Explosion Proof Portable Dew Point Analyzer Trace Moisture Micro Water Analyzer With Metal Construction

Technical Specifications

Key Features

• Intelligent operation and multiple alarms: Equipped with a full Chinese menu, the operation is intuitive and simple; it supports control contact output and over-limit sound and light alarms. Users can flexibly set the control mode according to their needs, which is reliable.
• Imported high-precision sensing technology: It adopts high-performance imported sensors, featuring high measurement accuracy, fast response speed, and long service life. The data is accurate and reliable.
• Stable and reliable data management and output: It has a timer function for automatic data storage, supports historical data query; provides standard current output and multiple communication interfaces, facilitating system integration and data transmission.
• Air path and environmental adaptability design: It has a new type of air path stabilization system, ensuring continuous and stable analysis during the process; it has a temperature compensation function, effectively suppressing the influence of environmental and sample gas temperature changes on the measurement; it can be optionally equipped with an internal vacuum pump to enhance sampling adaptability.

It is widely applicable in explosion-proof environments in industries such as petroleum, chemical engineering, metallurgy, and power, meeting the high standards for gas humidity detection in various industries.

Measurement Principle Explained

The measurement principle of the imported thin-film capacitive ceramic humidity sensor is based on the capacitive change response of the sensor's sensitive element to the moisture content in the gas. The sensor is made of a thin functional film layer of special ceramic material. When water molecules in the environment pass through the protective layer and are adsorbed by the film, it causes a change in the dielectric constant of the medium, thereby changing the capacitance value. The sensor detects this capacitance change and, in combination with temperature compensation and signal processing circuits, calculates the corresponding humidity or dew point value, achieving rapid and stable moisture measurement.