Online KGD YQ 517 Humidity Oxygen Analyzer Measure Oxygen Water Content with High Accuracy

The KGD - YQ - 517 Humidity & Oxygen Analyzer is used to measure the oxygen content and the content of the mixture of oxygen and water (gaseous).

Product Introduction

The KGD - YQ - 517 Humidity & Oxygen Analyzer is based on the ceramic zirconia principle. It is used to measure the oxygen content and the content of the mixture of oxygen and water (gaseous). It calculates the humidity value and oxygen concentration value according to the functional relationship between the oxygen content, the content of the mixture of oxygen and water (gaseous), and the output signal of the sensor, and provides humidity and oxygen concentration signal outputs, providing an accurate basis for environmental humidity monitoring.

The KGD - YQ - 517 features high test accuracy, strong stability, and a long service life. It can be used in relatively harsh working conditions such as high - temperature and high - humidity environments. It can be applied to the online measurement of flue gas humidity in the desulfurization and denitrification processes of the Continuous Emission Monitoring System (CEMS). It can also be applied to online humidity measurement and control in industries such as wood, building materials, papermaking, chemical engineering, pharmaceuticals, fibers, textiles, tobacco, vegetables, and food processing.

Product Features

• Simultaneously monitors the humidity and oxygen concentration in the sample gas.
• The probe has a heating function to prevent water vapor from condensing inside the probe.
• The probe is made of corrosion - resistant materials and can be used in harsh working conditions.
• The sensor has a filtering protection to prevent particles and smoke from blocking the probe.
• It has 4 - 20mA analog output and RS232/RS485 communication functions, facilitating user integration.
• It has an operation indicator light and fault/alarm switch output, enabling real - time monitoring of the instrument's operation status.

Technical Parameters