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on all passenger cars
and trucks, is attached by two screws to the underside of the toe-pan
at a point between the clutch and brake pedals. The actuating lever or
arm extends horizontally to the right from the switch body, and rides
between the brake pedal arm and underside of the toe-pan. Spring
tension inside the switch keeps the lever toward the "ON" position, up
against the back of the pedal arm.
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SWITCH LEVER ■OFF"
POSITION
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Fig. 43-Passenger Car Lighting Switch
When it becomes
necessary to remove the lighting switch, the switch knob and shaft
must be removed first. The knob and shaft are attached to the switch
proper by a spring which lies in a groove in the shaft, as shown in
Fig. 63. Pressing down on this spring releases the shaft, permitting
its removal through the front of the instrument panel.
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Fig. 67-Stoplight Switch-Off Position
When the brakes are
off, or the pedal back toward the toe-pan, the switch lever is forced
to the "OFF" position, Fig. 67; when the brakes are applied, the
switch lever follows the pedal, causing the circuit to be closed
within the switch, and the stoplight to light, Fig. 68.
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Fig. 64-Truck Lighting Switch
The truck lighting
switch, Fig. 64, while similar in construction to the passenger car
switch, does not incorporate the rheostat or means of dimming the
instrument lights. All instrument lights on trucks are controlled by a
separate switch located at the lower edge of the instrument panel,
near the steering column.
On all passenger cars
and trucks a foot-controlled headlamp dimmer switch is conveniently
located on the left end of the toe-pan.
WIRING
Complete wiring
diagrams, showing all electrical connections for both passenger cars
and trucks, are shown as Figures 65 and 66.
Stoplight Switch
The mechanically operated stoplight switch, used
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Fig. 68-Stoplight Switch-On Position
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