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Electronic and Mechanical Extensometer
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Mechanical and Electronic Extensometer
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Mechanical Extensometer It is essential to measure the elongation of test specimen under load, to have it's mechanical properties. FIE Extensometer Model EM-1 is intended to serve the above purpose. Construction & Application : This consists of two long knife edges at top, two dial indicators and lower knife edges to actuate the dials. The bars are pressed against the speciman by means of clamps So that the knife edges bite the specimen to avoid any slip. The upper edges are adjustable to provide different guages lengths for measurement. As deformation takes place the lower knife edges transfer the movement to the dial guages and the deformation of specimen is shown on dials, so that the change in length of specimen by 1/100mm, equals to one division of the graduation on dial.
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Mechanical & Electronic Mechanical Extensometer
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We are an experienced Manufacturer and Supplier of Mechanical & Electronic Mechanical Extensometer. Our entity is based in Pune, Maharashtra, India. We offer this machine in two models, namely EM-1 i.e. Mechanical Extensometer & EE-2 i.e. Electronic Mechanical Extensometer. The EM-1 is used for measuring the elongation of the test specimen under load, to have its mechanical properties. Whereas, the EF-2 is used with the Universal Testing Machines for carrying out the tension test. It is used for measuring young's modulus, proof stress or yield stress. Mechanical Extensometer It is essential to measure the elongation of test specimen under load, to have it's mechanical properties. FIE Extensometer Model EM-1 is intended to serve the above purpose. Construction & Application : This consists of two long knife edges at top, two dial indicators and lower knife edges to actuate the dials. The bars are pressed against the speciman by means of clamps So that the knife edges bite the specimen to avoid any slip. The upper edges are adjustable to provide different guages lengths for measurement. As deformation takes place the lower knife edges transfer the movement to the dial guages and the deformation of specimen is shown on dials, so that the change in length of specimen by 1/100mm, equals to one division of the graduation on dial.
