High Precision 3D Electronic Compass (2D Calibration)
Introduction
ER-EC32B high precision 3D electronic compass (2D calibration) is a high-precision 3D electronic compass that uses a 2D planar calibration algorithm. Calibration eliminates the need for three-dimensional attitude tilting, and the calibration process is completed by simply rotating the plane one turn. Using the hard magnetic and soft magnetic calibration algorithms of the US patent technology, the compass can achieve the best effect through the three-dimensional calibration method in the environment with magnetic interference. The ER-EC32B integrates the three-axis fluxgate sensor and is real-time through the central processing unit. Solving heading and using a three-axis accelerometer to compensate for heading over a wide range of tilt angles, ensuring that the compass provides high-precision heading data at tilt angles up to ±85°. The electronic compass integrates high-precision MCU control and diversified output modes. The standard interface includes RS232/RS485/TTL interfaces, and other communication interfaces can be customized.
ER-EC32B is small in size, low in power consumption, and can be applied in many fields such as antenna stabilization, vehicle and system integration. High shock resistance and high reliability also make the compass work in extremely harsh environments, which is more suitable for today's small Chemical military high precision measurement integrated control system.
Features
Azimuth accuracy: 0.5°～0.8°
Inclination measurement range: ±85°
Inclination resolution: 0.1°
Inclination accuracy: 0.1°
Wide temperature range: -40°C～+85°C
Size: L60×W59×H33mm
With hard magnetic, soft magnetic and tilt compensationoutput interface
Standard RS232/RS485/TTL
DC 5V power supply
IP67 waterproof rating
Applications
Satellite antenna search star
Artillery launch system
ROV underwater robot navigation
Navigation navigation mapping
GPS integrated navigation
Antenna servo control
Infrared imager Laser rangefinder
Map filler
Oceanology tester
Special occasion robot
Unmanned aerial vehicle
Specifications
ER-EC32B performance parameter indicator
Compass heading parameter
Optimum heading accuracy
0.5° oblique<10°
1.0° oblique<30°
2.0° oblique<40°
2.5° oblique<70°
Resolution
0.1°
Compass inclination parameter
Pitch accuracy
0.1°<15°（Measuring range）
0.2°<30°（Measuring range）
0.3°<60°（Measuring range）
0.3°<85°（Measuring range）
Pitch oblique range
±85°
Roll accuracy
0.1°<15°（Measuring range）
0.2°<30°（Measuring range）
0.3°<60°（Measuring range）
0.3°<85°（Measuring range）
Roll oblique range
±85°
Resolution
0.1°
Compass tilt optimal compensation angle range
<40°
Calibration
Hard iron calibration
Have
Soft iron calibration
Have
Magnetic field interference calibration method
One rotation of the plane (two-dimensional calibration)
Physical characteristics
Size
L60×W59×H33mm
Weight
20 g
RS-232/RS485/TTL interface connector
5PIN connection terminal
Interface characteristics
Start delay
<50 ms
Maximum output rate
20Hz/s
Communication rate
2400~ 19200baud
Output format
Binary high performance protocol
Power supply
Supply voltage
(default) DC +5V
(custom) DC 9 ~ 36V
Current (maximum)
45mA
Ideal mode
35mA
Sleep mode
TBD
Surroundings
Operating range
-40℃～+85℃
Storage temperature
-40℃～+100℃
Anti-vibration performance
2500g
Electromagnetic compatibility
According to EN61000 and GBT17626
MTBF
≥40000 hours/time
Insulation resistance
≥100 MΩ
Impact resistance
100g@11ms, three axes and the same (half sine wave)
Vibration resistant
10grms、10～1000Hz
Weight
100g (without cable)
Product size chart
If interested, pls contact us info@ericcointernational.com
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