NEW FEATURES


  1. DESCRIPTION


    1. nanoeTM*has been adopted and provided depending on the specifications.

      Tech Tips

      *: nanoeTMis a trademark of Panasonic Corporation.

  2. SYSTEM DIAGRAM

    B0011AZE01
    B0011BFE01
    B0011BSE01

  3. LAYOUT OF MAIN COMPONENTS

    B0011BHC01
    *A Models with Viscous Heater *B Models with Cooler Thermistor (Smog Ventilation Sensor)
    *1 ECM *2 Viscous Heater with Magnet Clutch Assembly
    *3 Generator Assembly *4 Cooler Thermistor (Smog Ventilation Sensor)
    *5 Cooler Thermistor (Ambient Temperature Sensor) *6 Cooler Condenser Assembly
    *7 Condenser Blower Motor Assembly *8 Airconditioner Pressure Sensor
    *9 Cooler Compressor Assembly - -
    B0011BWC01
    *A Models with No. 1 Ion Generator Sub-assembly *B Models with Idle Up Switch
    *C Models with Heater Switch Assembly - -
    *1 No. 1 Ion Generator Sub-assembly *2 Network Gateway ECU
    *3 Air Conditioning Amplifier Assembly *4 Automatic Light Control Sensor
    *5 Main Body ECU (Multiplex Network Body ECU) *6 Idle Up Switch
    *7 Heater Switch Assembly *8 Cooler Thermistor (Room Temperature Sensor)
    *9 Integration Control and Panel Assembly - -
    B0011BBC01
    *1 Accessory Meter Assembly *2 Multi-media Module Receiver Assembly
    *3 No. 2 Air Conditioning Control Assembly - -
    B0011BIC01
    *1 Cooler Thermistor (Rear Room Temperature Sensor LH) *2 Cooler Thermistor (Rear Room Temperature Sensor RH)
    *3 Cooler Thermistor (Duct Sensor RH) *4 Cooler Thermistor (Duct Sensor LH)
    B0011BLC01
    *A Models with Quick Heater Assembly - -
    *1 No. 1 Cooler Evaporator Sub-assembly *2 No. 1 Cooler Thermistor
    *3 Clean Air Filter *4 Cooler Expansion Valve
    *5 Air Conditioning Radiator Assembly *6 Quick Heater Assembly
    *7 Blower Motor with Fan Sub-assembly - -

    Figure 1. LHD Models

    B0011BGC01
    *1 Damper Servomotor (Recirculation/Fresh) *2 Cool Air Bypass Damper Servomotor
    *3 Mode Damper Servomotor LH *4 Air Mix Damper Servomotor LH
    *5 Air Mix Damper Servomotor (Rear LH) *6 Mode Damper Servomotor (Rear)
    *7 Air Mix Damper Servomotor (Rear RH) *8 Air Mix Damper Servomotor RH
    *9 Mode Damper Servomotor RH - -

    Figure 2. RHD Models

    B0011B5C01
    *1 Mode Damper Servomotor RH *2 Cool Air Bypass Damper Servomotor
    *3 Mode Damper Servomotor LH *4 DEF Mode Damper Servomotor
    *5 Damper Servomotor (Recirculation/Fresh) *6 Air Mix Damper Servomotor LH
    *7 Air Mix Damper Servomotor (Rear LH) *8 Mode Damper Servomotor (Rear)
    *9 Air Mix Damper Servomotor (Rear RH) *10 Air Mix Damper Servomotor RH
    B0011BKC01
    *A Models with Cooling Box Assembly - -
    *1 Cooling Box Assembly *2 Rear Cooling Unit Assembly
    *3 Rear Mode Damper Servomotor *4 Heater Radiator Unit Sub-assembly
    *5 Rear Blower Motor with Fan Sub-assembly *6 Blower Motor Control
    *7 Rear Cooling Unit Expansion Valve *8 No. 3 Cooler Thermistor
    *9 Evaporator Sub-assembly (Rear) *10 Rear Air Mix Damper Servomotor LH
    *11 Rear Air Mix Damper Servomotor RH - -

  4. SYSTEM CONTROL


    1. The air conditioning system has been added the following controls:

      Control Outline

      No. 1 Ion Generator Sub-assembly Control*

      		The air conditioning amplifier assembly operates the No. 1 ion generator sub-assembly, linked with the rotation of the blower motor.

      Tech Tips

      *: Models with No. 1 ion generator sub-assembly

  5. ION GENERATOR


    1. nanoeTM*1are minute ion particles covered in water, with a ratio of approximately 1000 times more water than oxygen ions. nanoeTMalso have a slight acidity that is gentle on skin and hair.

    2. nanoeTMcreated by the nanoeTMgenerator (No. 1 ion generator sub-assembly) installed in the instrument panel are blown out from the blower motor and released from the passenger side register.*2

      Tech Tips

      *1: nanoeTMis a trademark of Panasonic Corporation.

      *2: There may be cases where nanoeTMdo not have a sufficient effect due to cabin conditions (temperature/humidity) or due to air flow volume or direction.

      B0011BUC01
      *1 No. 1 Ion Generator Sub-assembly - -
      *a Electron *b

      H2O
      *c

      nanoeTM

      		*d Image Figure

    3. nanoeTMGenerator Operation


      1. The nanoeTMgenerator (No. 1 ion generator sub-assembly) installed in the instrument panel is composed of a heat exchanger that uses a Peltier device and a nanoeTMgenerator that generates a high voltage. When current flows to the nanoeTMgenerator, it passes through the Peltier device, cooling the atomized electrodes within the nanoeTMgenerator. Then, the nanoeTMgenerator applies a high voltage to the liquid created through condensation on the atomized electrodes, creating nanoeTM.

        B0011AYC01
        *1 Opposing Polar Plate *2 Atomized Electrodes
        *3 Peltier - -
        *a Condensation Water *b This illustration is only for explanatory purposes.

  6. AIR CONDITIONING CONTROL PANEL (MODELS WITH NO. 1 ION GENERATOR SUB-ASSEMBLY)


    1. The nanoeTM *1indicator has been added to climate display of the accessory meter assembly. In addition, the nanoeTMswitch has been added to the option display*2of the accessory meter assembly.

      Tech Tips

      *1: nanoeTMis a trademark of Panasonic Corporation.

      *2: The option display is displayed by pressing the option switch of climate display.

      B0011B2C01
      *a Climate Display *b Option Display
      *c

      nanoeTMIndicator

      		 *d Option Switch
      *e

      nanoeTMSwitch

      		 *f The illustrations shown are examples only.