The new range, which meets EN 54-17 and EN 54-18 standards, is the latest addition to the range of CoreProtocol® enabled devices following the launch of the new Apollo SOTERIA® detectors earlier this year. All devices are backwards compatible but, when used with CoreProtocol®, provide enhanced functionality and individual module configurability to enable advanced programmable features.
With two different mounting options - faceplate or DIN-Rail, installers of the new Interfaces will find them easy to wire for faster installation due to the new colour-coded terminal blocks which provide easier identification. All new Intelligent Interfaces now have isolators as standard, improved fault monitoring including earth fault detection and an extended temperature range of -40oC to +70oC. The Input/Output units also have failsafe functionality in compliance with BS7273-4.
When used in conjunction with a CoreProtocol® enabled panel, additional benefits include the capacity for over 250 addresses with auto-addressing and soft addressing options, longer loop capability, multi-modes of operation for improved functionality and multiple usage within a single module, and the ability for unused input channels to be disabled with no EOL.
Apollo Fire Detectors Ltd
Website
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T: +44 2392 492 412
36 Brookside Road
PO9 1JR
Havant, Hampshire
United Kingdom
SOTERIA® Dimension is a range of sleek, flat optical fire detectors for flush mounting, using chamberless fire detection technology. The new range consists of an Optical Detector designed for commercial environments with high aesthetic requirements and a Specialist Optical Detector, designed for custodial ...
The SOTERIA® collection offers the next generation in fire recognition technology and has been developed to improve detection, reduce false alarms and deliver improved reliability. Complementing SOTERIA® is Apollo’s enhanced protocol, CoreProtocol®, the next generation in fire loop communication givi...
The VAD has been developed as a primary or supplementary alarm device for use in situations where there is a risk that sounders will not be heard. This occurs, for example, where there is a high background noise e.g. in a workshop or a machine room. It might also be required where deaf or hearing impair...
The VAD has been developed as a primary or supplementary alarm device for use in situations where there is a risk that sounders will not be heard. This occurs, for example, where there is a high background noise e.g. in a workshop or a machine room. It might also be required where deaf or hearing impair...
The Intelligent Manual Call Point has been designed to operate on a loop of intelligent fire detection devices. An alarm is initiated by pressing the resettable element. The manual call point signals to the Control and Indicating Equipment using an interrupt feature within the Apollo Digital Protocol. An a...
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