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    Spring Type Incremental Linear Encoder Sensor, 8~24V

    SKU: SUCH-LE-LMCS
    $396.92
    ● Resolution 1024puls/mm ● Accuracy ±10μm ● Supply voltage 8~24V DC ● Protection rating IP65
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    🕒 Delivery date: 6-12 days
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    Overview

    Spring type incremental linear encoder sensor for sale online. The SUCH incremental linear encoder has a resolution of 1024 pulses/mm, an accuracy of ±10μm, a supply voltage of 8~24V DC, and a no-load power consumption of <50mA. It boasts high accuracy and excellent performance. The spring type linear encoder sensor uses an anodized aluminum housing, achieving an IP65 protection rating, and can operate in temperatures ranging from -20℃ to +80℃, making it suitable for most industrial environments.

    Feature

    • High resolution, high accuracy, precise measurement, and stable performance.
    • The linear encoder features a built-in spring and an IP65 protection rating.
    • Spring-type linear encoder sensors are suitable for quality control and monitoring applications.

    Dimension (Unit:mm)

    Linear encoder sensor size

    Specs
    Measurement Method Magnetic Incremental Non-Contact
    Measuring Stroke 15mm
    Resolution 1024puls/mm
    Accuracy ±10μm
    Output Channels A, B
    Output Method Linedriver/Push-pull
    Supply Voltage 8~24V DC
    Power Consumption (No Load) <50mA
    Electrical Connection 4-pin connector
    Maximum Speed <3m/s
    Housing Material Anodized Aluminum
    Protection Rating IP65
    Operating Temperature -20℃~+80℃
    Storage Temperature -30℃~+90℃
    Application
    Linear encoder for assembly line



    Assembly Line

    Linear encoder for escalator



    Escalator

    Linear encoder for lifting platform



    Lifting Platform

    FAQ

    A spring type incremental linear encoder is a device used to measure linear position or displacement. It consists of a spring type retractable cable (steel wire rope) and an internal incremental rotary encoder. As the cable moves with the object being measured, the encoder converts this motion into pulse signals, thus achieving position tracking.

    When the cable is pulled out or retracted, it drives an internal roller connected to the encoder shaft to rotate. The encoder then generates incremental A/B quadrature pulses proportional to the motion. The control system calculates displacement, direction, and velocity by counting these pulses. The built-in spring ensures the cable maintains constant tension, resulting in stable and accurate measurements.

    Spring type linear encoders are compact, easy to install, and do not require strict alignment. They offer high cost-effectiveness compared to other linear measurement solutions. Spring type linear encoders are suitable for various industrial environments, such as lifting systems, hydraulic systems, automated equipment, and mobile machinery.

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