SMC MIS20-30D-M9P ESCAPEMENT

# SMC MIS20-30D-M9P Escapement The SMC MIS20-30D-M9P Escapement is a high-performance pneumatic component designed specifically for applications requiring precise control and reliability. This single-action escapement integrates seamlessly into various pneumatic systems, ensuring optimal functionality in industrial automation environments. Its robust construction and innovative design make it an essential component for enhancing operational efficiency. ## Key Features • **Type**: Single Action Escapement - engineered to provide reliable performance in a compact design. • **Specifications**: Operating pressure range of 0.15 to 0.7 MPa, with a maximum operating speed of 300 mm/s. • **Materials**: Constructed from high-quality aluminum and reinforced polymers for durability and resistance to corrosion. • **Design**: Compact dimensions of 20 mm width and 30 mm length, allowing for space-efficient installation. • **Actuation Method**: Designed for pneumatic actuation, offering rapid response times and precise control over movement. ## Applications • **Industrial Automation**: Ideal for applications in automotive manufacturing, electronics assembly, and food processing where accurate control of movement is critical. • **Compatibility**: Compatible with a wide range of SMC pneumatic components, ensuring cohesive integration into existing systems. • **Operational Suitability**: Suitable for environments where durability and reliability are paramount, including manufacturing lines and robotic systems. ## Benefits • **Enhanced Precision**: The SMC MIS20-30D-M9P provides exceptional accuracy in controlling the positioning of components, reducing errors in automated processes. • **Increased Reliability**: Built to withstand harsh operating conditions, this escapement guarantees long-lasting performance and minimal downtime. • **Efficiency Gains**: Its responsive actuation contributes to faster cycle times and improved overall productivity in various industrial applications. --- *Product information compiled with AI assistance for reference purposes.*