Tensile testing machine Non-metallic materials tensile testing machine

>Series of microcomputer controlled electro-hydraulic servo universal testing machines
One product manufacturing and inspection standard
"Electro-hydraulic servo universal testing machine"
"General technical requirements for testing machines"
"Tensile and pressure and Universal Testing Machines》
Inspection of Static Uniaxial Testing Machines Part 2 Inspection and Calibration of Force Measuring Systems of Tensile and or Compression Testing Machines》.
Two Applicable Test Method Standards
"Methods for Tensile Testing of Metallic Materials at Room Temperature"
"Methods for Compression Testing of Metallic Materials at Room Temperature"
"Methods for Bending Testing of Metallic Materials"
< Test Methods for Elastic Modulus and Poisson's Ratio of Metal Materials"
"Standards for Test Methods for Mechanical Properties of Ordinary Concrete"
Three Main Uses
Series of microcomputer-controlled electro-hydraulic servo universal testing machines, hereinafter referred to as testing machines, are mainly used Mechanical property tests on tensile, compression, bending, shear and other mechanical properties of standard parts of metallic and non-metallic product parts and structural parts. If the testing machine is equipped with an environmental device, it can also perform tensile and compression tests on materials in that environment. For example, high temperature and low temperature tensile and compression tests. This machine is an ideal testing instrument for mechanical laboratories and structural laboratories of industrial and mining enterprises, construction material inspection centers, water conservancy, hydropower, highways and bridges, scientific research institutes, colleges and universities.
Four functional features
This machine combines powerful special measurement and control software, which can automatically measure, automatically control, automatically zero, automatically calibrate, and continuously measure the whole process without binning. It has the characteristics of data collection, processing, curve drawing and curve report printing. Adopting advanced fuzzy control algorithms, it can realize three closed-loop controls such as equal-rate loading, equal-rate deformation, equal-rate displacement closed-loop control, and automatic constant load, constant displacement, and constant deformation. The three closed-loop control methods can be manually or programmed during the test process. The switch can automatically calculate various mechanical property indicators of the material: maximum load, tensile strength, compressive strength, bending strength, shear strength, elastic modulus, elongation, yield strength, non-proportional extension strength, total extension strength, etc., and can be tested according to various test methods and Standards conduct tests and provide various testing data.
Combined with the powerful special measurement and control software, it can automatically measure, automatically control, automatically zero, automatically calibrate, and continuously measure the whole process without binning. It has the characteristics of data collection, processing, drawing curves and printing curve reports. It adopts advanced fuzzy control algorithms and can Three closed-loop controls including equal-rate loading, equal-rate deformation, equal-rate displacement closed-loop control, and automatic constant load, constant displacement, and constant deformation are realized. The three closed-loop control modes can be switched manually or program-controlled during the test process, and various parameters of the material can be automatically calculated. Mechanical property indicators: Maximum load, tensile strength, compression strength, bending strength, shear strength, elastic modulus, elongation, yield strength, non-proportional extension strength, total extension strength, etc., can be tested and provide various testing data according to various test methods and standards. .
The test process uses the computer to automatically collect, control and process the data of the test process, and the screen can dynamically display and switch to display various test curves. The stress strain curve, force elongation curve, force time curve, deformation time curve, displacement time curve can be drawn to achieve multiple color curves for easy comparison. After the test is completed, any segment on the test curve can be selected for regional enlargement analysis, which can be performed individually or in groups. Sample test. It has many functions such as automatic overload protection.
Five main technical parameters
Product model
Technical indicators
Test
Test
Force
Maximum test force
Effective measurement range< br/> Full range without binning
Indication accuracy
Force value resolution
One resolution for the whole range
Force sensing element
High-precision spoke-type load Load sensor
Piston working stroke
Piston speed
Position
Shift
Measuring range
Indication accuracy
Resolution
Excellent In
Sensing element
Photoelectric displacement sensor
Guide
Stretch
Meter
Gauge length
Range
Indication accuracy< br/> Effective measurement range
Resolution full scale/code
Control
Control
Parameter
Number
Control method
Test force deformation displacement Three fully closed-loop controls
Three modes can be smoothly switched during the test process
Stress rate range
Strain rate range/
Control accuracy
Constant test force range
Control error
Test space
Net width
Maximum tensile space
Maximum compression space
Clamping range
Circular specimen diameter
Flat specimen thickness
Flat specimen width
Upper and lower platen dimensions
Spherical surface
Bending
Curved
Device
Device
Bending support Distance
Elbow diameter
Support width
Support height
Working power supply three-phase five-wire system
Host appearance length, width and height
Oil source appearance length Width and height
Weight