Hydrodynamic Couplings

• soft and smooth starts;
• reduced current draw when starting: The motor starts under reduced load;
• protects the motor and driven machine against jams and overloads;
• allows use of standard induction motors, rather than special motors with starting devices;
• maximize equipment life and operating economy of entire equipment, thanks to mechanical weak link function of fluid coupling;
• greater energy savings through the reduction of current peaks;
• limits the starting torque by up to 120% in versions with double delay chamber;
• same input and output torques;  the motor can provide maximum torque , even at jammed load;
• dampening of torsional vibration characteristics of internal combustion engines, thanks to the fluid as the power transmission element;