JXCT products

Electrochemical SO2 gas sensor is a gas sensor used to measure the concentration of sulfur dioxide gas. It adopts a three-electrode structure design that significantly improves the performance and uses electrochemical detection method to measure the concentration of sulfur dioxide gas. The electrochemical SO2 gas sensor has good selectivity, stability and built-in temperature sensor for temperature compensation.

Electrochemical NO2 gas sensor is a gas sensor based on electrochemical gas detection technology to detect the concentration of nitrogen dioxide gas in the environment. Electrochemical NO2 gas sensor uses electrochemical principle to detect the concentration of nitrogen dioxide gas in the air. Built-in high-precision nitrogen dioxide sensor has good selectivity and stability. Built-in temperature sensor can be used for temperature compensation. The electrochemical nitrogen dioxide sensor is widely used in the production of portable and stationary nitrogen dioxide gas detection equipment and in various occasions and equipment requiring nitrogen dioxide gas detection.

Electrochemical O3 gas sensor is a gas detection instrument that uses electrochemical gas detection technology to detect ozone gas concentration in the air. Electrochemical O3 gas sensor has good selectivity, stability built-in temperature sensor, can be temperature compensation; With digital output, easy to use. The ozone sensor is a universal gas module designed and manufactured by combining mature electrochemical detection technology with excellent circuit design. It is widely used in the production of various portable and stationary gas detection equipment and in various occasions and equipment requiring gas detection.

Explosion-proof sulfur dioxide gas sensor probe adopts international high-quality sensor. The measurement is more accurate and the life is guaranteed. It has the characteristics of wide measurement range, good versatility, easy installation, and long transmission distance.

The explosion-proof nitrogen dioxide sensor is stable, sensitive and reliable. With high-precision liquid crystal display, explosion-proof shell. The NO2 gas detector has the characteristics of flexible use and simple operation. NO2 gas detector is used in various gas leakage places. The explosion-proof grade of NO2 gas detector is CT6.

The explosion-proof methane gas sensor adopts industrial-grade high-definition interface, and the shell adopts die-casting aluminum technology. It has the advantages of waterproof, dustproof, explosion-proof and anti-condensation. 15 seconds quick response, more accurate detection, guaranteed life.

Gas analyzer is a gas sensor independently developed by Jingxun Unimpeded using different detection principles for multi-gas detection. The gas detector adopts microcomputer analysis, which can detect the concentration of NOx, SO2, CO2, CO, O3 and O2. Gas analyzer is suitable for gas detection in thermal power plant, steel plant, non-ferrous metal smelter, aluminum smelter, cement plant, phosphate fertilizer plant, nitric acid plant, sulfuric acid plant, petrochemical, chemical fiber, industrial furnace, boiler, civil heating boiler and other occasions. Gas Analyzer SO2 CO2 NOx microcomputer multi-gas detector.

RS485 large screen ammonia sensor equipment can monitor ammonia data in real time, and use wireless network for transmission. The product network transmission adopts stable and reliable operator network, mature technology, stable transmission, strong signal and wide coverage. Meanwhile, the device can periodically collect data and upload it to the server platform.

Infrared nitric oxide sensor is a sensor that uses non-dispersive infrared technology (NDIR) to measure nitric oxide. Products are divided into pump suction and diffusion. The infrared radiation emitted by the infrared light source is absorbed by the gas to be measured with a certain concentration. The spectral intensity changes proportional to the gas concentration. Therefore, the concentration of the gas to be measured can be inverted by obtaining the variation of the spectral light intensity. The infrared nitric oxide sensor module adopts the NDIR infrared absorption detection principle. Combining advanced optical paths, precision circuits and intelligent software. A universal infrared NO sensor module is formed.