Description
The RH% Moisture Sensor is an advanced device designed to detect water contamination in oil. Water contamination, along with particle contamination, significantly affects oil quality and equipment performance. This sensor is extremely sensitive to various forms of water contamination, including free, emulsified, and dissolved water. By quickly detecting water in oil, it helps prevent equipment corrosion, abnormal wear, and failure.
Applications
The moisture sensor is used in a wide range of applications. It measures water content in lubricants, hydraulic oils, and other industrial oils. Each application benefits from precise and automated moisture detection, ensuring the reliability and efficiency of critical machinery.
Industries
Industries such as power generation, manufacturing, oil and gas, aerospace, and marine rely on the moisture sensor. It ensures the reliability and efficiency of critical machinery by providing accurate assessments of water contamination. The sensor is particularly useful in environments where maintaining oil quality is crucial to operational efficiency and equipment longevity.
Test Methods
The moisture sensor uses advanced test methods to detect water contamination. It measures water saturation percentage, which is more effective than laboratory ppm measurements for detecting free water in oil. The sensor is capable of measuring values down to 0.1%, even under harsh operating conditions. This high sensitivity ensures comprehensive detection of water contamination, allowing for timely countermeasures.
Key Features
Technical Specifications
The moisture sensor measures water saturation percentage in oil. It automates the detection process, providing quick and accurate results. The sensor includes features such as high sensitivity to water contamination, the ability to detect free water, and a robust design for stability under harsh conditions. The well-designed sensor probe structure allows for easy cleaning, maintaining the sensor’s performance over time.
Sampling Guidelines
The moisture sensor is essential for maintaining the reliability and efficiency of critical machinery. Its advanced features and compliance with industry standards make it a valuable asset for various industries.
Applications
The moisture sensor is used in a wide range of applications. It measures water content in lubricants, hydraulic oils, and other industrial oils. Each application benefits from precise and automated moisture detection, ensuring the reliability and efficiency of critical machinery.
Industries
Industries such as power generation, manufacturing, oil and gas, aerospace, and marine rely on the moisture sensor. It ensures the reliability and efficiency of critical machinery by providing accurate assessments of water contamination. The sensor is particularly useful in environments where maintaining oil quality is crucial to operational efficiency and equipment longevity.
Test Methods
The moisture sensor uses advanced test methods to detect water contamination. It measures water saturation percentage, which is more effective than laboratory ppm measurements for detecting free water in oil. The sensor is capable of measuring values down to 0.1%, even under harsh operating conditions. This high sensitivity ensures comprehensive detection of water contamination, allowing for timely countermeasures.
Key Features
- Extremely Sensitive: The moisture sensor is highly sensitive to various forms of water contamination, including free, emulsified, and dissolved water.
- Free Water Detection: Unlike laboratory ppm measurements, this sensor can detect the presence of free water in oil, which is particularly harmful to equipment.
- High Precision: Capable of measuring values down to 0.1%, the sensor provides precise readings under various harsh operating conditions.
- Stable and Robust: The oil humidity sensor is designed with special technology to ensure stability and robustness, making it reliable in demanding environments.
- Easy Cleaning: The sensor probe structure is well-designed for easy cleaning, ensuring consistent performance and longevity.
Technical Specifications
The moisture sensor measures water saturation percentage in oil. It automates the detection process, providing quick and accurate results. The sensor includes features such as high sensitivity to water contamination, the ability to detect free water, and a robust design for stability under harsh conditions. The well-designed sensor probe structure allows for easy cleaning, maintaining the sensor’s performance over time.
Sampling Guidelines
- Sampling Location: Ensure the location and quantity are representative and uniform. Proper sampling locations are crucial for obtaining accurate results.
- Sampling Procedure: Standardize procedures so all team members perform sampling consistently. Consistency in sampling methods ensures reliability and repeatability.
- Sampling Device: The device should not affect sample quality and must be easy to use, safe, clean, and economical. The RH% Moisture Sensor meets these criteria, making it an ideal choice.
- Sampling Bottle: The shape and cleanliness of the bottle are crucial. Using the correct bottles ensures that samples remain uncontaminated.
- Timing: Perform sampling at least 30 minutes after equipment starts operation for sufficient stirring and representativeness. If sampling when equipment is stopped, do it immediately after stopping to ensure accuracy.
The moisture sensor is essential for maintaining the reliability and efficiency of critical machinery. Its advanced features and compliance with industry standards make it a valuable asset for various industries.
