DC Battery

Xantrex Freedom Marine

The Xantrex Freedom Marine is a variation of the Xantrex Freedom 458 or the Heart Interface Freedom Combi. Any shop that can repair one can repair the others. This is a very popular inverter found in boats. One addition to the Marine versions is a built in echo charger. We've repaired lots of these for both charging and inverting faults.

Xantrex Freedom 458

The Xantrex Freedom 458 and the Heart Interface Freedom Combi are essentially the same thing. Any shop that can repair one can repair the other. This is a very popular inverter found in motorhomes and boats, we've repaired a couple dozen or more of these for both charging and inverting faults.

Heart Interface Freedom Combi

The Xantrex Freedom 458 and the Heart Interface Freedom Combi are essentially the same thing. Any shop that can repair one can repair the other. This is a very popular inverter found in motorhomes and boats, we've repaired a couple of dozen or more of them for both charging and inverting faults.

Motorola BPR / Mag One Series

These are also often called MagOne. The repair we see most often on these is the failure of the On/Off/Vol control, other problems include antennas, Push To Talk (PTT) switches, antennas and battery holder clips. We have the Motorola CPS software to program the frequencies and codes for these units, including matching to your existing stock. Repairs are less than $100.

Motorola RDU series.

We've repaired hundreds of these in the last 2 years. Common problems include broken Push To Talk (PTT) switches, hardened or missing PTT buttons, antennas, On/Off/Vol switches, Channel select switches, speakers and damaged headphone jacks.

Motorola CLS series.

We've repaired thousands of these in the last five years. Common problems are broken On/Off/Vol switches, inoperative Push To Talk (PTT) switches, broken antennas, water damage, broken LCDs, and deformed battery connections. We have a nearly 100% repair rate!

Xantrex Prosine 2.5/3.0

We've got hundreds of hours of experience on these. We've drawn schematics of the DC-AC module and the drive circuits on the mainboard. We've developed a method of repairing them that includes checking all of the drive circuits and signals. We then connect the module so we can monitor it as we increase the input voltage from a current limited outside source. Once we have it running at the designated DC input voltage (215VDC) we monitor the waveform to ensure a clean stable sine wave output.

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