Evacuator Synergy+ Smoke Detector

The Evacuator Synergy+ Wireless Linked Construction Site Smoke Detector provides automatic smoke detection for construction sites and temporary premises, helping identify potential fire hazards without the need for electrical wiring. Featuring an Apollo optical smoke head and completely wire-free design, this battery-powered detector offers a practical fire detection solution for construction projects where installing fixed fire alarm systems may be impractical.

Using 869MHz mesh radio technology, the detector communicates with other devices in the Synergy+ wireless fire alarm range, offering a wireless range of up to 2km (line of sight). Its Category One radio module supports wireless communication across the network, making it easy to incorporate into temporary construction site fire alarm installations.

The Apollo optical smoke head provides automatic smoke detection, while the supplied 9V battery pack delivers up to three years of battery life, helping minimise maintenance requirements throughout longer construction projects. Additional features include a status LED, low battery indication, anti-tamper antenna and secure reset function for straightforward monitoring and management.

When connected to the Synergy+ Base Station, the smoke detector becomes fully addressable, allowing connected devices to be managed through the base station's control, silence and reset functions. The base station also provides battery status monitoring for connected call points.

Designed for indoor use, the Evacuator Synergy+ Smoke Detector is supplied with an Apollo smoke head, battery pack and antenna. The device meets CE, UKCA, RoHS and EMC requirements, providing a convenient wireless smoke detection solution for construction sites and temporary installations.

Please note that this detector does not emit an audible alarm. It is designed to provide automatic smoke detection and wireless communication within a linked fire alarm system rather than functioning as a standalone audible warning device.