MMF009397

Series:	CEA
Part Status:	Active
Pattern Type:	Linear
Strain Range:	±5%
Resistance:	350 Ohms
Resistance Tolerance:	±0.3%
Length - Active:	0.250" (6.35mm)
Length - Overall Pattern:	0.415" (10.54mm)
Length - Overall:	0.52" (13.2mm)
Width - Active:	0.120" (3.05mm)
Width - Overall Pattern:	0.120" (3.05mm)
Width - Overall:	0.22" (5.6mm)
Operating Temperature:	-100 ~ 350°F (-75 ~ 175°C)

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Strain gauges are commonly used for measuring strain, force, torque, and pressure. The MMF009397 is an example of a strain gauge that has been designed specifically for measuring strains in structures. This strain gauge has been developed to measure strain on bridges and tall buildings while providing accurate and reliable results.The MMF009397 strain gauge consists of a flexible metal foil strip that is cut into a specific pattern. This strip is placed onto the surface of the structure that needs to be monitored and then secured with an adhesive. The foil strip is then connected to an electrical lead that is used to connect the strain gauge to an instrumentation system.The working principle of the MMF009397 strain gauge is based on the principle of piezoresistance. Piezoresistance is the property of certain materials to change their electrical resistance when they are strained. When this physical deformation occurs, the electrical resistance of the strain gauge changes proportionally. This change in resistance can then be measured and used as an indication of the strain on the structure.At the heart of the MMF009397 strain gauge is the piezo-film material. This material is made up of tiny particles of metal that are suspended in a plastic matrix. As the particles are strained they tend to become polarized and this results in a change in their electrical resistance. The change in resistance is proportional to the amount of strain or load applied on the material. This is what makes the strain gauge so useful for measuring strain on bridges and tall buildings.The MMF009397 strain gauge is designed to be used in a variety of application fields and is capable of measuring a range of loads. For example, it can be used in structural engineering for measuring loads within cables, vehicles, and buildings. It can also be used in hydraulics industry, for measuring hydraulic pressure and for measuring flow rates. The MMF009397 strain gauge can also be used in medical research, for measuring strains in human tissue, and in aerospace engineering, for measuring strains in aircrafts.The accuracy and reliability of the MMF009397 strain gauge has been improved by using a special mesh pattern in the strain gauge, which creates more stable and accurate readings. The gauge also has an additional reference point, which is designed to improve accuracy by accounting for environmental conditions and temperature variances. The MMF009397 strain gauge is designed to operate within a temperature range of -20°C to 60°C and is also rated to withstand high humidity levels and other environmental effects.Overall, the MMF009397 strain gauge is a highly reliable and accurate strain gauge that has been designed for measuring strain in a range of applications. It utilizes the principle of piezoresistance to measure strain and its reference point and mesh pattern design provide improved accuracy and reliability. This makes the MMF009397 an ideal choice for monitoring strain in structures, vehicles, and other applications.

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