FIRE DETECTION SYSTEMS | ANALOGUE ADDRESSABLE DEVICES | 63 t: 0845 884 7000 | f: 0845 884 6000 | w: www.channelsafety.co.uk | @channelsafety | EDITION 7 Soteria Purelight Technology The Soteria® collection uses new optical sensing technology, Purelight®, to detect smoke particles entering its chambers. This unique system marks a new stage in the development of Apollo optical technology and increases the reliability of fire detection while resulting in fewer false alarms. PRODUCT CODE DESCRIPTION Soteria Mid Level Detectors with Isolator F/SA5100-600APO Soteria Opitcal Smoke Detector with Isolator F/SA5100-400APO Soteria Heat Detector with Isolator F/SA5100-700APO Soteria Optical/Heat Multisensor Detector with Isolator Soteria Mid Level Detectors without Isolator F/SA5000-600APO Soteria Optical Smoke Detector without Isolator F/SA5000-400APO Soteria Heat Detector without Isolator F/SA5000-700APO Soteria Optical/Heat Multisensor Detector without Isolator F/SA5000-200APO Xpert8 Intelligent Mounting Base Coreprotocol® At Apollo we know that effective fire detection isn’t just about the detectors, which is why we’ve developed our enhanced protocol, Coreprotocol®, the next generation in fire loop communication. Building on our established XP95 and discovery technology, Coreprotocol® supports more devices through increased power on the loop and soft addressing. It also boasts enhanced status reporting, reduced intallation costs and improved system versatility. Coreprotocol® offers forward and backward compatibility and the ability to manage a significantly increased number of devices and, when used in conjunction with Soteria®, offers improved features. Cone Technology The smoke chamber of the detector is a unique cone shape which serves to reduce any stray reflection. This ultra-dark internal light chamber also contains a high-intensity infra-red LED that is highly sensitive to smoke particles. When smoke enters the chamber, infra-red light is scattered and registered by the photodiode and amplifer that are included in an application-specific integrated circuit. This circuit ensures long term reliability, even in extreme conditions.