Siemens FP-11 Intelligent Fire Detector, Data Sheet

Sheet Safety Products Detection Devices FirePrintTM Detector use with FireFinder XLS and MXL Panels FP 11 AND ENGINEER SPECIFICATIONS Multi criteria fire detection Sophisticated intelligence Remote sensitivity measurement capability Easily programmed to match specific hazard profiles the fire alarm control panel FACP FirePrint technology to distinguish between phenomena and an actual fire Pre Alarm reporting based upon fire profile selected Field cleanable chamber with replaceable chamber parts System logic activation based upon any of three 3 inputs the detector smoke heat or neural network Supports software based automatic environmental compensation EnviroLINK Compatible with field programmer tester Model DPU FPI 32 Upgrade Kit Backward compatible with older MXL systems Optional fully programmable relay base audible base Rev 2 and above duct housing Multi color detector status diode LED Two wire operation UL and ULC Listed CSFM NYCFD Approved upgrade kit Models DPU or FPI 32 eliminates need for cumbersome unreliable mechanical methods as well as reduces installation service costs by electronically programming and the detector prior to installation FP 11 is a plug in two wire and multi sensor with photoelectric and thermal inputs that is with the FireFinder XLS and MXL family FACPs Each detector consists of a dust resistant photo chamber a solid state non thermal sensor and microprocessor based with a low profile plastic cover and base FP 11 utilizes state of the art ASIC and surface technology for maximum reliability Model FP 11 fire detector is shipped with a dust cover Model FP 11 fire detector an infrared light emitting diode IRLED and photodiode FirePrint Detector 6175 Overview Intelligent Fire Detector Model FP 11 is a evolved detection system that provides a sophisticated level of fire protection along superior immunity to nuisance alarms FP 11 utilizes highly developed detection that allows the detector to distinguish deceptive phenomena i e smoke from actual fire hazards while detection for the area of its intended Model FP 11 uses state of the art circuitry with error check detector and supervision programs FP 11 is compatible with the Siemens Safety Model FPI 32 upgrade kit or Siemens tester Model DPU FPI 32 is a compact portable and menu driven for efficiently programming and testing electronically Industry Inc Technologies Division continued normal conditions light transmitted by the LED directed away from the photodiode and scattered the smoke chamber in a controlled pattern smoke chamber is designed to manage light and extraneous reflections from dust or other non smoke airborne contaminants in a way as to maintain stable consistent detector When smoke enters the detector chamber emitted from the IRLED is scattered by the smoke and is received by the photodiode FP 11 also utilizes a modern accurate and thermistor to sense temperature The FirePrint technology the detector to gather smoke and thermal analyzing this data in the detector By comparing data received with the characteristics of fires or fire fingerprints FP 11 can compare these prints to those deceptive phenomena that cause other detectors go into Alarm mode advanced FirePrint technology allows Model to accurately determine a true fire hazard from deceptive phenomena without the to use alarm delaying verification and techniques thus decreasing the of losses in infrastructure from an actual fire FP 11 provides the highest level of detector available today with a detector control link that allows the user to program the for the specific hazard profile are optimized by selecting one 1 of following applications Office Retail Lobby Computer room Dormitory Healthcare facility Parking garage Utility transformer room Hostile environment Precious storage Air duct Warehouse light manufacturing programmed the software does the rest guessing on detector sensitivities or alarm the FACP programs Model FP 11 for the area without any confirmation delays optimized for the hazards in the protected area FP 11 provides the utmost means in detection the operator or installer forget program the detector Model FP 11 will revert a default setting that in turn allows operation a standard photoelectric or photothermal detector Industry Inc Technologies Division FirePrint technology for Model FP 11 monitors from the photo chamber and the thermal evaluating this information with sophisticated formulas or algorithms and compares transfer to this input to the characteristics of threatening fires and deceptive phenomena that deceive any ordinary detector technology was developed over years of research reviewing the results of over 20 years of fire test in one of the world most advanced fire research The results of this research are the models that form the algorithms used FirePrint No other fire detector has this level of or this amount of research and supporting its design software of the microprocessor can identify and false input caused by radio frequency RFI electromagnetic EMI interference and validates Trouble conditions before annunciating or to the control panel The microprocessor Model FP 11 uses an integral electronically programmable read only memory EEPROM store the detector address and other critical parameters which include the assigned values for Alarm and Trouble within the detector between Model and the FACP or with the field programmer Model DPU FPI 32 are supervised and against disruption by reliable error checking routines the microprocessor supervises all memory locations and provides a high of EEPROM failure fault tolerance FP 11 determines its operating status Normal or Trouble modes based upon the difference the alarm threshold values stored in the memory and the detector latest analog The detector then communicates in its status to the FACP addition the FACP will sample the value of the signal for Model FP 11 over a period of time in to determine if those values indicate excessive in the photo chamber In the event of buildup the FACP will accurately indicate detector shall require maintenance FP 11 is listed as a self testing device The LED Model FP 11 flashes green every four 4 seconds communication with the FACP and that it passed its self test Should the detector sense a or failure within its systems the LED will flash and the detector will transmit that data to the A quick visual inspection is sufficient to the condition of the detector at any time continued more detailed information is required a printed can be provided from the FACP indicating the and settings assigned to each detector Model FP 11activates into Alarm mode the will flash amber and will transmit that data the FACP When the FACP confirms the condition the detector the FACP will instruct Model FP 11 to red and continue to flash red until the is reset manually at the FACP At that same any user defined system alarm functions into the system are activated Each FP 11 detector can operate one 1 remote indicator one 1 auxiliary relay or one 1 base sensitivity calibration and identification