Used for flame detectors or equipment that require low-pressure air for cooling and/or combustion air. Suitable for all flame detection systems.
Use a pry mounted installation method. The two fans are backup to each other, with remote/local control and display functions, automatic switching function for low outlet air pressure, and filter blockage alarm function....
The Nernst N2032-02/CO oxygen content and combustible gas two-component analyzer is a comprehensive analyzer thatcan simultaneously detect oxygen content, carbon monoxide and combustion efficiency in the combustion process.It canmonitor the oxygen content and carbon monoxide content in the flue gas during or after the combustion of boilers, furnaces.and kilns.The analvzer mate with Nernst 0/CO probe can measure the oxvgen content percentage 0% in the flue andfurnace. the PPM value of carbon monoxide CO. the value of 12 combustible gases and the combustion efficiency of thecombustion furnace in real time....
The high-energy ignition cable is a component that connects the power supply of the high-energy igniter to the ignition gun assembly. Both ends of the cable are aviation plugs, and the outer protective sleeve is a high-temperature resistant metal protective sleeve. High voltage ignition cables have advantages such as high temperature resistance, flame retardancy, and long service life.
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The Nernst N6000 oxygen analyzer can be widely used in the detection of oxygen content in the combustion process of electric power,metallurgy, steel, chemical industry, ceramics, incineration and other industries. It can directly monitor the oxygen content in the flue gas during or after combustion of boilers, kilns, sintering furnaces, heating furnaces, pit annealing furnaces, etc. During the measurement, the temperature in the furnace and the flue can range from normal temperature to 1400°C. The analyzer provides real-time oxygen content O2% (percent) parameters and oxygen potential millivolt values in the furnace or flue....
The Nernst N2001 oxygen analyzer can be widely used in the detection of oxygen content in the combustion process of electric power,metallurgy, steel, chemical industry, ceramics, incineration and other industries. It can directly monitor the oxygen content in the flue gas during or after combustion of boilers, kilns, sintering furnaces, heating furnaces, pit annealing furnaces, etc. During the measurement, the temperature in the furnace and the flue can range from normal temperature to 1400°C. The analyzer provides real-time oxygen content O2% (percent) parameters and oxygen potential millivolt values in the furnace or flue....
The Nernst Heated and Non-Heated probes are highly accurate, and have minimal drift (±1%).The Nernst in-situ probes are highly durable; choose the Nernst Heated probe for analysing gases with temperatures below 900ºC and the Nernst Non-Heated probe for temperatures 700°C to 1400°C....
he NOVATECH 1231/1232 zirconia probe (oxygen sensor) adopts the latest patented technology in the world, and applies the welding technology of zirconia sheets and steel jade tubes to ensure that the physical properties of zirconia sheets and steel jade tubes are consistent, achieving a consistent thermal expansion coefficient. Explosion will not occur under extremely cold and extremely hot environmental conditions....
The NOVATECH 1231 zirconia probe (oxygen sensor) adopts the world's latest patented technology and applies the welding technology of zirconia sheets and steel jade tubes to ensure that the physical properties of zirconia sheets and steel jade tubes are consistent, achieving a consistent thermal expansion coefficient. Explosion will not occur under extremely cold and extremely hot environmental conditions. The probe has high measurement accuracy, no drift, fast reaction speed, strong thermal shock resistance, good corrosion resistance, and can be used normally in high water vapor and dust environments without specific calibration. The oxygen millivolt signal is consistent with the energy potential law curve, and the probe can withstand temperatures up to 1400 ℃, with a long service life of over 5 years. The cost of use and maintenance is low, and each component of the probe can be independently replaced....