Tripp Lite EATS115 Ats Pdu 1U 1.44 Kw Dual 5-15P

Product Description

The TRIPP LITE EATS115 is a 1U rackmount automatic transfer switch (ATS) power distribution unit (PDU) designed for critical IT and network infrastructure environments. It accepts dual 5-15P input connections and delivers up to 1.44 kW of managed power distribution with automatic source switching. If the primary power source fails or drops below acceptable voltage, the unit transfers load to the secondary source without interrupting connected equipment. This device is installed by electricians and data center technicians in server racks, network closets, and equipment cabinets where continuous uptime is required.

The EATS115 is suited for 1U rack installations in data centers, telecom rooms, and enterprise network environments. Its dual-input design supports connection to two independent power sources, such as separate utility circuits or a utility feed paired with a UPS output. This configuration eliminates single points of failure at the power distribution level. It ships as a single unit and is intended for use in applications where power redundancy is a standard infrastructure requirement.

Key Features

• Automatic transfer switching between two independent 5-15P power sources
• 1.44 kW maximum load capacity provides sufficient headroom for standard 1U rack PDU applications
• 1U rackmount form factor fits standard 19-inch equipment racks
• Dual 5-15P inputs support connection to two separate circuits or power feeds
• Designed for zero-interruption load transfer to maintain uptime during primary source failure

Compatibility

Designed as an OEM-style rackmount ATS PDU for standard 19-inch equipment racks used in data center, enterprise network, and telecommunications infrastructure applications.

Installation Notes

Installation should be performed by a qualified electrician or data center technician in accordance with applicable NEC requirements. Power down or de-energize both source circuits before making or breaking input connections. Verify that the total connected load does not exceed the 1.44 kW rated capacity before energizing. Secure the unit to the rack using appropriate mounting hardware before connecting input or output cabling.