Autocall Addressable Multi-Sensors (Smoke and Heat), Triple Sensors (Smoke, Heat and CO), Isolator Bases, Sounder Bases, and Accessories

UL Listed Addressable Devices Multi Sensors Smoke and Heat Triple Sensors Smoke Heat and CO Bases and Accessories Technology addressable smoke sensor heat sensor and features Smoke sensors provide accurate photoelectric sensing Heat sensors provide electronic heat sensing with multiple alarm Multi sensors combine photoelectric sensing with heat sensing Triple sensors combine photoelectric heat and CO sensing Built in isolation features are contained in some sensors removing need for individual isolator devices Sounder bases provide multiple tone and volume selections and are as MX Loop powered Accessories include remote LED indicators address flags and labels Smoke sensors and accessories are listed to UL 268 heat sensors to base adapters 521 For use with Autocall 4100ES and 4010ES Series fire alarm control equipped with an MX Loop Module Analog sensor information is communicated to the host control unit analyzed using the MX Fastlogic algorithm The MX Fastlogic algorithm uses real fire data as a basis for the alarm and service features Each sensor comes with an integral dust cover for protection during and installation and you easily remove it when commissioning system Unique park position for commissioning and service The address flag attaches to the base to minimize errors during service You can conveniently program detector addressing using the 801AP Tool Bases with multiple mounting options simplify installation construction MX compatible 850 Series sensors provide and reliable construction which has undergone stringent testing Electrical contacts are molded into the plastic to movement Construction uses durable fire resistant FR110 modes MX Sensors communicate to the MX Loop Module MX Technology communications Each detector can operate in one two of several detection modes ensuring that it is easily optimized to risk Fastlogic sensor operation Fastlogic sensor operation is an algorithm that takes into account pattern of smoke build up over time and applies fuzzy logic to the level of risk This algorithm uses over 200 years of fire test from research at the University of Duisburg Germany to determine likelihood that there is a real fire and achieves faster detection of real and slower preferably no detection of false alarm sources Additional listings may be applicable contact your local product supplier for the latest status Fastlogic Sensor basics The MX Fastlogic algorithm is an expert because it uses real fire data as a basis for the alarm decision any given application we are obliged to employ the most suitable in terms of response to an actual fire while minimizing false This general requirement is clearly reflected in local and national governing fire detection system designs attempts at reducing the occurrence of false alarms involve the level of fire protection afforded either by raising the alarm of smoke detectors introducing delays or generally employing responsive detection MX Fastlogic sensors give us the opportunity offer an improved level of protection while simultaneously increasing to false alarm Fastlogic algorithm principle elements The MX Fastlogic monitors several elements of the detector output and uses raw data to execute a series of processes to evaluate the probable of fire including Background filtering Instantaneous smoke density Rate of change of smoke density Smoke density weighting Smoke density peak suppression Real fire experience comparison synonymous with false alarms are filtered while those indicative of fire are weighted These results are continually against data derived from real fires to produce a measure of risk Using this risk measurement the decision to alarm is made sensitivity and minimizing false alarms MX Fastlogic are designed to maintain sensitivity to fire while minimizing alarms You can select different smoke detector sensitivity settings many analog detection systems for example High Normal or sensitivity Lowering the sensitivity setting is a typical reaction unwanted alarms but it usually means that the detector requires greater density of smoke to initiate an alarm This is not the case detectors using MX Fastlogic operation which compares the real experience against recognized fire patterns Changing sensitivity Normal to Low for example would delay responses to less likely patterns while maintaining a normal response to more likely fire The net result is a reduced sensitivity to possible false alarms reducing sensitivity to clearly identifiable fires Fastlogic availability MX Fastlogic operation is available for MX sensors and photoelectric heat sensors You can use these in both life protection and property protection applications to reliable early detection of real fires addressing the 801AP Programming Tool to address MX technology sensors addressable devices This programming tool presents a simple driven user interface that can automatically increment addresses each write operation This simple to use soft addressing avoids misaddressing errors that often occur when using switches Rev 1 10 2020 Multi Sensors Smoke and Heat Triple Sensors Smoke Heat and CO Sounder Bases and Accessories details A4098 5251 Multi Sensors provide the features of the A4098 5252 sensor with the addition of the heat sensor from the so the A4098 5251 can satisfy detection applications with risks 1 Heat Sensor with Isolator A4098 5253 Heat Sensor with built in isolator returns analog readings to the fire alarm control unit for evaluation includes a high quality thermistor with very low thermal so the sensor can provide fast and accurate temperature readings heat detection determination detection settings are selectable at the fire alarm control panel 135 57.2 or 200 93 either with or without rate of rise Note When you use the Heat Sensor A4098 5253 for setting applications use only the 4 in Continuity Base UL 4B C 4 Triple Sensor A4098 5254 Triple Sensor with Isolator incorporates the same 850 optical and heat sensors combined with a CO sensor The Triple uses powerful algorithms for use in life safety applications and where environmental conditions present challenges to standard It is a multi sensor device which monitors smoke heat and CO simultaneously to accurately determine the presence of fire and LED Indicator details 2 Photoelectric Sensor with Isolator A4098 5252 Photoelectric Sensor with Isolator incorporates a optical chamber design with a signal to noise ratio that provides resilience to dust dirt and small insects for reduced service cost unique chamber cover actually draws slow moving smoke into the to provide more responsive detection 5 4 in Continuity Base A4098 5260 4 in Continuity Base provides the features of a Mounting Base and allows for internal short circuit isolation in sensors to protect them from electrical shorts on the signaling line SLC 3 Photoelectric with Heat Sensing and Isolator 6 Remote LED Indicator A2098 9808 Remote LED Indicator s red LED provides a remote that the sensor is in Alarm See Specifications for dimensions 2 Rev 1 10 2020 Multi Sensors Smoke and Heat Triple Sensors Smoke Heat and CO Sounder Bases and Accessories MX loop module information additional information about the MX Loop Module refer to data AC4100 0059 Base details Addressable Loop Powered LP Sounder Base Low MX Loop powered no separate power connection is required Maximum sound level output is 85 dBA 3 ft 1 m Maximum alarm current is 6.8 mA from the MX Loop Only use A4098 5209 for supplemental use and not in lieu of appliances 7 Sounder Base with supplied mounting flange can use sounder bases with the following sensors A4098 5253 Heat Sensor with Isolator see application note on page 2 A4098 5252 Photoelectric Sensor with Isolator A4098 5251 Photoelectric Heat Sensor with Isolator A4098 5254 Triple Sensor with Isolator output tones are available You can activate tones for each individual address as controlled from Nine tone selecti