GFR2D08300

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Part Status:	Active

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Introduction

GFR2D08300 is a kind of strain-gauge transducer which mainly used for measuring and controlling the strain of a material as well as measuring the deformation. It is widely used in the industry for the measurement of force, torque and displacement. This transducer utilizes the principle of strain-gauge bridge which is combined with a strain-gage force transducer. The GFR2D08300 strain-gauge transducer enables the user to measure the strain of a material as well as measuring the deformation of it.

Application field

The most typical application fields of GFR2D08300 strain-gauge transducer are in the industrial area such as the measuring of force, torque and displacement. This transducer is mainly used for the measurement of strain and deformation of a material. The GFR2D08300 can be used in a variety of industrial settings such as in automotive manufacturing, aerospace research and development, construction, petrochemical industry, power transmission and generating industry, and the general engineering sector etc. In automotive manufacturing, the GFR2D08300 strain-gauge transducer can help engineers to measure the strain of car body components or automotive components during the vehicle manufacturing process. This is especially useful in testing the durability of the car components, or the vehicle as a whole. Furthermore, in the aerospace industry, the GFR2D08300 can be used for research and development, testing the strength and strain of the materials used in the aircraft components or structures, which is especially necessary during aviation flight tests. The transducer can also be used in petrochemical industry. It can measure the strain of the materials used in petrochemical production and the temperature variations. Meanwhile, the transducer can be used in power transmission and generating systems, where the measurement of the strain applied to wires and cables is important for the safety of the system as well as for the predicting failure. In the general engineering sector, the GFR2D08300 can be used for measuring strain and deformation of material during the manufacturing process. Furthermore, it can be used for measuring components and structures during construction projects, such as bridges, roads and buildings.

Working Principle

The GFR2D08300 strain-gauge transducer utilizes the principle of strain-gauge bridge which is combined with force transducer. The transducer is composed of four strain-gauges which can be connected in two-, three- or four-wire configurations, mounted onto the strain surface which the user wants to measure. The four strain-gauges are connected together to form a bridge circuit which can generate an electrical signal when there is a strain applied on it. This signal is transmitted to the force transducer and the user can measure the strain of the material or the deformation of the transducer. The strain-gauge transducer is very sensitive to force and other fields that can induce strain on the transducer. Thus, the transducer needs to be calibrated correctly to obtain accurate readings. The calibration process consists of calibration of the zero point and the span point. The zero point calibration sets the output value to zero when the transducer is subjected to an unchanging load. The span point calibration adjusts the output sensitivity of the transducer so that it accurately measures the load that is applied to it.

Conclusion

In conclusion, the GFR2D08300 strain-gauge transducer is an important measuring tool for measuring force, torque and displacement in a variety of industrial settings. It utilizes the principle of strain-gauge bridge and strain-gage force transducer to measure strain of materials and the deformation of it. This transducer can be used in a variety of application fields such as automotive, aerospace, petrochemical, power transmission and generating, and general engineering industries. In addition, proper calibration of the transducer is necessary to obtain accurate readings.

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