Inovonics EN1266 Wireless Motion Detector

Product Description

The INOVONICS EN1266 is a wireless motion detector designed for professional security and life-safety system installations. It detects motion within a protected space and transmits alerts wirelessly to a compatible receiver or control panel, eliminating the need for hardwired sensor runs. This type of device is typically installed by licensed security technicians and low-voltage contractors working on commercial or residential intrusion detection systems. The EN1266 is suited for applications where running conduit or signal wire is impractical or cost-prohibitive.

The EN1266 is deployed in environments requiring reliable passive infrared or similar motion-sensing coverage, including interior rooms, corridors, and entry zones. It fits into wireless security system architectures where sensor placement flexibility is a priority. Installation is straightforward for technicians familiar with Inovonics wireless product ecosystems and compatible control infrastructure.

Key Features

• Wireless transmission eliminates the need for signal wire runs to each sensor location
• Designed for integration into professional security and life-safety system installations
• Compact form factor suitable for wall or corner mounting in residential and commercial spaces
• Sold individually as a single unit

Compatibility

Designed as an OEM-style wireless motion detector for use with compatible Inovonics receivers and control panels. Consult Inovonics system documentation to confirm receiver compatibility before installation.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems contractor. Power down or disarm the control panel before pairing or replacing wireless sensors to avoid false alarms or system faults. Follow local codes and the manufacturer's placement guidelines for optimal detection coverage and to avoid false triggers from heat sources or HVAC airflow. Do not mount in areas with direct sunlight exposure or near supply air diffusers without evaluating potential interference with detection performance.