Mircom Select Series PTIR Intelligent Smoke Detector Data Sheet

SELECT SERIES PTIR INTELLIGENT SMOKE DETECTOR Multi criteria detection UL 268 7th Edition and UL 521 Listed MIX 2351TIRAP CAN ULC S529 Rev 4 and CAN ULC S530 listed MIX New modern profile Analog communications Low standby current Rotary address switches Dual LEDs for 360 visibility Expanded color kit options Operating Specifications inches 51 mm in B300 6 B300A 6 base inches 156 mm in B300 6 B300A 6 base inches 104 mm in B501 WHITE IV base oz 95 g to 100 0 to 38 to 90 Relative Humidity to 300 ft min 0 to 91.4 m min Weight Range Velocity Specifications Range Current 24 VDC Current Alarm Load to 32 VDC uA one communication every 5 seconds green LED blink on communication mA 24 VDC one communication every seconds with amber LED solid on mA 24 VDC one communication every 5 with red LED solid on NUMBER MIX 2351TIRAP Advanced Multi Criteria Detector on a B300 6 base Select Series low profile smoke detectors are intelligent plug in detectors with point ID capability that enables detector address to be set with rotary address switches providing device locations sensitivity is continually monitored and reported to the fire control panel These intelligent sensors utilize a state of the art sensing circuit for fast response Advanced Protocol uses a high speed communication that greatly increases the speed of communication between intelligent devices modern design and expanded color options support contemporary demands In addition each detector is constructed for installation and maintenance efficiency Select Series MIX 2351TIRAP and MIX 2351TIRAPA are multi criteria detectors incorporating photoelectric thermal infrared PTIR detection principles Advanced algorithms the advantages of each sensor type creating a more robust strategy rejecting nuisance sources but still responding to real fires using multiple sensors and communication between the sensing nuisance alarms can be greatly reduced when compared single sensing methods Photoelectric sensors detect particulate in the air associated smoke The thermal sensors detect heat including its rate of rise with a 57 fixed temperature threshold The Infrared sensor discerns light patterns in the environment an additional data point for alarm determination it rejects certain nuisance alarm triggers the PTIR detector ideal for applications where moderate nuisance conditions exist example single sensing detectors might trigger a false alarm on cigarette smoke or a quick burst of steam PTIR detector meets both UL 268 7th edition and UL 521 MIX CAN ULC S529 Rev 4 and CAN ULC S530 MIX listing requirements and can indicate distinct smoke heat alarms This dual nature supports a local alarm setting for detection and a general evacuation setting based on detection This can minimize work interruptions in multi level TO BE USED FOR INSTALLATION PURPOSES INFORMATION IS FOR MARKETING PURPOSES ONLY AND INTENDED TO DESCRIBE THE PRODUCTS TECHNICALLY Photoelectric thermal and infrared smoke detector UL Photoelectric thermal and infrared smoke detector ULC Information PTIR Detectors Flangeless mounting base UL ULC Flangeless mounting base UL ULC Flanged mounting base UL Flanged mounting base UL Flanged mounting base ULC Flanged mounting base ULC Sounder Base UL Sounder Base UL Sounder Base ULC Sounder Base ULC Sounder Base UL Sounder Base UL Base UL Base UL Base ULC Base ULC Base UL Base UL Base ULC Base ULC Color Kit includes cover and trim ring Pack of 10 Color Kit includes cover and trim ring Pack of 10 Color Kit includes cover and trim ring Pack of 10 Ring Ring LED anunciator UL LED anunciator ULC Interchange Way Ontario L4K 5W3 905 660 4655 905 660 4113 Witmer Industrial Estates Falls NY 14305 Free 888 660 4655 Toll Free 888 660 4113 INFORMATION IS FOR MARKETING PURPOSES AND NOT TO DESCRIBE THE TECHNICALLY complete and accurate installation testing and certification refer to technical This document contains intellectual property of Mircom information is subject to change by Mircom without notice does not represent or warrant correctness or completeness relating 5897 0