To Next PageTo Next PageWhy does my Daikin FTXS35DVMW Air Conditioner emit water or steam?
In HEAT mode, the frost on the outdoor unit melts into water or steam when the air conditioner is in defrost operation. In COOL or DRY mode, moisture in the air condenses into water on the cool surface of outdoor unit piping and drips.
What to do if hot air does not flow out soon after starting my Daikin FTXS35DVMW Air Conditioner's heating operation?
You should wait for 1 to 4 minutes.
Why do mists come out of the indoor unit of my Daikin FTXS35DVMW Air Conditioner?
This happens when the air in the room is cooled into mist by the cold air flow during cooling operation.
How to handle odour from the indoor unit of my Daikin FTXS35DVMW?
If this happens, we recommend you have the indoor unit washed by a technician. Consult the service shop where you bought the air conditioner.
Why does the outdoor fan rotate when my Daikin FTXS35DVMW Air Conditioner is not in operation?
When the outdoor temperature is very high, the outdoor fan starts rotating for system protection.
What to do if my Daikin Air Conditioner operation stopped suddenly but the OPERATION lamp is on?
The Daikin Air Conditioner will automatically resume operation in about 3 minutes.
General| Cooling Capacity | 3.5 kW |
|---|---|
| Heating Capacity | 4.0 kW |
| Power Supply | 220-240V, 50Hz |
| Outdoor Unit Weight | 32 kg |
| Seasonal Energy Efficiency Ratio (SEER) | 6.1 |
| Refrigerant | R32 |
| Energy Efficiency Ratio (Heating) | 4.00 |
Provides a comprehensive list of all operational functions.
Details technical specifications for cooling and heating models.
Technical specifications for cooling-only models.
Technical specifications for heat pump models.
Illustrates connector layouts for indoor and outdoor PCBs.
Connector diagram for the indoor unit's printed circuit board.
Connector diagram for the outdoor unit's printed circuit board.
Explains core operational functions like frequency principle and auto-operation.
Explains the role of various thermistors in system control.
Details operational control logic and modes.
General overview of system setup and user explanation.
Provides important instructions and safety precautions for the user.
Crucial safety guidelines for handling and operating the unit.
Identifies key components of the indoor and outdoor units.
Steps for preparing the unit and remote controller before initial use.
Explains how to select and operate different modes.
Details how to adjust horizontal and vertical airflow.
Describes the operation for maximizing cooling/heating effect.
Explains the mode to lower outdoor unit noise.
Details the energy-efficient operation mode.
Explains the sensor-based operation for energy saving.
Describes how to set ON and OFF timers for automatic operation.
Provides instructions for cleaning the unit and its filters.
Lists common issues and their solutions, including error codes.
Provides warnings and guidance for performing diagnostics.
Lists common operational problems and suggested troubleshooting steps.
Explains how to use the remote controller for diagnosis.
Comprehensive guide to diagnosing and resolving various error codes.
Lists all system error codes and their meanings.
Troubleshooting steps for indoor PCB malfunctions.
Diagnosing issues related to freeze-up or high-pressure protection.
Troubleshooting steps for fan motor issues.
Diagnosing thermistor issues in the indoor unit.
Troubleshooting steps for communication errors between units.
Diagnosing issues related to incorrect voltage between units.
Troubleshooting steps for outdoor PCB malfunctions.
Diagnosing compressor overload issues.
Troubleshooting steps for compressor lock faults.
Diagnosing issues with the DC fan motor lock.
Troubleshooting steps for input over-current detection.
Diagnosing issues with the four-way valve.
Troubleshooting steps for discharge pipe temperature control.
Diagnosing high-pressure control issues during cooling.
Troubleshooting steps for compressor system sensor issues.
Diagnosing position sensor abnormalities affecting compressor startup.
Troubleshooting steps for DC voltage/current sensor issues.
Diagnosing thermistor issues in the outdoor unit.
Troubleshooting steps for electrical box temperature rise.
Diagnosing radiation fin temperature rise issues.
Troubleshooting steps for output over-current detection.
Diagnosing and addressing insufficient gas conditions.
Troubleshooting steps for over-voltage detection.
Procedures for checking specific components and systems.
General guide on how to perform component checks.
Procedures for disassembling the indoor unit components.
Steps to remove the air filter for cleaning or replacement.
Steps to remove the indoor unit's front panel.
Steps to remove the indoor unit's front grille.
Procedures to remove the airflow direction blades.
Steps to remove the electrical component box from the indoor unit.
Procedures to remove the printed circuit boards.
Steps to remove the indoor unit's drain pan.
Procedures to remove the indoor unit's fan motor.
Steps to remove the indoor unit's heat exchanger.
Procedures to remove the fan rotor.
Procedures for disassembling the outdoor unit components.
Steps to remove outdoor unit panels and the fan motor.
Procedures to remove the outdoor unit's electrical box.
Steps to remove the reactor and partition plate.
Procedures to remove the sound insulation blanket.
Steps to remove the four-way valve.
Procedures to remove the compressor.
Steps to remove the outdoor unit's printed circuit board.
Contains miscellaneous operational and setting information.
Guides on performing a trial operation using the remote controller.
Details jumper settings for specific configurations and functions.
Visual representations of refrigerant piping for indoor and outdoor units.
Piping diagram for indoor units.
Piping diagrams for outdoor units, covering cooling and heat pump.
Electrical wiring schematics for indoor and outdoor units.
Wiring diagram for indoor units.
Wiring diagram for outdoor units.
