I decided it would be nice to have a power distribution board made of wood and sporting Anderson Power Pole connectors on the bench. The PCB and power poles were sourced from SotaBeams in the UK. This is what I came up with.
The connectors have been loaded onto a PCB, a nice piece of dark wood has a dado routered and the back panel is cut to size.
I drilled and cut the back panel to fit the PCB.
Cutting the back panel.
Next, the PCB was pushed into place.
The gaps between the connectors was filled with small off cuts of wood.
Next, I cut a second piece of timber to use as a back panel to the backing board. This will protect the PCB as current will be flowing through the solder joints.
I used a router as a crude milling machine to make a recess on a backing board to cover the PCB from the rear.
Once that had been done it was just a matter of screwing the two backing boards together and dropping the completed assembly into the base. This was also screwed into position. A coat of protective varnish was then applied.
My new power distribution board ready to be pressed into service.
My latest activation (Springbrook National Park) had one positive side affect: I modified my SOTABeams PowerPole PP-4 Way power distribution board enclosure. My original one didn’t provide sufficient protection for the four power pole plugs when in my back pack. Do I sourced a better plastic container, one that came with a removable shelf that fitted halfway down in the enclosure and a lid to enclose the plugs.
I installed the power pole plugs into position on the removable shelf.
When in use, the lid of the enclosure is in the open position.
The shelf fits nice and snugly in the enclosure.
When ready for transportation or storage, the lid clips on in position and the plugs are well protected. There is room for storage underneath the shelf: I might carry spare AA cells there.
A nice functional solution.