The single axis angular vibration turntable consists of two main parts: a mechanical platform and a measurement and control system. It adopts a vertical structure and a precision mechanical shaft system, and has position and vibration functions. It is used for vibration testing and calibration of inertial systems.
Número da peça, :
T1G200VPedido (MOQ) :
1Product Series and Parameters
| Category | Parameter | T1G200V | |
| Load Requirements | Structural type | Vertical | |
| Loading size | Disc type Φ200 | ||
| Loading weight | 3kg | ||
| Mesa flatness | 0.02mm | ||
| Table jumping | 0.02mm | ||
| Rotation accuracy | ± 3″ | ||
| Maximum angular vibration frequency | 100Hz | ||
| Maximum angular acceleration | 10000°/s² | ||
| Waveform distortion | ≤5% | ||
| Spatial dimensions of the tested product | Φ100 | ||
| Resolution | 0.36″ | ||
| Dimension size | To be determined (customized) | ||
| RS422 | Maximum | ≮115.2Kbps | |
| transmission rate | |||
| Connector | Temperature | 20℃±5℃ | |
| Working Environment | Humidity | 20％～80%RH It supports safety range setting and adopts two-level safety protection measures including software and hardware. It can protect the position and speed of the turntable, and the turntable is equipped with overspeed protection, overcurrent protection and emergency power-off protection functions. |
|
| Safety Requirements | MTBF | >1000h | |
| Quality and Reliability Requirements | Single continuous running time | ≮8h | |
| Probability of data reception error | <10-6 | ||
| Service life | >15 years | ||
| EMC from external sources | The central mounting position of the test piece inside the frame has a magnetic field less than 1 Gauss, which will not interfere with inertial measurement unit (IMU) testing. | ||
| Maintainability Requirements | Testability and maintainability shall be taken into account during equipment design to ensure timely repair in the event of faults. | ||
Production process
Application Scenarios
FAQ
Q: Does this system support full-temperature automatic calibration?
A: Engineering Explanation: The software-based thermal compensation system handles temperature ranges from -40℃ to +85℃, with 20℃±5℃ operating range.
Commercial Explanation: Ensures consistent sensor performance in extreme environments, such as deep-sea robotics or high-altitude aircraft.
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