Universal Remote MRF-350I Narrowband Rf Base Station

Product Description

The UNIVERSAL REMOTE MRF-350I is an addressable narrowband RF base station designed for use in professional control and automation systems. It provides reliable wireless communication between a central control system and remote RF devices, using narrowband radio frequency transmission to maintain stable, interference-resistant signal integrity. The MRF-350I is sold as a single unit and is typically installed by licensed low-voltage integration or building automation technicians working on residential or light commercial control system deployments.

The MRF-350I fits into addressable RF system architectures where individual devices must be uniquely identified and communicated with over a wireless network. It is suited for installations requiring clean RF signal management across multiple zones or endpoints, such as multi-room AV control, building automation, or HVAC equipment monitoring systems that rely on wireless command transmission.

Key Features

• Addressable design allows discrete identification of individual RF endpoints on the network
• Narrowband RF transmission reduces susceptibility to interference from adjacent wireless signals
• Base station architecture provides centralized RF communication hub for connected devices
• Sold as a single unit for straightforward system deployment

Compatibility

Designed as an OEM-style base station component for use within UNIVERSAL REMOTE addressable narrowband RF control system installations. Consult the product manual for specific device pairing and system configuration requirements.

Installation Notes

Installation should be performed by a qualified low-voltage technician familiar with RF control system architecture and applicable local codes. Power down the control system before wiring or mounting the base station. Follow the manufacturer product manual for channel addressing and device enrollment procedures. Avoid mounting near large metal surfaces or other high-frequency wireless equipment that may affect signal performance.