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SH25M-10F

The National Instruments SH25M-10F is a shielded, multifunction cable with 1- and 2-meter length options, featuring 10-pin COMBICON female and 25-pin D-SUB male connectors, designed for high noise

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    Description

    The National Instruments SH25M-10F Multifunction Cable is a versatile and robust accessory designed to facilitate the connection of DAQ devices, particularly the C Series from National Instruments. With part numbers 190654-01 and 190654-02, this shielded cable ensures reliable performance in demanding environments.

    Available in 1-meter and 2-meter lengths, the SH25M-10F is equipped with a 10-pin COMBICON female connector on one end and a 25-pin D-SUB male connector on the other, making it suitable for a wide range of measurement and control systems.

    Its construction is ideal for use in high noise environments and settings where vibrations are present, ensuring signal integrity and connection stability. The addition of connector lock-screws further enhances its reliability, preventing disconnections and signal distortions during operation.

    Feature Specification
    Product Name National Instruments SH25M-10F Multifunction Cable
    Part Numbers 190654-01, 190654-02
    Type Multifunction, Shielded Cable
    Compatible Devices National Instruments DAQ Devices, C Series DAQ Devices
    Length Options 1-meter, 2-meter
    Connector Type 1 10-pin COMBICON Female Connector
    Connector Type 2 25-pin D-SUB Male Connector
    Use Case Measurement and Control Systems
    Environmental Suitability High noise environments, Environments with vibrations
    Additional Features Connector lock-screws for stable connections

    Question 1: What features make the National Instruments SH25M-10F Multifunction Cable suitable for high noise and vibration-prone environments?
    Answer 1: The National Instruments SH25M-10F Multifunction Cable is specifically designed to perform reliably in high noise environments and settings where vibrations are present, due to its shielded construction and connector lock-screws.

    Question 2: What are the features and benefits of using the National Instruments SH25M-10F Multifunction Cable in high noise and vibration-prone environments?
    Answer 2: The National Instruments SH25M-10F Multifunction Cable is particularly suitable for use in high noise and vibration environments due to its shielded design, which ensures reliable performance and signal integrity, and the inclusion of connector lock-screws that prevent disconnections and signal distortions by enhancing the cable’s connection stability.

    Question 3: What features make the National Instruments SH25M-10F Multifunction Cable particularly suitable for use in high noise and vibration environments?
    Answer 3: The National Instruments SH25M-10F Multifunction Cable is designed with shielding to protect against electromagnetic interference in high noise environments, and it includes connector lock-screws to secure connections against disruptions caused by vibrations, ensuring signal integrity and stable operation.

    Question 4: What types of environments is the National Instruments SH25M-10F Multifunction Cable specifically designed to perform reliably in due to its shielded construction and connector lock-screws?
    Answer 4: The National Instruments SH25M-10F Multifunction Cable offers features such as a shielded design, connector lock-screws, a 10-pin COMBICON female connector and a 25-pin D-SUB male connector, which together provide reliable performance and connection stability in high noise and vibration-prone environments, ensuring signal integrity for DAQ devices, particularly the C Series from National Instruments.

    Question 5: What features of the National Instruments SH25M-10F Multifunction Cable make it suitable for use in high noise and vibration-prone environments?
    Answer 5: The National Instruments SH25M-10F Multifunction Cable is suitable for high noise and vibration-prone environments due to its shielded design, connector lock-screws for secure connections, and robust construction that maintains signal integrity and connection stability even in demanding conditions.