Ring Llc B07QFZ3TK5 Slim Magnetic Contact Sensor

Product Description

The RING LLC B07QFZ3TK5 is a slim magnetic contact sensor designed to monitor the open and closed status of doors and windows. The sensor uses a two-piece magnetic design: one piece mounts to the door or window frame, and the other mounts to the moving panel. When the two pieces separate, the sensor registers an open event. The slim profile allows installation on surfaces where a bulkier sensor would not fit. Installation is performed by security technicians or knowledgeable trade professionals integrating a wireless alarm or monitoring system.

This sensor is suited for residential and light commercial applications where door and window status monitoring is required. Its wireless design eliminates the need to run low-voltage signal wire through walls or door frames, simplifying installation in retrofit situations. Typical installations include entry doors, sliding glass doors, casement windows, and interior doors that require status monitoring within a compatible wireless security or building automation system.

Key Features

• Slim profile fits tight mounting surfaces where standard magnetic contacts do not
• Wireless operation eliminates low-voltage wiring runs for retrofit installs
• Two-piece magnetic design detects door and window open or closed status
• Sold as a single unit (each) for flexible quantity ordering

Compatibility

Designed as a wireless door and window contact sensor for use within compatible wireless security and monitoring systems. Refer to the manufacturer documentation to confirm system compatibility before installation.

Installation Notes

Installation is typically performed by a licensed security or low-voltage technician. Before mounting, confirm the target surface is clean, flat, and within the wireless range specified by the system controller. Align both magnetic pieces so they are parallel and within the gap tolerance required for reliable contact detection. Do not mount on surfaces with heavy metal framing that could interfere with the magnetic field or wireless signal.