gkenyon:mapj1:
In good designs by reputable makes the PCB will often have a link designed to melt, or the inrush resistor is a fusible one. The glued case should be strong enough to contain all the flying parts during the highest energy operation of these mechanisms.
So, this is really pertinent ... a fault on the mains side, what sort of let-through energy should be considered ...
... in the UK use-case this is ???
... in most other countries' use-cases, this is ???
The same as used for the design of the new RCD sockets and FCU?
gkenyon:mapj1:
In good designs by reputable makes the PCB will often have a link designed to melt, or the inrush resistor is a fusible one. The glued case should be strong enough to contain all the flying parts during the highest energy operation of these mechanisms.
So, this is really pertinent ... a fault on the mains side, what sort of let-through energy should be considered ...
... in the UK use-case this is ???
... in most other countries' use-cases, this is ???
The same as used for the design of the new RCD sockets and FCU?
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