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    Picture of Hall Effect Speed Sensor for Gear Detection, Non-Contact Flange Mount Picture of Hall Effect Speed Sensor for Gear Detection, Non-Contact Flange Mount

    Hall Effect Speed Sensor for Gear Detection, Non-Contact Flange Mount

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    SKU: SUCH-SS-TSHF3
    $136.77
    ● Sensing gap ≤2mm / 5-10mm ● Operating voltage 4-24V DC ● Output signal PNP/NPN push-pull square wave ● Protection rating IP67
    🚚 Free shipping
    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    The SUCH hall effect speed sensor is a non-contact, flange-mounted sensor designed for gear speed detection. It detects magnetic flux changes from rotating ferromagnetic targets and outputs a pulse signal proportional to rotation speed. With IP67 protection, wide temperature resistance, and multiple connector options, it is used on hydraulic motors, gearboxes, transmissions, and other mobile equipment.

    Feature

    • Hall effect non-contact sensing reduces mechanical wear with no physical contact with rotating targets.
    • IP67 sealed metal flange provides dust and water protection for outdoor and washdown environments.
    • Wide operating temperature range maintains stable pulse output under high and low ambient temperatures.
    • Dual protection circuit includes reverse polarity and voltage spike protection.
    • Pulse frequency output proportional to speed supports integration with PLCs, controllers, and displays.
    • Single-ear cylindrical probe with flange mount supports compact installation on gearboxes and hydraulic motors.
    • Multiple connector options support different wiring harnesses and equipment platforms.

    Dimension (Unit:mm)

    Hall effect speed sensor flange mount dimension diagram with measurementsHall effect speed sensor flange mount dimensions diagram

    Output Characteristics

    Hall effect speed sensor flange mount output characteristics curve chart

    Installation

    Hall effect speed sensor flange mount installation diagram

    Specs
    Operating Voltage 4-24V DC
    Operating Current ≤13mA
    Load Current ≤85mA @ 24V/25°C
    Switching Frequency 15KHz (Max.)
    Short Circuit Protection Yes
    Magnetic Protection Yes
    Sinusoidal Vibration 10g/11ms, 3 positive and negative shocks in each direction
    Sawtooth Vibration 0.05g/Hz, 20-2000Hz
    Transportation Shock 10g/11ms, 3 positive and negative shocks in each direction
    Humidity Resistance 95% RH (25°C and 60°C)
    Protection Rating IP67
    Operating Temperature -40°C to +105°C / 20°C to 80°C
    Storage Temperature -40°C to +125°C / 30°C to 80°C
    Housing Material H62 brass / SUS304 stainless steel
    Sensing Gap ≤2mm / 5-10mm
    Target Material Ferromagnetic metal / magnet
    Sensing Face Pressure Resistance Atmospheric pressure / high pressure (custom design required)
    Output Signal PNP/NPN push-pull
    Signal Type Square wave signal
    Output Mode Speed / speed + speed / speed + direction
    Cable Output Bare wire / customized connector (2-wire / 3-wire / 4-wire)
    Application
    Hall effect speed sensor flange mount installed on hydraulic systems

    Hydraulic Systems

    Hall effect speed sensor flange mount application on vehicles

    Vehicles

    Hall effect speed sensor flange mount application on machinery equipment

    Machinery

    FAQ
     ❯

    A Hall effect speed sensor measures gear speed by detecting changes in magnetic flux when gear teeth pass the sensing element. Each detected tooth generates a pulse signal, and the pulse frequency is proportional to the gear rotation speed.

     ❯

    A Hall effect speed sensor requires an external power supply and outputs a digital pulse signal, while a magnetic pickup sensor generates an analog voltage signal without external power. Hall effect sensors generally provide more stable output at low speeds and consistent performance across a wider speed range.

     ❯

    The recommended sensing gap depends on the sensor type, gear material, tooth size, and operating conditions. In general, maintaining a proper gap helps ensure stable pulse output while preventing mechanical contact between the sensor and rotating gear.

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