YSV Mini-Pico Solenoid Valves - Ultracompact Solutions for Automation

YSV Mini-Pico solenoid valves represent our most compact line of pneumatic valves, specifically designed for mounting on valve manifolds in applications where space is extremely limited. These microvalves offer an exceptional solution for precision automation in reduced-size equipment, medical devices, and other systems requiring pneumatic control in minimal spaces.

Technical Specifications

• Dimensions: Ultracompact format, significantly smaller than standard valves
• Available configurations: 3/2 and 5/2 ways
• Mounting type: Optimized for YSV valve manifolds
• Response time: Extremely fast
• Switching frequency: High, ideal for high-speed applications
• Energy consumption: Low, contributing to system efficiency
• Compatibility: With various control systems and supply voltages

Key Advantages

With dimensions significantly smaller than conventional solenoid valves, YSV Mini-Pico valves stand out for their extraordinary size-to-performance ratio. Despite their ultracompact format, these valves provide precise control of airflow, with extremely fast response times that make them ideal for applications requiring high switching frequency.

Typical Applications

• Analytical equipment and medical devices
• Electronics industry and semiconductor manufacturing
• Precision robotics and micromanipulation
• Miniaturized automation systems
• Portable equipment with space and weight restrictions
• Applications requiring high density of control points in limited space

Their design, optimized for mounting on valve manifolds, allows for creating dense configurations with multiple control points in minimal space. This feature is particularly valuable in modern machinery where miniaturization is a growing trend and space constraints are increasingly demanding.

At Pneumatig.eu, we understand the demands of modern automation and offer specialized advice to help you select the most suitable Mini-Pico solenoid valve configuration for your specific needs, ensuring an optimal solution for space challenges in your pneumatic systems.