Mobile transformers are exposed to continuous vibration, shock and dynamic loads during transport and operation. Proper vibration isolation reduces the transmission of vibrations and structure-borne noise, protecting the transformer and its supporting structure from excessive dynamic stresses.
By using elastic isolation systems specifically designed for mobile applications, transformer stability is improved, mechanical fatigue is reduced and reliable long-term operation is ensured, even under demanding transport and operating conditions
Transformers installed in mobile applications, such as wind turbines, railway vehicles or marine vessels, are exposed to continuous vibration, shock loads and changing operating conditions. Properly engineered vibration isolation systems elastically decouple the transformer from its supporting structure, reducing the transmission of vibration and structure-borne noise.
This improves equipment reliability, protects the supporting structure from excessive dynamic loads, and ensures stable long-term performance under demanding operating conditions.
