Balancing, dynamic balancing, balancing of rotors, balancing of impellers

Balancing is the process of determining the values and angles imbalances of the rotor and reduce the correction masses (for example, balancing equipment shafts).

Dynamic balancing is one of the main stages at maintenance and repair of fans, motors, pumps, gearboxes, compressors, turbines, etc., and is a the process of balancing of rotating elements of mechanisms, rotors, rotor wheels and so on shaft Balancing must be new shafts and after repair of rotating equipment.

Dynamic balancing to reduce vibration mechanism to normative values that will ensure the safety of production, increase resource performance, reduce energy consumption and reduce the likelihood emergencies and emergency shutdowns mechanism.

In the process of designing machines aim to reduce harmful vibration, choosing the most appropriate solutions in construction and technology manufacturing, gain weight symmetry of all moving parts by balancing (balancing). However, in the manufacturing process and operation parts and components have symmetry-breaking conditions and leading to unbalance. To reduce the unbalance in the manufacture, repair, operation is balancing bodies of revolution (shaft equipment) by changing their mass or geometry (static or dynamic shaft balancing).

Proper shaft balancing extends the life service impellers and wheels 23%-100%, and increases the useful power the impellers 10%-25%. Balancing increases in 3 times the resistance of the diamond circles, reduces to 4 times the waviness of the surfaces being processed. Balancing equipment must be performed for all cylindrical or symmetrical relative to the axis of rotation of the parts and rotors. For dynamic balancing own bearings company BALTECH producing a device BALTECH VP-3470. If the task of multiplane balancing, use our software BALTECH Balance.