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

    HomeShopSensor Actuator Cablesifm electronic Straight Male 1 way M12 to Right Angle Female 1 way M8 Sensor Actuator Cable, 2m | EVT256

    Description

    The IFM Electronic EVT256 is a premium sensor actuator cable designed to facilitate reliable and versatile connections within industrial automation systems. This 2-meter cable features a straight male 1-way M12 connector, a widely adopted standard for its durability and secure connection, paired with a right-angle female 1-way M8 connector. This specific configuration is ideal for connecting devices in constrained spaces or where specific routing is required, making the IFM Electronic EVT256 a highly adaptable component.

    Constructed with high-quality materials, this cable ensures optimal signal transmission and resistance to common industrial challenges such as moisture, dust, and vibration. The combination of M12 and M8 connectors provides flexibility for integrating a variety of sensors and actuators, enhancing the overall utility of the IFM Electronic EVT256 in complex automation architectures.

    This cable is an excellent solution for applications requiring the connection of sensors to control units or for linking actuators in a machine. The right-angle M8 connector is particularly useful for preventing cable strain and damage in tight enclosures, ensuring the longevity of the connection. The IFM Electronic EVT256 supports efficient and error-free data transfer.

    Choose the IFM Electronic EVT256 for a robust and flexible cabling solution that meets the demands of modern industrial environments. Its unique connector combination and reliable construction make the IFM Electronic EVT256 an indispensable tool for efficient and effective automation system integration.

      Request A Quote

      Request A Quote

      First

      Product detail

      Maximum file size: 516MB