Lab Equipment Computerized Servo Hydraulic Tension and Compresion Universal Testing Machine

Scope of application:
Universal hydraulic testing machine, mainly used for metal, non-metal, composite materials and products tensile, compression, bending, shearing and other ways of mechanical properties test, at the same time according to GB, ISO, JIS, ASTM, DIN and a variety of standards provided by users for testing and data processing. Widely used in aerospace, machinery manufacturing, wire and cable, rubber and plastics, building materials and other industries of material inspection and analysis, is scientific research institutes, colleges and universities, industrial and mining enterprises, technical supervision, commodity inspection arbitration and other departments of the ideal test equipment.

Equipment features:
The main machine of electro-hydraulic servo tensile testing machine controlled by microcomputer adopts cylinder under type main machine structure. It is mainly used for tensile, compression and bending testing of metallic materials, non-metallic materials, product parts, assemblies, structural parts and standard parts. The series of testing machines can also perform tensile, compression and bending tests on materials in this environment. For example, high temperature tensile test, low temperature tensile test and compression test.

Product parameters:

Control cabinet size	1200 * 620 * 850	Max Large stretching experiment space	580
Main engine size	730 * 590 * 2100	Max Large compressed test space	500
Max Large test force	300/600/1000/2000KN	Click power	2.3
Relative error of test force indication value	≤ value +1%	Main engine quality	2500
Measuring range of test force	≤ value + 2%~100% of the test force measurement range	Clear spacing of column	450
Control range of isostatic stress (N/mm2·S-1)	2 ~ 60	Upper and lower plate dimensions	Φ 150
Constant velocity strain control range	0.00025/ s ~0.0025/ s	Bend bar spacing	400
Constant velocity strain control range (mm/nin)	0.5 ~ 50	Bend bar width	140
Tightening method	Hydraulic clamping	Allowable camber	100
Range of clamping diameters for round samples	Φ 6 ~ Φ 40	Maximum piston stroke mm	200
The thickness range of the plate specimen	0 ~ 30	Maximum piston stroke mm/min	About 80
Clamping width of flat sample	80	Test space adjustment speed mm/min	About 150