centa creates new centawave coupling for testing slow speed/high torque applications on wind turbines

Wind and wave energy icon with border.jpgMechanical engineering experts launch CENTAWAVE for testing
slow speed/high torque applications

Mechanical power transmissions experts, Centa Transmissions, have launched a brand new flexible coupling specifically designed for testing within systems before they are installed or constructed.

‘CENTAWAVE’ is a torsionally stiff and homokinetic link coupling that facilitates for angular misalignments of up to 12 degrees and torques from three to 20,000 kNm.


Explains Nigel Smith, Centa sales manager: “CENTAWAVE will primarily be used to test wind turbine drives and offshore renewable products. It will also be extremely suitable for many test rig applications, ranging from petrol/diesel engines through to marine gearboxes and anything in between.

“Manufacturers will build a complete wind turbine and then test to see if it works or not. If it doesn’t, it has to be stripped back and rebuilt which costs both time and money.

“By using our new CENTAWAVE coupling, any component, sub-assembly or full assembly can be tested before final assembly to ensure the wind turbine will function first time, every time, giving manufacturers increased versatility during the build process and, ultimately, complete peace of mind.”

The CENTAWAVE link coupling is so-called due to its functional principle of angular misalignment being compensated by a wave-like movement of its links that allows for uneven angular deflection at the same time.

Smith concludes: “Using our combined engineering expertise, with CENTAWAVE we are able to offer OEMs a powerful and flexible coupling that is totally unique, there is nothing like it on the market. For any manufacturer looking to connect a diesel engine and other drives to the driven application, Centa Transmissions is the ‘go to’ company as we have a proven solution for every transmission problem.”