Redarc 10A Charge Equaliser 24-12V DC 120w Output 200+A draw

Output voltage is regulated to half the input voltage- 24 Volt to 12 Volt.

Output Power: 120 Watts.

Operates in a two-battery 24 Volt negative earth system- 12 Volt power is available from the lower battery in a 24V system via the centre tap. It ensures that the voltage in the lower 12V battery is equalised to the voltage of the upper 12 Volt battery in the 24 Volt bank.

Alternatively- it can be used to maintain charge in a separate 12V auxiliary battery.

Applications: CB Radio's- CD Players- Computers- Mobile Phones- Depth Sounders- Solenoids- Lamps- DC Motors.

Approximate Weight: 800g.

2 year Warranty.

Output voltage is regulated to half the input voltage- 24 Volt to 12 Volt.

Output Power: 120 Watts.

Operates in a two-battery 24 Volt negative earth system- 12 Volt power is available from the lower battery in a 24V system via the centre tap. It ensures that the voltage in the lower 12V battery is equalised to the voltage of the upper 12 Volt battery in the 24 Volt bank.

Alternatively- it can be used to maintain charge in a separate 12V auxiliary battery.

Applications: CB Radio's- CD Players- Computers- Mobile Phones- Depth Sounders- Solenoids- Lamps- DC Motors.

Approximate Weight: 800g.

2 year Warranty.

The REDARC 10A Charge Equaliser allows 12 volts to be 'tapped' from the centre of a two battery,

24V DC electrical system while still ensuring an equal charge across the two batteries.

When do we recommend a Charge Equaliser?

There are many situations where a vehicle with a 24V electrical system will benefit from a charge Equaliser rather than a voltage reducer.

A voltage reducer will be fine where there is a fairly constant amount of 12V power required for an accessory that is also not a high load or amperage dependant device on a 24V system.

A two way radio for example is able to be supplied from a voltage reducer due to its known low and reasonably constant power requirements.

Where a charge equaliser excels is when the current draw is higher than a voltage reducer would normally supply for a short period of time for example a winch or hydraulic lift motor.

The peak power is supplied from the 12V battery in the 24V pair and only limited by the battery and cables connecting it to the winch or hydraulic motor and the charge Equaliser then has the ability over time to balance the power between the 2 batteries.

The average amount of total power consumed over a period of time in amps is worked out to determine the size of the charge Equaliser required to replace that power over the same time period.

For example If we look at a winch which draws 150 Amps maximum while operating for a total of 1 hour in a 24 hour period is 6.25 Amps per hour so a 10 amp charge Equaliser (24 Hours by 10 Amps = 240 Amps ) can supply enough power over that 24 hour period to equalise the batteries .