Differential pressure sensors

These pressure sensors (pressure transducers or pressure transmitters) measure the difference in pressure between two points within a system, providing a direct indicator of flow rate, level, or other variables dependent on pressure variance. These sensors are pivotal for applications requiring precise monitoring of pressure gradients, such as in filter condition monitoring, fan and blower pressure, and fluid dynamics in piping systems. By detecting subtle changes in pressure, differential pressure sensors help maintain system efficiency, enhance safety by detecting leaks or blockages, and contribute to energy conservation by optimizing process operations. These sensors are integrated in advanced technologies to deliver reliable and actionable data, critical for automating and refining modern industrial processes.measure the difference in pressure between two points within a system, providing a direct indicator of flow rate, level, or other variables dependent on pressure variance. These sensors are pivotal for applications requiring precise monitoring of pressure gradients, such as in filter condition monitoring, fan and blower pressure, and fluid dynamics in piping systems. By detecting subtle changes in pressure, differential pressure sensors help maintain system efficiency, enhance safety by detecting leaks or blockages, and contribute to energy conservation by optimizing process operations. We integrate advanced technologies to deliver reliable and actionable data, critical for automating and refining modern industrial processes.

Solutions for industrial and commercial applications

Our Differential pressure sensors are engineered to meet the diverse needs of industrial and commercial applications. With options for various pressure ranges, materials, and output types, these sensors can be tailored to fit specific requirements, whether for low-pressure environments or high-pressure systems. Easy to install and integrate, the pressure transmitters and transducers provide reliable data that supports efficient system operation and helps prevent issues related to pressure imbalances, ensuring your processes run smoothly and effectively.

Some things to consider selecting the right differential pressure sensor

• Ensure range coverage: Choose a sensor that accurately measures the full pressure differential in your application, with protection against overpressure.
• Prioritize accuracy: Select a sensor with the required accuracy and resolution for precise monitoring, especially in critical applications like flow measurement and filtration.
• Match materials to media: Ensure the sensor's materials are compatible with the fluids or gases it will encounter, particularly if corrosive.
• Environmental suitability: Opt for sensors that can handle the operating environment, including temperature variations and exposure to chemicals, with temperature compensation if needed.
• Choose the right output: Select a sensor with the appropriate analog or digital output that integrates smoothly with your system.
• Installation fit: Ensure the sensor’s size, shape, and mounting options suit your setup for easy integration.
• Consider power needs: For energy-sensitive applications, select sensors with low power consumption.

By considering these key points, you can choose the best differential pressure sensor for reliable, precise performance in your application.

Naturally, you can always contact our team of technical experts, who always want to help you find the right differential sensor solution for your project or application.