SMC 10-CDA2G40TN-350 10-/11-CA2 Series Clean Series Air Cylinder, Double Acting, Single Rod
SMC
$190.05
The SMC 10-CDA2G40TN-350 is a precision-engineered component from the 10-/11-CA2 Series Clean Series Air Cylinders, designed for high-performance applications in demanding industrial environments. This double-acting, single rod air cylinder is meticulously crafted to deliver reliable and efficient operation, ensuring optimal performance in cleanroom and controlled environments.
Engineered with a focus on durability and precision, the 10-CDA2G40TN-350 features a robust construction that minimizes contamination risks, making it ideal for applications where cleanliness is paramount. The cylinder's double-acting mechanism provides consistent force in both extension and retraction, enhancing operational efficiency and reducing cycle times.
Key technical specifications include a bore size of 40mm and a stroke length of 350mm, offering a versatile range of motion suitable for various industrial tasks. The cylinder is constructed from high-quality materials that resist wear and corrosion, ensuring longevity and reducing maintenance requirements.
This air cylinder is compatible with a wide range of pneumatic systems, providing seamless integration into existing setups. Its design adheres to stringent industry standards, ensuring compatibility and reliability across diverse applications.
Optimize your manufacturing processes with the SMC 10-CDA2G40TN-350, a clean series air cylinder that combines precision engineering with superior performance. Ideal for engineers and manufacturing professionals seeking a dependable solution for cleanroom applications, this product is a testament to SMC's commitment to quality and innovation.
- Clean Series:
- Relief Type
- With Auto Switch(Built-in Magnet):
- With Auto Switch
- Mounting Style:
- Head Flange Style
- Bore Size:
- Bore Size 40 mm
- Port Thread Type:
- NPT
- Cylinder Stroke:
- Standard Stroke 350 mm
- Auto Switch:
- Without Auto Switch
- Number Of Auto Switches:
- 2 pcs. Or None