MMF015013

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Strain gauges are used increasingly in applications ranging from civil engineering projects, medical research, to aerospace and automotive industries. The MMF015013 strain gauge is one common type of strain gauge that is widely used. This article will cover the application fields and working principle of the MMF015013 strain gauge.

Application Fields

The MMF015013 strain gauge is primarily used for measuring strain in general-purpose applications. It is a safe, reliable, and cost-effective option for measuring tensile and compressive forces. Additionally, the MMF015013 strain gauge is suitable for use in applications where vibration, shock and high temperatures are present. It is also well suited for force and pressure measurements in the aerospace, automotive and medical fields.

Some of the applications the MMF015013 strain gauge can be used for include:

• Testing stress-strain properties of materials in civil engineering projects
• Measuring pressure and force in automotive and aerospace industries
• Checking the stability of engines and other machinery
• Detecting vibration or fatigue in mechanical components
• Measuring temperature in medical experiments

Working Principles

The MMF015013 strain gauge measures strain in a very simple and accurate way. It uses a Wheatstone bridge, made up of four resistive elements, to measure strain. As strain is applied to the strain gauge, the resistive elements of the Wheatstone bridge change their resistance. This change in resistance can then be measured using an appropriate measuring device, like a voltmeter.

The difference between the resistance of the four resistive elements in the Wheatstone bridge is known as strain. Therefore, when a strain is applied to the strain gauge, the difference in resistance between the four resistive elements increases. This increase in resistance can then be measured and used to calculate the amount of strain that is present.

The MMF015013 strain gauge is very accurate and can measure strain up to 2 μm/m which is very small. The resistance of the strain gauge also has a low temperature coefficient of resistance, meaning it is unaffected by changes in temperature. Therefore, the MMF015013 strain gauge is well suited for use in applications that require high accuracy and are affected by temperature changes.

Conclusion

The MMF015013 strain gauge is widely used in a variety of applications due to its accuracy, affordability and durability. It is an ideal solution for applications requiring precise and reliable strain measurements. This article has covered the application fields and working principles of the MMF015013 strain gauge.

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