MMF307425

Series:	C2A
Part Status:	Active
Pattern Type:	Tee Rosette
Strain Range:	±3%
Resistance:	350 Ohms
Resistance Tolerance:	±0.6%
Length - Active:	0.125" (3.18mm)
Length - Overall Pattern:	0.243" (6.17mm)
Length - Overall:	0.29" (7.4mm)
Width - Active:	0.150" (3.81mm)
Width - Overall Pattern:	0.340" (8.64mm)
Width - Overall:	0.40" (10.2mm)
Operating Temperature:	-60 ~ 180°F (-50 ~ 80°C)

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MMF307425 is a type of strain gauge made by Micro-Measurements. It is a bonded metallic resistance strain gauge that is made of a corrosion-resistant, flexible, ceramic base. It is ideal for applications in structural testing, static and dynamic strain measurements, as well as fatigue tests.Strain gauges measure strain, or the deformation of a material in response to force or pressure. The strain gauge consists of an elongated metal strip or wire that is bonded to the surface of the material being tested. The metal strip, also referred to as the strain conductor, reacts to a change in strain by changing its electrical resistance. This change is measured as a change in voltage.For the MMF307425 strain gauge, the strain conductor is made of copper that has been plated with a thin layer of nickel. The nickel layer increases the strain gauge’s sensitivity and reduces its change in resistance relative to other strain gauges. In addition, the nickel layer increases the strain gauge’s corrosion resistance.The MMF307425 strain gauge is suitable for structural testing, static and dynamic strain measurements, as well as fatigue tests. It works by measuring the change in resistance as the strain conductor is subject to deformation. When the strain conductor is deformed, it changes its shape. This in turn, changes its electrical resistance, which is a measure of the strain on the material. This data can then be used to determine the amount of strain that has been imparted on the material, as well as how it may have been affected by various dynamic loads.The MMF307425 strain gauge can also be used to measure dynamic strain components, such as tensile strain or shear strain. In this case, three different strain gauges are mounted on the surface of the material being tested. Strain gauges can also be used to measure creep and stress-relaxation strain. In this case, two strain gauges are placed on the material and a temperature sensor is used to measure the temperature of the material.The MMF307425 strain gauge works by detecting small changes in the resistance of the strain conductor. As the strain conductor is deformed, its resistance changes. This in turn creates an electrical signal, which is then measured and recorded. The data from the measurement can then be used to determine the amount of strain on the material. With this data, engineers can then design and optimize mechanical components to better withstand the force of a load.In addition to its use for structural testing and fatigue testing, the MMF307425 strain gauge can also be used to monitor structural health in critical environments. By monitoring the strain on components over time, engineers can detect changes in the material that may indicate the onset of failure. This allows engineers to take corrective action before a catastrophic failure occurs.The MMF307425 strain gauge is designed for use in temperatures ranging from -54°C to +343°C. It is also designed for use in humid environments. Its accuracy can be affected by the environment, so it is important to take into account environmental factors, such as temperature and humidity.Overall, the MMF307425 strain gauge is a reliable and accurate tool for measuring strain. It is designed for use in a variety of applications, from structural testing to fatigue testing. Its robust construction and corrosion resistance make it well suited to use in harsh environments. Additionally, its ability to monitor structural health in critical environments ensures that engineers can react quickly if a component’s strain begins to increase.

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