Heat Shrink Disconnect, 18-22 AWG Cable, 1/4″ Tab, MaleģM Scotchlok Quick Splice with Gel (14 AWG stranded)
Heat Shrink Disconnect, 14-16 AWG Cable, 1/4″ Tab, Male Heat Shrink Disconnect, 14-16 AWG Cable, 1/4″ Tab, Female Heat Shrink Disconnect, 10-12 AWG Cable, 1/4″ Tab, Male Fridge, LEDs) and to connect cable of different gauge together (i.e. 12V Sockets), to make “removable” connections (i.e. Heat Shrink Disconnect, 10-12 AWG Cable, 1/4″ Tab, Female Heat Shrink Terminal Ring, 14-16 AWG Cable, #8 Ring Heat Shrink Terminal Ring, 10-12 AWG Cable, #8 Ring To protect inverter’s cable.)Ĭonnect to Terminal Fuse Block and Bus Bar (Pack of 10)Ĩ AWG Black/Red Duplex Cable (8/2), Ancor Marine Gradeġ0 AWG Black/Red Duplex Cable (10/2), Ancor Marine Gradeġ2 AWG Black/Red Duplex Cable (12/2), Ancor Marine Gradeġ4 AWG Black/Red Duplex Cable (14/2), Ancor Marine Gradeġ6 AWG Black/Red Duplex Cable (16/2), Ancor Marine Grade Heat Shrink Terminal Ring, 8 AWG Cable, 5/16″ RingĢ/0 AWG Cable in 5/16″ lugs, 1 feet Red + 1 feet BlackĮxtension Cables, 8 AWG, 15 ft Red + 15 ft Blackīlue Sea (Connects directly on the Bus Bar. Heat Shrink Terminal Ring, 8 AWG Cable, 1/4″ Ring Heat Shrink Terminal Ring, 8 AWG Cable, #10 Ring Connects directly to battery post.)Īssorted Fuses (2A 3A 5A 7.5A 10A 15A 20A 25A 30A 35A)Ĭonnect to Bus Bar, Terminal Fuse Block and Battery (Pack of 5)Ĭonnect to System Switch and Shunt (Pack of 5) Samlex PST-1000-12 1000W Pure Sine Inverterīlue Sea (Catastrophic Fail Safe. Samlex SEC-1230UL 50A Battery Charger/Converter Natures-Head-Contained-Composting-Quarters Shunt Included with Victron BMV-712 Battery Monitorīlue Sea Terminal Fuse Holder with 175A Fuse Sterling BB1260 60A Battery to Battery Chargerīlue Sea Terminal Fuse Holder with 250A Fuse Victron SmartSolar MPPT 100/30 30A Charge Controller
#SIZE OF 200 AMP SERVICE WIRE PORTABLE#
Portable Power Stations (Solar Generators)ġ5 Feet Extension Cable with MC4 Connectors.12V DC devices are more energy efficient.All that is left to do now, is connect it all together to complete the curcuit. Wires tend to heat up when the amprage is raised. Once all this has been established, you can now bring your sub panel in, you must then calculate the amount of constant amprage that will run through this box, it is best if the constant amprage falls short of the total amprage by at least 20 amps. If the wire will be air bound you must make sure it will be out reach, to anything. Once this has been decided, depending on distance, you must figure where you will put this wire, are you putting it in the ground, if so you will have to protect it with conduit, and depending on how much and how heavy the the traffic that will cross the wires will be, if cars and trucks are to cross this area, it would be wise to get the proper conduit, or risk having to dig it all up because of broken wires. Of course you can, you can add the 100 amp breaker to your 200 amp as long as it isn't overloaded, to start adding the subpanel you must first calculate how many yards it will be from the main panel to the subpanel, there is a formula that calculates how much friction will be on the wire at the connecting distance, then you can look at a wire chart and choose the wire size that will best handle the resistance.
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