Cart0items

Cart

Call us between 8 AM - 10 PM / +971 55 761 1764   |  +971 52 718 2514
0
0
  • 0 items in quote

    No products in the Quote Basket.

  • Cart0items

    Cart

    HomeShopMotion Control SensorsSICK DFS60 Series Incremental Incremental Encoder, 10000ppr ppr, HTL, TTL Signal, Through Hollow Type, 12mm Shaft | DFS60B-TFPA10000 / 1036909

    Description

    The SICK DFS60B-TFPA10000 incremental encoder delivers professional-grade performance for demanding industrial automation tasks. With a high resolution of 10000 pulses per revolution (ppr), it provides the precise feedback necessary for accurate position and speed control. This encoder is equipped with both HTL and TTL signal outputs, offering flexibility in system integration and ensuring compatibility with a wide range of controllers and devices.

    Featuring a convenient through hollow shaft design, the SICK DFS60B-TFPA10000 simplifies mechanical setup by allowing a motor or drive shaft to pass directly through the encoder. The 12mm shaft diameter is a common size, facilitating easy mounting in many applications. This encoder is engineered for robust operation in industrial environments.

    Ideal for applications such as robotics, conveyor systems, machine tools, and printing presses, the SICK DFS60B-TFPA10000 incremental encoder ensures reliable data acquisition for optimal process management. Its high pulse count allows for smooth motion control and efficient operation, contributing to increased productivity and reduced errors. The SICK DFS60B-TFPA10000 is a trusted component for motion feedback.

    Upgrade your automation system with the SICK DFS60B-TFPA10000 incremental encoder for reliable, high-resolution motion sensing. Its combination of features, including versatile signal options and an easy-to-install through hollow shaft, makes it an excellent choice for demanding industrial applications.

    Recently viewed products

      Request A Quote

      Request A Quote

      First

      Product detail

      Maximum file size: 516MB