Product Details
FlipX Indoor PIR Series: With Unique 180˚ Rotatable Lens for Customized Detection
The FlipX Series is our new generation of indoor PIR detectors equipped with innovative pyroelectric element and rotatable lens, a feature unique to OPTEX. By simply removing the case and flipping the lens 180˚, the detection pattern can be customized from 85˚ wide for covering large open spaces, to just 5˚ for covering long narrow passages or windows. The FlipX Series is ideal for indoor applications ranging from residential to high-end commercial sites.
Dual-tech wired PIR and Microwave professional model
Compliant to EN-Grade II
Product Features
Unique 180˚ Rotatable Lens for Customized Detection
By simply rotating the FlipX lens 180˚, the detection pattern of the sensor can be changed from wide to narrow to fit a variety of indoor application needs ranging from residential to high-end commercial. This feature enables the FlipX Series to effortlessly meet multiple application needs and minimizes installation time.
For commercial applications, the FlipX Series offers a wide range of functions such as IR anti-masking, and optional settings like switchable range, to protect sites such as offices, shops, or restaurants, from intrusion attempts after operational hours. The FlipX can also be installed to protect specific entry points or high-value assets according to your specific application needs.
Human-Catch Element
The new element size has been designed to create proper detection areas & optimize detection sensitivity.
PEU Socket
Optional PEU (Plug-In End of Line Unit) available.
Prominent LED Light
LED color is bright green for easy viewing from a distance.
Applications
Ideal for commercial and professional settings.
Applications
- Buildings
- Approach
- House
Key Features
- Dual-tech PIR & Microwave model for commercial & professional applications
- Unique 180° rotatable lens for easy configuration of wide or narrow detection
- PEU (Plug-In End of Line Unit) available
- Prominent LED light for easy viewing from a distance