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    3D E Compass Sensor, RS485/RS232/TTL

    SKU: SUCH-COMPS-E3D
    $275.96
    ● Output signal RS485/RS232/TTL ● Working Voltage 5V/9-36V ● Hard and soft magnet calibration algorithms ● Three-axis magnetic sensor technology
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    🚚 Free shipping
    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    The 3D E compass sensor has a wide 0-360° azimuth detection range with tilt compensation up to ±85°, ensuring accurate performance even under dynamic conditions. Equipped with advanced hard and soft magnet calibration algorithms, it effectively eliminates magnetic interference, while its built-in three-axis magnetic sensor and accelerometer provide real-time heading calculation. With flexible output options including RS485, RS232, and TTL, along with IP67 protection, wide voltage input (5V/9–36V), and an operating range from -40°C to +85°C, SUCH compass sensor is ideal for marine navigation, vehicle positioning, antenna stabilization, robotic systems, GPS integration, and other precision applications.

    Feature

    • Wide Measurement Range: Supports 0–360° full azimuth detection with high precision and stability.
    • Advanced Calibration: Uses hard-iron and soft-iron correction algorithms, effectively eliminating magnetic field interference for reliable heading output.
    • 3-Axis Sensor Integration: Built-in three-axis magnetic sensor and accelerometer with a central processor to perform real-time heading calculation and tilt compensation.
    • Tilt Compensation: Provides accurate heading data even under tilt angles up to ±85°, ensuring dependable performance in dynamic environments.
    • Multiple Output Interfaces: Compatible with RS485, RS232, and TTL communication, making integration with various control systems flexible and easy.
    • High Protection Level: Designed with IP67 waterproof and dustproof rating, suitable for harsh industrial and outdoor environments.
    • Wide Operating Range: Operates reliably in extreme temperatures from -40°C to +85°C and withstands strong vibration and shock.
    • Versatile Applications: Ideal for marine navigation, vehicle positioning, antenna stabilization, robotic systems, GPS integration, and infrared imaging devices.

    Dimension

    3D e compass sensor size

    Wiring

    3D e compass sensor wiring

    Installation

    3D e compass sensor installation

    Specs
    Heading Accuracy (RMS) 0.8°
    Resolution 0.1°
    Pitch Accuracy (RMS) 0.1° <15° (Measuring Range)
    0.2° <30° (Measuring Range)
    0.3° <60° (Measuring Range)
    Pitch Tilt Range ±85°
    Roll Accuracy 0.1° <15° (Measuring Range)
    0.2° <30° (Measuring Range)
    0.3° <60° (Measuring Range)
    Roll Tilt Range ±85°
    Resolution 0.1°
    Tilt Compensation Angle Range <40°
    Hard Iron Calibration Yes
    Soft Iron Calibration Yes
    Magnetic Field Interference Calibration Method Plane Rotates One Circle (Two-Dimensional Calibration)
    Size L55×W37×H24mm
    Connectors 4-Core 1m Direct Lead
    Startup Delay <50ms
    Output Signal RS232/RS485/TTL (Optional)
    Output Rate 20Hz/s
    Output Format Binary High Performance Protocol
    Supply Voltage (Default) DC +5V
    (Customized) DC 9~36V
    Current (Max) 45mA
    Ideal Mode 35mA
    Sleep Mode TBD
    Operating Range -40℃~+85℃
    Storage Temperature -40℃~+85℃
    Vibration Resistance 2500g
    Electromagnetic Compatibility According to EN61000 and GBT17626
    MTBF ≥40000 Hours/Time
    Insulation Resistance ≥100 Megohm
    Vibration Resistance 10grms, 10~1000Hz
    Weight ≤135g
    Application
    Maritime navigation surveying

    Maritime Navigation

    GPS navigation system

    GPS Navigation System

    Infrared camera

    Infrared Camera

    FAQ

    Yes. The 3D compass provides heading at low speeds or stationary conditions, while GNSS provides course-over-ground at higher speeds. Fusing them improves navigation reliability.

    • Check magnetic field strength (should be within 25–65 µT).
    • Ensure proper calibration.
    • Move the compass sensor away from metal or electrical interference sources.
    • Confirm the axes are aligned with the platform.

    Yes, because it relies on the Earth's magnetic field rather than GPS. However, please note that reinforced concrete buildings or large metal structures may cause magnetic interference, affecting accuracy.

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