ICT
Distribution Series 2 Enhanced Intelligent DC Distribution Panel for 12 or 24VDC with Remote Power Control, SNMP, site monitoring
List Price: $980.00
(Request quote for discounted pricing)
Backordered
ICT180SE-12IRC – Enhanced Single Bus Intelligent DC Load Distribution Panel
The redesigned ICT180SE-12IRC load distribution panel allows DC power to be distributed to nine ATO fuse-protected output channels and three J-Case high current outputs. An operating voltage range of 10 to 30 volts DC makes this panel ideal for 12 and 24 volt DC applications. ICT’s industry-leading TCP/IP Ethernet management software and easy to use graphical user interface are included. Remote power control of individual outputs allows for manual or automatic load shutdown, load shedding, or power cycling over Ethernet.
The redesigned ICT180SE-12IRC Intelligent load distribution panel features a built-in Ethernet controller and web server, allowing users to remotely monitor and control loads connected to the panel.
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.
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.