Well yesterday was spent installing my new purchase 
. I went for the compact version, 1600w peak 3000w with a 70amp charger and pure sine wave inverter which fitted nicely where my modified sine wave inverter was installed, in the garage.
My battery bank is just below the inverter so it was basically a swap out. I then had to run two mains cables and a RJ45 patch cable (you can just see the white cables behind the inverter). Both the mains cables were run to the main fuse board. One was used for the AC IN to the inverter so all I did was disconnect the mains in from the main fuse and connect to this cable. The other was the AC OUT from the inverter which simply connected to the main fuse (which I'd removed to connect to the AC IN)
The pain of a job was running the RJ45 patch cable from the inverter to above the hab door where I was mounting the control panel, but luckily fish wire and a little perseverance I managed to route the cable along the rest of the cabling behind the fridge etc.
Very pleased with the setup. These is simply a on/off/charger only switch and a dial to set the incoming amps. So in the 'on' position if the mains electric trips it switches automatically over to inverter within 20milliseconds so anything which is on stays on. Once power is restored it reverts back to charger mode to replenish any power taken from the batteries. In the 'off' position this isolates any incoming mains to the van. In the charger only position, your battery bank is been charged and if mains fails it simply does nothing until mains is back on. I store van at home so will just leave it set on charger only position because if mains fails for whatever reason I wouldn't want the inverter taking over and powering the Alde heating and EBL (float charging hab/van batteries etc)
While I was doing this I installed a bluetooth battery monitor which simply connects to any battery(s) and download an app which allows you to monitor the voltage as I have a totally separate battery bank running my inverter which connects via an intelligent relay to the hab batteries when they are been charged (either via alternator or solar) just to top up the inverter battery bank as I carry a 240v 45 litre Waeco freezer in the back when we go off for a few months and run the inverter whilst travelling.
. I went for the compact version, 1600w peak 3000w with a 70amp charger and pure sine wave inverter which fitted nicely where my modified sine wave inverter was installed, in the garage.My battery bank is just below the inverter so it was basically a swap out. I then had to run two mains cables and a RJ45 patch cable (you can just see the white cables behind the inverter). Both the mains cables were run to the main fuse board. One was used for the AC IN to the inverter so all I did was disconnect the mains in from the main fuse and connect to this cable. The other was the AC OUT from the inverter which simply connected to the main fuse (which I'd removed to connect to the AC IN)
The pain of a job was running the RJ45 patch cable from the inverter to above the hab door where I was mounting the control panel, but luckily fish wire and a little perseverance I managed to route the cable along the rest of the cabling behind the fridge etc.
Very pleased with the setup. These is simply a on/off/charger only switch and a dial to set the incoming amps. So in the 'on' position if the mains electric trips it switches automatically over to inverter within 20milliseconds so anything which is on stays on. Once power is restored it reverts back to charger mode to replenish any power taken from the batteries. In the 'off' position this isolates any incoming mains to the van. In the charger only position, your battery bank is been charged and if mains fails it simply does nothing until mains is back on. I store van at home so will just leave it set on charger only position because if mains fails for whatever reason I wouldn't want the inverter taking over and powering the Alde heating and EBL (float charging hab/van batteries etc)
While I was doing this I installed a bluetooth battery monitor which simply connects to any battery(s) and download an app which allows you to monitor the voltage as I have a totally separate battery bank running my inverter which connects via an intelligent relay to the hab batteries when they are been charged (either via alternator or solar) just to top up the inverter battery bank as I carry a 240v 45 litre Waeco freezer in the back when we go off for a few months and run the inverter whilst travelling.
and tested it. I had it plugged into mains at home, had my mac plugged in in the MH and pulled the mains plug and immediately switched over to inverter without any loss of power. I then turned the power dial down on the control panel above the door whilst having the Alde heating set at 2kw and when I got just before 8amps the inverter kicked in to supplement the supply, great bit of kit