Apollo protects the Adventure Centre, Ratho, home of Scotland's National Rock Climbing Centre

Apollo protects the Adventure Centre, Ratho, home of Scotland's National Rock Climbing Centre

An Apollo-based intelligent fire detection system has been installed at the Adventure Centre, Ratho, home of Scotland's National Rock Climbing Centre and the country's National Judo Academy. The fire detection system was supplied and installed by Emkay Fire Detection Ltd.

The Adventure Centre lies nine miles west of Edinburgh city centre and has been developed to provide people from Scotland and the UK of all ages and physical abilities with a centre for adventure sports development and practice. It offers indoor and outdoor activities, from a beginner's course in mountain biking to professional mountaineering qualifications.

Built on the site of a disused quarry, the Centre's huge transparent stretch fabric roof has created the largest indoor climbing arena in the world. It is also the only venue on the planet to offer indoor climbs on natural rock. An adjacent, integrated building houses the Judo Academy and a Scuba Diving School as well as restaurants, bars, a film auditorium, conference and concert facilities, a fitness studio and spa. The Centre also offers accommodation for up to 90 people. The fire detection system needed to provide adequate protection across all these diverse areas for the Centre's 70 staff and thousands of visitors.

Emkay Fire Detection equipped the Centre with a networked fire detection system that incorporates around 500 Apollo XP95 intelligent fire detectors. The system is based around two Advanced control panels and also has a graphic repeater panel. The Gore-tex® Climbing Arena, which incorporates a 100ft high climbing wall and the SkyRide aerial assault course, presented a challenge because it was too high for regular smoke detectors to be effective. Emkay therefore installed Apollo XP95 beam detectors in this area. Beam detectors use a transmitter to send infrared light beams across large open spaces and a receiver to measure the light levels. Smoke particles obscure the infrared beam, reducing the amount of light being received and triggering an alarm.

The fire detection system is designed to offer phased evacuation should the Centre require it in future, but at present an alarm triggers immediate evacuation of all the indoor facilities. The fire detection system incorporates a large number of input/output units that enable actions such as the shutdown of equipment, isolation of gas supplies and closing of fire curtains to be dependent upon an alarm. The security system is also linked to the fire detection system. A fire situation triggers the security system to automatically release the key-card locks throughout the accommodation block to aid swift evacuation of the sleeping quarters. The fire brigade is also contacted automatically in the event of an alarm.

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