Detailed information on static balance and points to note for dynamic balance correction.
This technical document introduces the measurement and correction of imbalance in rotating bodies. It explains the causes of imbalance, the three major causes of imbalance, and the definition of balancing accuracy, using diagrams and formulas over a total of 63 pages. 【Contents (partial)】 ■1. Introduction ■2. What is imbalance? ■3. Causes of imbalance ■4. Three major causes of imbalance ・4-1 Defects in design ・4-2 Defects in materials ・4-3 Defects during manufacturing or assembly *For more details, please refer to the PDF document or feel free to contact us.
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【Other Published Content (Part)】 ■5. Effects of Imbalance ■6. Types of Imbalance ・6-1 Static Imbalance ・6-2 Couple Imbalance ・6-3 Dynamic Imbalance ■7. Representation of Imbalance ・7-1 Units of Imbalance ・7-2 Centrifugal Force Due to Imbalance ・7-3 Effects of Imbalance ■8. Examples of Balancing (Imbalance Correction) ・8-1 Static Balance Correction (One Surface) ・8-2 Cautions for Dynamic Balance (Two Surfaces) Correction ・8-3 Flow of Balance Correction ・8-4 Balance Correction for General High-Speed Spindles ・8-5 Example of Balance Correction for Elastic Rotors *For more details, please refer to the PDF document or feel free to contact us.
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Sigma's balance measurement method features the adoption of multivariate analysis techniques for detecting imbalances, allowing for high-precision measurements across a range from low to ultra-high rotational speeds. The field balancer that incorporates this measurement method has been in use since 1985, with cumulative production exceeding 8,000 units. Furthermore, after that, we began selling more precise balancing machines and condition monitoring devices that continuously monitor rotating machinery and detect signs of abnormalities, which also utilize the aforementioned measurement method. Over 30 years since the start of balancer production, Sigma's balancers are actively used across various industries.
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