SMC N2Q50RAAL098-030 Compact Cylinder is a pneumatic cylinder designed for space-efficient automation. It delivers reliable linear motion in compact applications. This cylinder is suitable for industrial pneumatic systems requiring precise actuation.

Compact Cylinder - SMC N2Q50RAAL098-030 The SMC N2Q50RAAL098-030 Compact Cylinder is engineered for precision and reliability in pneumatic applications. This advanced cylinder is designed to optimize space while ensuring high performance, making it an ideal choice for various industrial automation tasks. ## Key Features • **Compact Design**: Measures 50mm in bore diameter, providing efficient use of space without compromising performance. • **Stroke Length**: Features a stroke length of 30mm, ideal for applications requiring short, precise movements. • **Durability**: Constructed with high-quality aluminum and other robust materials, ensuring long life and resistance to wear. • **Operating Pressure**: Supports a maximum operating pressure of 1.0 MPa, suitable for a wide range of pneumatic applications. • **Mounting Options**: Versatile mounting options allow for easy integration into existing systems, enhancing operational flexibility. ## Applications • **Industrial Automation**: Perfect for use in assembly lines, packaging, and material handling systems where space is at a premium. • **Compatibility**: Designed to work seamlessly with a variety of SMC pneumatic components, facilitating streamlined operations. • **Versatile Environments**: Suitable for applications in automotive, electronics manufacturing, and food processing industries. ## Benefits • **Space Efficiency**: The compact design allows for installation in tight spaces without sacrificing functionality. • **Enhanced Performance**: Delivers precise control and reliability, contributing to improved overall system efficiency. • **Long-Lasting Reliability**: Built to withstand rigorous operational demands, minimizing downtime and maintenance costs. --- *Product information compiled with AI assistance for reference purposes.*