Home » Autocall Addressable Duct Sensor Housing A4098-5214 for the A4098-5252 Photoelectric Sensor
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UL, ULC Listed* Technology Addressable Devices Duct Sensor Housing 4098-5214 for the A4098-5252 Photoelectric Sensor information reference to the NFPA 90A standard for the Installation of Air Conditioning Ventilating Systems; NFPA 72, the National Fire Alarm and Signaling the NEMA Guide for Proper Use of Smoke Detectors in Duct and Installation Instructions 579-962. addressing the 850EMT programming tool to address MX technology sensors addressable devices. Its simple menu driven user interface can increment addresses after each write operation. This to use soft addressing technique avoids misaddressing errors often occur when coded switches are used. 850EMT address programmer can also change addresses stored a sensor or other addressable device’s non-volatile memory, which addressing errors easy to rectify. details A4098-5252 Photoelectric Sensor incorporates a unique optical design with a high signal-to-noise ratio that provides resilience dust, dirt, small insects, and reduced service cost. The sensor communicates analog sensor information to the host panel and is analyzed using the MX Fastlogic algorithm. The MX Fastlogic algorithm is considered an expert algorithm that uses fire data as a basis for the alarm decision. Compact air duct sensor housing Includes an internally mounted base for use with a A4098-5252 Sensor. Order the sensor separately. Compatible with Autocall 4100ES or 4010ES fire alarm control panels, with an MX Technology Addressable Loop Module. Clear cover for visual inspection, to monitor for the presence of smoke. Sampling tubes, ordered separately, are available in multiple lengths to duct size. analysis. UL listed to Standard 268A. Communicates analog sensor information to the host control panel for module options, order separately: alarm LED (A2098-9808) The capacity for smoke detection in air ducts does not replace detection requirements for open areas or other non-duct 4098-5214 duct smoke sensor housing enables a A4098-5252 Technology smoke sensor to monitor for smoke conditions in conditioning or ventilating ducts. A sampling tube, selected in with duct width, is installed into the duct, allowing air to be to the smoke sensor mounted in the housing and is discharged into the duct by using the exhaust tube. description sensor construction. MX A4098-5252 850 series photoelectric sensor provides a robust reliable construction which has undergone stringent environmental Electrical contacts are molded into the plastic to eliminate The construction uses durable, fire resistant FR110 plastic. Sensors communicate to the MX Loop Module using MX Technology 2: A4098-5252 Photoelectric Sensor Fastlogic sensor operation Fastlogic sensor operation is an algorithm that takes into account the of smoke buildup over time and applies fuzzy logic to calculate level of risk. This algorithm uses over 200 years of fire test data research at the University of Duisburg, Germany to determine likelihood that there is a real fire, and is designed to achieve faster of real fires and slower, preferably no detection, of false alarm Fastlogic sensor basics MX Fastlogic algorithm can be described as an expert algorithm that real fire data as a basis for the alarm decision. For any application, most suitable detection, for response to an actual fire, is used to false alarms. This general requirement is clearly reflected in and national standards governing fire detection system designs. 1: Duct sensor housing, front shown with A4098-5252 sensor AC4098-0046 Rev. 5 12/2021 Duct Sensor Housing 4098-5214 for the A4098-5252 Photoelectric Sensor attempts at reducing the occurrence of false alarms have degrading the level of fire protection afforded, either by raising alarm threshold of smoke detectors, introducing delays, or generally less responsive detection. MX Fastlogic sensors offer an level of protection while simultaneously increasing immunity to alarm. Fastlogic algorithm – principle elements elements of the detector output
UL, ULC Listed* Technology Addressable Devices Duct Sensor Housing 4098-5214 for the A4098-5252 Photoelectric Sensor information reference to the NFPA 90A standard for the Installation of Air Conditioning Ventilating Systems; NFPA 72, the National Fire Alarm and Signaling the NEMA Guide for Proper Use of Smoke Detectors in Duct and Installation Instructions 579-962. addressing the 850EMT programming tool to address MX technology sensors addressable devices. Its simple menu driven user interface can increment addresses after each write operation. This to use soft addressing technique avoids misaddressing errors often occur when coded switches are used. 850EMT address programmer can also change addresses stored a sensor or other addressable device’s non-volatile memory, which addressing errors easy to rectify. details A4098-5252 Photoelectric Sensor incorporates a unique optical design with a high signal-to-noise ratio that provides resilience dust, dirt, small insects, and reduced service cost. The sensor communicates analog sensor information to the host panel and is analyzed using the MX Fastlogic algorithm. The MX Fastlogic algorithm is considered an expert algorithm that uses fire data as a basis for the alarm decision. Compact air duct sensor housing Includes an internally mounted base for use with a A4098-5252 Sensor. Order the sensor separately. Compatible with Autocall 4100ES or 4010ES fire alarm control panels, with an MX Technology Addressable Loop Module. Clear cover for visual inspection, to monitor for the presence of smoke. Sampling tubes, ordered separately, are available in multiple lengths to duct size. analysis. UL listed to Standard 268A. Communicates analog sensor information to the host control panel for module options, order separately: alarm LED (A2098-9808) The capacity for smoke detection in air ducts does not replace detection requirements for open areas or other non-duct 4098-5214 duct smoke sensor housing enables a A4098-5252 Technology smoke sensor to monitor for smoke conditions in conditioning or ventilating ducts. A sampling tube, selected in with duct width, is installed into the duct, allowing air to be to the smoke sensor mounted in the housing and is discharged into the duct by using the exhaust tube. description sensor construction. MX A4098-5252 850 series photoelectric sensor provides a robust reliable construction which has undergone stringent environmental Electrical contacts are molded into the plastic to eliminate The construction uses durable, fire resistant FR110 plastic. Sensors communicate to the MX Loop Module using MX Technology 2: A4098-5252 Photoelectric Sensor Fastlogic sensor operation Fastlogic sensor operation is an algorithm that takes into account the of smoke buildup over time and applies fuzzy logic to calculate level of risk. This algorithm uses over 200 years of fire test data research at the University of Duisburg, Germany to determine likelihood that there is a real fire, and is designed to achieve faster of real fires and slower, preferably no detection, of false alarm Fastlogic sensor basics MX Fastlogic algorithm can be described as an expert algorithm that real fire data as a basis for the alarm decision. For any application, most suitable detection, for response to an actual fire, is used to false alarms. This general requirement is clearly reflected in and national standards governing fire detection system designs. 1: Duct sensor housing, front shown with A4098-5252 sensor AC4098-0046 Rev. 5 12/2021 Duct Sensor Housing 4098-5214 for the A4098-5252 Photoelectric Sensor attempts at reducing the occurrence of false alarms have degrading the level of fire protection afforded, either by raising alarm threshold of smoke detectors, introducing delays, or generally less responsive detection. MX Fastlogic sensors offer an level of protection while simultaneously increasing immunity to alarm. Fastlogic algorithm – principle elements elements of the detector output