Helios Power Solutions DISICT240DB-8IRC dual bus DC distribution panel with remote power control

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The Helios Power Solutions DISICT240DB-8IRC dual bus DC distribution panel with remote power control is designed to be used in 12, 24 or 48 VDC applications. All connections and functions are located on the front of the panel for when rear access is not available.

Each bus features 4 output positions and supports hydraulic/magnetic breakers with up to 25 A continuous output each. The ability to remotely monitor and manage each output via Ethernet makes the DISICT240DB-8IRC suitable for high current loads such as LTE radios and RF amplifiers. The 1RU design saves valuable rack space and fits all standard 19″ racks.

An integrated security-protected Ethernet communications port allows the DISICT240DB-8IRC to be monitored from a remote site using an industry-standard web browser. HTTPS and SNMP V1/V2c protocols are supported. System current, system voltage, individual output currents and fuse status can be monitored, and alarms can be sent to multiple email accounts.

DC outputs can be turned on and off remotely, allowing connected loads to be power-cycled individually or together 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.

Four digital contact and one analog temperature input are provided to allow site monitoring sensors such as door, water and smoke alarms to be connected and email alerts to be sent. Each alarm can be given a unique name.

Product highlights include dual independent DC load buses; 240 A peak system current; 120 A peak bus current; 25 A continuous load per output; 12, 24, or 48 VDC supported; mixed voltages and polarities can be run simultaneously; each bus features four breaker-protected outputs; front access to all connections and functions; 1RU 19″ rackmount; independent form C alarm contacts for each bus; Ethernet-enabled, supports HTTPS and SNMP protocols; five site monitoring input contacts; remote monitoring of load currents; remote power control of individual outputs for power-cycling and rebooting loads; network watchdog (auto-ping); automatic load shedding; and up to 30 days of data-logging.