Infrared Motion Detector Anti-Theft Alarm 105dB

Reliable Infrared Motion Detector for 24/7 Protection

Secure your property with this Infrared Motion Detector Anti-Theft Alarm, designed to detect movement and immediately trigger a loud 105 dB alert. Using passive infrared (PIR) technology, the sensor monitors a defined area for body heat and motion, providing an effective first line of defense for doors, corridors, storage areas, and entry points.

This compact unit is suitable for homes, offices, small businesses, and warehouses. Adjustable sensitivity settings allow you to fine-tune detection to your environment, helping to reduce false alarms from pets, HVAC airflow, or passing traffic. The alarm is powered by standard batteries (not included in most configurations), so it continues to operate even during power interruptions and can be positioned exactly where it is needed without complex wiring.

Why It's a Smart Choice

• Fast intrusion detection - Infrared sensor identifies movement within its coverage area and instantly activates a 105 dB alarm to draw attention.
• Flexible placement - Ideal for entrances, hallways, stock rooms, garages, and storage units, with a compact design that fits discreetly into most spaces.
• Simple, tool-free setup - Designed for straightforward installation and operation, with intuitive controls and adjustable sensitivity for different environments.

FAQ

Q: Where can I use this alarm?
A: It is suitable for homes, offices, shops, garages, and warehouse areas where you need motion-based intrusion alerts.

Q: How loud is the alarm?
A: The unit emits an alarm of approximately 105 dB, loud enough to alert occupants and help deter intruders.

Q: Is professional installation required?
A: No. The alarm is designed for do-it-yourself installation and can typically be set up in a few minutes by following the basic instructions.

Q: Can I adjust the sensitivity?
A: Yes. The sensor includes adjustable sensitivity settings to better match the size of the monitored area and reduce unwanted triggers.