Hitachi Hi-Rel
Hitachi Hi-Rel offers Industrial UPS available for 3Ø Input – 3Ø Output System with i6 Series Industrial UPS ranging from 10 kVA to 600 kVA, tailored to your needs along with standard products. Its three phase i6 Series Industrial UPS is specifically designed to provide secure power to Mission Critical Loads in Core and Non-Core Industries as well as for Critical Data Processing Applications.
Three phase i6 series Industrial UPS has been designed to perform under extreme operating conditions that normally exist in industrial environments. The use of digital signal processors (DSP) has made the control loop of the UPS system very stable, drift free and with better HMI for monitoring, control and precise settings of parameters. High speed CAN bus interfaced sections make the system response very fast to handle the extreme transient load conditions. Intelligent power device with sandwich bus architecture makes the systems highly efficient and reliable.
KEY FEATURES
Cutting Edge IGBT based Design
Fully Digital Control Logic
Easy Monitoring through LCD Display with Fault Logging Capability
Battery Health Monitoring Feature Available
Interfacing Capability via MODBUS, PROFIBUS, SNMP Communication Protocols
Input Circuit Breakers
Six Pulse, Full Bridge, Phase Controlled Thyristorised Rectifiers / Charger
Programmable Automatic Two Stage Charger compatible with NiCd, Plante, Tubular and VRLA Batteries
Battery Reverses Polarity Protection
Battery Earth Leakage Protection
Built-in Advanced Battery Management System
DSP based Digital Control and Redundant Control Power Supply
Highly Efficient, Latest and Intelligent Power Device based Inverter
High Branch Fuse Clearing Ability (30% of FLA)
Comprehensive LED Mimic
LCD Display Keypad Interface
Date and Time stamped Event Recording for last 999 Alarms
Programming and Monitoring of Various System Parameters
Insensitive of Phase Rotation
Make before Break Bypass Operation
Terminals suitable for Industrial Armoured Power Cable
Default RS485 Port
Capable to withstand 100% unbalance load
SVM based PWM generation
