Victron Orion-TR Isolated DC-DC Converter - 24 VDC to 24 VDC - 280W - 12AMP

The Victron Orion-TR Isolated DC-DC Converter 24 VDC to 24 VDC 280W is purpose-built for mission-critical power distribution in vehicles, mobile command centers, and tactical operations where electrical isolation and voltage regulation are non-negotiable. This converter bridges primary and secondary power systems while maintaining complete galvanic isolation, preventing ground loops and electrical noise that can disable sensitive communications, targeting systems, or tactical computing equipment. Operators in law enforcement, military, and emergency response environments depend on isolated DC-DC conversion to protect high-value electronics and ensure uninterrupted power delivery during extended field operations.

Engineered by Victron Energy, a leader in mobile power systems, this converter delivers 280 watts at 12 amps continuous output while maintaining input/output isolation via integrated transformer technology. The isolated architecture eliminates common-mode voltage faults that degrade battery life and corrupt data streams in networked tactical systems. Input range tolerance and thermal management design allow reliable operation across temperature extremes encountered in field deployment, while compact dimensions (6 x 4 x 8 inches) and 3-pound weight integrate seamlessly into space-constrained vehicle platforms and portable power enclosures without sacrificing thermal dissipation or operational safety margins.

This isolated converter is ideal for dual-battery vehicle systems, auxiliary power management in armored or tactical vehicles, mobile command units, and any application requiring clean, isolated 24 VDC secondary power from a primary 24 VDC source. Installation requires only DC input/output terminals and a remote on-off control option, making retrofit straightforward in existing systems. The 280-watt capacity supports multiple simultaneous loads—tactical radios, encryption modules, weapon-mounted optics, thermal imaging systems, and emergency lighting—without compromising voltage regulation or introducing noise artifacts that would degrade performance of precision equipment in the field.