Home Power 2 January 1988 by Editor-in-Chief & Publisher Richard Perez

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It only requires that you cozy up to Ohm's Law. If you can work with the concepts of resistance, voltage and current, then you can apply these concepts in your system. Low voltage wiring requires attention to detail. Consider every element in the circuit. If you keep the individual losses within components to a minimum, then the overall system will take care of itself. the Wizard So, are you interested in a FREE LUNCH? Will you go for it? ", you ask. Well, here's one definition: An anti-entropic process is one which creates more energy than it consumes.

Smaller 8 or 12 gauge wires are soldered to this bus to supply the individual loads. This structure is similar to the skeleton of a fish, a heavy spine with smaller bones attached to it. This technique allows low voltage energy to be distributed with a minimum loss. Ideally, each load should have its own individual feeder wires soldered to the bus. All feeder wiring lengths should be as short as possible. This technique also allows the use of standard wiring components like switches, plugs and sockets, which will not accept the huge diameter of 2 or 4 gauge wire.

This structure is similar to the skeleton of a fish, a heavy spine with smaller bones attached to it. This technique allows low voltage energy to be distributed with a minimum loss. Ideally, each load should have its own individual feeder wires soldered to the bus. All feeder wiring lengths should be as short as possible. This technique also allows the use of standard wiring components like switches, plugs and sockets, which will not accept the huge diameter of 2 or 4 gauge wire. Solder Connections When Possible In standard 120 VAC house wiring, it is very unusual to solder connections.