EURsense Ltd products

AG-6-CH4-2822 laser methane sensor is developed based on tunable laser gas absorption spectroscopy (TD-LAS). AG-6-CH4-2822 laser methane sensor is developed based on tunable laser gas absorption spectroscopy (TD-LAS). According to the absorption characteristics of methane gas molecules to 1653.7nm infrared "fingerprint spectrum", the concentration of methane gas is detected by direct absorption spectroscopy. The sensor adopts folding optical path structure design, long absorption path, high detection sensitivity and accuracy, and resistance to water vapor and other gas interference; At the same time, the laser and photodetector devices with excellent low temperature performance combined with the wide temperature compensation correction algorithm have strong environmental applicability.

AG-6-CH4-H8012 methane sensor adopts self-developed laser and photodetector core devices.the product is based on the Tunable Laser Absorption Spectroscopy (TD-LAS) technology.

The AG-2-H2-MA2616(D) is an embedded type module equipped with the semiconductor Sensor, capable of detecting Hydrogen (H2) in diverse environments.

The sensor is designed to eliminate CO cross-sensitivity when measuring H2 concentration in the gas phase. It can be used as a pin-to-pin replacement for the standard 4-series H2 sensor.

Measurement ranges from 10 ppm to 96% oxygen. High accuracy. Stable Sensor characteristic across range. Sensor signal not affected by temperature. Minimal interference with other gases. Long service life. Single point lifetime calibration. Zirconium Dioxide (Zr02) technology. Surface temperature

The PSR-12-223 oxygen sensor is manufactured by All Corporation (USA), also known as an oxygen cell or fuel cell. Developed by All, this sensor exhibits excellent selectivity for oxygen, capable of measuring oxygen levels from less than 1 ppb to extremely high concentrations. The PSR-12-223 All oxygen sensor is a commonly used oxygen sensor/oxygen cell on the market.

With a response time of 13 seconds, the 11-75-KE7 unit has a life of 60 months and is compatible with the following equipment. Advanced galvanic type % oxygen sensors with excellent stability and accuracy under stringent applications. All % oxygen sensors are subjected to the most extensive stability test, output in air, 30" of water column pressure test and stability at 100% oxygen.

This sensor is designed for the measurement of Chlorine concentration in gas phase. It can be used as the pin-to-pin replacement of the standard 4-series electrochemical Chlorine sensors.

This sensor is designed for the measurement of Chlorine concentration in gas phase. It can be used as the pin-to-pin replacement of the standard 7-series electrochemical Chlorine sensors.

This 4-electrode sensor is designed for air quality monitoring to measure the low-concentration NH3 gas with ultra-high resolutions.