AYA

The central point is accommodation, wellbeing, and cost. Transfers are smaller and more affordable than switches. With a switch additionally, need to run thicker wires (enough to deal with 30 - 40 amps) since it requires more voltage than a transfer. Think about a hand-off as a remote, it gives security by giving you additional separation from the power supply.

The wires of a SSR are smaller and of a higher gauge than a switch. SSRs are likewise speedier, smaller and have a more extended lifetime than a mechanical relay. They help increment security since you're managing a lesser voltage and amperage, giving you a smaller voltage/amperage controlling a higher voltage/amperage. According to the datasheet of MCTC4825JLB (http://www.kynix.com/Parts/2734018/MCTC4825JLB.html) for substantially higher voltages a SSR is an incredible option when a general switch can't be utilized on account of wear out under the current.

Solid State Relay (DC/DC):

Interface (R) positive terminal to the push catch switch.
Interface (R) negative terminal to the negative terminal on battery 1.
Interface (L) positive terminal to the positive terminal on battery 2.
Associate (L) negative terminal to the positive terminal on stack.

Battery 1:
Note that battery one was utilized as separation.
Associate the negative terminal of battery 1 to the negative terminal of the SSR (R).
Associate the positive terminal of battery 1 to the push catch switch.

Push Button Switch:
Interface one terminal to the positive terminal (R) of the SSR.
Associate the second terminal to the positive terminal of battery 1.

Load:
Interface the positive terminal of the heap to the negative terminal (L) of the SSR.
Associate the negative terminal of the heap to the negative terminal of battery 2.

Battery 2:
Associate the positive terminal on battery 2 to the positive terminal on the yield.
Associate the negative terminal on battery 2 to the negative terminal on the heap.

Would anyone be able to help me? I am extremely puzzled about this inquiry.

Thanks