Product information monsanto t10 tensometer with a 5 to range 25-micron resolution extensometer, pneumatic grippers, t915 1kn 200lbf load cell, gripper-actuating foot pedal, operators manual, and an iso calibration certificate.

Contents • • • • • Components [ ] Several variations are in use. Common components include: • Load frame - Usually consisting of two strong supports for the machine.

Some small machines have a single support. • - A or other means of measuring the load is required. Periodic is usually required by governing regulations or quality system. • Cross head - A movable cross head (crosshead) is controlled to move up or down. Usually this is at a constant speed: sometimes called a constant rate of extension (CRE) machine. Some machines can program the crosshead speed or conduct cyclical testing, testing at constant force, testing at constant deformation, etc. Electromechanical, servo-hydraulic, linear drive, and resonance drive are used.

• Means of measuring extension or deformation - Many tests require a measure of the response of the test to the movement of the cross head. Are sometimes used. • Output device - A means of providing the test result is needed.

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Some older machines have dial or digital displays and. Many newer machines have a computer interface for analysis and printing. • Conditioning - Many tests require controlled conditioning (temperature, humidity, pressure, etc.). The machine can be in a controlled room or a special can be placed around the test specimen for the test. •, specimen holding jaws, and related sample making equipment are called for in many.

• • • • Offset The set-up and usage are detailed in a, often published by a. This specifies the sample preparation, fixturing, gauge length (the length which is under study or observation), analysis, etc. The specimen is placed in the machine between the grips and an extensometer if required can automatically record the change in gauge length during the test.

If an extensometer is not fitted, the machine itself can record the displacement between its cross heads on which the specimen is held. However, this method not only records the change in length of the specimen but also all other extending / elastic components of the testing machine and its drive systems including any slipping of the specimen in the grips. Once the machine is started it begins to apply an increasing load on specimen. Throughout the tests the control system and its associated software record the load and extension or compression of the specimen. Machines range from very small table top systems to ones with over 53 MN (12 million ) capacity.

See also [ ] • • • • References [ ]. • Davis, Joseph R. (2004), (2nd ed.), ASM International, p. 2,. • Annappa, C H (July 2012), (PDF), International Journal of Advances in Engineering & Technology, 4 (1): 618–629, retrieved 1 December 2017 • NIST,, archived from on 5 June 2010, retrieved 4 May 2010. • Kirstein (1971). (PDF) (Report). Retrieved 22 May 2017.