Overview
The Kuhnke 36.250.025 brass pneumatic cylinder is a precision-engineered double-acting actuator built for demanding industrial control applications. Kuhnke cylinders are engineered for reliable, long-service operation in pneumatic systems including automation, assembly, packaging, and machine tooling. This compact brass design provides corrosion resistance and smooth, repeatable motion control.
Key Features
- Double-acting design for controlled extension and retraction
- Brass body construction for corrosion resistance
- Compact footprint suitable for space-constrained applications
- Precision machining for consistent, repeatable performance
- Standard pneumatic port configuration for easy integration
Technical Specifications
- Manufacturer: Kuhnke
- Part Number: 36.250.025
- Cylinder Type: Double-Acting Brass
- Stroke Length: 25 mm
- Maximum Operating Pressure: 10 bar
- Body Material: Brass
- Piston Diameter Range: 5–25 mm
- Port Configuration: Standard G-thread
- Operating Temperature Range: Industrial standard
Typical Applications
- Precision assembly and positioning systems
- Machine tooling and clamping fixtures
- Packaging and labeling equipment
- Automated control in small-footprint systems
- OEM equipment and retrofit applications
Compatibility & Replacements
Compatible With
- Standard pneumatic control systems (5–10 bar operating range)
- ISO standard pneumatic valve interfaces
- Kuhnke solenoid valves and manual control blocks
- Industrial automation PLC and controller systems
- Compressed air delivery networks (ISO 4401 ports)
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The Kuhnke 36.250 series offers multiple stroke and bore configurations; confirm exact model match with your original specification documentation.
Works With
- Kuhnke and third-party pneumatic valve systems
- Standard G-thread pneumatic port adapters
- ISO 4401 NG10 and NG16 valve manifolds
- Industrial compressed air infrastructure
- Position sensors and proximity switches for feedback control
