In the field of industrial automation, the transmitter is the core measurement equipment, and its performance and selection are directly related to the accuracy, stability and efficiency of the production process. As a high-end sensor manufacturer based in Jiaxing, Zhejiang Province, GRAEFF provides high-performance transmitter solutions for various industrial scenarios with its advanced technology and rich product lines. The following will be from the characteristics of the tested

The working principle of the flush diaphragm pressure sensor is based on the effect of medium pressure on the sensor diaphragm. When the measured medium (gas or liquid) exerts pressure on the diaphragm of the sensor, the diaphragm will produce a micro displacement proportional to the pressure of the medium. This micro-displacement causes a change in the resistance of the sensor, which in turn produces an electrical signal corresponding to the pressure. After the electrical

The GRAEFF GSR Radar level gauge series uses advanced millimeter wave technology, especially in the 78GHz high frequency band, and is designed for the complex level measurement needs of the industrial sector. It has high precision and non-contact measurement characteristics, and can accurately detect liquid level under extreme conditions such as strong smoke dust, high temperature and pressure, and foam steam, providing reliable data support for industrial production.

In industrial production and various pressure measurement scenarios, the accuracy of the pressure transmitter is crucial. The GRAEFF magnetic pen is a key tool for operating the pressure transmitter, and its unique function and convenient use can help us better complete the debugging and

Is a kind of accurate measuring equipment, using high-performance core components, digital analog integrated circuit design, through the program to achieve linear compensation, can obtain its high measurement accuracy, only properly handled, their service life will be longer. Be careful before installing the sensor (transmitter). The following describes some precautions for the installation and use of the high temperature melt pressure sensor (transmitter), and the correct connection and debugging to ensure trouble-free operation.ed the core basic parts, key basic materials, advanced basic technology, industrial technology foundation, industrial basic software and other "five foundations".

GRAEFF intelligent pressure and temperature controllers are an integral part of modern industry, research and daily life. They ensure the stability and safety of system operation by accurately measuring and controlling pressure and temperature.

GRAEFF temperature sensor and transmitter is a device that can sense the ambient temperature and convert it into a usable output signal. It is widely used in chemical fiber equipment, plastic extrusion equipment, household appliances, automotive electronics, medical health, environmental monitoring, industrial automation, consumer electronics, food processing, petrochemical, pharmaceutical equipment, construction and HVAC, aerospace, scientific research and other fields.

GRAEFF magnetostrictive displacement sensor is a kind of high precision and high reliability displacement measurement equipment, which plays an important role in industrial fields such as injection molding machines.

With its high precision, high reliability and stability, GRAEFF industrial pressure sensors and transmitters have been widely used in many fields such as industrial automation, oil and gas, chemical, water, electricity, HVAC, food and beverage, automotive, pharmaceutical, compressor, injection molding machine and so on.

High temperature melt pressure sensors, as an important high-temperature detection device, have been widely used in monitoring systems in various high-temperature environments. It has the characteristics of high precision, fast response speed, and strong anti-interference ability, which can effectively improve the operational efficiency and stable reliability of the equipment.

Introduction to High Temperature Melt Series Sensors/Transmitters

A pressure sensor is a device that can sense the presence of pressure and convert it into an electrical signal or other required form of signal output according to a certain pattern. Depending on the type of pressure test, pressure sensors can be divided into gauge pressure sensors, differential pressure sensors, and absolute pressure sensors. What are the main differences between them?