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Emerson has launched its first non-contact radar level transmitter specifically for the food and beverage industry.

Emerson has launched its first non-contact radar level transmitter specifically for the food and beverage industry.

In order to meet the high demands for precision and reliability in the field of hygiene and safety, Emerson recently launched the first non-contact radar device specifically designed for the food and beverage industry - the Rosemount™ 1408H Level Transmitter. This level transmitter features a hygienic compact design, fast scanning technology, excellent radar beam focusing, and IO-Link communication, providing accurate non-contact measurements that help optimize equipment operation and ensure food safety. It assists manufacturers in improving operational efficiency, reducing product loss, and ensuring food safety.

01

2021

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11

Configuration of the EJA transmitter and how to configure it?

Configuration of the EJA transmitter and how to configure it?

Since the Yokogawa EJA transmitter entered the Chinese market, it has been favored by a wide range of users, and it can be said that the Yokogawa EJA transmitter is the most dynamic brand product in the field of transmitters. The Yokogawa EJA transmitter uses a single crystal silicon resonant sensor technology developed by Yokogawa Electric Corporation, making it the most advanced transmitter in the world today. Given the popularity of the Yokogawa EJA transmitter, many users may not configure it. Today, a technical editor from Shaanxi Huibo Electromechanical will discuss how to configure the newly purchased Yokogawa EJA transmitter.

29

2021

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10

Due to the increased market demand, E+H electromagnetic flow meters sales have surpassed 3 million units.

Due to the increased market demand, E+H electromagnetic flow meters sales have surpassed 3 million units.

The recognition from the market and the increase in demand have allowed us to successfully achieve the milestone of 3 million units sold. For decades, we have consistently provided high-quality products to our customers, which is the cornerstone of our success," said Mirko Lehmann, General Manager of Endress+Hauser Process. Starting as a company that initially relied on three employees manufacturing electromagnetic flow meters in a military barracks, Endress+Hauser has always adhered to the principle of producing according to demand. Through consistent effort and dedication, we have finally gained market recognition and increased demand. Today, the Endress+Hauser flow production plants have advanced logistics systems, and we have established six production plants in Switzerland, France, the United States, China, India, and Brazil.

28

2021

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10

【Decryption】Three Common Faults of Rosemount Transmitters (Fault Codes and Solutions)

【Decryption】Three Common Faults of Rosemount Transmitters (Fault Codes and Solutions)

When it comes to Rosemount transmitters, their usage worldwide has exceeded ten million units. With such a high volume of usage, it is inevitable that Rosemount transmitters will encounter various faults. Some of these faults are due to the quality of the product itself, while others are caused by improper use by operators. Typically, when a fault occurs, our first step is to determine where the problem lies and how to resolve it. Of course, if a Rosemount transmitter with a display encounters a fault, the display will usually show a fault code. We can identify the issue based on the specific fault code displayed, and then proceed to address the specific fault. Next, let the technical editor from Shaanxi Huibo Electromechanical briefly introduce three common fault issues encountered by Rosemount transmitters in operational conditions.

27

2021

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10

Analysis of the classification of zero point shift and range calculation of Rosemount differential pressure transmitters.

Analysis of the classification of zero point shift and range calculation of Rosemount differential pressure transmitters.

For the application of differential pressure transmitters, if the measurement conditions are met, generally no migration technology treatment is required. However, in practice, the use of differential pressure transmitters often involves considerations of maintenance, installation, and other aspects. To facilitate operation, this may lead to a difference in the horizontal plane between the pressure tapping points and the measuring instruments. Additionally, when the measured medium has certain limiting factors, such as being highly corrosive or having excessive viscosity, this can hinder the entire pressure measurement process and even affect the accuracy of the instrument's measurements. Therefore, to achieve accurate measurement with differential pressure transmitters as much as possible, zero-point migration is usually performed. The technical editor from Shaanxi Huibo Electromechanical will use Rosemount differential pressure transmitters as a reference to introduce the classification of zero-point migration and how to calculate the range, providing a specific analysis and study that we hope will help ensure the functionality of Rosemount differential pressure transmitters in future use.

26

2021

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10

This guide teaches you how to configure a pressure transmitter using the HART475 handheld communicator.

This guide teaches you how to configure a pressure transmitter using the HART475 handheld communicator.

When it comes to the HART475 handheld communicator, many instrument users are likely familiar with it. As a device specifically designed for the maintenance and debugging of field instruments, the HART475 handheld communicator can not only be used to maintain and debug well-known brand transmitters on the market but also to maintain and debug various well-known brand flow meters, demonstrating its wide range of applications and popularity. Today, the technical editor from Shaanxi Huibo Electromechanical will provide a detailed guide on how to configure pressure transmitters using the HART475 handheld communicator.

25

2021

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10

What checks do we need to perform before installing the Rosemount 3051 pressure transmitter?

What checks do we need to perform before installing the Rosemount 3051 pressure transmitter?

In recent years, the Rosemount 3051 pressure transmitter has been widely used in various industries due to its high stability and reliability. With so many units being purchased and used, it is inevitable that customers may encounter some unexpected faults during operation. Some issues may arise from the quality of the transmitter itself, while others may be due to improper operation by on-site personnel, and some may result from non-standard installation. Therefore, before installing the Rosemount transmitter, it is essential to conduct preliminary checks to ensure that the purchased product meets our specific needs, including whether the range and parameters match and whether the product is brand new. Conducting these pre-installation checks is very important, but not complicated. Below, the technical editor from Shaanxi Huibo Electromechanical will introduce the checks we need to perform before installing the Rosemount 3051 pressure transmitter.

22

2021

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10

What are the specific steps for the installation and debugging of the Rosemount 3051 pressure transmitter?

What are the specific steps for the installation and debugging of the Rosemount 3051 pressure transmitter?

When it comes to the Rosemount 3051 pressure transmitter, many friends in the instrumentation field must have used or come into contact with it. With the high stability and performance of the 3051 pressure transmitter, it has been widely used in various industries in our country. Generally, after purchasing the Rosemount 3051 pressure transmitter, we also need to install and debug it according to our actual working conditions. Today, the technical editor from Shaanxi Huibo Electromechanical will systematically introduce the specific steps for the installation and debugging of the Rosemount 3051 pressure transmitter.

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2021

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