Overview
YANTE YT-WL horizontal computerized tensile tester is a new type of instrument with unique horizontal design, which meets the requirements of new national standards. It is mainly used to determine the Tensile Strength and related physical performance of paper, Cardboard, Aluminum Foil, Plastic film, Metal materials, Non-woven fabrics and other materials. It is suitable for the production and commodity inspection departments of papermaking, Plastic film, chemical fiber, aluminum foil production and other industries.
Features
1. The transmission mechanism is guided by ball screws and linear guides, resulting in smooth and accurate transmission.
2. Adopt servo stepper motor for low noise and accurate control.
3. Real-time display of tensile curves.
4. ARM processor improves the Response speed of the instrument and ensures the real-time measurement.
5. Sudden power failure data saving function, data retention before power failure after startup and can continue testing.
6. Features include automatic reset, data memory, overload protection, and fault self-diagnosis.
7. Can communicate with microcomputer software (need to be purchased separately).
Principle
The instrument drives the ball screw through the servo stepper motor to drive the fixture to stretch the sample at a uniform speed. During the stretching process, the Sensor measures the force value in real time, the ARM processor quickly processes the data, and displays the tensile curve in real time on the Touchscreen to calculate the tensile resistance, Tensile Strength, elongation and other mechanical properties.
Applications
Paper, Cardboard, Aluminum Foil, Aluminum Plastic Tape, Plastic film, Miscellaneous Non-metallic materials, Non-woven fabrics
Standards
GB/T 12914、GB/T 2792、GB/T 24218.3、GB/T 1040、TAPPI T 494
Steps
1. Turn on the power supply and turn on the instrument.
2. According to the sample type and standard requirements, set the corresponding test parameters (such as range, tensile speed, sample width, etc.) on the Touchscreen.
3. Hold the specimen correctly between the upper and lower clamps.
4. Start the test, the instrument automatically stretches and displays Linear dispersion and data in real time.
5. After the test is completed, the instrument automatically stops and saves the data, and the results can be printed through the built-in thermal printer.
6. After the test, the instrument can be automatically reset to prepare for the next test.
Notice
* The instrument should be placed in an environment with temperature (10~ 35) ° C and relative humidity ≤ 85%.
* Power supply voltage in AC (100~ 240) V range before use.
Select the appropriate range according to the strength of the sample (0.15~ 30N/1~ 300N/3~ 1000N).
When clamping the specimen, ensure that the specimen is in the center of the fixture and clamped tightly to prevent slippage or bias.
The tensile speed can be adjusted arbitrarily within the range of (1 to 500) mm/min, please set according to the standard requirements.
The instrument has an overload protection function, but do not use it beyond its maximum range.
* Regularly maintain and calibrate instruments to ensure Measurement accuracy.
* Optional fixtures of different widths (15mm is standard, 25mm, 50mm are optional), please choose according to the sample size.
* The communication interface defaults to RS232, and USB or WIFI is optional. When using with the software, you need to confirm the connection.
