I ordered this unit along with a 54.6 volt, 2 amp scooter charger. I've taken apart an old computer power supply for it's case and intend on mounting this digital control power supply along with the scooter charger as a source of power for this device. I've already hooked the devices together and used it to charge a 40 volt Lithium battery from a Dewalt weed eater. The battery was fully restored after my test. I had to use a diode to keep the battery from back feeding into the digital controller and I then set the voltage a volt higher to make up for the voltage drop across the diode. I set this digital control power supply to 41 volts and set the amperage to .1 amps to trickle charge my old and dead battery. The controller took about a day to restore this battery with these settings and when it reached my programmed limits it shut of output to the battery just as I had hoped it would. It's going to be a very useful adjustable power supply on my bench. Anyone else wanting to make such a supply, Banggood had these scooter chargers on sale for $11.99 right now. https://www.banggood.com/54_6V-2A-Electric-Bike-Electric-Scooter-Lithium-Battery-Charger-For-13S-48V-Lithium-Battery-Power-Charger-3Pin-XLR-Connector-p-1981074.html?rmmds=myorder&cur_warehouse=CN&ID=6306412

I ordered this unit along with a 54.6 volt, 2 amp scooter charger. I've taken apart an old computer power supply for it's case and intend on mounting this digital control power supply along with the scooter charger as a source of power for this device. I've already hooked the devices together and used it to charge a 40 volt Lithium battery from a Dewalt weed eater. The battery was fully restored after my test. I had to use a diode to keep the battery from back feeding into the digital controller and I then set the voltage a volt higher to make up for the voltage drop across the diode. I set this digital control power supply to 41 volts and set the amperage to .1 amps to trickle charge my old and dead battery. The controller took about a day to restore this battery with these settings and when it reached my programmed limits it shut of output to the battery just as I had hoped it would. It's going to be a very useful adjustable power supply on my bench. Anyone else wanting to make such a supply, Banggood had these scooter chargers on sale for $11.99 right now. https://www.banggood.com/54_6V-2A-Electric-Bike-Electric-Scooter-Lithium-Battery-Charger-For-13S-48V-Lithium-Battery-Power-Charger-3Pin-XLR-Connector-p-1981074.html?rmmds=myorder&cur_warehouse=CN&ID=6306412

I ordered this unit along with a 54.6 volt, 2 amp scooter charger. I've taken apart an old computer power supply for it's case and intend on mounting this digital control power supply along with the scooter charger as a source of power for this device. I've already hooked the devices together and used it to charge a 40 volt Lithium battery from a Dewalt weed eater. The battery was fully restored after my test. I had to use a diode to keep the battery from back feeding into the digital controller and I then set the voltage a volt higher to make up for the voltage drop across the diode. I set this digital control power supply to 41 volts and set the amperage to .1 amps to trickle charge my old and dead battery. The controller took about a day to restore this battery with these settings and when it reached my programmed limits it shut of output to the battery just as I had hoped it would. It's going to be a very useful adjustable power supply on my bench. Anyone else wanting to make such a supply, Banggood had these scooter chargers on sale for $11.99 right now. https://www.banggood.com/54_6V-2A-Electric-Bike-Electric-Scooter-Lithium-Battery-Charger-For-13S-48V-Lithium-Battery-Power-Charger-3Pin-XLR-Connector-p-1981074.html?rmmds=myorder&cur_warehouse=CN&ID=6306412

this good and works well. thanking you

this good and works well. thanking you

this good and works well. thanking you