Eaton PR25 Tripp Lite Series 25A 13 8V DC Power Supply

The Eaton PR25 is a precision-regulated DC power supply from the Tripp Lite Series, engineered to provide clean, stable direct current from an alternating current source. This unit efficiently converts standard 120V AC utility power to a precisely regulated 13.8V DC output, making it an ideal solution for a wide array of sensitive electronic applications. It is particularly well-suited for commercial, land-mobile, and amateur radio setups, as well as test bench equipment, point-of-sale systems, and even aquariums where consistent and reliable DC power is paramount. Designed to safeguard connected devices, the PR25 incorporates robust protection features. Its 25-amp capacity supports demanding loads, while a crowbar circuit offers critical overvoltage protection, preventing damage from power surges. Additionally, automatic time-controlled overcurrent protection isolates equipment from potential disruptions. High-quality noise filtering further ensures that DC-powered components receive clean power, mitigating performance issues and contributing to a longer operational lifespan for valuable electronics. The compact, low-profile design of this power supply allows for seamless integration into various IT infrastructures and communication setups. It features a durable construction with large heat sinks and strategically vented cabinets, facilitating efficient heat dissipation for cool, continuous operation even under sustained loads. An illuminated power switch provides straightforward control, ensuring ease of use and quick response in varying power conditions. The unit's form factor and thermal management are optimized for reliable performance in diverse operational environments.

• * Precision regulated 13.8V DC output for sensitive loads.
• * 25-amp peak current capacity for diverse DC applications.
• * Crowbar overvoltage protection for connected equipment.
• * Automatic, time-controlled overcurrent protection.
• * High-quality noise filtering ensures stable operation.
• * Compact design with efficient heat dissipation.