Honeywell FireSentry FS7
- The Honeywell Fire Sentry FS7 is an advanced flame detector designed to work seamlessly with
- the Fire Sentry FS7-130-SX Controller or FSWB Control Panel,
- offering reliable and high-performance flame detection in industrial applications.
- This system uses a digital RS-485 communication channel to ensure fast,
- accurate data transmission between the controller and the detectors.
- Integrated Communication & Power Supply: The controller and control panel not only power
- the detectors but also continuously monitor their status via a robust digital communication link.
- Plug-and-Play Installation: The Honeywell Fire Sentry FS7 detector comes with a 20 ft.
- standard cable and uses self-locking connectors and Fire Sentry junction boxes,
- allowing for quick and easy setup while eliminating wiring complexity.
- Enhanced Data Storage – FirePics™ Technology:
- Each detector is capable of storing FirePics™, which are multi-spectral sensor array snapshots taken before an alarm event.
- With a 6x increased storage capacity, detectors can retain a larger history of pre-event data in non-volatile memory.
- Comprehensive Event Logging:
- The controller/control panel stores a detailed event history table, including time and date-stamped alerts, alarms, and faults.
- This critical data can be accessed later for incident analysis, system diagnostics, or compliance reporting.
Additional Features and Benefits
- Multi-Spectral digital electro-optical radiant energy infrared fire detector
- Unique two-stage fire detection response
- Immune to false alarm sources
- NOT affected by absorbing smoke, gasses or chemical vapors
- NOT sensitive to background radiant energy from electric heaters and ovens
- Detects hydrocarbon and non-hydrocarbon fires
- Rugged leak-proof, heat-sealed, acid-resistant, injection-molded polypropylene housing
- Wide 120° field-of-view
- Digital communication with RS-485 interface
- firePic™; time and date-stamped digital fire signatures
- Built-in detector automatic self test
- Unitzed model design for stand-alone operation.