Zero-Max Offers High Torque Couplings
Pictured (left) is a custom 20-inch CD coupling hub.The CAD model (right) shows the entire configuration of the custom 20-inch coupling .
Customized high torque CD couplings up to 20 inches in diameter handling 78,000 Nm peak torque are now available from Zero-Max. Available to system designers seeking couplings for extremely large and challenging applications, these "super sized" couplings combine the highest torsional stiffness and high load capacity in this coupling design to date. With torsional stiffness of 419,000 Nm/DEG and continuous torque of 39,000 Nm, these CD couplings have angular misalignment capacity of 1.5 degrees with axial misalignment of 6.5 mm and parallel misalignment of 0.24 mm. Designed around the unique composite center disc, super-sized CD couplings perform at these peak torques in the most hostile operating environments - from extreme cold to hot weather conditions -70 to +250 degrees F (-57 to + 121 degrees C). Time-proven applications include drivetrains, gearboxes and generators providing trouble-free operation in sea water and abrasive desert sand conditions. The coupling's composite center disc is manufactured to strict aerospace and Six Sigma practices. The hub material is 1045 HR steel with fasteners made of titanium 6AL4V grade 5 materials. All components are tested with Finite Element Analysis (FEA) software for predictable characteristics. "The demand for super-sized CD couplings is growing rapidly, especially in different areas of the energy industry," reports Kevin Wells, Zero-Max regional sales manager. "We see this as an important new trend and are pleased to do our part in making this industry more productive and efficient using our coupling technology."
Since 1949, Zero-Max, Inc. has created innovative solutions to motion control problems worldwide. With strategic distribution points located throughout the world, Zero-Max can deliver your motion control solution. The Zero-Max team of application specialists can engineer a solution to meet your motion control requirements. ...Read more Or visit www.zero-max.com