Weighing items and bulk materials is one of the most essential aspects of any industrial enterprise, and automating those tasks is at the heart of any automated enterprise. This book will review the essential challenges in both static and dynamic weighing and then go on to explain how a suite of very popular, highly adopted controllers and sensors from Siemens electronics can be used to make such operations as efficient as possible. Useful applications for various types of industrial processes help to make vivid the benefits of this technology.

Ultrasonics is a reliable and proven technology for level measurement. It has been used for decades in many diverse industries such as water treatment, mining, aggregates, cement, and plastics. Ultrasonics provides superior inventory accuracy, process control, and user safety. Understanding Ultrasonic Level Measurement is a comprehensive resource in which you will learn about the history of ultrasonics and discover insights about its systems, installation and applications. This book is designed with many user-friendly features and vital resources including: Real-life application stories Diagrams and recommendations that aid both the novice and advanced user in the selection and application of an ultrasonic level measurement system Glossary of terminology

A field bus is a two-way link between a programmable controller or operations monitor and an industrial device like a sensor, an electric motor, or a switch. It is a critical part of any automated industrial process - whether for factory automation (discrete processes like an assembly line) or process automation (continuous flow of materials being mixed, treated, or processed). PROFIBUS is a widely established program that allows for communication among and between controllers, fieldbuses, and actuator devices. This very concise introduction for industrial engineers, controls engineers, and manufacturing technicians covers the basics of field bus architecture and communication and the fundamentals of the PROFIBUS language protocol.

The storing, handling, and processing of bulk solid materials is fundamental to nearly every manufacturing and processing industry, from the food industry and agribusiness, to the plastics industry, to the mining and cement industries, to coal-fired electric utilities. This concise introduction to the use of radar for measuring solid materials in solution or in dispersion provides useful applications for industrial processing and manufacturing. It is a boon to industrial engineers, controls engineers, and manufacturing technicians who want to quickly learn about the great potential for automating processes heretofore considered too difficult by using radar-based sensing for solids measurement.