Condition Monitoring

Abnormal vibration in air compressors can significantly compromise equipment lifespan and production safety. Based on internationally recognized standards, this paper outlines the principles for assessing vibration severity and provides an in-depth analysis of common causes, including rotor imbalance,…

The vibration level of screw air compressors directly affects the equipment’s operational stability and service life. This paper provides a detailed analysis of the core reference standards for screw compressor vibration, key measurement parameters, and common causes of…

This paper analyzes the practical application of vibration standards for air compressors, introduces evaluation metrics such as vibration velocity, displacement, and acceleration, and outlines approaches to sensor placement, operating-condition recording, acceptance criteria, and operational alarm management. It also…

This paper, focusing on the application of vibration standards for air compressors, outlines the key parameters for vibration assessment, guidelines for sensor placement, operating conditions, and essential considerations for acceptance testing and maintenance, thereby helping equipment managers establish…

As the power core of industrial production, the operational stability of air compressors is of paramount importance. This paper delves into the fundamental principles of compressor vibration‑based diagnostic technology, its commonly employed methods, and its key advantages in…

Compressors play a pivotal role in industrial production, and their vibration levels are directly linked to equipment safety and service life. This paper provides an in-depth analysis of compressor vibration‑specification requirements and mainstream vibration standards, examines vibration sources,…