I'm finally getting around to wiring up my lockers. While doing some research on how i wanted to get this done, I decided that I wanted to have the OEM rotary dial switch to control the lockers and the compressor. I want to make it so that when i turn the rear locker on, the compressor comes on as well and then to activate the front locker, the rear has to be on first. (I understand that some people want individual control over the front and rear lockers. Currently, i don't wish to do that and if i did want individual control, i don't believe that the OEM rotary switch will allow that.) I want to try out the lockers this way and see what works for me. If i decide to make the lockers work independently, I will make a bank of switches like i originally had planned to do.
In my search, I found a lot of links to pictures that weren't there anymore. Using the wiring diagram that the ARB compressor came with and Robred's illustration, I started thinking about how I can accomplish doing what i want.
The OEM rotary locker switch has five (5) spots for terminals, of which only three (3) terminals are being utilized. Looking at the back of the switch from RIGHT to LEFT, we'll call them Terminal (T) 1, 2, 3, 4 and 5. T 1, 2 and 4 are the ones that are to be used.
Front view-
Rear view -(Top is top of switch)
Based on the ARB diagram for the CKMA12 compressor, I believe that connections should be as follows:
T1- Yellow Wire and Red Wire
T2- Dark Green Wire
T4- Ignition turn on wire
EDIT - I have confirmed the wiring and use of this setup. It works. Some have commented on the use/desire for an isolation switch to use the compressor for airing up tires and or airing up the compressor to eliminate any delay so that the locker can be switched on immediately. Having the rotary dial turn on the rear locker and powering up the compressor at the same time gives me only a delay of about 5 seconds. 5 seconds and then the rear is locked and as soon as i turn the dial for the front, i'm immediately locked. 5 seconds isn't something i'm concerned enough with that I need another switch.
In my search, I found a lot of links to pictures that weren't there anymore. Using the wiring diagram that the ARB compressor came with and Robred's illustration, I started thinking about how I can accomplish doing what i want.
The OEM rotary locker switch has five (5) spots for terminals, of which only three (3) terminals are being utilized. Looking at the back of the switch from RIGHT to LEFT, we'll call them Terminal (T) 1, 2, 3, 4 and 5. T 1, 2 and 4 are the ones that are to be used.
Front view-
Rear view -(Top is top of switch)
Based on the ARB diagram for the CKMA12 compressor, I believe that connections should be as follows:
T1- Yellow Wire and Red Wire
T2- Dark Green Wire
T4- Ignition turn on wire
EDIT - I have confirmed the wiring and use of this setup. It works. Some have commented on the use/desire for an isolation switch to use the compressor for airing up tires and or airing up the compressor to eliminate any delay so that the locker can be switched on immediately. Having the rotary dial turn on the rear locker and powering up the compressor at the same time gives me only a delay of about 5 seconds. 5 seconds and then the rear is locked and as soon as i turn the dial for the front, i'm immediately locked. 5 seconds isn't something i'm concerned enough with that I need another switch.
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