Original Image: ICT – Distribution Series 3 10/10 GMT Fuse Panel

ICT – Distribution Series 3 10/10 GMT Fuse Panel

ICT200DF-20BRC

Power Systems | Power Distribution

ICT Distribution Series 3 10/10 GMT Fuse Panel

Distribution Series 3 10/10 GMT Fuse Panel

Benefits

  • Full remote monitoring and power control reduces site visits, lowering total cost of ownership and maintenance costs
  • Improve the quality of service and uptime of your network by quickly resolving power issues remotely
  • Increase battery backup time with automatic load shedding by allowing non-critical loads to be removed from the system, maintaining critical loads for longer
  • 20 outputs in a 1RU form factor supports sites with multiple load devices without occupying precious rack space
  • No additional software required as monitoring and control is provided via an onboard web-based server
  • Support mixed-voltage sites with dual-bus architecture

Features

  • Support 24, and +/- 48-volt DC applications
  • 200-amp system current / 100 amps per bus
  • Dual-bus architecture (Bus A & Bus B)
  • 20 GMT fuse output positions rated up to 16 amps continuous
  • 10 outputs per bus / 20 outputs total
  • Front-mounted fuses
  • Standard TCP/IP Ethernet communications provides full remote monitoring and control capabilities
  • Network security protocols include HTTPS, TLS 1.2, SNMP v1/v2c/v3
  • Reporting of total system current (Bus A & Bus B), individual load current, Bus A and Bus B system voltage, and fuse status
  • Alarm reporting via text or email notification
  • Remote individual output power toggling
  • Automatic load shedding disconnects non-critical loads when on battery power (user defined)
  • Network watchdog automatically reboots routers or switches when no response is received
  • Five digital site monitoring input contacts
  • Up to 30 days of data logging
  • Heavy duty input stud connectors on front panel
  • Form C alarm contacts
  • 1RU 19-inch rackmount form factor
  • Two-year warranty

 

Distributed by Allianc Corporation