Computer Control New Tensile Testing Machine 100kn Digital Display
Tensile Testing Machine
Applications
1. High-precision, high-quality, cost-effective.
2. Professional application software, there are a variety of
standard options, you can also compile their own test parameters.
Chinese interface, easy operation.
3. The high-definition LCD screen control panel, direct input test
parameters and display the force-displacement curve;
4. Can be directly connected printer, print the test results, and
convenient.
5. For the tensile test, compression, bending, shear, slip
properties. Trades involving metal, plastic, rubber, glass, steel,
textiles, paper, yarn, wire, adhesives, films, food, composite
materials.
Rubber tape peeling test at 90 / 180 °
Rubber / plastic tensile test
Plastic bending test
Wire / sheet tension / bending test
Fabric tearing test
Drink package compression / bursting test
Standard:
Including but not limited to ASTM,JIS,CE, ISO,EN,BS
EN,SAE,FTM...etc.
Technical characteristics
1. Imported motor, low noise and precise control
2. Computer LCD display, Chinese menu, HP printer
3. During the test, the tensile time and the maximum test force are
displayed in real time; and can be displayed.
4. In the 0-50N measurement range, the accuracy can reach 0.001N
and the resolution is 0.001N. It is professional for the
measurement of the corresponding parameters of waterproof
materials.
5. High degree of automation, the instrument design uses advanced
domestic and foreign devices, single chip microcomputer
for information sensing, with automatic reset, data memory,
overload protection
6. Get measurement results directly: After completing a set of
tests, you can easily directly display the measurement results and
print statistical reports, including averages, standard deviations
and coefficients of variation
7. Optional with standard serial RS232 interface, which can provide
data communication for the upper computer comprehensive
report system
8. Multi-function, flexible configuration: the instrument is mainly
used for measurement of metal and non-metal materials, changing
the configuration of the instrument can be widely applicable to the
measurement of other materials
