Fike Sita ASD Detector with Sounder 205-0001
Fike Sita ASD Detector with Sounder 205-0001The Multipoint ASD detectors have set new standards in detector technology. The Addressable ASD detector is used on the Duonet and Quadnet systems. Using microprocessor control these devices offer the installer a full range of detection capabilities with audible and visual warning in one compact device for full DDA compliance. The detectors can be matched to the environment in which they are installed and changed any time during the lifetime of the installation. The mode of detection required can be changed simply by configuring the DIL switch in the detector electronics module configurable via commissioning software on addressable systems. All modes are compliant with European detector type specifications.The Addressable ASD detector offers multiple choices for detection set to a single mode or a combination for a choice of up to 15 different settings. Programmable via a PC or at the panel Quadnet and Duonet only and also has an in-built loop isolator as well as IO for local control and switching.The Multipoint ASD detectors have the unique benefit of an optional full specification integral sounder where 90dBA output can be achieved. The Addressable ASD detector has 7 different sound patterns and 3 volume settings. All Multipoint ASD detectors have the option of an integral combined strobe.Key FeaturesFast short circuit isolator in every device15 combinations of smoke heat detection modesMulti stage alarms - pre alarm feature7 sound patterns - plus off 3 different volume settings - if using SitaMultipoint with integral sounderAuxiliary digital inputs and outputs are available at any AddressableMultipoint deviceAutomatic continuous self-calibrationAddressable Multipoint detector is monitored for all failures of sensor chamber - warning is indicated when a smoke detector head requires servicingMaintenance is made easy with the unique disposable optical chamber designed as a cost effective solution to cleaning and re-calibration