SWC Cardan Shafts

The SWC cardan shaft adopts an integral fork head without bolt connection design, completely eliminating the risk of failure of traditional bolt clamping structures.

Technical Features

1. Angle compensation capability: The SWC type has an axis bending angle of 15 ° -25 °, and the SWP type can reach 10 °, adapting to axis deviation under complex working conditions

2. Torque transmission performance: nominal torque coverage of 30000N · m, allowable speed up to 3000r/min
   

3. Material process: 35CrMo alloy steel quenching and tempering treatment is adopted, and the cross shaft is high-frequency quenched with 20CrMnTi material, which increases the fatigue life by 30% -50%

4. Transmission efficiency: up to 98% -99.8%, significant energy-saving effect during high-power transmission

SWC cardan shaft structure type

1. BH type: standard telescopic welding type, metallurgical rolling mill, mining conveying system
   

2. BF type: standard telescopic flange type, ship propulsion system, engineering vehicle
   

3. CH type: long telescopic welding type, paper making machinery with large axial displacement
   

4. WH type: Non expansion welding type, space limited lifting equipment
   

5. WD type: non telescopic short type, with main and auxiliary transmission for rolling mill

Special models such as SWC-WD adopt a compact short design, suitable for heavy-duty scenarios such as rolling mills; The SWC-BH model is equipped with a double-layer spline connection device to avoid gear wear, making it particularly suitable for continuous operations in the metallurgical industry.

It is recommended to prioritize the maintenance free design of SWC-BH/BF type for overloaded equipment, while the economical WH/WD scheme can be considered for intermittent operation scenarios. The specific selection requires a comprehensive evaluation of factors such as peak torque, types of environmental pollutants, and maintenance resources.