Dörr-/fönstersensor Olympia 5964

The Olympia 5964 Door/Window Sensor is an infrared light barrier designed for indoor use with Olympia Protect 6xxx/9xxx series security systems. It consists of sender and receiver units that detect interruptions of an infrared beam to act as a doorbell for entry control or as an alarm sensor. The device includes an integrated 868 MHz module for wireless operation with the Protect series and offers selectable detection ranges and alarm/doorbell modes.

Advantages

The sensor supports selectable detection distances (up to 4 m or up to 20 m) and can operate as either a doorbell or an alarm siren. It features an infrared sensor technology for reliable beam detection, adjustable volume including a siren up to 100 dB, wall-mountable units with recommended installation height of approximately 1–1.5 m, and a small footprint (122 x 80 x 40 mm per unit). The units are powered with mains power plus battery backup (batteries not included) and communicate wirelessly via the built-in 868 MHz module for compatibility with Olympia Protect 6xxx/9xxx systems.

Suitable for

Key specifications

How to use

Install the sender and receiver units facing each other on each side of the monitored opening at a recommended height of about 1–1.5 m. Connect the units to power and insert backup batteries if desired (batteries not included). Enroll the device in the Olympia Protect 6xxx/9xxx control panel using the 868 MHz wireless pairing procedure described in the system manual. Configure the detection range (up to 4 m or up to 20 m) and select the operating mode (doorbell or alarm siren) and the preferred volume level. Test the beam interruption and system response after installation to ensure reliable operation.

Recommendations

Place the light barrier where the infrared beam will not be obstructed by objects or direct sunlight; keep alignment stable and perform regular tests. Use battery backup for continued operation during power outages and choose the shorter detection range for narrow entries to reduce false triggers.