • Page 162 3D INVERTER SERIES Heating chart(R32): ODU(DB/WB) 57/53 47/43 37/33 27/23 17/13 (-8.33/- 0/-2 -17/-18 °F(°C) (13.89/11.67) (8.33/6.11) (2.78/0.56) (-2.78/-5) 10.56) (-17/-19) (-27/-28) IDU(DB) 55(12.78) 30.9 29.1 25.8 23.3 21.2 18.9 16.8 65(18.33) 33.2 30.6 27.1 25.9 23.8 20.9 19.4 75(23.89) 34.5 32.1 28.4...
  • Page 163 3D INVERTER SERIES System Pressure Table-R22 Pressure Temperature Pressure Temperature °C °F °C °F 14.5 -41.091 -41.964 1600 41.748 107.146 21.75 -32.077 -25.739 1650 16.5 239.25 43.029 109.452 -25.177 -13.319 1700 246.5 44.281 111.706 36.25 -19.508 -3.114 1750 17.5 253.75 45.506 113.911 43.5...
  • Page 164 3D INVERTER SERIES System Pressure Table-R410A Pressure Temperature Pressure Temperature °C °F °C °F 14.5 -51.623 -60.921 2350 23.5 340.75 38.817 101.871 21.75 -43.327 -45.989 2400 39.68 103.424 -36.992 -34.586 2450 24.5 355.25 40.531 104.956 36.25 -31.795 -25.231 2500 362.5 41.368 106.462 43.5...
  • Page 165 3D INVERTER SERIES 3D INVERTER SERIES System Pressure Table-R32 Pressure Temperature Pressure Temperature °C °F °C °F 14.5 -51.909 -61.436 1850 18.5 268.25 28.425 83.165 21.75 -43.635 -46.543 1900 275.5 29.447 85.005 -37.323 -35.181 1950 19.5 282.75 30.448 86.806 36.25 -32.15 -25.87 2000...
  • Page 166 C/ ROSSELLÓ, 430-432 08025 BARCELONA ESPAÑA / SPAIN (+34) 93 446 27 80 SAT: (+34) 93 652 53 57 www.mundoclima.com...

This manual is also suitable for:

Mupr-09-h14x-iMupr-h14x seriesMupr-18-h14x-iMupr-24-h14x-iMupr-09-h10x-eMupr-09-h14x-e ... Show all