Overview
Digital single-arm Universal Testing Machine is a new generation of microcomputer-controlled electronic universal testing machine specially designed for universities and scientific research institutes. The host and auxiliary equipment draw on international advanced technology, with beautiful appearance, convenient operation, stable and reliable performance. It is suitable for Plastic film, composite film, soft Encasement material, Adhesive, adhesive tape, sticker, rubber, paper and other products tensile, disbonding tear and other performance tests.
Features
1. The main engine adopts a high-steel single-arm structure with a beautiful appearance
2. High Accuracy Ball Screw for Efficient and Smooth Transmission
3. The transmission part adopts arc tooth synchronous belt drive, and there is no gap in both directions during the transmission process
4. High Accuracy Stepper Motor and Drive System to Ensure Smooth Transmission and Precise Control
5. The fixture is specially designed for firm clamping, easy operation, and no jaw slippage
6. The special process guarantees the coaxiality of the testing machine and eliminates the influence of irregular samples on the Sensor
7. Control system including load measurement, displacement measurement and deformation measurement system
8. Large LCD screen real-time display control parameters and measurement results
9. With overload protection and other functions
Principle
High Accuracy stepper motor and driver are used to drive the precision ball drive screw and guide rod to load after deceleration, and to complete the test of tensile, compression, bending, shearing and other mechanical properties of the sample. It has a wide and accurate loading speed and force measurement range, and has high accuracy and Sensitivity for the measurement and control of load, deformation and displacement.
Applications
Universities & colleges, Industrial and mining enterprises, Technical supervision, Commodity inspection and arbitration
Steps
1. Turn on the power supply and start the device
Step 2 Install the right fixture
3. Set test parameters (speed, force value, etc.)
4. Clamping specimens
Step 5 Start the experiment
6. Observe the real-time data displayed on the large-screen LCD screen
7. Save the data after the test is completed
8. Power off the device
Notice
• The working environment should be kept at room temperature - 35 ° C, relative humidity should not exceed 80%
• Check whether the mechanical limit protection and software overload protection functions are normal before use
• Ensure that the power supply is single-phase, 220V +/- 10%, 50Hz
• When clamping the sample, ensure that the clamping is firm to avoid slippage
• Regularly check transmission components and Sensor status
• Avoid overloading equipment
• Keep the equipment clean and maintain it regularly
