Circuit Diagram |
Input/Output Specification |
Connector Pin Lay Out |
No | Signal Name | I/O | Contents | Remark |
A1 | - | - | - | |
A2 | FR height motor up | O | FR height motor up output | |
A3 | RR height motor up | O | RR height motor up output | |
A4 | Recline motor FR | O | Recline motor FR output | |
A5 | Slide motor FR | O | Slide motor FR output | |
A6 | - | - | - | |
A7 | FR height motor down | O | FR height motor down output | |
A8 | - | - | - | |
A9 | - | - | - | |
A10 | RR height motor down | O | RR height motor down output | |
A11 | Recline motor RR | O | Recline motor RR output | |
A12 | Slide motor RR | O | Slide motor RR output | |
B1 | GND(Power) | I | Power B+ for operating motor | |
B2 | GND (Power) | I | Power GND for operating motor | |
B3 | B+(Power) | I | Power B+ for operating motor | |
B4 | - | - | - | |
B5 | GND (Power) | I | Power GND for operating motor | |
C1 | - | - | - | |
C2 | - | - | - | |
C3 | Slide FR manual switch | I | Slide FR manual switch input | On : GND |
C4 | Recline FR manual switch | I | Recline FR manual switch input | On : GND |
C5 | FR height up manual switch | I | FR height up manual switch input | On : GND |
C6 | RR height up manual switch | I | RR height up manual switch input | On : GND |
C7 | Slide motor sensor | I | Slide motor sensor input | Pulse signal |
C8 | Recline motor sensor | I | Recline motor sensor input | Pulse signal |
C9 | FR height motor sensor | I | FR height motor sensor input | Pulse signal |
C10 | Sensor Vcc(Seat) | O | VCC for operating sensor | 5V |
C11 | - | - | - | |
C12 | - | - | - | |
C13 | Slide RR manual switch | I | Slide RR manual switch input | ON : GND |
C14 | Recline RR manual switch | I | Recline RR manual switch input | ON : GND |
C15 | FR height down manual switch | I | FR height down manual switch input | ON : GND |
C16 | RR height down manual switch | - | RR height down manual switch input | ON : GND |
C17 | - | - | - | |
C18 | - | - | - | |
C19 | - | - | - | |
C20 | - | - | - | |
D1 | SET switch | O | SET switch | |
D2 | RR height up sensor | I | RR height up motor sensor | Pulse signal |
D3 | Switch 1 | O | IMS 1 switch | |
D4 | CAN high | I/O | CAN | |
D5 | CAN low | I/O | CAN | |
D6 | Switch 2 | O | IMS 2 switch | |
D7 | IGN1 | I | IGN1 input | BAT |
D8 | B+(ECU) | I | ECU power input | BAT |
D9 | GND(ECU) | I | ECU GND | |
D10 | - | - | - | |
D11 | - | - | - | |
D12 | - | - | - | |
D13 | - | - | - | |
D14 | - | - | - | |
D15 | - | - | - | |
D16 | - | - | - |
Communication System |
Component Location 1. Seat Memory Unit (IMS)2. IMS control switch3. IMS driver power seat control ...
Description system outline An optimal seat position set by a driver can be memorized in Power seat unit by IMS SW, which enables restoration of seat position set by the driver despite Playing of this function ...
Adjustment TCM Learning When shift shock is occurred or parts related with the transaxle are replaced, TCM learning should be performed. In the following case, TCM learning is required. • Transaxle assembly replacement • TCM replacement • Valve body replacement • TCM upgrading TCM learning procedure ...
Safety Precaution Since hybrid vehicles contain a high voltage battery, if the high voltage system or vehicles are handled incorrectly, this might lead to a serious accidents like electric shock and electric leakage. • Be sure to shut off the high voltage by removing the ...