Perhaps something to keep a hot drink warm, e.g. for a cup of tea?
Could even make a USB powered one, I guess.
Plus all that to keep a cup of tea warm. Bit much don't you think.
Last edited:
Perhaps something to keep a hot drink warm, e.g. for a cup of tea?
Could even make a USB powered one, I guess.
Oh no, two great ideas already
I like the idea of distilling moonshine from scrumped apples. I think 3 kW will anihilate both though, unless the still is on a pretty big scale![]()
I'll be taking the heating plate out the bottom and mounting it in something else. It's the kettle itself that's leaking round a join and I can't be bothered to fix it.Surely if it leaks you cant use liquid in it.
On most kettles the temperature sensor is a bi-metallic strip mounted in the top of the handle. Once the water is boiling steam finds its way up there, bends the strip and it mechanically clicks the switch off. Literally that simple, quite ingenious, failsafe, and it'll destroy itself once I've taken it offWhere's the temperature sensor for the element located? Is it within the heatplate or somewhere submerged in the water?
Too late, bought a new kettlejust be boring and wrap the leak in duct tape
If you are happy enough to to a little wiring, add a dimmer switch which is used for lights, in line with the kettle cable.
Doubt it, most of them are rated to about 150W I think. Pretty much stuck with the 3kW I think. Was thinking about the chopper controller and I think it would need a bucket load of transistors or FETs to handle that much current. I guess I could half wave rectify it which would see approx half the power go through.Are they really able to cope with 3kW?