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    3D E Compass Sensor, RS485/RS232/TTL

    SKU: SUCH-COMPS-E3D
    $251.96
    ● 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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