风机,磨机和输送机应用中长期驱动寿命的机电考虑因素

G. Seggewiss, M. Fanslow
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引用次数: 0

摘要

高机械应力会导致旋转设备过早失效。了解引起振动的机制有助于正确预测和监测活动,以最大限度地减少振动的有害影响。本入门提供了机械背景和措施,以减轻机械应力在旋转设备涉及电动机和驱动器。振动问题可能在旋转设备的使用寿命中随时发生,但最好在设备使用寿命开始时通过分析和测量进行审查和缓解,以确保长期无故障运行。本文旨在概述水泥工业中大型电机和驱动器的振动问题。
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Electro-mechanical considerations for long term drive life in fan, mill, and conveyor applications
High mechanical stresses can lead to premature failure of rotating equipment. Understanding the mechanism causing vibrations helps in proper prediction and monitoring activities to minimize harmful effects of vibrations. This primer provides a mechanical background and measures to mitigate mechanical stresses in rotating equipment involving electric motors and drives. Vibration problems can occur at any time in the life of rotating equipment but is best reviewed and mitigated at the start of the equipment life with analysis and measurement to ensure long trouble free operation. This paper is intended to provide an overview of vibration issues with larger motors and drives in the cement industry.
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Successful retrofit upgrade of a Kiln Drive application at Lehigh Cement, York, Pa by replacing existing electromechanical (D.C.) Drive with Direct Hydraulic Drive system Shifting energy performance in U.S. cement production Considerations in unit substation design to optimize reliability and electrical workplace safety Protection principles for electrical motors in the cement industry Operating the worlds largest kiln line
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