Patent Gyro Compass Hard Magnetic and Hard/Soft Magnetic Calibration, 3D Digital Compass, Marine Electronic Digital Compass
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Shenzhen Rion Technology Co., Ltd.
Patent Gyro Compass Hard Magnetic and Hard/Soft Magnetic Calibration, 3D Digital Compass, Marine Electronic Digital Compass
General Description
HCM705B is a high accuracy triaxial electronic compass, using the the US patent technology of hard magnetic and soft magnetic calibration algorithm, to make sure the compass in a magnetic field interference environments has best effect through 3D calibration method , HCM705B integrated three-axis flux-gate sensor, through the CPU real-time calculating heading , and use triaxial accelerometer to compensate the heading Angle of large scope inclination.Electronic compass integrates high precision MCU control, output way various, in which the standard interface including RS232 / RS485 / TTL interface...etc, also can accept other communication interface customization.
HCM705B with small volume, low power consumption, can be applied in antenna stable, vehicles, systems integration, and many other fields, high shock resistance and high reliability make compass work normally under the extremely harsh environment, more suitable for the miniaturization of today's military precision measuring integrated control system.
Features
Heading accuracy: 0.3°~0.5°
Roll angle measuring range :±180°
Tilt angle resolution: 0.1°
Tilt angle accuracy: 0.2°
With hard magnetic ,soft magnetic and angle compensation
Size: L94×W31×H24mm
Standard RS232/RS485/TTL output interface
Wide temperature : -40℃~+85℃
Application
Satellite antenna search satellite
Marine navigation surveying and mapping
GPS integrated navigation
Antenna servo control
Gun emission system
Infrared imager
Laser range finder
Map for plotter
ROV underwater robot navigation
Oceanography measurement instruments
Special occasion robot
Unmanned aircraft
Characteristics
Compass heading parameter | The best heading accuracy | 0.3° tilt <10° |
1.0° tilt <180° | ||
Resolution | 0.1° | |
Compass tilt parameter | Pitch accuracy | 0.1°<15°(Measuring range) |
0.1°<30°(Measuring range) | ||
0.1°<60°(Measuring range) | ||
0.2°<90°(Measuring range) | ||
Pitch tilt range | ±85° | |
Roll accuracy | 0.1°<15°(Measuring range) | |
0.1°<30°(Measuring range) | ||
0.1°<60°(Measuring range) | ||
0.2°<180°(Measuring range) | ||
Roll tilt range | ±180° | |
Resolution | 0.1° | |
Calibration | Hard iron calibration | Yes |
Soft iron calibration | Yes | |
Magnetic field interference calibration method | 24 points(3D calibration) | |
Physical features | Dimension | L94×W31×H24mm |
Weight | 20g | |
RS-232/RS485/TTL interface connector | 5PIN connector | |
interface features | Start delay | <50MS |
Maximum output rate | 20Hz/s | |
Communication rate | 2400 to19200baud | |
Output format | Binary high performance protocol | |
Power | Power supply | (Default)DC+5V |
(Customized)DC9~36V | ||
Current(Maximum) | 20mA | |
Ideal mode | 18mA | |
Sleep Mode | TBD | |
Enviroment | Operating range | -40℃~+85℃ |
Storage temperature | -40℃~+100℃ | |
Resistance shock performance | 2500g | |
Electromagnetic compatibility | According to EN61000 and GBT17626 | |
MTBF | ≥40000 hours/times | |
Insulation resistance | ≥100M | |
Shock resistance | 100g@11ms,3Times/Axis(half sinusoid) | |
Anti-vibration | 10grms,10~1000Hz | |
Weight | 80g(without cable) |
HCM705B Measuring Directions&Fix
The azimuth of HCM705B 3D electronic compass is using geomagnetic principle, so it is very important to select a minimum magnetic interference environment for installation . Please install the HCM505B away from the iron, magnets, engines and other magnetic objects as much possible as you can. Need control over 30CM distance(different magnetic interfere the compass in different distance ) at least even there are these magnetic medium around . In order to ensure best measurement environment please must use the M3 anti-interference screws for installation .
HCM705B electronic compass with 1 meter cable, RION company optional cable can be 10 meters.The sensor cable as short as possible to get minimum noise. Although HCM705 to compensate the moderate deviation in the stable magnetic environment, but it CAN NOT compensate the changeable magnetic interference. Please special pay much more attention to the wire carry with a direct current to create the magnetic field , because if the direct current change, size of the magnetic field will also change. Battery is also another change of interference sources. Every installation is different and the user must evaluate the installation feasibility of all possible operating conditions.
The best heading accuracy of HCM705B can reach 0.3°~0.5°, this undergo a rigorous validation indisputable, the most scientific test method is equally crucial. The test method we recommend is: Please install the HCM705B electronic compass to a vertical and erect aluminum pole (non-magnetic material), then proceed with heading accuracy measurement (of course the rotating rod perpendicular to the rotating platform, as much as possible to avoid large external magnetic field interference). Doing so can reduce the compass turning radius, to scientifically improve the measurement accuracy. This is just to provide the installation of the laboratory, must be flexible to deal with the specific situation.E.g: is mounted in the car, HCM705B should do its installation in the perpendicular to the movement direction.
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Packaging & Shipping
Packaging: carton with sponge
Pre-sale service
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Shenzhen RION, as a positon sensor manufacturer and solution expert, attaches much importance to products reseach and develop which spend over 20% of annual profit. We have the most R&D personnel and best technology comparing with our peer to raise our up on the high level of sensor field. And we orientate ourself to market tightly and engage ourself into providing the most considerate and professional solution and service to customers. RION introduce advanced equipment, such as TEMP&HUMI chamber, salt spray corrosion test chamber, high precision automatic turntable, high precision marble checking platform, digital thermostat drying oven, electrostatic discharge tester and 360 degree mechanical turntable etc, and set up Environmental Testing Laboratory, Product Aging Chamber, 2D&3D Posture Calibration Room and Shake&Impact Test Room for R&D and factory test.
Beside owning excellent hardware, RION also developed 15 sets of software independently and keep developing, including multi-sensor monitor software, remote sensor monitor software, synchronous dynamic l tracking 3D presentation software, tilt switch early warning and debugging software and sensor serial port setting presentation software etc which could apply to XP, Win7, Win8, WinCE and Android system. RION, owning talent and diligent personnel, advanced technology and market-orientated strategy, engages itself in offerring you the most considerate and professional solution and service of position sensor.
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