Industrial equipment

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…

The sound pressure level of an air compressor does not have a fixed value; it typically varies depending on the model, power rating, rotational speed, installation environment, and measurement distance. Under normal operating conditions, common equipment may produce…

Air compressors are typically integrated into compressed air systems or pneumatic power systems and are widely used across diverse industries, including mechanical manufacturing, construction, chemical processing, electronics, and the food and pharmaceutical sectors. This article reviews common application…

This paper focuses on the calculation formula for the thermal conversion efficiency of air compressors, outlining its fundamental meaning, a general algorithm, and methods for estimating heat recovery. It presents computational approaches for hot‑water and hot‑air applications and…

Using the wrong compressor oil can lead to inadequate lubrication, elevated temperatures, increased carbon deposits, component wear, and the risk of equipment downtime. This article addresses common issues and best practices—covering viscosity selection, oil type, risks associated with…

A specific power of 6.16 for an air compressor is insufficient to determine its energy efficiency class on its own; a comprehensive assessment must consider the model type, rated discharge pressure, displacement, motor power, and the applicable energy‑efficiency…

There is no standardized maximum pressure rating for air compressors; typical industrial‑grade models generally operate at discharge pressures ranging from approximately 0.7 to 1.3 MPa, while medium‑ and high‑pressure units, as well as those designed for specialized applications,…

Air compressors are generally not considered fully automated equipment; rather, they serve as general-purpose power units that supply compressed air. Whether they can be regarded as part of an automation system depends on whether they are equipped with…