Water Hammer Effect in Pressure Measurement: The Silent Killer in Pipelines

The water hammer effect is a hidden but destructive force in liquid pressure systems. This article explains its physical principles, pressure surge calculations, real-world industrial failures, and practical design, equipment, and operational strategies to prevent sensor damage and pipeline disasters.

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Sensors and Transmitters: Industrial Measurement Fundamentals and Pressure Solutions

This article introduces the fundamentals of sensors and transmitters in industrial automation. It explains standard signals, wired and wireless communication, and key pressure measurement concepts including atmospheric, gauge, absolute, negative, and differential pressure to help engineers select reliable industrial measurement solutions.

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The Relationship Between Pressure and Dew Point in Dew Point Sensors: Understanding How Pressure Affects Dew Point in Compressed Air Systems

The article explains the critical relationship between pressure and dew point in compressed air systems, emphasizing the importance of accurate moisture control. Learn how the PCD03 high-pressure dew point transmitter from WTsensor helps maintain optimal air quality in industrial environments.

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The Importance of Dew Point Sensors in Compressed Air Systems

Dew point sensors are vital in compressed air systems to monitor and control moisture levels. By detecting the dew point temperature, these sensors prevent corrosion, contamination, and energy inefficiency, ensuring high-quality production environments in industries such as electronics, pharmaceuticals, and food manufacturing.

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Dew Point Sensors vs. Temperature and Humidity Sensors: Key Industrial Differences

Two common devices used for monitoring environmental conditions are the dew point sensor and the temperature and humidity sensor. While both are used to measure aspects of moisture in the air, their capabilities, accuracy, and applications differ significantly.

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