Product IntroductionThe RL-R200 thermal conductivity sensor is a gas sensor based on the microfluidic thermal conductivity principle. It accurately detects the concentration of target gases by measuring changes in their thermal conductivity. With its low-drift thermal conductivity bridge design, it offers excellent corrosion resistance and can withstand corrosive gases (such as sulfides) at certain concentrations. Additionally, it features a compact structure for easy installation. This instrument is widely used in various industrial applications, including hydrogen concentration analysis in fertilizer synthetic ammonia processes, hydrogen monitoring in thermal power plants and nuclear power stations, gas content determination in laboratory combustion tests, and blast furnace gas analysis in steel mills.
The innovative low-drift thermal conductivity bridge design ensures high-precision measurement results and long-term operational stability, effectively reducing zero-point and span drift.
The small module size makes it easy to install and integrate. It also boasts fast response capabilities, allowing for timely detection of gas concentration changes.
The sensor can handle samples containing appropriate concentrations of corrosive gases (such as sulfides), enabling reliable operation in harsh industrial environments.
It offers multiple interfaces for digital and analog outputs, facilitating connection with various control systems or data acquisition devices.
