Tripp Lite S3M50K-60K6T Enterprise Surge Protection Pdu

Product Description

The TRIPP LITE S3M50K-60K6T is an enterprise-grade surge protection and power distribution unit designed to safeguard critical electrical loads in commercial and industrial environments. It serves as a centralized point of power management and surge suppression for high-value equipment, protecting connected devices from voltage spikes, transients, and electrical noise. Licensed electricians and facilities technicians are the primary installers of this type of equipment. Specific electrical ratings were not provided in the available product data, so consult the manufacturer documentation for full output capacity and circuit details before specifying or installing.

This unit falls within the enterprise surge protection and PDU category, making it suited for data centers, server rooms, telecommunications closets, and other commercial facilities where equipment uptime and power quality are priorities. It is sold as a single unit per order. Installation typically follows a rack-mount or inline power distribution configuration depending on the specific variant and facility layout.

Key Features

• Enterprise-class surge protection and power distribution in a single unit
• Designed for commercial and industrial power management applications
• Sold as a single unit (each) for straightforward procurement
• Part of the TRIPP LITE enterprise PDU product line

Compatibility

Designed as an enterprise-grade surge protection and PDU replacement or new-installation unit for commercial electrical systems requiring centralized power distribution and transient voltage suppression.

Installation Notes

Installation should be performed by a licensed electrician familiar with commercial power distribution equipment and applicable NEC requirements. Disconnect and lock out all upstream power sources before beginning installation or service. Follow the manufacturer wiring diagram and verify input voltage and circuit capacity match the unit specifications prior to energizing. Do not exceed the rated load capacity of any individual circuit or the total unit.