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  •   Optical rotary encoder | 200 P/R | AB phase | Push-Pull output | 5–24V DC | Ø38 mm | shaft 6x15 mm | for angle, speed and position measurement
      Optical rotary encoder | 200 P/R | AB phase | Push-Pull output | 5–24V DC | Ø38 mm | shaft 6x15 mm | for angle, speed and position measurement 1
      Optical rotary encoder | 200 P/R | AB phase | Push-Pull output | 5–24V DC | Ø38 mm | shaft 6x15 mm | for angle, speed and position measurement 2
      Optical rotary encoder | 200 P/R | AB phase | Push-Pull output | 5–24V DC | Ø38 mm | shaft 6x15 mm | for angle, speed and position measurement 3

    Optical rotary encoder | 200 P/R | AB phase | Push-Pull output | 5–24V DC | Ø38 mm | shaft 6x15 mm | for angle, speed and position measurement

    Code: ES-JZ-YEBA
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    Price 15.61 € VAT incl.
    ( 12.90 € VAT excl. )
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    An optical rotary encoder designed for measuring angle, speed, and position in automation systems. This compact sensor generates a pulse signal that allows control systems to determine the movement of mechanical components in real time. The encoder uses optical measurement technology and an AB phase signal, ensuring stable and accurate pulse generation in various industrial and automation systems. The Push-Pull output allows reliable signal transmission to PLCs, microcontrollers, or other control systems. 

  • Product description

    Technical specifications

    Output type: Push-Pull
    Signal type: AB phase
    Resolution: 200 pulses per revolution (200 P/R)
    Supply voltage: 5–24 V DC
    Housing outer diameter: 38 mm
    Shaft diameter: 6 mm
    Shaft length: 15 mm
    Mounting type: standard mounting according to installation drawings
    Application: automation equipment
    Technology: optical
    Design features: compact size, simple installation

    Functions

    Precise position detection – the optical sensor generates pulses that allow accurate determination of the mechanism position or angle
    Real-time speed measurement – the pulse frequency can be used to determine the rotation speed of a motor or mechanism
    Direction detection – the AB phase signal allows determining the rotation direction (forward / reverse)
    Stable signal for control systems – Push-Pull output ensures reliable signal transmission even over longer cables
    Easy integration into automation systems – the encoder is compatible with PLC, CNC controllers, microcontrollers, and industrial control systems
    Compact design – the Ø38 mm housing allows integration even in devices with limited installation space

    Applications

    For automation system designers and engineers: can be used in CNC machines, robotics systems, servo and stepper motor control, conveyor systems, packaging equipment, and material handling lines

    For electricians and automation specialists: common installation areas include industrial machines, motor control systems, PLC control panels, automated production lines, and measurement and positioning systems

    For technology equipment manufacturers: can be integrated into textile industry equipment, packaging lines, wood or metal processing machines, material length measurement systems, and automatic dosing equipment

    For DIY and technology enthusiasts: can be used in Arduino / Raspberry Pi projects, robotics prototypes, motion tracking projects, and custom CNC or automation systems

    Advantages

    Precise optical measuring principle
    AB phase signal allows direction detection
    Push-Pull output – stable signal for control systems
    Wide supply voltage range (5–24 V DC)
    Compact Ø38 mm housing
    Simple installation
    Compatible with PLC, CNC and microcontroller systems
    Reliable operation in automation equipment

    Disadvantages

    200 P/R resolution may be insufficient for highly precise systems
    Requires precise mechanical installation
    Optical encoders are more sensitive to dust than magnetic ones 

    Illustrative image may have been created using AI. The appearance of the product may differ slightly from the image shown. Please refer to the technical specification.

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