| MOQ: | 1 set |
| Price: | $1000-$100000 |
| Delivery Period: | 30 work days |
| Payment Method: | T/T |
| Supply Capacity: | 500 sets per year |
The Merak-IMU05 Optical Inertial Measurement Unit (IMU) integrates inertial sensors with advanced strapdown algorithms, delivering compensated, real-time motion data through standardized digital interfaces. Designed for aerospace systems, stabilized platforms, and motion-sensitive applications, it ensures precise and reliable navigation and orientation data.
Applications:
Aerospace and aviation systems
Stabilized and gimbal platforms
Motion-sensitive equipment and instruments
Key Benefits and Features:
Configurable high-accuracy design for diverse applications
All-solid-state construction with no mechanical wear components
Plug-and-play digital operation for easy system integration
Efficient noise and power performance
Maintenance-free durability for long service life
Keywords: Merak-IMU05, aerospace IMU, inertial measurement unit, optical IMU sensor, strapdown IMU, motion-sensitive navigation, high-precision IMU, real-time motion data, aerospace navigation sensor
| Model | Merak-IMU05 | ||
| Item | indicator | Description | Parameter |
| Gyro | Zero bias | Bias stability (10s) | 0.01°/h |
| Zero bias stability at variable temperature (100s) | 0.05°/h | ||
| Scaling Factor | Scale factor nonlinearity | ≤20ppm | |
| Other indicators | Random walk coefficient | 0.001°/½h | |
| Input range | 400°/s | ||
| Accelerometer | Deviation | Zero bias repeatability | 20μg |
| Zero bias | Bias temperature sensitivity | 20μg/℃ | |
| Scaling Factor | Scale factor repeatability | 20ppm | |
| Scale factor temperature sensitivity | 20ppm/℃ | ||
| Range indicators | Input range | ±20g | |
| Features | Environmental performance | Operating temperature | -40℃~60℃ |
| Storage temperature | -45℃~70℃ | ||
| General Requirements | Power supply | 18~36V(DC) | |
| Stable power consumption | ≤16W | ||
| Mounting hole diameter | 4-Φ5.3mm | ||
| Dimensions(mm) | 130*130*110 | ||
| Weight | ≤2200g | ||
| MOQ: | 1 set |
| Price: | $1000-$100000 |
| Delivery Period: | 30 work days |
| Payment Method: | T/T |
| Supply Capacity: | 500 sets per year |
The Merak-IMU05 Optical Inertial Measurement Unit (IMU) integrates inertial sensors with advanced strapdown algorithms, delivering compensated, real-time motion data through standardized digital interfaces. Designed for aerospace systems, stabilized platforms, and motion-sensitive applications, it ensures precise and reliable navigation and orientation data.
Applications:
Aerospace and aviation systems
Stabilized and gimbal platforms
Motion-sensitive equipment and instruments
Key Benefits and Features:
Configurable high-accuracy design for diverse applications
All-solid-state construction with no mechanical wear components
Plug-and-play digital operation for easy system integration
Efficient noise and power performance
Maintenance-free durability for long service life
Keywords: Merak-IMU05, aerospace IMU, inertial measurement unit, optical IMU sensor, strapdown IMU, motion-sensitive navigation, high-precision IMU, real-time motion data, aerospace navigation sensor
| Model | Merak-IMU05 | ||
| Item | indicator | Description | Parameter |
| Gyro | Zero bias | Bias stability (10s) | 0.01°/h |
| Zero bias stability at variable temperature (100s) | 0.05°/h | ||
| Scaling Factor | Scale factor nonlinearity | ≤20ppm | |
| Other indicators | Random walk coefficient | 0.001°/½h | |
| Input range | 400°/s | ||
| Accelerometer | Deviation | Zero bias repeatability | 20μg |
| Zero bias | Bias temperature sensitivity | 20μg/℃ | |
| Scaling Factor | Scale factor repeatability | 20ppm | |
| Scale factor temperature sensitivity | 20ppm/℃ | ||
| Range indicators | Input range | ±20g | |
| Features | Environmental performance | Operating temperature | -40℃~60℃ |
| Storage temperature | -45℃~70℃ | ||
| General Requirements | Power supply | 18~36V(DC) | |
| Stable power consumption | ≤16W | ||
| Mounting hole diameter | 4-Φ5.3mm | ||
| Dimensions(mm) | 130*130*110 | ||
| Weight | ≤2200g | ||