Dsc BV-300P Pet Immune Pir Motion Detector

Product Description

The DSC BV-300P is a pet-immune passive infrared (PIR) motion detector designed for indoor wall-mount installation in security alarm systems. It uses infrared sensing technology to detect human movement while reducing false triggers caused by small animals. The pet-immune design makes it practical for residential and light commercial installations where pets are present. Security technicians install this detector as part of a hardwired or compatible alarm panel zone. The wall-mount form factor allows placement at standard coverage height for reliable zone detection.

The BV-300P is suited for indoor installations in residential homes and light commercial spaces. It mounts to interior walls and is wired into a compatible alarm control panel. Typical applications include perimeter zone coverage in living areas, hallways, and open floor plans where motion detection is needed alongside pet traffic. This detector is intended for professional installation by licensed alarm and low-voltage security technicians.

Key Features

• Pet-immune PIR sensing reduces false alarms caused by small animals
• Passive infrared technology detects human body heat signatures in motion
• Indoor wall-mount design for standard residential and light commercial use
• Single-unit packaging suitable for zone-by-zone installation

Compatibility

Designed as an OEM-style replacement or new-installation PIR detector for indoor wall-mount security alarm system applications. Refer to the alarm panel documentation to confirm zone wiring compatibility before installation.

Installation Notes

Installation should be performed by a licensed low-voltage or alarm systems technician in accordance with applicable local codes and NFPA 72 guidelines. Disconnect power from the alarm control panel before wiring the detector to any zone input. Mount the unit at the manufacturer-recommended height for optimal coverage angle and pet-immune performance. Avoid placement near heat vents, direct sunlight, or other infrared sources that may affect detection reliability.