Optex FLX-A-DAM Flipx Advanced Indoor Dual-tec

Product Description

The OPTEX FLX-A-DAM is an indoor wall-mount motion detector built on Dual-Tec technology, combining passive infrared (PIR) sensing with a secondary detection layer to reduce false alarms and improve trigger accuracy. Designed for security and access-control applications, this unit is part of the Flipx Advanced product line. It is intended for professional installation by licensed security technicians or electricians in commercial and residential indoor environments where reliable occupancy detection is required.

The FLX-A-DAM is suited for indoor wall-mount installations in spaces where motion detection accuracy is critical, such as entry corridors, offices, retail areas, and secured rooms. The Dual-Tec design requires both detection technologies to trigger simultaneously before signaling an alarm, making it well-suited for environments prone to environmental interference such as HVAC airflow, temperature fluctuations, or small animal movement.

Key Features

• Dual-Tec detection requires dual-sensor confirmation before triggering, reducing false alarms
• Passive infrared sensing detects changes in heat signature from moving occupants
• Indoor wall-mount form factor for straightforward installation on vertical surfaces
• Part of the Flipx Advanced series for professional-grade security installations
• Sold as individual unit (each)

Compatibility

Designed as an OEM-style replacement or new-installation PIR motion detector for indoor wall-mount security and access-control systems.

Installation Notes

Installation should be performed by a licensed security technician or electrician familiar with low-voltage wiring practices and applicable local codes. Power down the security panel or control loop before wiring the detector. Mount the unit on a vertical wall surface per the manufacturer mounting instructions to ensure the detection field covers the intended zone without obstruction. Avoid positioning the sensor directly facing HVAC vents, windows, or heat sources that could affect PIR performance.