Analog Output-Full Attitude Three-Dimensional Electronic Compass

Analog Output-Full Attitude Three-Dimensional Electronic Compass

ER-EC-365V:
1. Heading accuracy 0.3~0.5°, resolution 0.1°;
2. Measurement range 0~360°;
3. Wide temperature working -40~+85℃.

Analog Output-Full Attitude Three-Dimensional Electronic Compass

Analog Output-Full Attitude Three-Dimensional Electronic Compass

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    Introduction

    Analog Output-Full Attitude Three-Dimensional Electronic Compass

    Introduction
    ER-EC-365V is a high-precision full attitude 3D electronic compass, integrated digital signal RS232 output and analog 4-20mA, 0-5V output, IP67 waterproof class, it adopts hard iron and soft iron calibration algorithm, so that it can provide high-precision heading information in 360° roll, +/-90° full inclination range. ER-EC-365V survey for oil field application special optimization, to make it very suitable for inclinometer system, ER-EC-365V can manually or automatically output angle, azimuth angle and tool face angle information, and can output the current size of the magnetic field component, the operator only needs to connect the ER-EC-365V to the data transmission circuit to form a high-precision inclinometer.

    The precise attitude of the product output carrier can be used in the system of full attitude rotation. This product has hard magnetic, soft magnetic and tilt compensation, compass output after calibration of high precision measurement. The patented three-axis fluxgate uses the CPU to calculate the heading in real time, and the three-axis accelerometer compensates for the heading angle, which can provide accurate heading and obtain data even in extremely harsh environments. With the characteristics of small size and low power consumption, it is widely used in many fields such as petroleum logging, antenna pointing, vehicle navigation, attitude system and so on.

    Features
    Measurement range 0~360° full attitude
    Course accuracy 0.3~0.5°, resolution 0.1°
    Industrial grade design
    Wide voltage working DC 9~36V
    Wide temperature working -40~+85℃
    With hard magnetic, soft magnetic and tilt compensation
    Sampling rate: 100HZ
    Working current: 40mA
    IP65 protection level
    Output 0~5V, 4~20mA (optional)
    Small volume (125*22*24mm) (customizable)

    Applications
    Individual combat equipment
    Satellite solar antenna positioning
    Low AGV car
    Mining machinery, oil logging equipment
    Medical equipment
    Gimp leveling
    Uav positioning and navigation
    Tilt based monitoring
    Various construction machinery angle control
    Inspection of bridges and dams

    Specifications

    Compass heading parameter Heading accuracy 0.3~0.5° (RMS, 45°<Pitch<85°)
    Resolution 0.1°
    Repeatability 0.05°
    Compass tilt parameter Pitch accuracy 0.1°
    Roll accuracy 0.1°(Pitch<65°)
    0.2°(Pitch<80°)
    0.5°(Pitch<86°)
    Dip resolution 0.01°
    Slant range Pitch + 90 °

    Roll 360 °

    Calibration Hard iron calibration Yes
    Soft iron calibration Yes
    Tilt calibration Yes
    Physical property Size L125 x W22 x H24 (mm)
    Weight 135g
    RS-232/RS485 interface connector 6 pin aviation plug
    Characteristics of interfaces Startup delay <50ms
    Maximum sampling rate 50 times per second
    RS232 communication rate 2400 ~ 19200 baud rate
    RS485 communication Optional
    TTL communication Optional
    Output format hexadecimal number
    Analog output 4~20mA, 0~5V(course Angle direction only provided)
    Power supply Support voltage DC +12~36V
    Current (maximum) 40mA
    Working mode 30mA
    Environment Storage temperature -40℃--+125℃
    Working temperature -40℃--+85℃
    Vibration resistance 3000g

    Application Techniques

    1.The Difference Between Gyroscope, Compass, IMU, MEMS

    2.Application of Gyroscope in Electronic Compass

    3.Principle of digital compass

    4.What Is The Difference Between Gyro Error and Compass Error in Navigation?

    5.How does an Electronic Compass Work?

    6.Do You Know The Difference between electronic compass and GPS navigation?


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