Overview
The Johnson Controls LC-ZFR1822-0 Verasys ZFR Pro Wireless Field Bus Router is a wall-mounted device designed to provide a wireless interface within building automation systems. It functions as part of a Verasys Wireless Field Bus System, enabling wireless communication between field controllers, room sensors, and supervisory controllers via a ZigBee wireless mesh network. When configured with a separate power supply, it can also operate as a standalone repeater to extend the transmission range and strengthen the reliability of the network.
Features
- Wireless mesh network utilizing self-healing ZigBee technology to automatically form multiple transmission paths.
- Dual functionality as either a router connected directly to a field controller or a standalone repeater with a separate power supply.
- Flush wall-mount design optimized for open areas to improve communication distances.
- Plug-and-play transparency allowing supervisory controllers to discover, map, and integrate wireless devices without special setup procedures.
- Includes a 10-foot RJ-12 connecting cable for flexible placement away from the controller.
Specifications
- Power Input: 15 VDC nominal, provided via RJ-12 cable from field controller or repeater power supply.
- Wireless Band: 2.4 GHz ISM bands, Direct-Sequence Spread-Spectrum.
- Transmission Power: 10 mW maximum.
- Transmission Range: Up to 76.2 meters (250 feet) maximum line-of-sight; 15 meters (50 feet) recommended.
- Operating Ambient Conditions: 0°C to 50°C (32°F to 122°F); 5% to 95% RH, non-condensing.
- Dimensions: 61 mm x 100 mm x 20.5 mm (5-3/8 in. x 3-15/16 in. x 3/4 in.).
- Housing Material: White PC/ABS Cycoloy plastic.
- Compliance: UL 916 Energy Management, FCC Compliant to CFR47 Part 15, CE Mark, Industry Canada (IC) RSS-210.
Applications
- Commercial and industrial HVAC building automation systems utilizing the Verasys or Metasys platforms.
- Wirelessly enabling BACnet MS/TP field controllers and connecting WRZ Series wireless room sensors.
- Extending communication ranges and eliminating dead zones in wireless mesh networks for large or complex building layouts.
- Retrofit and new construction automation projects where running physical communication wiring is impractical.



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