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Power Mirror Control DECSRIPTION/Operation/Wiring (TS 2-09 06190)

Publication date: 1970-01-01
Reference number: TS 2-09 06190

POWER MIRROR CONTROL DECSRIPTION/OPERATION/WIRING

POWER MIRROR CONTROL DECSRIPTION/OPERATION/WIRING

TECHNICAL SERVICE BULLETIN

Reference Number(s): TS 2-09 06190, Date of Issue: 

ELECTRICAL POWER MIRROR CONTROL SYSTEM

Model(s): ALL SWIFT

Bulletin No.: TS 2-09 06190

Group: Accessories & Electrical

SERVICE INFORMATION

The purpose of this bulletin is to provide the following information on the Swift Electric Power Mirror Control System.

  1. Location of System Components. See Fig 1 .
  2. System Wiring Diagram. See Fig 2 .
  3. Operation of System. See Fig 3 .

LOCATION OF SYSTEM COMPONENTS

The electric power mirror control system consists of the mirror control switch, motors built in the mirror and related wiring harness. With this system, it is possible to control the rearview mirrors, right and left) in both up/down and right/left directions within a certain angle range.

Fig 1: Location of System Components
G91I30740

SYSTEM WIRING DIAGRAM

Refer to Fig 2

Fig 2: System Wiring Diagram
G91J30741

OPERATION OF SYSTEM

Fig 3 shows the electrical power mirror control system circuit. The operation of buttons A, B, C and D of the mirror control switch correspond directly with the operation of switches A, B C and D located within the switch's circuitry. Therefore, if button A of the mirror control switch is depressed, switch A of the control switch circuit closes, causing the mirror to operate toward the left direction as shown by the solid arrow line (----->). Similarly, when the B button is depressed, switch B of the control with circuitry closes causing the mirror to operate toward the right direction as shown by the broken arrow line (----->)

The rotation direction of the motor is controlled by the direction of the electric current flowing to the rotor which varies depending on which mirror control switch button is depressed. Figure 4 shows the circuits formed when the motor runs clockwise and counterclockwise respectively.

Fig 3: Operation of System
G91A30742
Fig 4: Rotation Direction of Motor and Circuit
G91B30743