KOGANEI CORPORATION
Koganei Slim Cylinders End Keep Double Acting Type
Manufacturer: KOGANEI CORPORATION
Features
The cylinder bore ranges from Φ20 to 40 mm [0.787 to 1.575 in], designed to meet cleanroom specifications. This slim cylinder features a double-acting type, providing reliable operation with enhanced performance. Additionally, the end keep design ensures durability and stability, making it an ideal choice for applications in clean environments where space and reliability are crucial.
Specifications
| Item | Bore size mm [in.] | |||
|---|---|---|---|---|
| 20 [0.787] | 25 [0.984] | 32 [1.260] | 40 [1.575] | |
| Operating type | Double acting type, with head side end keep mechanism | |||
| Media | Air | |||
| Mounting type | Basic type, Foot type, Flange type | |||
| Operating pressure range | 0.1～0.9 MPa [15～131 psi] | 0.1～0.9 MPa [15～131 psi] | 0.1～0.9 MPa [15～131 psi] | 0.1～0.9 MPa [15～131 psi] |
| Proof pressure | 1.32 MPa [191 psi] | 1.32 MPa [191 psi] | 1.32 MPa [191 psi] | 1.32 MPa [191 psi] |
| Operating temperature range | 0～60°C [32～140°F] | 0～60°C [32～140°F] | 0～60°C [32～140°F] | 0～60°C [32～140°F] |
| Operating speed range | 50～300 mm/s [2.0～11.8 in./sec] | 50～300 mm/s [2.0～11.8 in./sec] | 50～300 mm/s [2.0～11.8 in./sec] | 50～300 mm/s [2.0～11.8 in./sec] |
| Cushion | Fixed type (Rubber bumper) | |||
| Lubrication | Not required | |||
| Maximum holding force (at end keep) | 194.2 N [43.66 lbf] | 303 N [68.11 lbf] | 496.2 N [111.5 lbf] | 775.7 N [174.4 lbf] |
| Backlash (at end keep) | 1.4 mm [0.055 in.] MAX. | 1.4 mm [0.055 in.] MAX. | 1.6 mm [0.063 in.] MAX. | 1.6 mm [0.063 in.] MAX. |
| Port size | Rc1/8 | Rc1/8 | Rc1/8 | Rc1/8 |
Related Products
-
Koganei NHB Series Linear Guide Specification with Fingers Single Acting Normally Open Parallel Type
-
Koganei Holder And Column Tubes Alpha Series
-
Koganei ETR 200 Electro-Pneumatic Transducing Regulator ETR Series
-
Koganei Solenoid Valves F10 Series
-
Koganei Manifold Regulators
-
Koganei Solenoid Valve F10 Valve Easy Assembly Type Manifold Serial Transmission in Type
