Sustainable Smc Cu Series, Free Mounting Cylinder, Non Rot, Double Acting, Single Rod, Cdu25-60d-m9bw Deal Alert: 75% Off [rVkAXUP9]

SMC CU Series Cylinder: Compact and Efficient

The SMC CU Series Cylinder, with its free mounting cylinder and non-rotating design, is a versatile and space-saving solution for various applications. This double-acting, single-rod cylinder offers unparalleled efficiency and durability. With its innovative features, it stands out as an ideal choice for industries seeking reliable and compact cylinder solutions.

• Free Mounting Cylinder allows for easy installation on both sides, maximizing space utilization.
• Non-Rotating Design ensures smooth operation and reduces maintenance requirements.

Technical Specifications and Features

The CDU25-60D-M9BW model is a part of the CDU series, which includes various auto-switch options such as CDU, CDUW, CDUK, CDUKW, CDU-A, and ZCDUK. This cylinder boasts a 25mm tube inner diameter and a 60mm stroke, providing ample power and precision for a wide range of applications.

• Tube Inner Diameter: 25mm
• Cylinder Stroke: 60mm
• Auto Switch: M9BW, featuring a 2-color display, solid-state auto switch, grommet, with light, 2-wire type, lateral entry, lead wire 0.5m, and applied voltage of DC24V (DC10 to 28V)

Practical Applications and Benefits

The SMC CU Series Cylinder is an excellent choice for applications requiring a compact, efficient, and durable cylinder solution. Whether it's for industrial automation, material handling, or any other application, this cylinder delivers exceptional performance.

• Space-Saving Design makes it ideal for limited spaces, ensuring optimal use of available area.
• Double-Acting Operation provides smooth and precise movement, enhancing overall efficiency.
• Wide Range of Applications makes it suitable for various industries and scenarios, ensuring versatility and reliability.

With its superior features and practical applications, the SMC CU Series Cylinder is a must-have for any business seeking to improve its operational efficiency and reliability.