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    Explosion Proof Electronic Inclinometer Sensor, Output RS485/TTL

    $276.33
    High accuracy explosion proof electronic inclinometer sensor for sale with optional RS485/TTL/RS232 output signals. Having single-axis ±180° / dual-axis ±90° measuring range. The tilt sensors have an accuracy of up to 0.3° and a resolution of up to 0.05°, with even higher accuracy options of 0.1° or 0.01° to ensure that accurate measurement data is provided.
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    SKU: ATO-IMS-MK700
    30-day Returns
    Free Shipping
    Delivery date: 6-12 days

    Hot selling explosion-proof electronic tilt sensor is available now, providing accurate tilt measurement, the output signal supports RS232/RS422/RS485/TTL/CAN output signals, which ensures good compatibility of the tilt sensor with other systems. The sensor measurement range is single-axis ±180° or dual-axis ±90° (optional), the accuracy can be selected from 0.3°/0.1°/0.01°, the explosion-proof design and IP67 waterproof grade, so that it can still maintain efficient and stable performance in harsh environments, suitable for a variety of precision equipment monitoring.

    Specifications

    Model ATO-MK700-IS-EPC
    Measuring Range Single axis ±180°/ 2 axis ±90° (optional)
    Accuracy 0.3° 0.1° 0.01° (optional)
    Resolution 0.05° 0.01° 0.002°
    Output Signal RS232/ RS485/ RS422/ TTL/ CAN (optional)
    Measuring Axis X, Y axis
    Frequency Response DC response 100Hz
    Long-term Stability <0.15°
    Zero Temperature Drift ±0.01°/C
    Power-on Start-up Time 0.2s
    Response Time 0.01s
    Auto Output Rate 5Hz output, 15Hz, 35Hz, 50Hz programmable (RS485 not available)
    Average Operating Time ≥55000 hours/trip
    Shock Resistance 20000g, 0.5ms, 3 times/axis
    Vibration Resistance 10g/ms, 10~1000Hz
    Insulation Resistance ≥100MΩ
    Waterproof Rating IP67
    Supply Voltage 9~36V
    Working Current No load 40mA
    Operating Temperature -40°C~+85°C
    Storage Temperature -55°C~+125°C
    Housing Material Aluminum alloy with matte oxidation
    Mounting Four M4 screws
    Cable Standard with 1.5 meter length, abrasion resistant, oil resistant, wide temperature, shielded cable 6*0.2mm2
    Weight 185g (without box)


    Dimension (unit: mm)

    Explosion proof inclinometer sensor dimension

    Installation Method

    Explosion proof inclinometer sensor installation method

    Installation Precautions

    1. Please install the inclinometer sensor according to the correct method, incorrect installation will lead to measurement errors, especially pay attention to a "surface" and "line".
    2. The mounting surface of the inclinometer sensor and the measured surface must be fixed tightly, flat and stable, if the mounting surface is uneven, it is easy to cause the inclination sensor to measure the angle error.
    3. ATO store inclinometer sensor axis and the measured axis must be parallel, the two axes as far as possible do not produce angle.

    Wiring Diagram

    Explosion proof inclinometer sensor wiring diagram

    RS232/RS485/TTL Wiring

    Electrical Connection Line Color Function
    1 2 3 4 5
    Red White Black Green Yellow
    RS232 VCC NC GND RXD TXD
    RS485 VCC NC GND (B, D-) (A, D+)
    TTL VCC NC GND RXD TXD

    RS422 Wiring

    RS422 1 2 3 4 5 6
    Red Black Green Yellow White Brown
    VCC GND RXD- (B-) RXD+ (A+) TXD- (A+) TXD- (B-)


    Application

    Explosion proof inclinometer sensor application

    Tips: Explosion proof inclinometer sensor working principle

    Explosion proof inclinometer sensor working principle

    Adopt high precision core control unit, capacitance miniature pendulum principle. Utilizing the principle of earth gravity, when the inclination unit is tilted, the earth's gravity in the corresponding pendulum will produce the component of gravity, the corresponding capacitance will change, through the capacitance at the amount of amplification, filtering, conversion after the inclination.

    UR, UL are the voltages between the left and right pole plates of the pendulum and their respective electrodes. When the tilt sensor is tilted, UR, UL will change according to a certain law, so ∫ (UR, UL) is a function of the tilt angle α: α=∫ (UR1, UL1)

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