uxcell 2 Poles 32A 400V Low-voltage Miniature Circuit Breaker Din Rail Mount DZ47-63 C32

ADC will not be able to make use of this device. The Arc Extinguishing Point has to be taken into account. This is because these devices are activated or interrupted by way of a thermal mechanism, therefore the materials must be capable of withstanding currents as well as arcs of electricity. AC and DC currents behave differently in terms of their ability to heat things. By nature of their frequency, AC circuit breakers quickly end up with no arc and heat created as a result of closing or thermal activation. In order for a DC breaker to achieve the same or similar response, its materials need to be capable of carrying a higher current. Current flows at a constant rate Here are some tips I hope will be helpful

I'm not sure what a "heat circuit" is. Yes, it is short answer to your question. When the rating of the circuit is less than the rating of the breaker (32-34 The amps and the volts A single volt).

It wouldn't work because a 1000w 12vdc inverter would draw 100 amps, which is way too much power for such a

A 120 dc circuit can be worked on at an amp rating up to 32 amps.