FLX-S-DT is part of the FlipX Standard series and is the latest dual-technology indoor sensor from Optex, which features an innovative new-to-market pyroelectric sensor with a people detection element to create human-sized detection areas with greater tolerance for pets. Equipped with a rotatable lens, FlipX sensors allow you to easily go from a wide to a narrow detection range, which means that a single product performs two functions. It is the perfect choice for daily intrusion detection in residential or small commercial sites and can cover various installation fields. The FLX-S-DT model features dual technology (PIR and microwave detection) to improve performance in challenging indoor environments.
FlipX Standard, which features the latest technology and a custom-made pyroelectric sensor, guarantees high performance and high precision. What makes the sensor unique is its ability to adapt to the human shape and differentiate humans more clearly, which prevents false alarms caused by pets.
FlipX Standard features our innovative solution to save time and money: the rotatable lens. The sensor comes with the factory setting configured for wide detection, but just by removing the casing and rotating the lens 180 degrees, A completely new narrow detection area can be created to protect corridors, windows and more. Note: The microwave sensor is disabled when the device is used for narrow applications.
FLX-S-DT is a dual-technology sensor that uses both PIR and microwave detection. Only when both the PIR and the microwave are activated, the alarm will be activated. However, What really makes FlipX stand out is the use of our custom-made Tough MOD 2 technology,, unlike other microwave sensors, adapts its detection range to the IR sensor, offering higher capture performance while reducing false alarms.
The spherical lens specially designed by OPTEX, provides a precise focal length for each detection beam on the pyroelectric elements. This advanced lens design helps ensure consistent detection across the entire detection field and significantly reduces the chance of missed alarms.
