TN20×100 Twin-Rod Pneumatic Cylinder – 20mm Bore × 100mm Stroke – Double Acting
The TN20×100 Twin-Rod Pneumatic Cylinder is a compact double-acting pneumatic actuator designed for precise, stable and repeatable linear movement in industrial automation and machinery applications.
With a 20 mm bore and 100 mm stroke, the TN20×100 uses two Ø10 mm guide rods to improve rigidity and minimise rotation of the moving plate. This twin-rod arrangement makes the cylinder well suited to positioning, clamping, component transfer and other applications where controlled linear motion and good load stability are required.
The cylinder operates using compressed air for both extension and retraction, providing positive movement in both directions.
Technical Specifications
| Specification | Details |
|---|---|
| Model | TN20×100 |
| Cylinder Type | Twin-Rod Pneumatic Cylinder |
| Bore Size | 20 mm |
| Stroke | 100 mm |
| Action | Double Acting |
| Guide Rods | 2 × Ø10 mm |
| Working Medium | Compressed Air |
| Air Ports | 2 × PT1/8 |
| Front Plate Thread | M4 × 0.7 |
| Piston / Actuating Thread | M6 × 1.0 |
| Overall Retracted Length | Approx. 178 mm |
| Body Length | Approx. 158 mm |
| Body Width | Approx. 62 mm |
| Body Height | Approx. 25 mm |
| Front Plate Width | Approx. 61 mm |
| Front Plate Height | Approx. 24 mm |
| Mounting Hole Centre Distance | Approx. 55 mm |
| Air Port Centre Distance | Approx. 75 mm |
| Front Projection | Approx. 10 + 10 mm |
| Theoretical Thrust at 0.5 MPa | Approx. 25 kgf |
Key Features
- 20 mm bore × 100 mm stroke
- 2 × Ø10 mm guide rods
- Double-acting pneumatic operation
- Approx. 25 kgf theoretical thrust at 0.5 MPa
- Twin-rod anti-rotation design
- High rigidity and stable linear movement
- Long 100 mm stroke
- 2 × PT1/8 pneumatic ports
- M4 × 0.7 front plate thread
- M6 × 1.0 piston thread
- Compact aluminium construction
- Suitable for repetitive industrial operation
Typical Applications
Suitable for industrial automation, packaging machinery, pick-and-place systems, component positioning, clamping mechanisms, assembly equipment, sorting systems, component transfer, small conveyor systems and general pneumatic machinery.