Paramagnetic Precision for Enhanced Green Hydrogen Safety

The XPM601 stands out in the market with its paramagnetic measurement technology and design for a compact certified hazardous area analyzer. The technology ensures unparalleled precision, sensitivity, and stability in oxygen level detection, crucial for the safe production of green hydrogen through electrolysis. The analyzer boasts an extended sensor lifespan, significantly reducing the need for frequent maintenance, and offers a lower total cost of ownership.

 

Certified for Hazardous Areas

In environments where safety is paramount, the XPM601 meets these crucial standards. It boasts an impressive array of certifications such as UKCA, ATEX, IECEx, and cQPSus, guaranteeing adherence to safety protocols and reliable operation in flammable gases and hazardous area environments. Additionally, the analyzer conforms to the IEC 61508 standards and possesses SIL2 capability, reinforcing its stature as a dependable and secure solution for oxygen monitoring.

 

Advanced Features for Optimal Performance

The XPM601 is equipped with a range of features designed to make oxygen monitoring both efficient and user-friendly:

• Wide Measurement Range - Can measure 0...5 % O2 in H2, catering to a broad spectrum of hydrogen applications with minimal interference from changing background gases.
• Exceptional Accuracy - Offers an accuracy of < ±0.1 % O2 full scale, ensuring precise monitoring.
• Through-Glass Display - A unique feature allowing for operation and calibration without the need for a hot works permit, enhancing safety and convenience.
• Flexible Output Options - Comes with analog and digital outputs, including 2 x 4...20 mA outputs and Modbus RTU over RS485 as standard, facilitating easy integration with existing systems.

 

A Step Forward in Sustainable Energy

This innovative product not only sets new standards in safety and precision but also demonstrates PST's commitment to supporting sustainable energy solutions.

For more information about the XPM601 and how it can benefit your green hydrogen operations, please visit ProcessSensing.com