Trigger ExtremeGuard TU 6 Series UPS 1-6kVA

Features
  • True On-line double-conversion, ferro resonant transformer technology.
  • MCU controlled.
  • Output pure sine wave.
  • Output power factor PF=0.8
  • Control panel with LCD screen, LED indicator and keypad.
  • Rack format.
  • Backup extensions available for all power ratings.
  • UPS models with extra charger for backup extensions.
  • USB HID interface for all models as standard.
  • Downloadable monitoring software for Windows, Linux, Unix and Mac.
  • Intelligent slot for SNMP.
  • Easy interface via relays terminals.
  • Smart battery charger to shorten average recharging times.
  • Battery recharging with device.
  • Wide working temperature range (-30◦C to 65◦C).
Summary Applications Download PDF

On-line double-conversion UPS 1 kVA to 8 kVA

Durable and robust on-line protection for sensitive and critical loads for outdoor use

TRIGGER’s ExtremeGuard TU6 series is an uninterruptible power supply range in a rack format equipped with on-line double-conversion technology and the latest features to make it an advanced protection system for sensitive and critical loads. High output power factor (PF=0.8) in its category to ensure availability to all types of loads.

Accessing status information could be viewed via LCD display, LED indicator and keypad. Extensive monitoring and communication options via the built-in USB HID interface, an intelligent slot for SNMP cards or relays and a wide range of software packages available – free monitoring version downloadable for Windows, Linux, Unix or Mac and packages available for multi servers or virtualised systems. For facilities that require more back-up time, there is a possibility of backup extensions using UPSs with extra charger and additional battery modules.

Applications: Essential security to ensure the continuity of high-performance On-line outdoor system

ExtremeGuard TU6 series is designed for rigorous applications such as high temperature and vibrations. It handles heavy inrush loads and protect against output short circuit.