Daikin RXYQ360TAYDU manuals
RXYQ360TAYDU
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- safety cautions
- Part 1 General Information
- Model Names of Indoor/Outdoor Units
- Air Treatment Equipment
- External Appearance
- Outdoor Unit
- Combination of Outdoor Units
- Capacity Range
- Part 2 Refrigerant Circuit
- Refrigerant Circuit
- Indoor Unit
- Outdoor-Air Processing Unit
- Functional Parts Layout
- RXYQ96/120TAYDU
- RXYQ144/168TAYDU
- RXYQ72TATJU
- RXYQ96/120TATJU
- RXYQ144/168TATJU
- Refrigerant Flow for Each Operation Mode
- RXYQ96/120TAYDU, RXYQ96/120TATJU
- RXYQ144/168TAYDU, RXYQ144/168TATJU
- Part 3 Remote Controller
- Applicable Models
- Names and Functions
- Wireless Remote Controller
- MAIN/SUB Setting
- Centralized Control Group No. Setting
- Group No. Setting Example
- Service Mode
- Part 4 Functions and Control
- Operation Flowchart (Outdoor Unit)
- Stop Control
- Standby Control
- Startup Control
- Startup Control in Heating
- Basic Control
- Compressor Capacity Control
- Operating Priority and Rotation of Compressors
- Compressor Step Control
- Step Control of Outdoor Fans
- Protection Control
- Low Pressure Protection Control
- Discharge Pipe Protection Control
- Inverter Protection Control
- Heating Operation Prohibition
- Special Control
- Oil Return Operation
- Defrost Operation
- Outline of Control (Indoor Unit)
- Set Temperature and Control Temperature
- Remote Controller Thermistor
- Thermostat Control
- Drain Pump Control
- Control of Electronic Expansion Valve
- Freeze-up Prevention
- List of Swing Flap Operations
- Hot Start Control (In Heating Only)
- Louver Control for Preventing Ceiling Dirt
- Heater Control (Except FXTQ-TA Models)
- Heater Control (FXTQ-TA Models)
- Step Thermostat Processing (FXTQ-TA Models)
- Fan Control (Heater Residual) (FXTQ-TA Models)
- Part 5 Field Settings
- Field Setting from Remote Controller
- Simplified Remote Controller
- Setting Contents and Code No. for Indoor Units
- detailed explanation of setting modes
- field setting
- Field Settings for Outdoor Unit
- Settings by DIP Switches
- Settings by BS Buttons
- Normal Mode
- Monitor Mode (Mode 1)
- Setting Mode (Mode 2)
- Test Operation
- Check Work Prior to Turn Power Supply ON
- Turn Power ON
- Part 6 Service Diagnosis
- Symptom-based Troubleshooting
- With Optional Infrared Floor Sensor
- Service Check Function
- Error Codes and Descriptions
- Error Codes - Sub Codes
- Troubleshooting by Error Code
- Indoor Unit PCB Abnormality
- Drain Level Control System Abnormality
- Fan Motor Lock, Overload
- Indoor Fan Motor Abnormality
- Overload/Overcurrent/Lock of Indoor Fan Motor
- Blower Motor Not Running
- Indoor Fan Motor Status Abnormality
- Low Indoor Airflow
- Swing Flap Motor Abnormality
- Power Supply Voltage Abnormality
- Blower Motor Stops for Over/Under Voltage
- Electronic Expansion Valve Coil Abnormality, Dust Clogging
- Drain Level above Limit
- Capacity Determination Device Abnormality
- Transmission Abnormality between Indoor Unit PCB and Fan PCB
- Blower Motor Communication Error
- Thermistor Abnormality
- Combination Error between Indoor Unit PCB and Fan PCB
- Blower Motor HP Mismatch
- Indoor Blower Does Not Have Required Parameters to Function
- Remote Sensor Abnormality
- Humidity Sensor System Abnormality
- Infrared Presence/Floor Sensor Error
- Remote Controller Thermistor Abnormality
- Outdoor Unit Main PCB Abnormality
- Current Leakage Detection
- Missing of Leakage Detection Core
- Actuation of High Pressure Switch
- Actuation of Low Pressure Sensor
- Inverter Compressor Motor Lock
- Compressor Damage Alarm
- Outdoor Fan Motor Abnormality
- Electronic Expansion Valve Coil Abnormality
- Discharge Pipe Temperature Abnormality
- Wet Alarm
- Refrigerant Overcharged
- Harness Abnormality (between Outdoor Unit Main PCB and Inverter PCB)
- Outdoor Fan Motor Signal Abnormality
- High Pressure Sensor Abnormality
- Low Pressure Sensor Abnormality
- Inverter PCB Abnormality
- Reactor Temperature Rise Abnormality
- Inverter Radiation Fin Temperature Rise Abnormality
- Inverter Compressor Instantaneous Overcurrent
- Inverter Compressor Overcurrent
- Inverter Compressor Startup Abnormality
- Transmission Error between Inverter PCB and Outdoor Unit Main PCB
- Power Supply Voltage Imbalance
- Reactor Temperature Abnormality
- Inverter Radiation Fin Temperature Abnormality
- Field Setting after Replacing Outdoor Unit Main PCB Abnormality or Combination of PCB Abnormality
- Refrigerant Shortage
- Reverse Phase, Open Phase
- Power Supply Insufficient or Instantaneous Abnormality
- Check Operation not Executed
- Transmission Error between Indoor Units and Outdoor Units
- Transmission Error between Remote Controller and Indoor Unit
- Transmission Error between Outdoor Units
- Transmission Error between Main and Sub Remote Controllers
- Transmission Error between Indoor Unit and Outdoor Unit in the Same System
- Improper Combination of Indoor Unit and Outdoor Unit Indoor Unit and Remote Controller
- Incorrect Electric Heater Capacity Setting
- Address Duplication of Centralized Controller
- Transmission Error between Centralized Controller and Indoor Unit
- System not Set yet
- System Abnormality, Refrigerant System Address Undefined
- Check
- Low Pressure Check
- Superheat Operation Check
- Power Transistor Check
- Refrigerant Overcharge Check
- Refrigerant Shortage Check
- Vacuuming and Dehydration Procedure
- Thermistor Check
- Pressure Sensor Check
- Broken Wire Check of the Relay Wires
- Fan Motor Connector Check (Power Supply Cable)
- Electronic Expansion Valve Coil Check
- Part 7 Appendix
- Wiring Diagrams
- revision history
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