9600 SHARON DR MSD TEACHING AND LEARNING CENTER 2025-11-04

• Multi-detector algorithm involves nearby detectors in alarm deci- FlashScan, Exclusive sion (U.S. Patent 5,627,515). World-Leading Detector Protocol • Automatic detector sensitivity testing(NFPA-72 compliant). Maintenance alert(two levels). At the heart of the NFS2-640 is a set of detection devices and device • protocol—FlashScan (U.S. Patent 5,539,389). FlashScan is an all- • Self-optimizing pre-alarm. digital protocol that gives superior precision and high noise immunity. FSV-951 SERIES V/EVIA (VERY INTELLIGENT EARLY WARNING) In addition to providing quick identification of an active input device, HIGH-SENSITIVITY SMOKE DETECTOR this protocol can also activate many output devices in a fraction of Advanced ONYX intelligent sensing algorithms differentiate the time required by competitive protocols. This high speed also • allows the NFS2-640 to have the largest device per loop capacity in between smoke and non-smoke signals. the industry — 318 points — yet every input and output device is • Addressable operation pinpoints the fire location. sampled in less than two seconds. The microprocessor-based • Ivory models(-IV)support CLIP mode as well as FlashScan. FlashScan detectors have bicolor LEDs that can be coded to provide • ULC listed models available;"A"models are ULC Listed. diagnostic information,such as device address during Walk Test. • -R is retrofit, backwards compatible for use with older panels. ONYX Intelligent Sensing FCO-9511--IV ADVANCED MULTI-CRITERIA FIRE/CO DETECTOR Intelligent sensing is a set of software algorithms that provides the • Detects all four major elements of a fire (smoke, heat, CO, and NFS2-640 with industry-leading smoke detection capability. These flame). complex algorithms require many calculations on each reading of • 135°F(57.2°C)fixed-temperature heat detector. each detector, and are made possible by the high-speed microcom- • Transmits an alarm signal due to heat. puter used by the NFS2-640. • Separate signal for life-safety CO detection. Drift Compensation and Smoothing: Drift compensation allows • Optional addressable sounder base for Temp-3 (fire) or Temp-4 the detector to retain its original ability to detect actual smoke, and (CO)tone. resist false alarms, even as dirt accumulates. It reduces mainte- nance requirements by allowing the system to automatically perform • Automatic drift compensation of smoke sensor and CO cell. the periodic sensitivity measurements required by NFPA 72. • High nuisance-alarm immunity. Smoothing filters are also provided by software to remove transient • ULC listed models available;-A models are ULC Listed. noise signals,such as those caused by electrical interference. FPTI-951(A)INTELLIGENT MULTI-CRITERIA DETECTOR Maintenance Warnings: When the drift compensation performed for a detector reaches a certain level,the performance of the detec- • Combined Photoelectric Thermal and Infrared Sensor for may be compromised,and special warnings are given.There are • UL 268 7th Edition and UL 521 Listed; Canadian models CAN/ three warning levels: (1) Low Chamber value; (2)Maintenance Alert, ULC S529 and CAN/ULC S530 indicative of dust accumulation that is near but below the allowed • Microprocessor-based technology; combination photo, thermal, limit; (3) Maintenance Urgent, indicative of dust accumulation above and infrared technology. the allowed limit. FPC-951(A)PHOTOELECTRIC/CO SENSOR Sensitivity Adjust: Nine sensitivity levels are provided for alarm detection.These levels can be set manually,or can change automat- • Combined photoelectric and carbon monoxide sensor ically between day and night. Nine levels of pre-alarm sensitivity can FSCO-95(A)INTELLIGENT CO SENSOR also be selected,based on predetermined levels of alarm. Pre-alarm operation can be latching or self-restoring, and can be used to acti- • Carbon monoxide sensor vate special control functions. FS-OSI-RI(A) ADDRESSABLE INTELLIGENT SINGLE-ENDED BEAM Self-Optimizing Pre-Alarm: Each detector may be set for "Self- SMOKE DETECTOR Optimizing"pre-alarm. In this special mode, the detector"learns"its normal environment, measuring the peak analog readings over a • Intelligent addressable reflector-type linear optical beam smoke long period of time, and setting the pre-alarm level just above these detector normal peaks. • Fast, easy, and intuitive beam alignment indicated by directional Cooperating Multi-Detector Sensing:A patented feature of ONYX LED arrows intelligent sensing is the ability of a smoke sensor to consider read- • Long range coverage of 16-328 ft(5-100 m)is standard; no sepa- ings from nearby sensors in making alarm or pre-alarm decisions. rate long-range kit required Without statistical sacrifice in the ability to resist false alarms, it FMM-4-20 GAS DETECTION MODULE allows a sensor to increase its sensitivity to actual smoke by a factor of almost two to one. • Interface to industry-standard linear scale 4-20 mA sensors. • Five programmable thresholds. Field Programming Options • FM Approved, Class 6320(Stationary Gas Sensors/Detectors). Autoprogram is a timesaving feature. The FACP "learns" what INTELLIGENT VESDA-E DETECTORS devices are physically connected and automatically loads them in Intelligent aspiration smoke detectors connect directly to the SLC the program with default values for all parameters. Requiring less • than one minute to run, this routine allows the user to have almost loop of compatible ONYX®Series panels: immediate fire protection in a new installation, even if only a portion —VEA-040-A00-NTF,VEA-040-Al O-NTF of the detectors are installed. —VEP-A00-P-NTF,VEP-Al O-P-NTF,VEP-A00-1 P-NTF Keypad Program Edit(with KDM-R2)The NFS2-640,like all NOTI- -VEU-A00-NTF,VEU-A1 O-NTF FIER intelligent panels, has the exclusive feature of program cre- -VES-A00-P-NTF-UL,VES-Al O-P-NTF-UL ation and editing capability from the front panel keypad, while • Models offer LED display, LCD display,or both continuing to provide fire protection. The architecture of the NFS2- • Coverage options for spaces up to 69,965 square feet 640 software is such that each point entry carries its own program, including control-by-event links to other points. This allows the pro- gram to be entered with independent per-point segments, while the DN-7111:0•9/14/2022—Page 3 of 9