Force Standard Calibration Testing Machine
Build-up Force Standard Machine
Load Cell Calibrator
Kapasidad ng pag load: 30-300kN, 300-1000kN, 1000-3000kN
Test accuracy: 0.05%, 0.1%, 0.03%
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WAW-C Force Standard Calibration Testing Machine
(30kN- 3000kN, Build-up type, 0.05% test accuracy)
1. Applications:
WAW-C Force Standard Calibration Testing Machine is a precision measuring device used primarily to calibrate the accuracy and precision of other force measuring equipment.WAW-C Force Standard Calibration Testing Machine plays an important role in standard setting, helping to develop and update national and international standards in the field of force measurement by providing accurate force measurement data.
In summary, the force standard calibration testing machine ensures the accuracy and reliability of force measurement equipment through its high-precision measurement capabilities and rigorous calibration process, and is widely used in scientific research, engineering design, quality control and standard setting.
WAW-C Force Standard Calibration Testing MachineWorking Principle:
Sensor: The force standard calibration testing machine is equipped with high-precision force sensors, which can accurately measure the applied force. The accuracy of the sensor directly affects the accuracy of the calibration. For example, a high-precision force sensor can achieve an accuracy of one ten-thousandth or even higher, and its measurement range can also be selected according to needs, ranging from a few Newtons to tens of thousands of Newtons.
Data acquisition system: The data acquisition card is a key component of the system, which can collect the output signal of the sensor and the signal of the calibration machine measurement system at a high sampling frequency. For example, the sampling frequency can reach thousands of times per second or even higher, so that detailed data during the change of force and torque can be captured.
Control software: The computer software is responsible for data processing, analyzing the collected data, and calculating error indicators such as linearity, repeatability, and hysteresis. At the same time, the software can also generate a calibration report based on the calibration results, which is convenient for users to evaluate the performance of the sensor.
Control system: The control system of the testing machine is responsible for coordinating the entire calibration process, including the application of force, data collection and processing, atbp. Through precise control, the stability and consistency of the calibration process are ensured.
Uses
WAW-C Force Standard Calibration Testing Machine has a wide range of uses, mainly in the following areas:
Calibration of other force measuring equipment: The force standard calibration testing machine is mainly used to calibrate other force measuring equipment, such as plug-in force testing machines, tensile testing machines, universal testing machines, atbp. By comparing with the standard force value, the measurement results of these devices are ensured to be accurate and reliable.
Scientific research and engineering design: In scientific research and engineering design, the force standard calibration testing machine provides high-precision force measurement data, which helps researchers and engineers better understand and optimize the mechanical properties of materials and structures.
In standard, it conforms to JJG1116-2015, JJG669-2003, JJG144-2007, atbp.
2. Main specifications:
| Parameter Model | WAW30-300C | WAW-1000C | WAW-3000C |
| Max. testing force (kN) | 30-300 | 1000 | 3000 |
| Katumpakan | 0.05% | 0.05% | 0.05% |
| Range of Testing Force (kN) | 30 – 300 | 300- 1000 | 1000- 3000 |
| Relative error of testing force (loading, unloading) | 10%-100% F.S, better than ±0.05% | 10%-100% F.S, better than ±0.05% | 10%-100% F.S, better than ±0.05% |
| Relative error of testing force repeatability | 10%-100% F.S, better than ±0.05% | 10%-100% F.S, better than ±0.05% | 10%-100% F.S, better than ±0.05% |
| Pre-load verification | 10% F.S, better than 0.01% | 10% F.S, better than 0.01% | 10% F.S, better than 0.01% |
| Load volatility | 10%-100% F.S, better than 0.003% | 10%-100% F.S, better than 0.003% | 10%-100% F.S, better than 0.003% |
| Directional error | 10%-100% F.S, better than 0.1% | 10%-100% F.S, better than 0.1% | 10%-100% F.S, better than 0.1% |
| Compress space (left and right, front and back, up and low, mm) | 400x400x400 | 450x450x400 | 600x600x800 |
| Tensile space (mm) | 300-700 nababagay | 400-800 nababagay | 400-800 nababagay |
| Standard load cell | Germany HBM | Germany HBM | Germany HBM |
| Dimension of host machine(mm) | 930X650X2600 | 980X690X2850 | 1050X750X3050 |
| Weight of host machine (kg) | 3200 | 4500 | 9000 |
| Suplay ng kuryente | 3-Phase 5 wires (3 live lines, 1 null line, 1 PE), 380V, 50Hz | ||
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