Air Conditioning Unit
Air Conditioning Unit
Function
Parameters
FEATURE
Cooling:
Cooling can be done by transporting the heat in the room to the outside.This is same as traditional air conditioner.
Heating:
There is no heat source for heating because there is no waste heat from the engine during EV driving of EV vehicles or PHEV vehicles. Therefore, heating using electricity is required
HVAC Unit for ICE
Function:
Adjust the temperature, humidity, and air volume in the cabin and switches the air outlets.
Feature:
High performancet and available the front left and right zone temperature control, Vent / Foot air-outlet for rear seats.
Function:
Adjust the temperature, humidity, and air volume in the cabin and switches the air outlets.
Feature:
High performancet and available the front left and right zone temperature control, Vent / Foot air-outlet for rear seats.
Adjust the temperature, humidity, and air volume in the cabin and switches the air outlets.
Feature:
High performancet and available the front left and right zone temperature control, Vent / Foot air-outlet for rear seats.
HVAC Unit for EV
Function:
Suitable for heat pump system and efficiently keeps the cabin comfortable.
Feature:
Base on current HVAC, low noise and each zone temperature control are possible.
Function:
Suitable for heat pump system and efficiently keeps the cabin comfortable.
Feature:
Base on current HVAC, low noise and each zone temperature control are possible.
Suitable for heat pump system and efficiently keeps the cabin comfortable.
Feature:
Base on current HVAC, low noise and each zone temperature control are possible.
Evaporator
Function:
To cool and dehumidify the air in the cabin by expantioned low temperature refrigerant from expantion valve.
Feature:
Space-saving unit with No. 1 cooling performance in its class.
Function:
To cool and dehumidify the air in the cabin by expantioned low temperature refrigerant from expantion valve.
Feature:
Space-saving unit with No. 1 cooling performance in its class.
To cool and dehumidify the air in the cabin by expantioned low temperature refrigerant from expantion valve.
Feature:
Space-saving unit with No. 1 cooling performance in its class.
Evaporator
Function:
To cool and dehumidify the air in the cabin by expantioned low temperature refrigerant from expantion valve.
Feature:
Space-saving unit with No. 1 cooling performance in its class.
Function:
To cool and dehumidify the air in the cabin by expantioned low temperature refrigerant from expantion valve.
Feature:
Space-saving unit with No. 1 cooling performance in its class.
To cool and dehumidify the air in the cabin by expantioned low temperature refrigerant from expantion valve.
Feature:
Space-saving unit with No. 1 cooling performance in its class.
Heater Core
Function:
To warm the air in the cabin by high temperature coolant heated by the engine.
Feature:
Simultaneous No.1 in thermal efficiency and quietness.
Function:
To warm the air in the cabin by high temperature coolant heated by the engine.
Feature:
Simultaneous No.1 in thermal efficiency and quietness.
To warm the air in the cabin by high temperature coolant heated by the engine.
Feature:
Simultaneous No.1 in thermal efficiency and quietness.
Inner Condenser
Function:
To warm the air in the cabin by high temperature refrigerant compressed by the compressor.
Feature:
High heating performance Inner Condenser by 2 layer core.
Function:
To warm the air in the cabin by high temperature refrigerant compressed by the compressor.
Feature:
High heating performance Inner Condenser by 2 layer core.
To warm the air in the cabin by high temperature refrigerant compressed by the compressor.
Feature:
High heating performance Inner Condenser by 2 layer core.
Blower Motor
Function:
Generate air flow by rotating the blower FAN.
Feature:
Power saving by PWM drive, Low noise by sine wave drive,
Small size and light weight by magnetic circuit optimization.
Function:
Generate air flow by rotating the blower FAN.
Feature:
Power saving by PWM drive, Low noise by sine wave drive,
Small size and light weight by magnetic circuit optimization.
Generate air flow by rotating the blower FAN.
Feature:
Power saving by PWM drive, Low noise by sine wave drive,
Small size and light weight by magnetic circuit optimization.
Blower Motor
Function:
Generate air flow by rotating the blower FAN.
Feature:
Power saving by PWM drive, Low noise by sine wave drive,
Small size and light weight by magnetic circuit optimization.
Function:
Generate air flow by rotating the blower FAN.
Feature:
Power saving by PWM drive, Low noise by sine wave drive,
Small size and light weight by magnetic circuit optimization.
Generate air flow by rotating the blower FAN.
Feature:
Power saving by PWM drive, Low noise by sine wave drive,
Small size and light weight by magnetic circuit optimization.
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