Product Summary:
The six-axis (attitude) inclination (dynamic) sensor uses a digital MEMS dynamic chip inside to measure the attitude parameters of the moving carrier (roll, pitch and azimuth), which is suitable for the inclination measurement in motion or vibration state. The product has built-in acceleration and gyro sensors, integrated Karl's filter algorithm, so that the real-time motion data of the carrier can be measured under the motion or vibration state. Products RS485/232/TTL signal output mode is optional, strong scalability. The six-axis dynamic inclination sensor uses non-contact measurement to measure the original amount and can output the current attitude inclination in real time. It is simple to use and does not need to retrieve the relative changes of the two faces. The AD and gyro units with high precision are integrated in the interior, which can compensate the nonlinear, orthogonal coupling, temperature drift and centrifugal acceleration in real time, which can greatly eliminate the centrifugal error caused by motion acceleration interference, improve the dynamic measurement accuracy of the product, and can be adapted to work in complex motion scenes and harsh environments for a long time. The product belongs to the static and static dual mode measurement sensor, strong resistance to external electromagnetic interference, suitable for all kinds of large and high strength impact vibration industrial environment, is the ideal choice for industrial automation control measurement attitude.
- Product Overview
- Technical Parameters
- Size selection
Overview of six-axis (attitude) inclination (dynamic) sensor:
The six-axis (attitude) inclination (dynamic) sensor uses a digital MEMS dynamic chip inside to measure the attitude parameters of the moving carrier (roll, pitch and azimuth), which is suitable for the inclination measurement in motion or vibration state. The product has built-in acceleration and gyro sensors, integrated Karl's filter algorithm, so that the real-time motion data of the carrier can be measured under the motion or vibration state. Products RS485/232/TTL signal output mode is optional, strong scalability.
The six-axis dynamic inclination sensor uses non-contact measurement to measure the original amount and can output the current attitude inclination in real time. It is simple to use and does not need to retrieve the relative changes of the two faces. The AD and gyro units with high precision are integrated in the interior, which can compensate the nonlinear, orthogonal coupling, temperature drift and centrifugal acceleration in real time, which can greatly eliminate the centrifugal error caused by motion acceleration interference, improve the dynamic measurement accuracy of the product, and can be adapted to work in complex motion scenes and harsh environments for a long time. The product belongs to the static and static dual mode measurement sensor, strong resistance to external electromagnetic interference, suitable for all kinds of large and high strength impact vibration industrial environment, is the ideal choice for industrial automation control measurement attitude.
Six axis (attitude) inclination (dynamic) sensor application fields:
● Surveying and mapping instruments ● High-rise building monitoring
● Railway locomotive monitoring ● Bridge and dam monitoring
● Column tilt monitoring ● Geological equipment tilt monitoring
● Construction machinery inclination measurement ● Oil drilling equipment
● Industrial automation attitude control ● Precision platform automatic leveling
Six axis (attitude) inclination (dynamic) sensor technical parameters:
Measure axis | X axis /Y axis /Z axis | ||
Measuring range | Roll ±180°, pitch ±90°, azimuth ±180° (initial power failure value is 0°) | ||
Output signal | RS485、RS232、TTL | ||
Resolution | 0.01° | ||
Linearity | Static state/@25°C | ±0.05° | |
Dynamic state/@25°C | ±0.1° | ||
Gyroscope | Stroke | ±250°/s | |
Zero bias stability (10s mean) | 8.5°/h | ||
Zero bias instability (allan) | 4.5°/h | ||
Angular random walk coefficient (allan) | 0.25°/sqrt(h) | ||
Accelerated speed | Stroke | ±8g | |
Zero bias stability (10s mean)) | 0.02mg | ||
Zero bias instability (allan) | 0.005mg | ||
Velocity random walk Coefficient (allan) | 0.005m/s/sqrt(h) | ||
Zero temperature coefficient | -40～85°C | ±0.01°/°C | |
Temperature coefficient of sensitivity | -40～85°C | ≤100ppm/°C | |
Power-on startup time | 1S | Response time | 0.01S |
Mean trouble-free working time MTB | ≥98000H/time | Insulation resistance | ≥100megohm |
Material | Zinc alloy | Install | M4 screw |
Electromagnetic compatibility | Refer to EN61000 and GBT17626
| ||
Shock resistance | 100g@11ms, triaxial (half sine wave) | ||
Anti-knock | 10grms、10～1000Hz | ||
Protection grade | IP68 | ||
Six axis (attitude) tilt Angle (dynamic) sensor installation size:
