POW-R-COMMAND 4000 WIRELESS

The Pow-R-Command 4000 Wireless Small Building Controller and the Pow-R-Command Wireless I/O Module were designed to help lower the cost of labor and material when installing advanced controls that are needed in a robust lighting control system.

System Highlights

  • An excellent solution for retrofit, as well as new construction applications.
  • Adds efficient control, time scheduling and wireless synchronization of the Pow-R-Command Wireless I/O Modules to existing line of the Pow-R-Command Lighting Control Systems.
  • Uses a standard Web browser to configure, monitor and control the system.
  • Utilizes wireless technology to communicate to the I/O Modules using the IEEE 802.15.4 standard
  • Adds a number of analog and digital inputs and outputs for connectivity of occupancy sensors, photo sensors, switches, dimmable ballasts, and other devices.
  • Has internal memory to store the completely customizable programming of each device.

The PRC4000 is designed to act as the coordinator of the wireless lighting network. It has a multitude of advanced features that perform seamless control of every zone in your entire facility, as well as complex energy management tasks. All configuration and control can be done through a standard Web browser, a familiar environment, to help get you up and running quickly without the headache of learning a new software platform. In addition, the PRC4000 is networkable with the Pow-R-Command lighting control RS-485 network with the ability to expand its capabilities.

The PRC4000 also comes equipped with analog and digital inputs/outputs to accommodate an extended array of input devices, switching and dimming needs. Mainly, the PRC4000 wirelessly communicates to the PRC Wireless I/O Modules using the IEEE 802.15.4 standard. The PRC Wireless I/O Modules allow local connectivity of low voltage switches, photo sensors, occupancy sensors, any 0 – 10 V DC dimming ballasts, and other auxiliary devices. The I/O Module also adds discrete on/off load control through an onboard relay for loads up to 20 amperes. Running control wires from each device in the facility back to the electrical room is no longer required. The configuration and programming is stored in the internal memory of the PRC Wireless I/O Module. This allows for distributed intelligence, which adds reliability to an already robust lighting control network.

  
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