Intelligent integrated design
10.2"touch control computer based on windows 10 system is equipped with Intel i7 CPU, which has extraordinary calculation and processing ability, supports the sampling frequency up to 1000HZ, and the test data curve can be automatically saved.
can greatly save laboratory space, small body, big strength, maximum support 5KN testing.
High rigid body design
The diplacement resolution is 0.001mm and the accuracy is within ± 0.02+0.0011mm（L= any length mm）. The accuracy of force value is better than ±0.25%.
Optimize key parts
The machine adopts Japan Panasonic servo motor + SHIMPO planetary reducer + THK precision linear guide + THK ball screw are used to optimize key parts to ensure repeated positioning accuracy, high speed, low noise and durable use.
A variety of test modes
such as tensile, compression, bending, stripping and other test software packages, or connector insertion and pull-out force test software package, or key load test software package, specific consulting relevant business personnel.
With multi force channel function
the system adopts Japan NTS precision load cell, and can calibrate 5 sensors of different specifications, which is suitable for more test items.
|Max load of the machine||1KN, 2KN, 5KN (optional)|
|Max moving range||300mm or 500mm|
|Displacement accuracy||±0.02mm+0.0001L(L=any length mm)|
|Manual speed control||
High speed: 500mm/min
Low speed: 50mm/min
Slow speed: 5mm/min
|Unit selection||N, MN, KN, kgf, gf, Lbf, mm, cm, in|
|Acquisition frequency||1000 sec|
|Control computer||10.2" touch control computer, window 10 opertating system,Intel i7 CPU, 8g memory, 512g hard disk.|
|Protection function||Upper and lower mechanical travel limit protection, software force value overload holding, emergency stop button protection.|
|Size of machine||W460xD400xH730mm|
|Weight of machine||About 85kg|
|Power||AC 220V 50HZ 400W|
●Various connector insertion & pull out force testing
●Load test of various buttons
●Tensile, comptession, bending and peeling tests of various materials