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TB-2635

The NI TB-2635 Terminal Block, with part numbers 189429-01L, 189429B-01, and 778839-01, is a National Instruments accessory designed for the PXI-2529 Matrix Switch Module,

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    Description

    The NI TB-2635 Terminal Block, with part numbers 189429-01L, 189429B-01, and 778839-01, is a high-quality accessory designed for seamless integration with the PXI-2529 Matrix Switch Module. This terminal block facilitates a 2-wire, 8 x 16 matrix configuration, offering robust connectivity options.

    Manufactured by National Instruments, the TB-2635 is built with durable integrated features, including a strain-relief bar, safety ground lug, and a pair of jackscrews, ensuring a secure and reliable connection. It is rated for CAT I environments and can handle up to 150 V signal levels, while also being capable of withstanding surge or impulse voltages as high as 800 V.

    Installation of the TB-2635 terminal block is user-friendly and can be completed without the need for professional assistance, allowing for quick and easy setup in various applications.

    Specification Details
    Product Name NI TB-2635 Terminal Block
    Part Numbers 189429-01L, 189429B-01, 778839-01
    Compatible with PXI-2529 Matrix Switch Module
    Configuration 2-wire, 8 x 16 matrix
    Manufacturer National Instruments
    Integrated Features Strain-relief bar, safety ground lug, pair of jackscrews
    CAT I
    Maximum Voltage Capacity 150 V signal level, 800 V surge or impulse voltage
    Installation Requirement No professional assistance required

    Question 1: What are the specific integrated features of the NI TB-2635 Terminal Block that ensure a secure and reliable connection when used with the PXI-2529 Matrix Switch Module?
    Answer 1: The NI TB-2635 Terminal Block is rated for CAT I environments and can handle signal levels up to 150 V.

    Question 2: What are the unique features and specifications of the NI TB-2635 Terminal Block that make it suitable for integration with the PXI-2529 Matrix Switch Module?
    Answer 2: The NI TB-2635 Terminal Block is equipped with integrated features such as a strain-relief bar, a safety ground lug, and a pair of jackscrews to ensure a secure and reliable connection when used with the PXI-2529 Matrix Switch Module.

    Question 3: What are the key features and specifications of the NI TB-2635 Terminal Block designed for use with the PXI-2529 Matrix Switch Module?
    Answer 3: The NI TB-2635 Terminal Block is equipped with integrated features such as a strain-relief bar, safety ground lug, and a pair of jackscrews, which contribute to its secure and reliable connection when used with the PXI-2529 Matrix Switch Module by ensuring the wiring is tightly secured and protected from accidental disconnections, providing a solid grounding point to prevent electrical interference, and offering a means to firmly attach the terminal block to the switch module to prevent movement that could disrupt the connections

    Question 4: What type of environments is the NI TB-2635 Terminal Block rated for and what is the maximum signal level it can handle?
    Answer 4: The NI TB-2635 Terminal Block is specifically designed for integration with the PXI-2529 Matrix Switch Module, featuring a 2-wire, 8 x 16 matrix configuration, durable components such as a strain-relief bar, safety ground lug, and jackscrews for secure connections, and is rated for CAT I environments with the capability to handle 150 V signal levels and withstand surge voltages up to 800 V, which together ensure reliable performance in various applications.

    Question 5: What are the integrated features of the NI TB-2635 Terminal Block, and how do they contribute to its secure and reliable connection when used with the PXI-2529 Matrix Switch Module?
    Answer 5: The NI TB-2635 Terminal Block, designed for use with the PXI-2529 Matrix Switch Module, features a 2-wire, 8 x 16 matrix configuration, strain-relief bar, safety ground lug, and jackscrews for secure connections, with a CAT I rating, the capability to handle up to 150 V signal levels, and resistance to surge voltages up to 800 V, ensuring robust and reliable performance in various applications.