CIRRUS PRO 200

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The new range of Cirrus Pro Series Aspirating Fire Detectors provide a solution for almost any aspirating system project, from a simple single pipe detector with minimum ‘Fire’ and ‘Fault’ LED indications to a multiple pipe scanning detector with multifunction quarter VGA backlit LCD display. Programming for each detector is via a laptop computer or from an onboard or remotely mounted LCD display.
 

• ‘Cloud Chamber’ aspirating fire detector

• For use with up to a total of 200mtrs of 25mm diameter sampling pipe.

• Four sampling pipe ‘inlet’ ports, single sampling pipe ‘exhaust’ port.

• LED status indication of Common Fault, Power, Pre-alarm, Fire 1, Fire 2, Fire 3 alarm conditions

• Internal buzzer ‘Silence’ button, detector alarm ‘Reset’ Button.

• May be networked with other Cirrus Pro Series aspirating detectors

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PROPOINT PLUS

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ProPointPlus provides up to four separate detectors within a common aspirator enclosure and therefore provides four individually identifiable areas of detection per aspirator.
Each of the four plug-ins ‘Scatter Chamber Detectors’ (SCD)’s detector modules can be either ‘optical’ only or combined ‘optical/enhanced CO’ detectors for small single room applications. Independent and integrated alarm decision making through the use of complex algorithms extend the range of particle detection, confirm
genuine alarms and reduce unwanted alarms.

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CIRRUS HYBRID

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Cirrus HYBRID is the only aspirating detector available to identify the optically invisible fire particulate by utilizing the unique ‘Cloud Chamber Detection’ (CCD) technology.
Depending on the materials burning, particularly in the many modern applications for aspirating detection systems, some fires burn with only a small amount of visible smoke, whereas others burn with greater volumes of visible smoke. Cirrus HYBRID detects these wide-ranging ‘smokier’ fire types too. Early Warning Smoke Detection (EWSD) is provided using high performance optical ‘Scatter Chamber Detectors’ (SCD) that identify
both small and larger smoke particles entering the detector.

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