1. Composition: It consists of a computer servo tension machine and a high and low temperature box.
2. The tensile testing machine can be tested at normal temperature and high temperature and low temperature;
3. The tensile testing machine and the high and low temperature box can be separated by the guide rail;
4. High-precision displacement, speed, and load full-closed control software
5. Transmission: High-precision ball screw drive, high efficiency, high rigidity, small deformation and low noise.
6. Drive: Driven by Japanese Panasonic servo motor, it provides stable, wide-width adjustable speed drive, high speed, low vibration and high speed positioning.
7. The software is powerful: it can meet the test of different materials, and can execute different standards at the same time, including foreign standards (multiple standard data processing functions). Units: N, kN, g, kgf, Ib, cN can be converted to each other. Test software designed to full test standards is powerful. The test curve can be enlarged, and it can clearly see how much, how fast and slow the data is collected, and the smoothness of the curve, which can also reflect the overall processing power of hardware and software.
model | WBE-9909 Series 200KN | ||||
WBE-9909B | WBE-9909A | ||||
Capacity selection | 5、10、20、30、50、100、200kN Standard with one range Optional with three ranges | ||||
Accuracy level | B model 0.5 level / A machine type 1 level | ||||
Load parameter | Test force measurement range | 0.2% to 100% FS (full scale) | |||
Test force indication error | Within ±0.5% of the value of the model B and within ±1% of the value of the model A | ||||
Test force resolution | The maximum test force of the Model B model is 500000 / A. The maximum test force is 200,000. The whole process is not divided, and the resolution is unchanged. | ||||
Displacement parameter | Displacement indication error | Within ±0.2% of the value of the model B and within ±0.5% of the value of the model A | |||
Displacement resolution | Model B 0.015μm / A model 0.1μm | ||||
control parameter | Stress control rate range | B model 0.005 ~ 5% FS / s / A model 0.05 ~ 5% FS / s | |||
Stress control rate accuracy | When the speed of the B model is <0.05% FS/s, it is within ±1% of the set value, and when the rate is ≥0.05%FS/s, it is within ±0.5% of the set value; When the speed of the model A is <0.1% FS/s, it is within ±2% of the set value, and when the rate is ≥0.1%FS/s, it is within ±0.5% of the set value; | ||||
Strain control rate range | B model 0.005~5%FS/s / A model 0.05~5%FS/s | ||||
Strain control rate accuracy | When the speed of the B model is <0.05% FS/s, it is within ±1% of the set value, and when the rate is ≥0.05%FS/s, it is within ±0.5% of the set value; When the speed of the model A is <0.1% FS/s, it is within ±2% of the set value, and when the rate is ≥0.1%FS/s, it is within ±0.5% of the set value; | ||||
Displacement control rate range | 0.001 ~ 500mm / min or agreed | 0.001 ~ 300mm / min or agreed | 0.001 ~ 300mm / min or agreed | ||
Displacement control rate accuracy | Model B is within ±0.2% of the set value / A model is within ±0.5% of the set value | ||||
Force control rate relative error | Within +1% of the B model setting value / within +2% of the / model setting value | ||||
Constant stress, constant strain, constant displacement control range | B model 0.5%~100%FS / B model 1%~100%FS | ||||
Constant stress, constant shape, constant displacement control accuracy | When the set value of model B is ≥10%FS, it is within ±1% of the set value. When the set value is ≥10%FS, it is within ±0.1% of the set value. When the model A setting value is ≥10%FS, it is within ±2% of the set value. When the set value is ≥10%FS, it is within ±0.5% of the set value. | ||||
Host parameter | Dimensions (length, width and height) | about1285×800×1900mm | |||
No fixture test space | 1000mm (or agreed) | ||||
Effective test width | 550mm (or agreed) | ||||
power supply | 380V 50Hz,±10% | ||||
power | 4KW(300KN) | ||||
Host weight | about 800KG(300KN) |