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Brand | Daikin |
---|---|
Model | REMQ14P8Y1B |
Category | Air Conditioner |
Language | English |
Details possible combinations of outdoor/indoor units and standard/optional accessories.
Refers to the Engineering Data Book for detailed technical and electrical specifications.
Covers foundation, space, fire danger, noise, wind, salt, and access considerations for unit placement.
Lists locations to avoid for installation, such as corrosive atmospheres or high electromagnetic fields.
Lists specialized tools required for R410A refrigerant piping installations.
Specifies requirements for piping material, temper grade, and thickness for R410A systems.
Details the correct methods for connecting refrigerant pipes, emphasizing nitrogen blow and flux usage.
Provides a step-by-step guide on how to safely remove pinched refrigerant piping.
Covers precautions and requirements for connecting piping between multiple outdoor units.
Illustrates various valid and prohibited piping connection patterns for multi-unit systems.
Guide on selecting the appropriate refnet joint based on outdoor unit capacity.
Guide on selecting the appropriate refnet header based on total indoor unit capacity.
Guide on selecting multi connection piping kits based on the number of outdoor units.
Instructions on how to conduct an airtightness test using nitrogen gas.
Lists and explains abbreviations for internal wiring components used in VRV units.
Verifies correct piping size and insulation work before system operation.
Confirms proper power, transmission wiring, and insulation resistance.
Provides key details about R410A refrigerant, including its type and GWP.
Important safety precautions when performing service on VRV inverter units.
Describes the default setting mode and its conditions for VRV units.
Explains how to enter and use setting mode 2 for advanced configuration.
A detailed procedure for executing the VRV system test operation.
Actions to take if the test operation results in an error code or abnormality.
Details the process of vacuuming the VRV system for repair purposes.
Outlines the method for recovering refrigerant using specialized equipment.
Explains how to calculate and manage maximum allowable refrigerant concentration.