Valmet enhances fiber consistency measurement for pulp and paper industry

Advanced technology, user interface, and reliability

{reg}Valmet introduces an upgraded Valmet Rotating Consistency Measurement (Valmet Rotary) tailored for the pulp and paper sector. The improved transmitter integrates the latest technology, a revamped user interface, and simplified maintenance procedures while ensuring highly accurate fiber consistency measurement for critical applications.

Sami Laaksonen, Product Manager of the Automation Systems business line at Valmet, highlights the enduring quality of the new measurement, stating, "Built on well-established technology and extensive experience, the new measurement is robust and designed for longevity. Patented technology ensures rapid measurement response and swift reactions to consistency fluctuations."

The redesigned Valmet Rotating Consistency Measurement incorporates a fresh mechanical design and electronic solutions to elevate reliability. Despite these changes, the third-generation transmitter retains its impressive accuracy, maintaining sensitivity equivalent to its predecessor. The simplified design streamlines on-site maintenance, enhancing speed and efficiency while maintaining low overall lifetime costs.

Utilizing shear force measurement technology, Valmet Rotating Consistency Measurement delivers exceptional performance even in challenging environments characterized by high temperatures, pressures, and abrasive chemicals. The modular design ensures universal application, covering consistency levels ranging from 1.5 to 16 percent.

The user experience receives a boost with the introduction of the Valmet Link user interface. This flexible platform, equipped with secure remote connection options, enhances commissioning, calibration, and day-to-day operation. Featuring a graphical display and a user-friendly menu structure, the set-up and operation processes are expedited. The intuitive interface, complete with a larger display, simplifies calibration procedures and provides a comprehensive view of calibration data. Furthermore, the user interface is prepared for various communication protocols and adaptable to future functionalities.{reg}