wired up the inverter last night,
Started of with 2 CMS 240v Interconnecting cables and cut 1 in half striped the lead and prepared it to wire up to the inverter.
I then connected the DC cables that came with the inverter and the cable glands on the 240v cables.
I then fed the cable into the cupboard and passed around under the club lounge to where the battery is located.
The inverter is attached to the wall of the cupboard with 4 screws ( not easy to squeeze my arm in to put the screws in)
I then had to rewire the power point the the Setec battery charger plugs in to.
This is going to be hard to explain but I will give it a go.
First I disconnected the main power inlet cable from the rear of the 240volt Van power inlet socket
and connected this cable to the 240v outlet cable of the inverter
I then ran a new CMS 240v Interconnecting cable from the rear of the Van power inlet socket to the power point for the battery charger and also connect the 240v inverter power inlet cable to the same power point
Last to connect were the 12v DC cables to the battery.
I have just connected directly to the battery at the moment but I have on order a 250amp ANL fuse and holder for the positive connection and have also ordered a 200amp shunt from Setec for the negative connection so the drifter control panel can see what is being drawn through the inverter.
Setec have advised me that the drifter control panel is only calibrated to read up to 100amp load so when my inverter is drawing more than that I will not know about it but at least the bigger shunt will handle the load.
So when mains power is connected to the van, The batter charger will power up and start charging the battery and the inverter will pass mains power straight through it
When mains power is unplugged the charger will power off and the inverter will automatically switch across to inverter power