Optex HX-80NRAMI Wireless Outdoor Pir Detector

Product Description

The OPTEX HX-80NRAMI is a wireless outdoor passive infrared (PIR) motion detector designed for perimeter security and access control applications. It detects movement by sensing changes in infrared energy across its coverage zone, triggering an alert to a paired receiver or control panel. The unit is built for outdoor installation, making it suitable for exposed mounting locations subject to weather and temperature variation. Licensed security technicians and alarm installers are the primary trade professionals who specify and install this device.

This detector is suited for residential and light commercial perimeter security installations where a wired PIR is not practical or where retrofitting an existing structure is required. The wireless design eliminates the need to run detection cabling to the mounting location, reducing installation labor in finished or hard-to-access spaces. It is typically mounted at entry points, driveways, pathways, or building perimeters to provide outdoor intrusion detection coverage.

Key Features

• Wireless operation eliminates detection cable runs to remote mounting locations
• Outdoor-rated construction for exposed perimeter and exterior mounting
• Passive infrared sensing technology for reliable motion detection
• Single-unit packaging for individual zone deployment

Compatibility

Designed as an OEM-style wireless outdoor PIR detector intended for use with compatible wireless security panels and receivers that support the OPTEX HX-80NRAMI protocol. Verify receiver compatibility with the specific control panel before installation.

Installation Notes

Installation should be performed by a licensed alarm or low-voltage security technician in accordance with applicable local codes and the manufacturer product manual. De-energize and disarm the associated control panel or receiver before pairing or mounting the device. Mount the detector at the manufacturer-recommended height and angle to achieve the intended coverage pattern, and avoid aiming the sensor directly at heat sources or areas of reflected sunlight that may cause false triggers.