Brief introduction: The instrument consists of a precision differential probe and measurement bracket. The calibration instrument is modular structure design. The precision measurement of differential head and arms in a variety of ways or location combination, at the same time equipped with extended stud attachments, with columns, plates, knives, and other forms of separation of sample and can be easily for a variety of specifications of extensometer measurement calibration. Users can also according to your own test special needs, dedicated accessories for precision micro deformation measurement. Precision by sliding momentum differential probe rod, measuring rod sleeve, inner barrel reading and the external reading and high precision of screw thread to pay. Its biggest range 25 mm; Minimum degree (cursor) 0.0002 mm; External rotation degree 0.002 mm. Technical indicators: 1.the gauge extensometer measurement range: Lmax 500 mm 2.measuring bearing arms install aperture: phi 10; Phi 28 3.differential probe readings in tube axial scale: 0.5 mm/case 4.differential probe readings within the cylinder vernier scale: 0.0002 mm/case 5.external differential probe readings circular scale: 0.002 mm/case 6.high precision differential probe accuracy index of error: Range within 0.5 mm, 0.5 microns or less absolute error Range of 0.5 mm above 0.10% or less relative error point by point
Brief introduction: The instrument consists of a precision differential probe and measurement bracket. The calibration instrument is modular structure design. The precision measurement of differential head and arms in a variety of ways or location combination, at the same time equipped with extended stud attachments, with columns, plates, knives, and other forms of separation of sample and can be easily for a variety of specifications of extensometer measurement calibration. Users can also according to your own test special needs, dedicated accessories for precision micro deformation measurement.
