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Explains hazard symbols and their implications for safety.
Ensures electrical safety through proper grounding and dedicated circuits.
Precautions for unit handling, environmental hazards, and device settings.
Safety measures for gas leaks, ventilation, and correct refrigerant handling.
Guidelines for safe operation, handling, and preventing injuries.
Ensures safe installation by considering environment, noise, and wiring.
Safety advice for specific locations and environmental factors like sea wind.
Ensures secure installation, safe transport, and proper disposal of packaging materials.
Importance of powering on the unit 6 hours before operation for crankcase heating.
Safety measures during operation, maintenance, and handling of components.
Covers planning, unit installation, and refrigerant piping procedures.
Details electrical work, testing phases, and final customer handover.
Guidelines for selecting an optimal location for the outdoor unit, considering environmental factors.
Specific advice for installing near the sea, including windbreaks and drainage.
Information and cautions regarding the use of R410A refrigerant.
Criteria for selecting the best location for the outdoor unit, considering heat, noise, wind, and strength.
Advice for seaside installation and areas with heavy snowfall.
Specifies conditions for installing the HR unit indoors.
Details required clearances for air inlet and servicing for individual installations.
Space requirements when inlet air enters from sides and installation near walls.
Required spacing when the unit is enclosed by walls.
Clearance requirements when there is an obstruction above the unit.
Space needed for collective and continuous installation, considering air and people passage.
Measures for operating in snow or cold areas, including ducting and snow protection.
Instructions for safely lifting and carrying the outdoor unit using ropes and proper support.
Diagrams showing anchor bolt placement for individual and collective installations.
Guidelines for fixing the unit securely to prevent movement and using anti-vibration materials.
Critical safety warnings and procedures for connecting refrigerant pipes and operating valves.
Instructions on removing panels for pipe connection and sealing openings.
Diagrams for connecting two outdoor units with pipe sizes.
Steps for hanging and insulating the HR unit, ensuring proper tilt.
How to connect refrigerant pipes between outdoor, HR, and indoor units.
Guidance on selecting HR unit types based on the number of connectable indoor units.
Diagrams illustrating the use of reducers for indoor units and HR units.
Specifies approved materials and minimum wall thickness for refrigerant piping.
Instructions for insulating pipes and sealing wall penetrations properly.
Formula and diagram for calculating pipe length between outdoor units.
Guidelines for system layout, pipe length, height differences, and serial connections.
Pipe diameters for connecting branches to HR units based on indoor unit capacity.
Specifies pipe diameters for outdoor unit connections to the first branch.
Details pipe sizes for connecting indoor units from branches.
Formula and method for calculating the total refrigerant amount and additional charge.
Defines limits for refrigerant leakage and safety measures.
Instructions for installing Y-branch fittings, ensuring proper orientation and insulation.
Diagrams illustrating various Y branch pipe configurations.
Steps for performing a leak test using nitrogen gas and pressure checks.
Guidelines for vacuuming the system and drying to remove moisture.
Methods for primary and secondary refrigerant charging after vacuuming.
Instructions for insulating pipes and sealing wall penetrations properly.
Methods for sealing pipe penetrations through walls and fire limits.
Adherence to regulations, use of authorized engineers, and proper grounding.
Guidelines for using 2-core shield cable and avoiding multi-core cable for transmission lines.
Proper use of shield cables, avoiding multi-core cables, and capacitor installation warnings.
Procedures for accessing the control box, connecting wiring, and identifying PCB components.
Recommended types, sizes, and separation distances for communication and power lines.
Guidelines for power supply, wire sizing, and adherence to local wiring regulations.
Best practices for connecting power wires to terminal blocks, using correct terminals and tools.
Illustrates transmission cable connections for a single outdoor unit system.
Shows transmission cable connections for multiple outdoor unit systems.
Explains the primary functions of the SW02M DIP switch for HR unit setup.
How to select between automatic and manual addressing for HR unit valves.
How to configure the HR unit model based on the number of connected rooms using DIP switches.
Setting the valve group control based on indoor unit capacity and Y branch pipe usage.
Setting the SW05M rotary switch for HR unit addressing.
Using SW01M, SW03M, SW04M for manual valve addressing and setting central control addresses.
Step-by-step procedure for automatically addressing indoor units.
Process for automatically detecting pipe connections between units.
Steps for manually detecting pipe connections if auto detection fails.
Explains manual addressing steps with examples.
Example of checking valve address settings.
Explains how to identify manual valve IDs.
How to check and set DIP switch values using the 7-segment LED.
Procedure for checking master unit settings, including model code and unit type.
Configuration of SW01B/SW02B DIP switches for master outdoor unit functions.
DIP switch settings for various master unit functions like snow, defrosting, and fan modes.
DIP switch settings for slave outdoor units.
DIP switch settings for inverter back up and unit back up functions.
Procedures for setting group numbers for indoor units using the main PCB terminal block.
Example of setting valve addresses to match indoor unit central control addresses.
Essential checks before performing the test run, including refrigerant leaks and insulation resistance.
Identifies common phenomena, causes, and troubleshooting steps for component failures.
Step-by-step guide to using the sensor checking function via PCB buttons and DIP switches.
Explains how error codes are displayed and lists common sensor errors.
Procedure for using the function to automatically charge and check refrigerant levels.
Actions to take based on the results of the refrigerant checking function.
How to set fan speed for reduced noise during night operation.
Procedure for setting and cancelling the vacuum mode for system preparation.
How errors are indicated and lists common indoor unit errors.
List and causes of errors related to outdoor unit voltage, compressor, and cooling.
List and causes of errors related to outdoor unit sensors, connections, and capacity.
List and causes of errors related to outdoor unit fan, PFC, and power unbalance.
List and causes of errors related to outdoor unit sensors, operation mode conversion, and compressor.
Defines limiting concentration for R410A refrigerant and its calculation.
How to calculate concentration and implement countermeasures for leaks.
Specific guidelines for installing in seaside environments to prevent corrosion.
Explains hazard symbols and their implications for safety.
Ensures electrical safety through proper grounding and dedicated circuits.
Precautions for unit handling, environmental hazards, and device settings.
Safety measures for gas leaks, ventilation, and correct refrigerant handling.
Guidelines for safe operation, handling, and preventing injuries.
Ensures safe installation by considering environment, noise, and wiring.
Safety advice for specific locations and environmental factors like sea wind.
Ensures secure installation, safe transport, and proper disposal of packaging materials.
Importance of powering on the unit 6 hours before operation for crankcase heating.
Safety measures during operation, maintenance, and handling of components.
Covers planning, unit installation, and refrigerant piping procedures.
Details electrical work, testing phases, and final customer handover.
Guidelines for selecting an optimal location for the outdoor unit, considering environmental factors.
Specific advice for installing near the sea, including windbreaks and drainage.
Information and cautions regarding the use of R410A refrigerant.
Criteria for selecting the best location for the outdoor unit, considering heat, noise, wind, and strength.
Advice for seaside installation and areas with heavy snowfall.
Specifies conditions for installing the HR unit indoors.
Details required clearances for air inlet and servicing for individual installations.
Space requirements when inlet air enters from sides and installation near walls.
Required spacing when the unit is enclosed by walls.
Clearance requirements when there is an obstruction above the unit.
Space needed for collective and continuous installation, considering air and people passage.
Measures for operating in snow or cold areas, including ducting and snow protection.
Instructions for safely lifting and carrying the outdoor unit using ropes and proper support.
Diagrams showing anchor bolt placement for individual and collective installations.
Guidelines for fixing the unit securely to prevent movement and using anti-vibration materials.
Critical safety warnings and procedures for connecting refrigerant pipes and operating valves.
Instructions on removing panels for pipe connection and sealing openings.
Diagrams for connecting two outdoor units with pipe sizes.
Steps for hanging and insulating the HR unit, ensuring proper tilt.
How to connect refrigerant pipes between outdoor, HR, and indoor units.
Guidance on selecting HR unit types based on the number of connectable indoor units.
Diagrams illustrating the use of reducers for indoor units and HR units.
Specifies approved materials and minimum wall thickness for refrigerant piping.
Instructions for insulating pipes and sealing wall penetrations properly.
Formula and diagram for calculating pipe length between outdoor units.
Guidelines for system layout, pipe length, height differences, and serial connections.
Pipe diameters for connecting branches to HR units based on indoor unit capacity.
Specifies pipe diameters for outdoor unit connections to the first branch.
Details pipe sizes for connecting indoor units from branches.
Formula and method for calculating the total refrigerant amount and additional charge.
Defines limits for refrigerant leakage and safety measures.
Instructions for installing Y-branch fittings, ensuring proper orientation and insulation.
Diagrams illustrating various Y branch pipe configurations.
Steps for performing a leak test using nitrogen gas and pressure checks.
Guidelines for vacuuming the system and drying to remove moisture.
Methods for primary and secondary refrigerant charging after vacuuming.
Instructions for insulating pipes and sealing wall penetrations properly.
Methods for sealing pipe penetrations through walls and fire limits.
Adherence to regulations, use of authorized engineers, and proper grounding.
Guidelines for using 2-core shield cable and avoiding multi-core cable for transmission lines.
Proper use of shield cables, avoiding multi-core cables, and capacitor installation warnings.
Procedures for accessing the control box, connecting wiring, and identifying PCB components.
Recommended types, sizes, and separation distances for communication and power lines.
Guidelines for power supply, wire sizing, and adherence to local wiring regulations.
Best practices for connecting power wires to terminal blocks, using correct terminals and tools.
Illustrates transmission cable connections for a single outdoor unit system.
Shows transmission cable connections for multiple outdoor unit systems.
Explains the primary functions of the SW02M DIP switch for HR unit setup.
How to select between automatic and manual addressing for HR unit valves.
How to configure the HR unit model based on the number of connected rooms using DIP switches.
Setting the valve group control based on indoor unit capacity and Y branch pipe usage.
Setting the SW05M rotary switch for HR unit addressing.
Using SW01M, SW03M, SW04M for manual valve addressing and setting central control addresses.
Step-by-step procedure for automatically addressing indoor units.
Process for automatically detecting pipe connections between units.
Steps for manually detecting pipe connections if auto detection fails.
Explains manual addressing steps with examples.
Example of checking valve address settings.
Explains how to identify manual valve IDs.
How to check and set DIP switch values using the 7-segment LED.
Procedure for checking master unit settings, including model code and unit type.
Configuration of SW01B/SW02B DIP switches for master outdoor unit functions.
DIP switch settings for various master unit functions like snow, defrosting, and fan modes.
DIP switch settings for slave outdoor units.
DIP switch settings for inverter back up and unit back up functions.
Procedures for setting group numbers for indoor units using the main PCB terminal block.
Example of setting valve addresses to match indoor unit central control addresses.
Essential checks before performing the test run, including refrigerant leaks and insulation resistance.
Identifies common phenomena, causes, and troubleshooting steps for component failures.
Step-by-step guide to using the sensor checking function via PCB buttons and DIP switches.
Explains how error codes are displayed and lists common sensor errors.
Procedure for using the function to automatically charge and check refrigerant levels.
Actions to take based on the results of the refrigerant checking function.
How to set fan speed for reduced noise during night operation.
Procedure for setting and cancelling the vacuum mode for system preparation.
How errors are indicated and lists common indoor unit errors.
List and causes of errors related to outdoor unit voltage, compressor, and cooling.
List and causes of errors related to outdoor unit sensors, connections, and capacity.
List and causes of errors related to outdoor unit fan, PFC, and power unbalance.
List and causes of errors related to outdoor unit sensors, operation mode conversion, and compressor.
Defines limiting concentration for R410A refrigerant and its calculation.
How to calculate concentration and implement countermeasures for leaks.
Specific guidelines for installing in seaside environments to prevent corrosion.
General| Energy Star Certified | Yes |
|---|---|
| Refrigerant | R32 |
| Type | Split System |
| Cooling Capacity | 11500 BTU/h |
| Smart Features | Wi-Fi Enabled |
| Dimensions (Outdoor Unit) | 700 x 500 x 275 mm |
