Richie_asg1
Junior Member
Bought one last year and slowly accumulated the bits to convert it. Finally got around to putting it together.
It's only 19L, but as it is my first it is a learner and may trade up and do it all again.
The Urn itself had a basic thermostat on the right, black tap and a thermal cutout in the centre at the base. It was cheap at a fiver and the delivery was more than that. Cheap because the base element had crapped out and was a non-runner.
I've used two 1kw angled U elements through the base, along with stainless valve and the coupler turned out to be a perfect fit for the inside of a 12" bazooka filter mesh, so I can slip that off for cleaning.
I've used a stainless waterproof cable gland for the thermocouple and a C100 PID controller giving control to a 25A SSR mounted on the side.
All wiring is silicone high temperature 2.5mm rescued from an old cooker, and all connections are crimped using shakeproof ring terminals or 6.3mm tinned faston connectors. Heatshrink and cableties to keep it tidy.
It's only 19L, but as it is my first it is a learner and may trade up and do it all again.
The Urn itself had a basic thermostat on the right, black tap and a thermal cutout in the centre at the base. It was cheap at a fiver and the delivery was more than that. Cheap because the base element had crapped out and was a non-runner.
I've used two 1kw angled U elements through the base, along with stainless valve and the coupler turned out to be a perfect fit for the inside of a 12" bazooka filter mesh, so I can slip that off for cleaning.
I've used a stainless waterproof cable gland for the thermocouple and a C100 PID controller giving control to a 25A SSR mounted on the side.
All wiring is silicone high temperature 2.5mm rescued from an old cooker, and all connections are crimped using shakeproof ring terminals or 6.3mm tinned faston connectors. Heatshrink and cableties to keep it tidy.
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