Edwards KI-OSD Optical Smoke Detector

The Edwards Intelligent Optica Series KI-OSD smoke detector brings advanced optical (photoelectric) sensing technology. To a practical design that increases efficiency, saves installation time, and cuts costs. And extends life safety and property protection capabilities.

Like all Edwards Intelligent Optica Series detectors, KI-OSD – an intelligent device. That gathers analog information from multiple optical sensors, converting this data into digital signals. Utilizing dual optical wavelengths combined with multiple detection angles, Edwards KI-OSD differentiates particles that are not representative of actual smoke. Particle data – input into digital filters which feed a series of ratios removing signal patterns. To make an alarm decision, the detector’s onboard microprocessor measures. Analyzes all-optical sensor readings and compares this information to preprogrammed settings.

Main Features

• Patented multi-criteria optical smoke sensing technology
• Wide 0.5 to 4.36 %/ft. (1.6 to 13.6 %/m) smoke obscuration
• Uses Existing Wiring
• Integrated nuisance rejection reducing unwanted alarms from general cooking particulates
• Listed to UL 268 7th edition
• Automatic Device Mapping
• Up To 250 Total Edwards Intelligent Addresses Per Loop
• Two Levels of Environmental Compensation
• Two Levels of Dirty Detector Warning
• Twenty Pre-Alarm Settings
• Five Sensitivity Settings
• Non-Volatile Memory
• Electronic Addressing
• Environmental compensation
• Automatic Day/Night Sensitivity Adjustment
• Bicolor (Green/Red) Status LED
• Standard, Relay, Fault Isolator, and Audible Mounting Bases
• Sensor Markings Provide Easy Testing Identification

Edwards KI-OSD Optical Smoke Detector

That gathers analog information from multiple optical sensors, converting this data into digital signals. Utilizing dual optical wavelengths combined with multiple detection angles, Edwards KI-OSD differentiates particles that are not representative of actual smoke. Particle data – input into digital filters which feed a series of ratios removing signal patterns. To make an alarm decision, the detector’s onboard microprocessor measures. Analyzes all-optical sensor readings and compares this information to preprogrammed settings.

Datasheet

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