Product Highlights of the ME 800 Piezoresistive Ceramic Differential Pressure Sensor
The ME800 Pressure Sensor is a highly versatile and reliable device designed for precise pressure measurements. It boasts an extensive pressure range, with options varying from 4 to 40 bar (58 to 580 psi). The sensor operates on a differential pressure type, making it suitable for various applications. Utilising advanced piezoresistive technology, it ensures accurate and consistent readings. Its compact design features an 18.00 mm diameter, facilitating easy integration into systems.
The ME800 is built with a flush mount, a monolithic structure, ensuring a streamlined appearance and enhanced durability. The sensor’s output signal is in the form of a differential mV/V signal, enabling seamless integration with monitoring and control systems. Whether used in industrial processes or scientific applications, the ME800 Pressure Sensor delivers optimal performance and dependable results.
Piezoresistive Ceramic Differential Pressure Sensor Features
The differential pressure measurement capability of the ME 800 Ceramic Pressure Sensor is one of its core strengths. This feature allows the sensor to accurately detect the difference in pressure between two points, which is essential in many industrial and scientific applications. The use of a ceramic diaphragm ensures high sensitivity and stability, enabling precise monitoring even in challenging environments. This makes the sensor suitable for tasks where small pressure differences need to be measured reliably and consistently.
Another important feature is the fast temperature measurement. The ME 800 sensor is designed to quickly respond to changes in temperature, which is crucial for applications where both pressure and temperature can fluctuate rapidly. This fast response helps maintain accurate readings and ensures that the sensor can adapt to dynamic conditions without lag. As a result, users can trust the sensor to provide real-time data that reflects the true state of the system being monitored.
The simple and reliable structure of the ME 800 Ceramic Pressure Sensor is a significant advantage. Its design minimizes the number of moving parts and potential failure points, which enhances durability and reduces maintenance requirements. The ceramic material used in the diaphragm is highly resistant to corrosion, abrasion, and chemical attack, further contributing to the sensor’s long service life. This straightforward construction not only makes the sensor easy to install and use but also ensures dependable performance over time.
Finally, the analogue output provided by the ME 800 sensor offers flexibility and compatibility with a wide range of control systems and data acquisition devices. Analogue signals are easy to integrate into existing infrastructure, allowing for seamless upgrades or replacements. This feature also enables continuous monitoring and real-time feedback, which are essential for process control and automation. The stable and accurate analogue output ensures that users receive reliable data for decision-making and system optimization.
