DS-PDD12P-EG2-WB

Motion and Microwave Detection: The detector combines both motion and microwave detection technologies to effectively monitor areas within a 12-meter radius. It is designed to differentiate between human movement and other motions, ignoring animals while accurately recognizing humans from their first step.

Tamper Protection: Built-in tamper protection ensures that any unauthorized attempts to interfere with the detector are promptly addressed, maintaining the integrity of the security system.

Long Battery Life: The detector is powered by two in-built batteries, capable of powering the device for up to five years, minimizing maintenance and ensuring continuous operation.

3D Optics with Creep-Zone Protection: The inclusion of 3D optics provides full coverage without dead angles, ensuring no movement goes undetected. The creep-zone protection further enhances security by covering areas directly below the detector.

24G Microwave Technology: This advanced microwave technology prevents wall penetration, enhancing the accuracy and effectiveness of motion detection.

Digital Temperature Compensation: This feature ensures consistent performance across varying temperature conditions, maintaining reliability in all environments.

Remote Configuration via App: The detector can be fully configured remotely through a dedicated app, allowing for convenient adjustments and monitoring without the need for physical interaction.

Multiple Enrollment Methods: The device supports various enrollment methods, making it easy to integrate into existing security systems.

Easy Installation Design: Designed with ease of installation in mind, the detector can be quickly and securely mounted, ensuring a hassle-free setup process.

Easy Battery Replacement: The device features easy replaceable batteries, protected by a PCB, ensuring that maintenance is straightforward and safe.

Frequency Hopping Technology: To ensure reliable transmission, the detector employs frequency hopping technology, which helps prevent jamming and signal interference.