Model 973CA

Dew Point Chilled Mirror Analyzer for On-site Measurement and Validation of Compressed Air and Other High-Pressure Systems

High Performance Chilled Mirror Hygrometer

High-Performance Drift-Free Dew Point Chilled Mirror

Our MBW CALIBRATION™ MODEL 973CA™ Dew Point Chilled Mirror Analyzer has been specifically configured to meet the needs for on-site measurement and validation of compressed air and other high-pressure systems with up to 20 bar inlet pressure. It’s supplied in a robust transport case together with a quick coupling armored sample tube to enable fast connection and disconnection with standard compressed air fittings.

BENEFITS

The MODEL 973CA Dew Point Chilled Mirror Analyzer is designed for the measurement of trace moisture in pure gases. Some of the key benefits of this analyzer are:

High accuracy: Uses a chilled mirror sensor, which is the most accurate method for measuring dew point. It provides precise and reliable measurements of trace moisture levels in pure gases.
Wide measurement range: Has a wide measurement range, from -100°C to +20°C dew point, allowing it to measure trace moisture levels in a broad range of gases.
Fast response time: The analyzer has a fast response time, enabling it to quickly detect changes in dew point levels. This is particularly useful in applications where rapid response is critical to prevent damage to equipment or product quality.
Easy to use: The analyzer is designed for ease of use, with a simple interface and intuitive controls. It has a large, clear display that shows all the important information at a glance.
Portable: Is lightweight and portable, making it easy to use in the field or in remote locations.
Low maintenance: The analyzer requires minimal maintenance and calibration, which reduces downtime and lowers overall operating costs.

Features and Benefits

Fundamental drift free humidity measurement
Integral frost/dew point measuring head
Integrated 20 bar pressure measurement
Optimal Response Injection System for fast measurement
Intuitive, easy to use LCD touch screen user interface
Sample hose quick coupling
Outlet needle valve for sample gas flow control

The MODEL 973CA Dew Point Chilled Mirror Analyzer is designed for the measurement of trace moisture in pure gases. It is commonly used in industries where trace moisture levels in gases are critical to the production process or end-use application.

Process Insights_MBW Model 973_chilled mirror hygrometer

Data Sheet

Data Sheet FR

Manual

Calibration & Validation Application Note

For a complete range of analytical instrumentation, applications, systems, and service options, we will work to match your needs and budget and provide the optimal, and most stable process analysis solution for your application.

SALES | TRAINING INQUIRIES

AMERICAS: info.americas@process-insights.com

EMEAI (includes India): info.emeai@process-insights.com

APAC: info.apac@process-insights.com

CHINA: info.cn@process-insights.com

SERVICE | TECHNICAL INQUIRIES ONLY

INDUSTRIES

Some of the industries that use the MODEL 973CA Dew Point Chilled Mirror Analyzer include:

Semiconductor manufacturing: Trace moisture in the gases used in semiconductor manufacturing can cause corrosion and other defects in the final product. It is used to measure trace moisture levels in high purity gases such as nitrogen and argon.
Pharmaceutical industry: Trace moisture can cause degradation of active pharmaceutical ingredients (APIs) and other materials used in drug production. It is used to measure trace moisture levels in gases such as oxygen and nitrogen used in pharmaceutical manufacturing.
Gas production: Trace moisture can affect the quality of various gases produced, such as hydrogen and helium. It is used to measure trace moisture levels in these gases to ensure product quality and safety.
Petrochemical industry: Trace moisture in gases used in the petrochemical industry can cause corrosion and decrease efficiency in equipment. It is used to measure trace moisture levels in gases such as methane, ethane, and propane.
Food and beverage industry: Trace moisture in compressed air used in food and beverage production can cause bacterial growth and contamination. It is used to measure trace moisture levels in compressed air to ensure product safety and quality.

APPLICATIONS

Gas quality control: Used to measure trace moisture levels in various gases to ensure quality control and compliance with industry standards.
Chemical processing: Trace moisture in gases used in chemical processing can affect the purity and quality of the final product. It is used to measure trace moisture levels in gases such as nitrogen, hydrogen, and helium.
Pharmaceutical manufacturing: Trace moisture in gases used in pharmaceutical manufacturing can cause degradation of active pharmaceutical ingredients (APIs) and other materials. It is used to measure trace moisture levels in gases such as nitrogen and oxygen.
Semiconductor manufacturing: Trace moisture in gases used in semiconductor manufacturing can cause corrosion and other defects in the final product. It is used to measure trace moisture levels in high purity gases such as nitrogen and argon.
Petrochemical production: Trace moisture in gases used in petrochemical production can cause corrosion and decrease efficiency in equipment. It is used to measure trace moisture levels in gases such as methane, ethane, and propane.
Food and beverage production: Trace moisture in compressed air used in food and beverage production can cause bacterial growth and contamination. It is used to measure trace moisture levels in compressed air to ensure product safety and quality.