To Next PageTo Next PageWhat causes EEprom Data error in Hisense T1 and how to fix it?
If your Hisense Air Conditioner displays an EEprom Data error, it could be due to a failure in the EE components, a failure in the EE components control circuit, or incorrect insertion of the EE components. To resolve this, try replacing the EE components, replacing the outdoor control board components, or reassembling the EE components.
How to fix outdoor coil temperature sensor fault in Hisense Air Conditioner?
If your Hisense Air Conditioner is showing an outdoor coil temperature sensor fault, it might be due to a loose connection of the outdoor ambient temperature sensor, a failure of the outdoor ambient temperature sensor, or a failure in the sampling circuit. To fix this, try reconnecting the outdoor ambient temperature sensor, replacing the outdoor ambient temperature sensor components, or replacing the outdoor control board components.
How to troubleshoot outdoor ambient temperature sensor fault in Hisense T1 Air Conditioner?
If your Hisense Air Conditioner is showing an outdoor ambient temperature sensor fault, it might be due to a loose connection of the outdoor ambient temperature sensor, a failure of the outdoor ambient temperature sensor, or a failure in the sampling circuit. To fix this, try reconnecting the outdoor ambient temperature sensor, replacing the outdoor ambient temperature sensor components, or replacing the outdoor control board components.
What to do if there is a communication fault between the indoor and outdoor unit in Hisense Air Conditioner?
If your Hisense Air Conditioner displays a communication fault between the indoor and outdoor units, it could be due to several reasons. First, ensure the connection cable is correctly connected according to the wiring diagram. Check for any loose connections in the communication cable and reconnect them if necessary. If the cable is faulty, replace it. Other potential causes include a faulty indoor or outdoor control board (in which case, replace the respective board), an open communication circuit fuse (check and adjust the DIP switch and short-circuit fuse), or an incorrect communication cable specification (select a suitable cable as per the user manual).
What to do if my Hisense T1 Air Conditioner unit over-currents and turns off?
If your Hisense Air Conditioner unit over-currents and turns off, it could be due to several reasons. It could be due to a failure in the control board current sampling circuit, in which case you should replace the electrical control board components. Another cause may be the current being too high because the supply voltage is too low, which is a normal protection measure. It may also be caused by a blocked on-off compressor, in which case you should replace the compressor. Overload in cooling or heating mode may also cause this issue.
Why is my Hisense T1 showing a phase current imbalance?
If your Hisense Air Conditioner shows a phase current imbalance, it could be due to several factors. The supply voltage might be fluctuating by more than 4%, which is a normal protection measure. Check if the compressor power cord is loose and reconnect it according to the wiring diagram. A faulty AC contactor could also be the cause, requiring replacement. Lastly, the compressor motor itself might be faulty and need replacement.
What causes motor blockage protection in Hisense T1 Air Conditioner?
If your Hisense Air Conditioner shows a motor blockage protection error, it could be due to an outdoor ambient temperature sensor fault, an outdoor coil temperature sensor fault, or an outdoor control board fault. Possible solutions include replacing the outdoor ambient temperature sensor, replacing the outdoor coil temperature sensor, or replacing the outdoor control board.
What to do if my Hisense T1 Air Conditioner is cooling freezing or heating overload?
If your Hisense Air Conditioner is experiencing cooling freezing protection (indoor coil temperature too low) or heating overload (indoor coil temperature too high), there are several potential causes. The indoor unit might not be blowing air normally, so check the indoor fan, fan motor, and evaporator. The room temperature may be too low in cooling mode or too high in heating mode, which is a normal protection measure. A dirty filter can also cause this, so clean the filter. Check the volume control valve and duct length if duct resistance is an issue. Ensure the fan speed isn't set too low; increase it to a higher speed. Finally, the indoor unit may not have been installed according to standard, so reinstall it following the user manual, adjusting the distance between the unit, wall, or ...
Details the key features of the floor standing air conditioner.
Lists the available product models and their capacities.
Explains how to interpret the model numbers and their components.
Shows visual representations of the indoor unit.
Explains the display panel and button functions on the remote control.
Provides dimensions and outlines for the indoor unit.
Details dimensions and outlines for the outdoor unit.
Illustrates the piping configurations for different unit types.
Specifies maximum refrigerant pipe length and height difference.
Presents electrical wiring diagrams for various unit models.
Provides recommended wire sizes based on series and power supply.
Shows electrical wiring diagrams for indoor and outdoor units.
Illustrates indoor and outdoor control boards, identifying components.
Details the dip switch settings for the outdoor unit.
Explains how to adjust system parameters using the wire remote controller.
Lists parameters for outdoor compressor discharge temperature sensor.
Details major parameters and functions of the indoor unit's control mode.
Explains control functions for the outdoor unit, including protections and modes.
Provides a guide on how to check fault codes displayed on the unit or remote.
Details the procedure for checking the refrigerant system, including tools and techniques.
Explains how to check specific components like fan motors and compressors.
Details the key features of the floor standing air conditioner.
Lists the available product models and their capacities.
Explains how to interpret the model numbers and their components.
Shows visual representations of the indoor unit.
Explains the display panel and button functions on the remote control.
Provides dimensions and outlines for the indoor unit.
Details dimensions and outlines for the outdoor unit.
Illustrates the piping configurations for different unit types.
Specifies maximum refrigerant pipe length and height difference.
Presents electrical wiring diagrams for various unit models.
Provides recommended wire sizes based on series and power supply.
Shows electrical wiring diagrams for indoor and outdoor units.
Illustrates indoor and outdoor control boards, identifying components.
Details the dip switch settings for the outdoor unit.
Explains how to adjust system parameters using the wire remote controller.
Lists parameters for outdoor compressor discharge temperature sensor.
Details major parameters and functions of the indoor unit's control mode.
Explains control functions for the outdoor unit, including protections and modes.
Provides a guide on how to check fault codes displayed on the unit or remote.
Details the procedure for checking the refrigerant system, including tools and techniques.
Explains how to check specific components like fan motors and compressors.
General| Brand | Hisense |
|---|---|
| Model | T1 Series |
| Category | Air Conditioner |
| Language | English |
