NRG Controller with EtherNet/IPTM Communication, Use with NRG Solid State Relays (RGC1x60CMxxGEN) and NRG Internal BUS Cables (RCRGN-xxx-2)
SKU:
NRGC-EIP
Minimum Purchase:
1 unit
If you do not see the green 'in stock' circle on this item, Carlo Gavazzi is quoting 12 to 14 weeks for new orders (items may arrive sooner from our existing stock orders). We are happy to offer similar items with shorter lead times or from stock!
Carlo Gavazzi has launched the NRG Series of EtherNet/IP, PROFINET, and Modbus Communication Controllers with real-time monitoring of solid state relays!
The NRG Series is designed for real-time communication with a controller, allowing machine builders to make informed decisions, solve urgent problems on short notice and aid in the design of autonomous machines.
By interfacing with machine controllers and PLCs across EtherNet/IP, PROFINET and Modbus networks, the NRGC-EIP, NRGC-PN and NRGC Controllers, seamlessly exchange data to achieve industrial digitalization.
The NRG Series provides an all-in-one solution for fast switching, accurate monitoring, and high-speed communication, all of which are critical to predicting equipment failures, reducing unplanned stoppages, and optimizing overall performance.
Features of the NRGC-EIP, NRGC-PN and NRGC Controllers include:
EtherNet/IP™ (ODVA compatible), PROFINET (PI certified) or Modbus RTU over RS485
Read-outs: current, voltage, power, energy consumption (kWh), and SSR running hours
Malfunction detection: mains loss, load loss, SSR short circuit, SSR over-temperature, voltage/current/frequency out of range
Up to 32 RG..CM..N SSRs in one NRGC-EIP, NRGC-PN or NRGC bus chain
Up to 48 RG..D..N SSRs in one NRGC bus chain
RG...D...N solid state relays are single phase, AC zero cross SSRs, 4-32VDC control, up to 660VAC, 90AAC switching.
RG...CM...N solid state relays are single phase, AC zero cross SSRs, default control through communication interface or DC control, up to 660VAC, 90AAC switching. Also has selectable switching modes - ON/OFF or power control (burst, distributed or advanced full cycle).
