Flow meter

Accurate flow measurement is critical to ensuring efficient production processes in the cement industry, where raw materials, fuels, and products are continually moved through various stages. While flow measurement in this industry is not as common as in some others, its importance cannot be understated. Below are some of the key areas where flow measurement […]

Split electromagnetic, Accuracy 0.5%, On-site display +4-20ma output, RS485, 24VDC power supply, Non-explosion-proof, IP65, Temperature resistance <120℃, PTFE lining, 316 stainless steel electrode, With 30m signal line, Pressure resistance 1.6Mpa, Measuring range DN300:1327-1270m³/h

Split electromagnetic flowmeter, Accuracy 0.5%, On-site display +4-20ma output, 24V power supply, Polytetrafluoroethylene lining, 316 electrode, Temperature resistance <120℃, Pressure resistance 1.6Mpa, Non-explosion-proof, Protection grade IP65, Standard 10-meter cable, Flange connection (without matching flange set), Carbon steel body DN100 flow range: 14-140m³/h DN150 flow range: 32-320m³/h

1. Measured Medium The vortex flow meter is generally suitable for measuring gases, liquids, and steam, but it is not appropriate for the following types of media: Fluids containing a large amount of solid particles or suspended matter. Media with excessively high kinematic viscosity under operating conditions, such as some high-viscosity oils (e.g., heavy oil).

In industrial production, the safe and stable operation of steam pipelines is crucial. A key component in ensuring proper system functionality is selecting the right pressure transmitter. With the variety of products available in the market, it is essential to choose a pressure transmitter that meets specific operational needs. This article provides an in-depth analysis

Safety barriers play a crucial role in intrinsically safe (IS) explosion-proof instruments, particularly in hazardous environments where explosive gases or dust are present. Their primary function is to limit the electrical energy that flows into potentially dangerous areas, preventing any energy transfer that could ignite a hazardous atmosphere. Below are the key roles of safety

When dealing with networking technologies, especially in industrial settings, three terms often come up: TCP/IP, CIP, and EtherNet/IP. Although these protocols interact in different ways, each plays a specific role in communication systems, particularly in automation and industrial control environments. This article will explore the differences and applications of these three protocols to give you

In the field of instrumentation, understanding the distinction between a sensor and a transmitter is crucial for designing and maintaining efficient control systems. Both devices are integral to data acquisition and process automation, but they serve different functions within a system. Here’s a closer look at what differentiates a sensor from a transmitter and how

With the continuous introduction of new safety instrument system specifications (such as IEC, GB, SY, SH, HG, MHG, and various industry standards), the options can become overwhelming, leaving one unsure of how to proceed. To choose the appropriate safety instrument system specifications, the following aspects can be considered: I. Understand Your Own Needs 1. Determine

In the world of safety and automation, understanding the distinctions between SIL (Safety Integrity Level), SIS (Safety Instrumented System), and SIF (Safety Instrumented Function) is crucial. These concepts form the backbone of ensuring industrial safety, particularly in environments like chemical plants, oil refineries, and other high-risk industries. Below is a comprehensive guide to clarify the