ABB Fire Check Fiber Optic SF810-FO-G-3200-N

ABB Fire Check Fiber Optic SF810-FO-G-3200-N

ABB Fire Detection Fiber Optic SF810 Series Specifications Description

Description Glass Fbar (tor liR and VL FOC versions)

Quartz Fiber (lor UV FOC wersion)

Innar guide pipe - flexibla

Outer guide pipe - rigid

Outer Guide pipe - flexible

Flame Explorer SW

Ordering Code

SF810-FО-G-XXXX-mm

SF810-FO-0-XXXX-mm

SF810-GP->xXX-т

SF810-ОGP-R-XXXX-mm

SF810-ОGP-F-XXXX-mm

EC-PLG01BUTL218

Ordering information

Stale the length xxxX of the fiber optic cable

Stale the length XxxX of the fiber oplic cable

State the length XxXX of the guide pipe

State the length XxxX of the extended pipe

Stale the length xxXX of the exlended pipe

MMonitoring and contiguration Pc tool

ABB Fire Detection Fiber Optic SF810 Series Description

The principle of infrared flame detector: There are a lot of visible light and infrared light above 0.9m in the flame. These wavelengths of light are not easily absorbed by coal dust, water vapor and other combustion products, and are therefore suitable for detecting pulverized coal flames, heavy oil flames, and the proper combustion of fuels with a high inert gas content. Infrared flame detection determines the presence of a flame by detecting the intensity and flame frequency of the infrared light emitted from a burning flame. The probe uses either a lead sulfide photocell or a silicon photodiode. Since the hearth fire is *burned* in the flame zone, the frequency of the flame usually does not exceed 2 HZ. Therefore, the IR flame detector can differentiate between burner flames and background flames by means of a filter circuit.