Tripp Lite SV20KS1P2B Ups 20KVA Smart 3-phase

Product Description

The TRIPP LITE SV20KS1P2B is a smart 3-phase uninterruptible power supply (UPS) rated at 20 KVA, designed to protect critical enterprise electrical loads from power outages, voltage fluctuations, and power quality events. This unit converts incoming AC power through a double-conversion online topology, delivering clean, regulated output to connected equipment at all times. At 20 KVA, it is sized for demanding data center, server room, and industrial applications where continuous uptime is required. Licensed electricians and facility power technicians are the primary installers for a unit of this class and capacity.

The SV20KS1P2B is intended for enterprise environments requiring high-capacity, 3-phase power protection. Typical installations include data centers, network closets, medical facilities, broadcast equipment rooms, and industrial control systems where sensitive loads demand clean, uninterrupted power. This unit falls within the enterprise uninterruptible power category and is suited for commercial and light industrial deployments where a single large UPS replaces multiple smaller units.

Key Features

• 20 KVA capacity for high-demand enterprise and commercial power protection
• Smart 3-phase design supports large, distributed electrical loads
• Online double-conversion topology delivers continuous regulated output
• Enterprise-class build suited for data centers, server rooms, and industrial facilities
• Sold as a single unit (EA) for straightforward procurement and deployment

Compatibility

Designed as an enterprise-class 3-phase UPS replacement or new installation for commercial and industrial power protection applications requiring 20 KVA capacity.

Installation Notes

Installation of a 20 KVA 3-phase UPS must be performed by a licensed electrician in accordance with NEC requirements and applicable local codes. Always de-energize the upstream supply circuit and verify absence of voltage before making any wiring connections. The unit should be positioned on a surface rated for its operating weight, with adequate clearance for ventilation and battery service access. Do not energize the unit until all input, output, and battery connections have been inspected and confirmed correct.