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The 20/20MI is an economical and compact Triple IR (IR3) Flame Detector with the highest immunity to false alarms, in a rugged stainless steel housing.
- Flame Accessories
For: 40/40, 20/20, 20/20M Series. The SharpEye Series Flame...
- Gas Detectors
Spectrex New Catalog - Optical Flame and Open Path Gas...
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As a leader in Flame and Gas detection we are dedicated to...
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40/40D-M Ultra Fast Multi IR Quad-Sense Flame Detector;...
- 20/20 Series Mini Flame Detectors
20/20 Series Mini Flame Detectors. The 20/20 range also...
- Flame Accessories
The SharpEye Mini-IR3 Flame Detector (20/20MI) is a high performance and high reliability compact, selfcontained triple spectrum infrared flame detector. The patented Triple IR design also offers 3-4 times the detection distance of any conventional IR or UV/IR Detector.
20/20 Series Mini Flame Detectors. The 20/20 range also includes Mini IR3 and Mini UV/IR detectors which offer a lower cost, lower power, compact design in a general purpose (non-Ex approved) format. Learn More.
Detector de llama SPECTREX Sharp Eye 20/20MPI IR3 para aplicaciones en interiores. Bajo costo, alto rendimiento, alta confiabilidad y larga distancia para incendios de combustible y gas a base de hidrocarburos. Carcasa de policarbonato. 2 Relés (Alarma y Fallo) O salida 0-20mA y compatible con RS-485 Modbus.
The 20/20MI-1 is an economical and compact Triple IR (IR3) Flame Detector with the highest immunity to false alarms, in a rugged stainless steel housing. It is available in either general-purpose, non-Ex approved or intrinsically safe approved (EExia) format.
The Spectrex 20-20-310 is used for the triple IR (IR3) Flame Detectors models: 20-20I, 20-20XI, 20-20SI, 20-20MI, 20-20FI, 20-20CTIN and CTIP. These fire Simulators use NiCd Batteries as a rechargeable power source.
The patented Triple IR (IR3) circuit design scans for oscillating IR radiation (1 to 10 Hz) in the spectral bands ranging from 4.0 to 5.0 microns. This highly advanced detector uses programmable algorithms which check the ratio and correlation of data received by the three sensors.