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General| Cooling Capacity | 3.0 kW |
|---|---|
| Heating Capacity | 3.2 kW |
| Energy Efficiency Ratio (EER) | 3.21 |
| Coefficient of Performance (COP) | 3.61 |
| Refrigerant | R410A |
| Indoor Unit Weight | 9 kg |
| Outdoor Unit Weight | 32 kg |
| Type | Split Air Conditioner |
| Power Supply | 220-240V, 50Hz |
| Outdoor Unit Noise Level | 50 dB(A) |
| Outdoor Unit Dimensions (WxHxD) | 780 x 540 x 250 mm |
Publication usage restrictions, modification policy, and printing error disclaimer.
Information on selecting and classifying outdoor unit models for installation.
Steps to verify model names, system types, codes, and necessary manuals before installation.
Details on how outdoor unit models are categorized by type, capacity, and series.
Specifies power range and valid combinations for FSXN1E outdoor units.
Specifies power range and valid combinations for FSXNH outdoor units.
Safety information, including symbols used and additional precautions.
Explanation of symbols like DANGER, CAUTION, and NOTE used for safety.
Details on safety precautions regarding electrical shock, handling, and environmental factors.
Information on high pressure vessel and safety device protection for the air conditioning unit.
Outlines the manual's purpose and the importance of following installation instructions.
Details the operating temperature ranges for cooling and heating modes.
Describes automatic functions like three-minute protection, frost prevention, and defrost cycles.
Diagram and list of parts for the RAS-8FSXN1E outdoor unit.
Diagram and list of parts for the RAS-(10/12)FSXN1E outdoor unit.
Diagram and list of parts for the RAS-(14/16)FSXN1E outdoor unit.
Diagram and list of parts for the RAS-(5/6)FSXNH(E) outdoor unit.
Diagram and list of parts for the RAS-(8-12)FSXNH(E) outdoor unit.
Diagram of the refrigerant cycle for RAS-(8-12)FSXN1E outdoor units.
Diagram of the refrigerant cycle for RAS-(14/16)FSXN1E outdoor units.
Diagram of the refrigerant cycle for RAS-(5/6)FSXNH(E) outdoor units.
Diagram of the refrigerant cycle for RAS-(8-12)FSXNH(E) outdoor units.
Instructions for securely fastening outdoor units during transport and storage.
Careful handling procedures for units using fork-lift trucks to prevent injury or damage.
Guidelines for safely lifting outdoor units using hoisting slings and proper attachment points.
Table showing center of gravity dimensions for various outdoor unit models.
Guidelines for selecting optimal locations for outdoor units, considering sunlight, ventilation, and noise.
Calculations for required installation space around the unit based on surrounding walls.
Installation guidelines based on surrounding walls in different directions.
Spacing requirements for units installed near buildings in two directions.
Spacing requirements for units installed near buildings in three directions.
Spacing requirements for units installed near buildings in four directions.
Factors to consider for unit placement, including air flow, temperature, and grouping.
Requirements for outdoor unit foundations, including height, drainage, and material.
Requirements for outdoor unit foundations, including height, drainage, and material.
Diagram and specifications for the correct positioning of anchorage bolts.
Guidelines for selecting appropriate refrigerant pipe sizes based on system type and unit capacity.
Instructions for selecting pipe sizes for outdoor units and branch pipes, with CAUTIONs.
Information on copper pipe specifications, sizes, connection methods, and insulation.
Details on pipe connection procedures, including flared connection mounting and minimum thickness.
Diagrams showing the location of power source and refrigerant pipe outlets on outdoor units.
List of factory-supplied accessories for FSXN1E units, including pipe connection kits.
List of factory-supplied accessories for FSXNH(E) units, including pipe connection kits.
Details on SET FREE FSXN1E series pipe connection kits (2 pipes).
Details on SET FREE FSXN1E series pipe connection kits (3 pipes).
Details on SET FREE FSXNH(E) series pipe connection kits (3 pipes).
Precautions for outdoor unit installation, including unit order and pipe placement.
Guidelines for the correct sequence and capacity order when installing multiple outdoor units.
Precautions for installing refrigerant pipes between outdoor units, including oil recovery.
General guidelines for installing refrigerant pipes, including flared connections and insulation.
Instructions for correctly mounting flared pipe connections, including torque specifications.
Importance and method of insulating refrigerant pipes to prevent heat loss and condensation.
Procedures for connecting refrigerant pipes, including sealing and protecting openings.
Guidelines for properly suspending refrigerant pipes to avoid building vibrations and damage.
Details on connecting refrigerant pipes for heat pump and heat recovery systems.
Tables specifying pipe diameters for heat pump and heat recovery systems.
Continued tables specifying pipe diameters for heat pump and heat recovery systems.
Specifies pipe diameters for CH units and multikits in 3-pipe and 2-pipe systems.
Specifies pipe diameters for 2-pipe systems and multikits.
Permitted pipe lengths and conditions for heat pump systems (2 pipes).
Permitted pipe lengths and conditions for heat pump systems (2 pipes).
Permitted pipe lengths and conditions for heat recovery systems (3 pipes).
Specifies pipe sizes for base units in heat pump and heat recovery systems.
Specifies pipe sizes for 2-unit combinations of FSXN1E and FSXNH(E) systems.
Details pipe sizes for FSXN1E base unit combinations in heat pump and heat recovery systems.
Details pipe sizes for FSXN1E base unit combinations in heat recovery systems.
Details pipe sizes for FSXNH(E) base unit combinations in heat pump systems.
Details pipe sizes for FSXNH(E) base unit combinations in heat recovery systems.
Specifies pipe sizes for 4-unit combinations of FSXN1E systems.
Details pipe sizes for FSXNH(E) base unit combinations in heat recovery systems.
Procedure for performing an air-tight test on refrigerant pipes and connections.
Method for calculating additional refrigerant charge based on piping length and unit capacity.
Precautions and calculations for managing refrigerant gas concentration to prevent suffocation.
Safety measures and regulations to observe in case of refrigerant leaks.
Room characteristics required to mitigate refrigerant leak effects, including ventilation.
Guidelines for managing condensation drainage from outdoor units, including location and kits.
Guidelines for managing condensation drainage from outdoor units, including location and kits.
General precautions and safety guidelines for electrical wiring work.
Checks for selecting correct electrical components and verifying supply voltage and wiring.
Diagrams for connecting power supply to heat pump and heat recovery systems.
Specifications for wire sizes for power source and transmission cables.
Electrical data and recommended breaker sizes for outdoor units.
Details on service voltage, start-up voltage, voltage imbalance, and electromagnetic compatibility.
Instructions for connecting electrical wiring to the outdoor unit's terminal board and PCB.
Guidelines for connecting power supply and communication cables for indoor units.
Wiring diagram for connecting indoor units in a heat recovery system.
Wiring diagram for connecting indoor units in a heat pump system.
Instructions for setting DIP switches on PCB1 for various functions and unit configurations.
Setting the refrigerant cycle number using DSW1 and RSW1 switches.
Setting the capacity for FSXN1E and FSXNH(E) outdoor units.
Setting the outdoor unit number for combinations of base units.
Setting the supply voltage for the unit.
Setting the communication parameters for connected units.
Settings for test run, service, and forced compressor stoppage.
Settings for emergency operation, test run, and service functions.
Configuring external inputs/outputs and specific unit functions via menu mode.
Configuring external inputs/outputs and specific unit functions via menu mode.
Setting the target value for the indoor expansion valve in cooling mode.
Setting the target value for the indoor expansion valve in heating mode.
Configuring demand control settings (40% to 100%) for capacity management.
Setting protection against decrease in outlet temperature during cooling.
Essential checks before performing the test run, including wiring and safety verification.
Step-by-step procedure for conducting the test run of the air conditioning system.
Instructions for using the PC-ART remote controller to perform test run operations.
Instructions for using the PC-ARF remote controller to perform test run operations.
A checklist for verifying proper operation and conditions during the test run.
Alarms related to indoor unit protection, address, and connection issues.
Alarms for outdoor unit protection, voltage, phase, and address settings.
Alarms indicating faults in communication between units or PCBs.
Alarms related to inverter faults, current sensors, fin temperatures, and fan controllers.
Alarms for compressor protection, system capacity, and general faults.
