Learn how to perform static and dynamic balancing on rotating machinery, from theory to worked examples, using HBK measuring equipment.

Static Balancing is the process of balancing a rotor in a stationary condition. It ensures that the center of gravity of the rotor is aligned with its axis of rotation.

Static balance occurs when the center of gravity of an object is on the axis of rotation. [1] The object can therefore remain stationary, with the axis horizontal, without the application of any braking force.

Nov 17, 2025 · Static balancing is one of the most basic and essential types of balancing in mechanical systems. It refers to the condition in which the center of gravity (CG) of a rotating object lies exactly …

Jun 10, 2025 · In this comprehensive guide, we will explore the various static balancing methods, tools, and equipment required, as well as provide a step-by-step implementation guide and case studies to …

Many rotating parts which have most of their mass concentrated in or very near one plane, such as fly-wheels, grindstones, car wheels, etc., can be treated purely as static balancing problems.

To balance a shaft, mass must be added or removed from specific locations on the shaft. Balancing involves determining the location and mass of these weights on the rotor to remove/reduce the …

Jan 28, 2025 · Static balancing refers to the process of ensuring an object’s centre of gravity is in line with its rotational axis. This method focuses on balance in a stationary state.

The interface is called tooling, or fixture. Tooling errors will falsify the unbalance measurement, regardless of the accuracy of the measuring system. The Tooling or balancing fixture has to be able …

Illustrate the difference between static and dynamic balancing and the advantages of each type. Balance a shaft by calculation or by using a graphical technique, and then to assess the accuracy of the …