Distribution Series 3 Dual Bus 160A

Dual DC Distribution Panel 12V 24V 48V with Remote TCP/IP Monitoring

The Distribution Series 3 Dual Bus DC Distribution Panels are designed to be used in 12, 24 or 48VDC applications. All models feature either 12 fuse- or breaker-protected outputs (model dependent) with ATO FKS 80 volt rated fuses, or hydraulic/magnetic breakers (breakers sold separately). Dual voltages and polarities can be run simultaneously.

Each independent bus has six outputs rated at up to 30 amps max (at 12/24VDC), or 15 amps max (at 48VDC). Fused models feature LED indicators on the front panel, enabling easy identification and replacement of blown fuses. An integrated security-protected Ethernet communications port (select models) allows the panel to be monitored from a remote site using an industry-standard web browser. HTTPS and SNMP V1/V2c/V3 protocols are supported. System current, system voltage, individual output currents and breaker status can be monitored, and alarms can be sent to multiple email accounts.

DC outputs can be turned on and off remotely (select models), allowing connected loads to be power-cycled using the Ethernet connection. Automatic load-shedding can be defined to protect critical loads. A network watchdog feature will ping up to two IP addresses and power-cycle loads such as routers which may need rebooting to restore communications with the site. The 1RU design saves valuable rack space, and fits all standard 19 inch racks. Each bus has its own independent Form C alarm contacts.

Low Cost of Ownership and Site Maintenance

All models come with a 2 year warranty. Intelligent models are I.P. enabled for remote monitoring and remote shutdown or power cycling of individual outputs, potentially saving unnecessary service call-outs. Intelligent models also come with five digital input contacts for site monitoring sensors such as door, smoke, and water detection. Each input can be custom labeled to provide descriptive email alerts. All Distribution Series 3 models feature independent Form C outputs to monitor and report alarm conditions for each bus.

Remote TCP/IP Monitoring

The Intelligent models are TCP/IP enabled, and utilize a built-in Ethernet connector with integrated web server to allow users to remotely monitor load conditions at the panel. System voltage and current, as well as the current reading of each output, can be monitored. This can provide an indication of a problem with the system  power, or with individually connected devices such as a radio, repeater, or RF  amplifier. Text or email alerts will be sent when an alarm is triggered. Up to 30 days of data logging is provided.

Remote TCP/IP Power Control

Intelligent models allow the individual DC outputs to be turned on and off remotely using the TCP/IP connection. This allows connected devices to be power-cycled or shut down, potentially averting the need for an on-site service visit. The Network Watchdog feature pings a designated I.P. address and will restart an assigned output automatically, allowing devices such as routers to be power-cycled without the risk of 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 prolong power to priority loads.

Bus Type


Number of Outputs



Mixed Polarities, Alarms, Networking

Output Voltage DC Distribution Panel

12VDC, 24VDC, 48VDC

Type of Protection

Breakers, Fuses


ModelDescriptionApplication Voltage (pos or neg ground)System Current Rating (peak/cont)
ICT200DF-12Standard Dual Bus
Fuse Panel
12, 24, 48VDC200A/160A
ICT200DB-12Standard Dual Bus
Breaker Panel
12, 24, 48VDC200A/160A
ICT200DF-12IRCIntelligent Dual Bus
Fuse Panel With TCP/IP
12, 24, 48VDC200A/160A
ICT200DB-12IRCIntelliigent Dual Bus
Breaker Panel With TCP/IP
12, 24, 48VDC200A/160A

Communications & Control

EthernetTCP/IP built-in web server and graphical user interface,10/100BASE-T, IEEE 802.3 compatible
Supported ProtocolsIPv4, HTTP, HTTPS, SMTP, DNS, TCP, UDP, ICMP, DHCP, ARP, SNMP v1/v2c/v3
SNMP PortsUDP Port 161, SNMP Traps: UDP Port 162
Firmware UpgradesUpgradeable over Ethernet
SecurityPassword protected, HTTPS encryption, TLS 1.0
12 Channel Output MonitoringCurrent draw measured and reported for each output, user definable under and over current alarms
Email and SMS AlertsMultiple email or text accounts, adjustable intervals
Data LoggingUp to 30 days at 1 minute sampling rate, csv file download, major event logging
Network WatchdogAutonomously ping up to two I.P. addresses and power-cycle output if no response, definable settings
Power Cycling and RebootingRemote on/off control of every output individually
Auto Restore ModeReturn to previous output settings after a power loss
Power-up Delay SequencingUser selectable 0 to 60 second delay between outputs
Auto Load SheddingEach output user definable, manual or auto restart
Remote AlarmsIndependent Form C alarm contacts (C/NO/NC)


Power Specifications
Application Voltage (pos or neg ground)12, 24, 48VDC
System Current Rating  (peak/cont)200A/160A
Bus Current Rating (peak/cont)100A/80A
Number of Outputs per bus6
Form Factor1RU – 19 Inch rack mount with handles
Dimensions (inches) L x W x H9.29 x 19.0 x 1.72
Weight (lbs/kg)7.0 lbs / 3.2 kg
ConnectorsM8 DC input stud connectors, 10-22AWG cage clamp output terminal blocks
Operating Temperature Range-30oC to +60oC


Land Mobile Radio LMR Networks DC Power Supplies Distribution Panel DC DC Converter Inverters 1U Rack DC Power Supply Battery Charger

Benefits of Using Smart Distribution Panels

Reduce Unnecessary Site Visits and Increase Quality of Service To Your Customers

What if you could do this without physically visiting the site? What if you could do this from the comfort of your office, from your laptop, from your smartphone? ICT products offer this flexibility.One of the key advantages of wireless broadband – providing high-bandwidth internet access to remote customers – can also present challenges, especially when a remote site experiences a technical issue. This often necessitates a visit to the site by a technician to troubleshoot the problem. In some instances, the issue can be resolved simply by power cycling power to a troublesome device.

Ethernet communication options, which allow users to remotely monitor DC power conditions at a site, and if needed, remotely power cycle the connected devices. ICT products also allow you to disconnect non-critical devices in order to preserve battery life in the event of an AC mains failure. All this can be done manually via a desktop PC, laptop or smartphone, or can be preconfigured to occur automatically based on parameters you set. No additional software is required, just a standard web browser. And should any alarm condition occur at your site, such as a low battery voltage, for example, ICT products can notify you by sending a text message or email to you directly.

Minimize your downtime, reduce costly site visits, and have peace of mind in knowing what DC power conditions exist at your site.



I wish I could avoid having to travel to a site just to power-cycle a radio or router.ICT Distribution Series load panels allow you to turn each of the 12 outputs on and off remotely over Ethernet using the built-in web browser. ICT Ethernet-equipped power supplies and inverters can also be monitored and the outputs power cycled remotely. If your site has an Ethernet link, then virtually any device or load can be managed remotely using ICT power products, often saving unnecessary trips to the site.
More and more I am seeing 24 and 48 volts being needed at the same time. How can I get full manageability for dual voltages?ICT Distribution Series 3 is a dual bus load panel that will support multiple voltages and polarities at the same time, such as -48 volts and +24 volts DC. Intelligent models allow each of the 12 outputs to be turned on and off remotely over Ethernet.
If my router locks up, I lose communications to the site and I have no choice but to travel to the site to reboot it.Distribution Series 2 and Series 3 load panels have a network watchdog feature that routinely pings the router’s I.P. address. If the router stops answering, the ICT panel will perform an automatic power cycle on that device, often saving an unnecessary trip to the site.
It would be beneficial to receive email alarms and alerts to warn of low battery voltage, load current changes, or troubles with any of my connected loads at the site.ICT intelligent load distribution panels allow you to set parameters for each of the 12 outputs, and will send you an alarm email if any of the thresholds are reached.
I would like to have site monitoring that emails me if a door, smoke, or water alarm gets tripped, but solutions can be quite expensive.ICT Distribution Series 2 and Series 3 load panels provide five digital inputs that allow for sensors to be connected to it, allowing remote monitoring and email alerts to be sent. You can even assign unique names to each of the alarm inputs.
I would like to have a system that would automatically load shed non-critical loads if AC power goes out, in order to prolong the backup battery life.ICT Distribution Series 2 and Series 3 load panels allow you to set any output to automatically shut down at pre-determined voltage levels. You can leave your most critical loads powered on after non-essential loads have turned off.

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