TM31 10–20kVA High Frequency Tower/Rack Online UPS || NOVAMAAX ENERGY SOLUTIONS PVT. LTD.

Online UPS System

TM31 10–20kVA High Frequency Tower/Rack Online UPS (3-1)

The TM31 10–20kVA High Frequency Online UPS is a compact and efficient three-phase input, single-phase output power backup solution designed to provide continuous and clean power for small to medium-sized business environments. Built with online double-conversion technology and advanced DSP digital control, it protects sensitive equipment from power interruptions, voltage fluctuations, surges, and electrical disturbances.

Available in tower and rack-mount configurations, the TM31 series offers installation flexibility to suit various IT environments. Its compact design, high efficiency, and intelligent power management make it an ideal solution for businesses seeking reliable and uninterrupted power protection.

Key Features
Benefits

Tower & Rack Convertible Design
Online Double-Conversion Technology
DSP Digital Control
Output Power Factor 1.0
Wide Input Voltage Range
High-Frequency Technology
Intelligent Battery Management
RS232 & USB Communication
SNMP Monitoring Support
Compact Space-Saving Design

Reliable online double-conversion power protection
Flexible tower or rack installation options
Wide input voltage range for unstable power conditions
High output power factor for maximum usable power
Compact design for efficient space utilization
Intelligent battery management for extended battery life
Easy operation with a user-friendly interface
Multiple communication options for remote monitoring and management

Why Choose TM31 10–20kVA High Frequency UPS?

The TM31 10–20kVA High Frequency Online UPS is designed to deliver efficient, reliable, and flexible power protection for modern business environments. Its advanced digital control, compact tower/rack design, intelligent battery management, and dependable online double-conversion technology ensure continuous operation, protecting your critical equipment and keeping your business running without interruption.