Tripp Lite by Eaton TAA-Compliant 60-Amp DC Power Supply, 13.8VDC, Precision Regulated AC-to-DC Conversion

Engineered for reliability in demanding environments, the Tripp Lite by Eaton 60-Amp DC power supply delivers clean, precision-regulated 13.8V DC power from a standard 120V AC source. Built to support a wide range of professional and hobbyist equipment, this TAA-compliant unit is ideal for commercial/land-mobile applications, ham and CB radios, base stations, test benches, tape players, amplifiers, and other high-demand devices that require a stable voltage with rigorous protection. Whether you are outfitting a rugged field setup, building a home radio shack, or equipping a professional communications station, this power supply provides the performance and durability you need with quiet operation and dependable long-term service.

• Precision-regulated 13.8V DC output designed to maintain a steady voltage under varying load conditions. A tight regulation tolerance helps radios, amplifiers, and test gear perform consistently, minimizing drift that can affect receiver sensitivity and transmitter stability.
• High-current capability of 60A ensures ample headroom for demanding equipment and simultaneous loads. This makes it well-suited for multi-device setups such as base stations, power-hungry transceivers, and test benches that demand a robust, steady supply.
• TAA-compliant enclosures meets government procurement requirements, enabling easy inclusion in public sector projects, educational labs, and field deployments where compliance matters as much as performance.
• Comprehensive protection for connected gear includes overload protection, overvoltage protection, short-circuit protection, and thermal protection. These safeguards help guard radios, amplifiers, and accessories from common electrical faults and abnormal conditions.
• Reliable AC-to-DC conversion from standard 120V input delivers dependable operation for a wide range of devices. The design emphasizes safety, efficiency, and quiet operation to keep the work environment productive without distraction.

Technical Details of Tripp Lite by Eaton 60-Amp DC Power Supply

• Output voltage: 13.8V DC with precision regulation (±0.5V, under typical operating ranges) to support sensitive RF gear and audio equipment.
• Maximum output current: 60A continuous capability, providing ample current for multiple devices or high-demand equipment on a single supply.
• Input voltage: 120V AC, standard mains power. Designed for common commercial and home outlets, with broad compatibility for fixed installations and mobile setups alike.
• Regulation and stability: Engineered for stable voltage with low ripple and noise, helping maintain clean power for radios, amplifiers, and test equipment where electrical noise can affect performance.
• Protection features: Overload protection, overvoltage protection, short-circuit protection, and thermal protection to safeguard both the supply and connected gear during fault conditions.
• Construction and compliance: Rugged, transport-friendly design that is suitable for desktop, bench, or cabinet mounting. The unit is designed to meet relevant regulatory standards and is labeled as TAA-compliant for procurement needs.
• Efficiency and reliability: High-efficiency conversion with attention to thermal management to maintain performance over extended duty cycles, even in challenging environments.
• Applications: Ideal for commercial/land-mobile radios, ham and CB radios, base stations, test bench power, tape players, amplifiers, and other 13.8V DC-powered gear.

how to install Tripp Lite by Eaton 60-Amp DC Power Supply

• Step 1: Choose a well-ventilated, stable mounting location. Ensure there is adequate clearance around the unit for heat dissipation and easy access to input and output connections.
• Step 2: Power down all equipment and verify that the AC outlet and circuit are properly rated for the load you plan to run. Use a reliable cord rated for the expected current draw to connect to 120V AC power.
• Step 3: Connect the input power cord to the DC power supply and the 120V AC outlet. Keep the cord organized to prevent snagging or interference with other devices in your setup.
• Step 4: Wire the 13.8V DC output to your devices. Attach the positive (+) lead to the device’s input terminal and the negative (−) lead to the return/ground. Double-check polarity before powering on to avoid damage to equipment.
• Step 5: Verify all connections, close any covers or access panels, and power on the supply. Use a multimeter to confirm the output remains within the specified 13.8V ±0.5V under representative load conditions.
• Step 6: Monitor temperature and performance during initial operation. If the unit becomes unusually warm, provide additional cooling or relocate to improve airflow to sustain long-term reliability.

Frequently asked questions

• Q: What voltage and current does this supply provide? A: It delivers 13.8V DC with precision regulation and up to 60A of continuous current, making it suitable for power-hungry radios and multi-device benches.
• Q: Is this power supply suitable for ham radios and CB radios? A: Yes. Its stable 13.8V output and robust protection features are well-suited for ham, CB, and other RF equipment that require reliable power with minimal voltage drift.
• Q: What does TAA-compliant mean for my purchase? A: TAA compliance refers to the government procurement standard that enables easier purchase through official channels. This makes the unit appropriate for government programs, educational labs, and other regulated environments.
• Q: What kind of protection does it offer? A: The supply includes overload, overvoltage, short-circuit, and thermal protection to guard both the power supply and your connected equipment against faults and overheating.
• Q: Can I use this power supply with multiple devices? A: Absolutely. With a 60A capability, you can power several devices simultaneously as long as the total load does not exceed the supply’s rating and proper wiring is used to distribute current safely.
• Q: Are there any installation considerations I should know? A: Yes. Ensure adequate ventilation, use appropriate mounting hardware, and verify voltage and polarity before connecting equipment. Regular checks for heat buildup help maintain long-term performance.