Fluidized bed granulator is one of the important chemical equipment, and radar level meter is a popular level measurement instrument in the market. Many users ask whether radar level meter can measure the level of fluidized bed granulator. This article will analyze it in detail! During the operation of the fluidized bed granulator, the material […]
Radar level meter measures the level of fluidized bed granulator Read More »
Clamp-on ultrasonic flowmeters are highly suitable instruments for measuring flow rates in full-pipe applications. They are known for their easy installation and non-intrusive nature. These devices can measure the flow of media in pipes of large diameters and are particularly useful for measuring media that are difficult to access or observe. With high measurement accuracy,
Common Causes of Weak Signals During the Installation of Clamp-On Ultrasonic Flowmeters Read More »
Artificial Intelligence (AI) is transforming many industries, and its impact on flow meters, instrumentation, and measurement automation is significant. By integrating AI with these technologies, the industry is moving towards smarter, more efficient, and highly adaptive systems. Below, we delve into how AI is shaping this field and explore potential future developments in greater detail.
Relays are essential components in electrical and industrial control systems. They act as electrically operated switches, enabling low-power circuits to control high-power systems. Among the types of relays, general relays and safety relays are commonly used, each serving distinct purposes. This article delves into their principles, characteristics, and differences in detail. General Relays Principles of
Understanding the Principles and Differences Between General Relays and Safety Relays Read More »
Pressure is one of the important parameters in the industrial production process. In order to ensure normal production, pressure must be monitored and controlled. For example, in chemical reactions, pressure affects both material balance and chemical reaction speed, so industrial operating procedures must be strictly followed, which requires measuring and controlling pressure to ensure the
The Importance of Pressure Measurement Read More »
Resistance Temperature Detectors (RTDs) are widely used temperature sensors that measure temperature by correlating the resistance of the sensor material (usually platinum) to temperature changes. RTDs are commonly classified into accuracy classes, with Class A and Class B being the most frequently used. These classifications, based on standards such as IEC 60751 and ISO 17025,
Understanding the Differences Between Class A and Class B RTDs Read More »
Valve manifolds are essential industrial components used to integrate multiple valves for controlling, regulating, and distributing media. They play a crucial role in piping systems and industrial equipment. This article provides a comprehensive guide to help beginners understand valve manifolds, focusing on the widely used two-, three-, and five-valve types. What is a Valve Manifold?
Understanding Valve Manifolds (Two-, Three-, and Five-Valve Manifolds) Read More »
In industrial and electronic systems, the protection and integrity of circuits are of paramount importance. Three critical components that ensure system reliability and safety are safety barriers, signal isolators, and surge protectors. This article explores their principles, functions, and applications, providing a clear distinction between these devices. 1. Safety Barriers A safety barrier is an
Steam is widely used in industrial processes, and accurate flow measurement is critical to optimize energy use and ensure system performance. This article compares two common instruments for steam flow measurement: vortex flowmeters and orifice plate flowmeters. It provides a detailed analysis of their features, performance in different scenarios, and practical guidance for selection. Types
Choosing Between Vortex Flowmeters and Orifice Plates for Steam Flow Measurement Read More »
In modern Distributed Control Systems (DCS), grounding is a critical aspect of ensuring reliable operation and minimizing interference. However, there are differing practices between thermal control (instrumentation) systems and electrical systems. This article explores why thermal control systems prioritize single-point grounding, while electrical systems often employ dual-point grounding, and how these principles apply in practical
