Powered by Made-in-China.com
C9-B High Precision 2D Electronic Compass, 1° Heading Accuracy, RS232/RS485 Digital Output
US$131.41
1 Piece
Product profile
Customization
AvailableType
ServoOutput Signal Type
Digital OutputModel NO.
C9-BMeasuring Shaft Quantities
1Accuracy Grade
0.2GIP Rating
IP67Certification
ISOCustomized
CustomizedData Transmission Interfaces
RS422Transport Package
Box and SpongeSpecification
5*5*5Trademark
MLOrigin
ChinaHS Code
9031809090Production Capacity
1000/MonthKey features
Critical for navigation systems like marine surveying, satellite solar antenna positioning, and precise laser platform equipment requiring consistent directional output.
Ideal for dynamic systems such as underwater robots or tilted platforms, maintaining accuracy in irregular mounting scenarios like oilfield logging equipment.
Features dual-calibration algorithms to eliminate errors from fixed permanent magnets (hard iron) and induced magnetic fields (soft iron) via 2D plane rotation (360).
0.1 resolution enables detection of minute magnetic field variations, capturing subtle directional changes for applications requiring fine adjustments.
Reliable in harsh industrial environments like oilfield logging, ship navigation, and marine survey operations with electromagnetic interference.
Supports 50Hz maximum sampling rate with <50ms startup delay, providing continuous, low-latency heading updates for dynamic control loops.
Compatible with inertial navigation systems via RS232/RS485/TTL interfaces, combining compass data with accelerometer/gyro data to enhance stability in GPS-denied environments.
Temperature compensation algorithms maintain magnetic field accuracy across -40C to +85C, ensuring consistent performance in extreme conditions.
55*37*24mm aluminum alloy case with 3 M4 screw mounting, 1.5m cables, and modular connectors, fitting seamlessly into marine platforms, robots, and survey equipment.
Ships with pre-calibrated hard/soft iron mapping data. Field calibration via 2D plane rotation ensures consistent deployment performance, reducing on-site setup time.
Company profile
Business Type: Trading CompanyAverage Response Time: ≤2.38h
About Our Factory & Business Background
AddressRoom 215, 2nd Floor, Building 7, No. 1180, Bin'an Road, Changhe Sub-district, Binjiang District, Hangzhou City, Zhejiang Province
Average Lead TimePeak Season Lead Time: within 15 workdays Off Season Lead Time: within 15 workdays
Our Production Capability & Technical Expertise
Main ProductsFog, Mems Imu, Inclinometer, Quartz Accelerometer, Mems Accelerometer, Mems Gyroscope, Fog Based Imu, Mems Ahrs, Mems Ins, Electronic Compass
Our Industry Experience & Global Business Record
Main MarketsSoutheast Asia, Mid East, Western Europe
Product Q&A
Q:How does the compass calculate heading from magnetic data?
A:
Enables ship-mounted sensors to output real-time heading relative to magnetic north, even as the vessel rolls or pitches during marine surveys.
Q:Whats the difference between magnetic north and true north?
A:
A: Magnetic north is the direction a compass points due to Earths magnetic field (varies by location, with declination correction needed). True north is geographic north (fixed). The compass allows setting magnetic declination to align with true north for GPS/map integration.
Q:How does tilting affect compass accuracy, and how is it corrected?
A:
A: Tilt (pitch/roll) distorts magnetic field measurements. The compass uses an inclinometer to detect tilt angles and applies trigonometric corrections to recalculate the horizontal magnetic field vector, maintaining heading accuracy.
Q:How to calibrate magnetic interference (hard/soft iron compensation)?
A:
A: Hard iron (fixed magnets) and soft iron (inductive metals) distort readings. The compass performs a 2D calibration (360 plane rotation) to collect interference data, generating compensation coefficients to correct heading calculations.
Q:Can the compass operate near motors or metal structures?
A:
A: Yes, but requires pre-calibration. Motors create dynamic magnetic fields (soft iron effect), and metal structures create fixed fields (hard iron effect). Maintain 0.5m distance and perform a 2D calibration to compensate.
Send Inquiry
*To:Hangzhou Maixinminwei Technology Co., Ltd.
Hangzhou Maixinminwei Technology Co., Ltd.*Content:
Supplier replies will be sent to your registered email
You may also like
High Accuracy Mini 3D Electronic Compass
US$210.00-235.00
1 Piece(MOQ)
Digital RJ45 Electric Compass for Educational Data Logger Use
US$45.00-55.00
1 Piece(MOQ)
High Accuracy Mini Electronic Compass Sensor
US$210.00-235.00
1 Piece(MOQ)
High Accuracy Mini Digital Compass RS232
US$210.00-235.00
1 Piece(MOQ)
High Accuracy Tiny Electronic Compass
US$210.00-235.00
1 Piece(MOQ)
Efficient Durable Tdlg70s Ring Laser Gyroscope for Robotics, Ships, Vehicles
US$10,000.00-12,000.00
1 Set(MOQ)
Anti Corrosion Premium Tdlg90s Ring Laser Gyroscope with Good Price
US$13,000.00-15,000.00
1 Set(MOQ)
Advanced High-Precision Positioning Sensors and Imus with Laser Gyroscope
US$10,000.00
1 Piece(MOQ)
High Standard Efficient Tdlg90s Ring Laser Gyroscope for Combined Navigation
US$13,000.00-15,000.00
1 Set(MOQ)
Mg-501 High Precision Mems Single-Axis Gyroscope Sensor
US$779.44
1 Piece(MOQ)
Corrosion-Resistant Quality Tdlg50s Ring Laser Gyroscope for Inertial Navigation
US$7,500.00-9,500.00
1 Set(MOQ)
G-F2X64 Dual-Axis Fiber Optic Gyroscope Low Precision ≤0.5°Hr Bias Stability ±400°S Range RS-422 Interface
US$6,028.36-6,674.26
1 Piece(MOQ)