- Categories
- Ringfeder: Shaft Coupling & Shaft Locking
- Locking Assemblies
- Ringfeder TNF Flange Couplings
- Ringfeder Elastomer Jaw Couplings TNB
- RINGFEDER TNR Torsional Highflex Couplings
- TSCHAN TNM Flexible Couplings
- Ringfeder TNS Jaw Couplings
- Ringfeder TNZ Gear Couplings
- Ringfeder TNK Barrel Coupling
- Ringfeder TNT Safety Couplings
- Ringfeder TND Torsionally Rigid Disc Couplings
- Ringfeder GWB Metal Bellows Couplings For Encoder
- Servo-insert Couplings GWE RIngfeder
- Servo-Insert Couplings
- Nylon Sleeve Gear Coupling ECT Ringfeder
- Ringfeder Friction Spring
- Ringfeder HENFEL: Hydrodynamic Coupling
- KTR: Shaft Coupling & Shaft Locking
- Cross-morse: Puly, taper bushes, shaft Coupling
- JAC coupling : Gear couplings & Jaw coupling
- PT Couplings: Shaft Couplings
- KBK: Shaft Couplings & Safety Couplings
- 8. Martin couplings and Martin Elastome Rings
- 9. Fenner: Fenner Coupling, Fenner Belt
- 10Wichmann: Universal Joint Shafts
- 11. ITALGIUNTI: Cardan Shaft Coupling
- 12. Westcar: Brake & Fluid couplings
- TRANSFLUID: Fluid Couplings
- 13. Backstop Ringspann Couplings
- Max Dynamic Couplings
- FLENDER: Shaft Couplings
- 16. STIEBER: Freewheel, Sprag Clutch, Backstop
- 17. Hilger u.Kern: Tester Devices
- Helmke: Electric motor AC Germany
- I.Mak: Gear Motors & Gear Units
- Ringfeder: Shaft Coupling & Shaft Locking
ONLINE SUPPORT
PRODUCTS
BUILT IN FREEWHEEL STIEBER S200
DESCRIPTION: Type S200 is a non bearing supported sprag type freewheel. The sprags run directly on the shaft provided by the user. Bearings are required to support axial and radial loads. Lubrication and sealing must also be provided by the installation. A typical arrangement is to install this type alongside a bearing as shown on the following page. The housing bore to receive the outer race will be machined with a H7* tolerance. A key will transmit the torque. The shaft on which the sprags run must have a surface hardness of HRc 60 to 62 for a finished depth of 0,6 mm minimum. Core hardness should be HRc 35 to 45. Surface roughness must not exceed 22 CLA. Maximum shaft taper 0,01 mm per 50 mm length. Concentricity between shaft and housing bore should be maintained within TIR 0,05 mm. The preferred lubrication is oil. The Stieber design allows the use of most of the common lubricants used in power transmission including gear oils with EP additives. When necessary grease lubrication is also possible.
SPECIFICATIONS
Built In Freewheel Stieber S200
Type Built in freewheels S200 is a non bearing supported sprag type freewheel. The sprags run directly on the shaft provided by the user. Bearings are required to support axial and radial loads. Lubrication and sealing must also be provided by the installation.
A typical arrangement is to install this type alongside a bearing as shown on the following page. The housing bore to receive the outer race will be machined with a H7* tolerance. A key will transmit the torque. The shaft on which the sprags run must have a surface hardness of HRc 60 to 62 for a finished depth of 0,6 mm minimum. Core hardness should be HRc 35 to 45. Surface roughness must not exceed 22 CLA. Maximum shaft taper 0,01 mm per 50 mm length. Concentricity between shaft and housing bore should be maintained within TIR 0,05 mm.
The preferred lubrication is oil. The Stieber freewheel S200 design allows the use of most of the common lubricants used in power transmission including gear oils with EP additives. When necessary grease lubrication is also possible.