Description
Small 3D MEMS gyro provides stable 6-axis detection across 0-360° range. This angular rate sensor supports Modbus/CAN communication protocols. High shock resistance withstands 20000g impacts, low temperature drift maintains <±0.1°/s/°C stability, vibration resistance reaches 10g_rms for harsh environments.
Specification
| Model | ATO-ML7500 |
| Accuracy | 0.05° |
| Yaw Angle | ±180° (360° optional) |
| Operating Voltage | DC 9-36V, DC 5V |
| Protection Rating | IP67 (IP68 customizable) |
| Output Interface | RS232/RS485/RS422/TTL/Modbus/CAN (Optional) |
| Temperature Drift | <±0.1°/s/°C |
| Resolution | 0.01°/s |
| Operating Temperature | -40 ~ +85°C |
| Dimension | 60×59×29mm (Customizable) |
| Auto Output Rate | Configurable: 5Hz, 15Hz, 35Hz, 50Hz (RS485 not supported) |
| MTBF | ≥45,000 hours |
| Shock Resistance | 20000g, 2ms, 1/2 sine |
| Vibration Resistance | 10g_rms, 10-1000Hz |
| Cable | Standard 1.5m length, wear/oil resistant, wide-temperature, shielded cable 5×0.2mm² |
| Weight | 180g (Excluding packaging) |
| Connector | 6-pin aviation plug |
| Capacitive Load | 1000 |
Features
- High frequency response: Advanced 6 Axis MEMS gyroscope delivers rapid signal processing for real-time motion control applications.
- Excellent cost-effectiveness: Compact design offers premium performance at competitive price points for various industrial applications.
- Multiple protection features: Gyro accelerometer sensor incorporates comprehensive safeguards against voltage spikes and connection errors.
- Strong anti-interference capability: 3D gyrometer sensor maintains stable operation in electromagnetically challenging environments with reliable data output.
- Wide application range: Proven reliability enables extensive use in automotive, marine and motion control systems worldwide.
Dimension (Unit: mm)
Measuring Direction
Application
Tips: How to ensure the measurement accuracy of 6-axis 3D MEMS gyroscope sensor?
To maintain optimal measurement accuracy of the 6 axis gyroscope, avoid severe shaking and keep the device away from vibration sources during operation. If vibration cannot be eliminated, install appropriate damping mounts for protection. Additionally, prevent sudden movements, including rapid acceleration, abrupt stops, and sharp turns exceeding 300°/s angular velocity. Following these precautions minimizes external interference and ensures stable sensor performance with reliable data output.
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