The digital plastic tensile testing machine adopts an electromechanical integrated design, mainly composed of force sensors, transmitters, microprocessors, load drive mechanisms, computers, and color inkjet printers. High precision electronic speed regulating motors can be set with five file test speeds. All integrated components are connected through plug-in connections. The floor standing model has fully considered the principles of modern industrial design and ergonomics in its design and coating. The digital plastic tensile testing machine is widely used in various materials such as hardware, metal, rubber and plastic, footwear, leather, clothing, textiles, insulators, wires and cables, terminals, etc., to test their physical properties such as tensile, tear, peel, compressive, bending, shear, three-point bending, torque, etc.

1、 Function and Function:

The computer monitor displays the entire test process and curve, and the microcomputer automatically transmits the test settings and data. Users can modify the test report according to their own requirements and output standard reports. By analyzing the superposition of grouped experimental curves, quality control parameters can be accurately grasped. The multi-modal data query function can enable managers to clearly grasp the development and changing trends of quality control. Specially designed software features enable testers to quantitatively grasp the state parameters of key points in the application process of test materials, accurately adjust the process and control production.

2、 Experimental function:

Tensile test, compressive test, three-point bending test, shear test

Main technical indicators of plastic tensile testing machine

Maximum allowable load of the machine: 200kg

Load Yuan: Choose within 200kg (full force in the United States).

Capacity segmentation: Auto Rang, resolution 1/200000.

Power system: AC motor with gearbox. (Taiwan system)

4、 Technical parameters of digital plastic tensile testing machine:

Speed range: 5, 10, 20, 50, 100, 200, 300, 500mm/min, stepless speed regulation: 5 to 50 mm/min, 10 to 100 mm/min, 20 to 200 mm/min, 30 to 300 mm/min, 50 to 500 mm/min (optional)

Control system: fully computerized automatic control data collection

Joint board travel: about 600mm

Full displacement: decoder 1000 P/R, precision 0.005 mm (Japanese).

Mechanical system: High strength gapless screw rod (South Korea)

Safety devices: overload emergency stop device, upper and lower travel limit device, leakage automatic power-off system, automatic breakpoint shutdown function.

Accuracy level: Level 1

Load accuracy: within ± 1%

Display resolution: 0.01N

Unit selection: g/kg/N/KN/LB

Fixture configuration: Customize fixtures for free according to user product requirements

Display mode: Windows XP testing software+computer screen display.

Power supply: AC220V 50 Hz.

5、 Product attachments:

1. Chinese manual and one-year warranty

2. Customize a set of fixtures according to the sample

------------------------------------------------------------------------------------------------------------------

Extended reading:

Preparation work before testing of digital plastic tensile testing machine

1. Before the experiment, it is necessary to ensure that the system is preheated for at least 20 minutes in advance to minimize the temperature impact.

2. Before starting the machine, check whether lubricating oil should be added to the friction active parts for tensile strength.

3. Before adding the test piece, the brake handle must be stuck and released after adding the test piece.

4. The main bearing of the dynamometer is not allowed to be oiled. The friction wheel surface inside the gearbox must not be oiled or splashed with oil stains. The friction surface should be absolutely clean and the inclined block on the swing arm should not be violently impacted.

5. After the experiment is completed, cut off the power supply of the digital plastic tensile testing machine, and then clean the surface of the testing machine in a timely manner to prevent surface rust.

6. On average, the tensile machine is maintained 2 to 3 times a month.