ICT180SE-12IRC Smart DC Power Distribution Panel » Helios Power Solutions Group

ICT180SE-12IRC Smart DC Power Distribution Panel For 12V Or 24VDC

Brand: ICT Power

SKU: ICT180SE-12IRC
This product is available globally.
  • 180A peak, 150A continuous system rating
  • 9 ATO GMT fused outputs (25A max.each) and 3 J-Case outputs (40A max.each)
  • Remote Power Control for remote shutdown or power-cycling of individual outputs
  • HTTPS, TLS1.2, SNMPv1/v2c/v3
  • Up to 30 days of data logging
  • Software Demonstration 

Product Range

SKU Bus Type Number of Outputs Type of Protection
ICT180SE-12IRCSingle12Fuses

Description

ICT180SE-12IRC

Smart DC Power Distribution Panel For 12V Or 24VDC

The 1U, 180-amp, single-bus, fuse DC distribution panel is designed for 12- and 24-volt DC installations and supports 180 amps peak / 150 amps continuous system current. The DC panel provides 12 fuse-protected outputs – nine ATO-fuse outputs rated to 25 amps each, and three J-CASE-fuse outputs rated to 40 amps each. Included are five digital input contacts for site monitoring sensors, such as door, smoke, and fire alarms.

Power-cycled DC Loads

A new microprocessor allows for improved network security and functionality, including TLS1.2, full SNMP control via new MIB files, session log-out, and enhanced Network Watchdog performance. Remote Power Control allows individual DC outputs to be managed remotely using the Ethernet connection. This allows connected devices to be turned on and off or power-cycled, potentially averting the need for an on-site service visit.

System voltage and current, and current readings of each output, can be monitored. This can provide an indication of a problem with the system power, or with individual connected loads such as radios, switches, or access points. Text or email alerts can be sent when an alarm is triggered.

Pings designated I.P. Addresses

The Network Watchdog feature pings designated I.P. addresses and will restart an assigned output automatically, allowing devices such as routers to be power-cycled to avoid losing communications to the site. Load shedding is provided with user definable settings for each output, allowing non-essential loads to be automatically shut down in order to conserve battery power for priority loads.

Applications

  • Two-way wireless communications networks
  • Trucked radio systems
  • RF amplifiers
  • Industrial DC Power
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