The Walther Pulse Valve WPV: Innovative evolution of process technology ...


14 Nov 2023, 14:00:00
Precise dosing without component contact: Pulse valves represent an excellent solution for dosing a variety of viscous media. Through the repetitive and accurate dispensing of drops, very small quantities can be discharged at high speeds without compromising precision. Therefore, pulse valves are particularly suitable for applications that require high speeds, such as in mass production. In this context, even hard-to-reach and uneven component geometries are rarely a problem. However, the need for a usually complex control and programming presents significant disadvantages, such as associated high acquisition and commissioning costs, as well as an increased potential for errors. To minimize the costly complexity and make this type of media application even more efficient and user-friendly, we have developed the Walther Pulse Valve WPV.
Technological sophistication and integration: The WPV pulse valve is characterized by an optimized design that not only allows for a very small footprint but also incorporates advanced technologies for control, monitoring, and process evaluation. This enables a cost- and time-saving system integration without additional control technology, software, or programming. The motto "parameterize instead of program" extends from commissioning to process monitoring, offering additional possibilities to control and evaluate additional peripheral elements without overarching control.
Access to the valve's own dashboard is easily done via a web interface, providing extensive new options with remote parameterization and diagnosis. Additionally, multiple parameter sets can be stored, and process variables documented. Software add-ons also offer flexibility for future challenges. Other features include a pressure sensor, a valve heating system with temperature control, as well as analog and digital connections for comprehensive connectivity. Remarkably, the fully electric operation eliminates the need for compressed air lines, further reducing integration effort and space requirements while lowering operating costs.
Overall, the WPV impresses with well-thought-out functions and offers a high level of process control, positively impacting process capability, overall equipment effectiveness (OEE), and product quality. Thus, the WPV pulse valve represents a groundbreaking development in dosing technology: the combination of contactless material application and innovative features opens up new possibilities for efficient, highly automated production processes.


The Walther Pulse Valve WPV: Innovative evolution of process technology ...
Precise dosing without component contact: Pulse valves represent an excellent solution for dosing a variety of viscous media. Through the repetitive and accurate dispensing of drops, very small quantities can be discharged at high speeds without compromising precision. Therefore, pulse valves are particularly suitable for applications that require high speeds, such as in mass production. In this context, even hard-to-reach and uneven component geometries are rarely a problem. However, the need for a usually complex control and programming presents significant disadvantages, such as associated high acquisition and commissioning costs, as well as an increased potential for errors. To minimize the costly complexity and make this type of media application even more efficient and user-friendly, we have developed the Walther Pulse Valve WPV.
Technological sophistication and integration: The WPV pulse valve is characterized by an optimized design that not only allows for a very small footprint but also incorporates advanced technologies for control, monitoring, and process evaluation. This enables a cost- and time-saving system integration without additional control technology, software, or programming. The motto "parameterize instead of program" extends from commissioning to process monitoring, offering additional possibilities to control and evaluate additional peripheral elements without overarching control.
Access to the valve's own dashboard is easily done via a web interface, providing extensive new options with remote parameterization and diagnosis. Additionally, multiple parameter sets can be stored, and process variables documented. Software add-ons also offer flexibility for future challenges. Other features include a pressure sensor, a valve heating system with temperature control, as well as analog and digital connections for comprehensive connectivity. Remarkably, the fully electric operation eliminates the need for compressed air lines, further reducing integration effort and space requirements while lowering operating costs.
Overall, the WPV impresses with well-thought-out functions and offers a high level of process control, positively impacting process capability, overall equipment effectiveness (OEE), and product quality. Thus, the WPV pulse valve represents a groundbreaking development in dosing technology: the combination of contactless material application and innovative features opens up new possibilities for efficient, highly automated production processes.
Weitere Beiträge
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request
Price on request