Overview
Electronic universal testing machine is used for the determination of mechanical properties such as tensile Modulus of Elasticity, bending Modulus of Elasticity, compressive modulus, yield strength, tensile strength, breaking strength, fracture elongation, compressive stress, compressive strain, shear, disbonding, bracing, tearing, penetration of various thermosetting and thermal plasticity plastics and plastic pipes. It is suitable for material analysis and inspection of engineering plastics, reinforced nylon, modified plastics, plastics, profiles, plastic pipes, plastic sheets and films. The testing machine adopts a full set of digital AC servo system, high stiffness frame structure, and adopts piecewise linear correction method to ensure High Accuracy and High Stability of force value detection.
Features
1. Ultra-high rigidity structure, gantry type ultra-high rigidity frame structure, wide speed control range, sealing type vertical shaft bracket, super rigidity, no clearance ball bearing, high accuracy, Stability
2. Speed closed-loop control, the test can be programmed according to the Control mode, and the Control mode can be seamlessly switched; Advanced Closed-loop AC Servo Maintenance-free Control system, High Accuracy, High Reliability; Imported reducer and ball screw to improve control accuracy and Stability
3. Intelligent Digital Measurement and Control Technology, Using High Quality Load Sensor, The Acquisition Part Adopts Piecewise Linear Correction Method to Ensure High Accuracy and High Stability of Load Detection; Sensor Adopts Intelligent, Digitalization Design to Automatically Identify Sensor Installation Status, Properties and Coefficients
4. High-speed processor, using built-in DSP high-speed processor to improve system Sampling rate, control accuracy and Response Time
5. Strain measurement system, equipped with large deformation extensometer, good two-way follow-up, strong follow-up, accurate measurement of the amount of deformation within the sample marking spacing
6. Modular design, test standard as the basic module design concept, rich software test module, can add new standard module according to user request
7. Powerful software functions, practical return to zero function, multi-language support, provide a variety of Linear dispersion and coordinate system configuration, embedded Data analysis comparison software, test data and test reports can be exported to Excel, support network diagnosis and upgrade
Principle
The electronic universal testing machine drives the high stiffness frame structure through a full set of digital AC servo system, and adopts the piecewise linear correction method to ensure High Accuracy and High Stability of force value detection. Equipped with an intelligent digital measurement and control system, the mechanical properties of the sample are accurately measured by collecting and processing data through a high-quality load Sensor and a high-speed processor. The strain measurement system follows the deformation of the sample through a large deformation extensometer, and records the deformation within the marking spacing in real time.
Applications
Engineering plastics, reinforced nylon, modified plastics, plastics, profiles, plastic pipes, plastic sheets, films
Standards
GB/T 16491-2008、GB/T 1040-2006、GB/T 1041-2008、GB/T 9341-2008、ISO 527-1993、GB/T18997.1-2003、GB/T 2791-1995、GB/T 328.8-2007、GB/T 15788-2005、GB/T 13022-91、GB/T 19806-2005、ISO 604-2002、ISO 178-2004、ISO 1209-1-2007、ISO 1209-2-2007、ASTM D 638-2008
Steps
1. Install the specimen and select the appropriate fixture
2. Adjust the position of the beam through the manual control box or software to eliminate the initial stress of the sample
3. Set test parameters and speed range
4. Start the test and the system automatically collects data
5. After the test is completed, export the data to Excel to generate a test report
Notice
• Power supply voltage within the range of 220VAC-15% to 220VAC + 10%
• Check whether the Sensor is installed correctly before use
• Regular maintenance of ball screws and gear reducers to ensure accuracy
• Avoid overload use, the maximum test force is 20kN
• Keep equipment clean to prevent dust from affecting Measurement accuracy
• Ensure stable network connection during software upgrade
