CQS Series Compact Cylinder
The CQS Series Compact Cylinder from Hered Pneumatic Co., LTD. delivers exceptional performance in a space-saving design for diverse industrial applications. This CE-certified pneumatic cylinder offers a lightweight yet robust solution, capable of withstanding significant lateral loads while maintaining an elegant appearance.
Key Features
Compact structure for space-efficient installations
Direct mounting capability, eliminating need for additional accessories
High-quality materials ensuring durability and reliability
Available in multiple configurations and stroke lengths
Auto switch mountable on 3 or 4 sides (bore size dependent)
CE certified for quality assurance
Technical Specifications
Specification | Details |
---|---|
Bore Sizes | 12, 16, 20, 25 mm |
Operating Pressure | 0.1-1.0 MPa |
Working Temperature | -10°C to 60°C |
Speed Range | 50-500 mm/s |
Standard Stroke Lengths | 5-50 mm (ø12, ø16), 5-500 mm (ø20, ø25) |
Long Stroke Range | 1-1400 mm |
Available Configurations
CQS: Double Acting, Single Rod
CQS: Single Acting, Spring Return/Extend
CQSW: Double Acting, Double Rod
CQSK: Non-Rotating Rod, Double Acting, Single Rod
CQSKW: Non-Rotating Rod, Double Acting, Double Rod
CQS□S: Anti-Lateral Load Type, Double Acting, Single Rod
Applications
The CQS Series Compact Cylinder excels in:
Automated machinery systems
Robotic arms and precision equipment
Packaging and assembly lines
Material handling and transfer systems
Space-constrained industrial setups
Hered Pneumatic Advantage
By choosing the CQS Series from Hered Pneumatic Co., LTD., you’re investing in:
Innovative space-saving design
Versatile mounting options
Reliable performance in demanding environments
CE-certified quality and safety standards
Support and Service
Our team of pneumatic experts is ready to assist you with product selection, technical support, and after-sales service. Contact Hered Pneumatic Co., LTD. today to discover how the CQS Series Compact Cylinder can optimize your pneumatic systems and enhance your operational efficiency.
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