Eaton IS250 Tripp Lite solator 250W 120V Isolation Power Conditioner

Detailed Specifications

The Eaton IS250, part of the Tripp Lite by Eaton Isolator Series, is a robust isolation transformer-based power conditioner designed to deliver clean, protected AC power to sensitive electronic equipment. It serves as a crucial component in maintaining stable power quality by providing 100% line isolation and comprehensive noise filtering, effectively eliminating common power issues such as EMI/RFI interference, utility switching transients, and lightning-related surges. This makes it an ideal solution for mission-critical applications in industrial, medical, office, and network environments where power stability directly impacts operational integrity and equipment longevity. This power conditioner features a low-impedance isolation transformer with a Faraday Shield, ensuring complete galvanic isolation from the input AC line. This advanced design, combined with secondary neutral to ground bonding, is particularly effective in suppressing common mode noise and establishing an isolated ground reference. Such technical capabilities translate into tangible benefits for IT infrastructure, safeguarding connected devices from erratic power fluctuations that can cause data corruption, system malfunctions, or premature hardware failure. It also provides an economical alternative to complex dedicated circuit installations, simplifying power management without compromising protection. With its rugged all-metal housing, the Eaton IS250 is engineered for versatile deployment, supporting both upright tower and wall-mount configurations. This adaptability allows for optimal physical and logical placement within diverse IT setups, from server racks to medical carts. It integrates seamlessly into existing infrastructures, providing reliable power conditioning for critical assets. The unit includes essential features like a 6-foot power cord, circuit breaker overload protection, and two widely spaced NEMA 5-15R output receptacles for convenient connectivity.