Vibrating rod level switches and rotary paddle level switches each offer unique benefits. Discover their differences, advantages, and whether one can replace the other in your solid material measurement application.

SIL failure rate requirements define the reliability standards for safety instrumented systems per IEC 61508 and IEC 61511. Learn how SIL levels impact industrial safety instruments and ensure compliance.

Explosion-proof instruments play a vital role in ensuring safety in flammable and explosive environments. Learn about key safety requirements, proper usage, and certified solutions from Jiwei Automation.

This article explores common faults, diagnosis techniques, and troubleshooting methods for DCS systems to improve system reliability and ensure stable industrial automation operations.

Compare 26GHz and 80GHz radar level transmitters for industrial applications. Learn their differences in accuracy, beam angle, installation, and suitable environments to select the right radar level measurement device.

Learn the key differences between SCADA and DCS systems, including functionality, architecture, and best use cases. Choose the right industrial automation solution for your needs.

Explore the essential concepts of radar antenna gain, including radiation patterns, directivity, and efficiency. Learn how these factors impact radar system performance with clear explanations and diagrams.

Explore the differences between IIA, IIB, and IIC explosion-proof classifications in hazardous gas environments. Learn how to select the right explosion-proof radar level meters and electrical equipment for safe operation.

Explore a detailed guide on flange markings, including nominal diameter, pressure rating, material codes, and standards. Learn how to accurately identify flange specifications to ensure safe and reliable piping system operation.

Accurate and efficient PID control technology overview, covering PID principles, tuning methods, and applications in industrial automation to optimize system performance and stability.