processhead
Well-Known Member
I have been using this keggle as my HLT for the last several years, but with propane as my heat source.
This year I decided to make the transition to electric kettles, and decided to begin by converting this one to electric operation.
The element is a 5500 watt 240 volt spa element and would ordinarily be mounted in a recirculation tube.
The mounting system allows for bottom mounting in a flat bottom kettle with just 2 holes 1/2" diameter. I wasn't too concerned about ease of cleaning, since it is only heating water.
Since the j-box protrudes below the rim of the keg, I welded three feet on to the bottom rim to raise it up about 2 inches.
I upgraded my RIMS panel with a PWM board and 45 amp SSR for kettle controls.
Its great to see how fast you can bring a kettle of room temperature water up to boiling temperatures.
Next project is to build a BK using one of Bobby's solder on TC enclosures and a Camco 5500 watt ULHD element.
This year I decided to make the transition to electric kettles, and decided to begin by converting this one to electric operation.
The element is a 5500 watt 240 volt spa element and would ordinarily be mounted in a recirculation tube.
The mounting system allows for bottom mounting in a flat bottom kettle with just 2 holes 1/2" diameter. I wasn't too concerned about ease of cleaning, since it is only heating water.
Since the j-box protrudes below the rim of the keg, I welded three feet on to the bottom rim to raise it up about 2 inches.
I upgraded my RIMS panel with a PWM board and 45 amp SSR for kettle controls.
Its great to see how fast you can bring a kettle of room temperature water up to boiling temperatures.
Next project is to build a BK using one of Bobby's solder on TC enclosures and a Camco 5500 watt ULHD element.