Honeywell Fire Sentry FS24X Flame Detector Owner’s Manual

Honeywell Fire Sentry FS24X Flame Detector Features Patented* WideBand IR™ Technology Patented* Electronic Frequency Analysis™ Visible Sensor for optimum false alarm rejection Selectable detection sensitivities Field-of-View: 110° full 100% cone-of-vision (90° full 100% cone-of-vision model also available) Dual microprocessors for reliable performance Real-time clock for accurate time dating of events FirePic™ — pre-fire event data …

Honeywell Fire Sentry SS4 Fire and Flame Detector Instruction Manual

Honeywell Fire Sentry SS4 Fire and Flame Detector Instruction Manual Fire Sentry SS4 Detector Fire Sentry SS4-A and SS4-AS Features: Multi-Spectrum™: senses ultraviolet, visible and Wide Band Infrared™ Built-in test for optical “through the lens” testing False alarm immunity Detects hydrocarbon and nonhydrocarbon based fires Wide field-of-view and solar-blind Adjustable detector sensitivity Microprocessor based algorithms: …

Honeywell Fire Sentry FS20X Fire and Flame Detector Owner’s Manual

Honeywell Fire Sentry FS20X Fire and Flame Detector Features Patented* Wide Band IR™ Infrared combined with Ultraviolet Detection range greater than 200 feet to 1 sq. ft. heptane fire Patented* Electronic Frequency Analysis Visible Sensor for optimum false alarm rejection Selectable detection sensitivities Solar blind 90° full 100% cone-of-vision Dual Microprocessors for reliable performance Real-time …

Honeywell 30-2056B Infrared Flame Detector User Guide

Honeywell 30-2056B Infrared Flame Detector General The Pyrotector Model 30-2056B IR Flame Detector is a compact, unitized package containing an IR detection cell, solid state electronics and dry Form-C (SPDT) contacts for alarm and fault conditions. The detector is engineered to respond to the nominal 4.45 micron band of infrared radiation, which is commonly known …

ffeuk UM16000 Flame Detector Installation Guide

ffeuk UM16000 Flame Detector General Description The flame detector is designed for use where open flaming fires may be expected. It responds to the light emitted from flames during combustion. The detector discriminates between flames and other light sources by responding only to particular optical wavelengths and flame flicker frequencies. This enables the detector to …