How do you check if a split charger is working?

How do you check if a split charger is working?

Disconnect the leisure battery , make sure the terminals are safely isolated from each other and the van, start the engine, wait a minute and check the voltage at the ends of the leisure battery leads, if you get 13. – 14 volts there the relay is working ok, switch the engine off and this voltage should disappear.

Can I use a split charger with a solar panel?

With a split charge system, I’d leave it all connected and take advantage of the solar system topping both batteries once the house battery is holding 13 volts or so. That will cause the voltage sensing relay to close and also charge your engine battery.

What’s the difference between Sterling Power Split charge diodes?

Sterling Power has developed a range of low cost split charge diodes. These diodes have enhanced performance over conventional diodes and at a lower cost. The difference is in the devices. All other split charge diode manufacturers use conventional alternator diodes, which at low current flow have about a 0.93 voltage drop.

What’s the down side of a split diode?

The big down side with a split diode system is the voltage drop across the diode (in the order of 0.8-1.2V). This dramatically reduces the charge rate of the alternator on average by about 70%, however, this can easily be over come using products such as the Advanced Alternator regulator in conjunction with the Split Diode.

How are split charge diodes used in twin alternators?

For a twin alternator system, the ideal system is: on the largest alternator, fit direct to the domestic battery bank and attach an Advanced Regulator to that alternator. On the smallest alternator split this with a split charge diode between the engine battery and the domestic (and any other battery bank) and add another advanced regulator to it.

How are split charge diodes used in heat sinks?

3) Split charge diodes: By using a set of diodes on a heat sink, one can ensure no back feed through the diode, thus ensuring that high currents from other battery banks do not flow up the charge lines and cause a fire.