Optex FLX-P-DT Indoor Dual Tech Pir Motion Detector

Product Description

The OPTEX FLX-P-DT is an indoor wall-mount passive infrared (PIR) motion detector designed for professional security and building automation installations. Part of the Flipx Professional line, this dual-technology sensor combines PIR detection with a secondary sensing method to reduce false alarms and improve detection reliability in demanding environments. It is sold as a single unit and is intended for installation by licensed alarm technicians, low-voltage contractors, and security integrators working on residential or light commercial projects.

The FLX-P-DT is suited for indoor applications where a wall-mount PIR sensor is required as part of a hardwired or wireless intrusion detection system. Its dual-technology design makes it appropriate for spaces that experience HVAC airflow, temperature fluctuations, or other environmental conditions that can trigger single-technology detectors. Typical installation scenarios include office spaces, retail environments, and residential security systems requiring a reliable motion-sensing zone.

Key Features

• Dual-technology detection reduces false alarm rates in challenging indoor environments
• Wall-mount design for straightforward positioning and coverage zone alignment
• Professional-grade Flipx series construction suited for commercial and residential installs
• Single-unit packaging for individual zone replacements or new installations

Compatibility

Designed as an OEM-style replacement or new-install PIR wall-mount detector for professional indoor intrusion detection systems.

Installation Notes

Installation should be performed by a licensed low-voltage or alarm systems contractor in accordance with local codes and NFPA 72 guidelines where applicable. De-energize the alarm panel or relevant zone circuit before wiring the detector. Mount the unit at the manufacturer-recommended height to achieve the intended coverage pattern, and avoid aiming the sensor directly at HVAC vents or heat sources that could affect detection performance.