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SH160F-160M

The NI SH160F-160M Switch Cable (Part Number: 153028-01) is a shielded, 150 V maximum rated cable, with a 2 A per pin current rating, designed for National Instruments SwitchBlock hardware,

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    Description

    The NI SH160F-160M Switch Cable, part number 153028-01, is a robust solution designed to work with National Instruments SwitchBlock hardware, ensuring a seamless connection with its 160-pin DIN male front end and 160-pin DIN female back end connectors. With a voltage rating of up to 150 V maximum and a current rating of 2 A per pin, it can handle a total current not exceeding 64 A. The cable’s substantial weight of 2.2 lbs is indicative of its durable build quality.

    The switch cable is tailored for demanding environments with an operating temperature range from 0 °C to 55 °C, which highlights its reliability across various conditions. The inclusion of EMC shielding is critical for compliance with electromagnetic compatibility requirements, making the NI SH160F-160M an ideal choice for applications where interference could be a concern.

    Specification Detail
    Part Number 153028-01
    Product Name NI SH160F-160M Switch Cable
    Voltage Rating 150 V maximum
    Current Rating 2 A per pin
    Total Current Not to exceed 64 A
    Front End Connector 160-pin DIN male
    Back End Connector 160-pin DIN female
    Compatible Hardware National Instruments SwitchBlock
    Weight 2.2 lbs
    Operating Temperature Range 0 °C to 55 °C
    EMC Shielding Yes

    Question 1: What are the voltage and current ratings of the NI SH160F-160M Switch Cable, and what additional features ensure its reliability in demanding environments?
    Answer 1: The NI SH160F-160M Switch Cable has electrical specifications of a 150 V maximum voltage rating and a 2 A per pin current rating, not to exceed a total of 64 A, and it weighs 2.2 lbs; these features, along with its EMC shielding and an operational temperature range from 0 °C to 55 °C, contribute to its robustness and suitability for challenging environments by ensuring it can handle significant electrical loads, resist physical stresses, and operate reliably

    Question 2: What are the electrical specifications and weight of the NI SH160F-160M Switch Cable, and how do these features contribute to its suitability for challenging environments?
    Answer 2: The operating temperature range of the robust NI SH160F-160M Switch Cable is from 0 °C to 55 °C, and it includes EMC shielding to ensure its electromagnetic compatibility in demanding environments.

    Question 3: What are the voltage and current ratings of the NI SH160F-160M Switch Cable, and in what temperature range can it reliably operate?
    Answer 3: The NI SH160F-160M Switch Cable has a voltage rating of up to 150 V maximum and a current rating of 2 A per pin, with total current not exceeding 64 A; its reliability in demanding environments is further ensured by an operating temperature range of 0 °C to 55 °C and the inclusion of EMC shielding to prevent electromagnetic interference.

    Question 4: What specifications and features make the NI SH160F-160M Switch Cable suitable for use with National Instruments SwitchBlock hardware in demanding environments with electromagnetic interference concerns?
    Answer 4: The NI SH160F-160M Switch Cable is suitable for use with National Instruments SwitchBlock hardware in demanding environments with electromagnetic interference concerns due to its 160-pin DIN male and female connectors for seamless connection, a voltage rating of up to 150 V, a current rating of 2 A per pin with a total capacity of 64 A, robust build reflected by its 2.2 lbs weight, an operating temperature range of 0 °C to 55 °C, and critical EMC

    Question 5: What is the operating temperature range of the robust NI SH160F-160M Switch Cable, and what feature ensures its electromagnetic compatibility in demanding environments?
    Answer 5: The NI SH160F-160M Switch Cable has a voltage rating of up to 150 V maximum and a current rating of 2 A per pin, with a total current capacity not exceeding 64 A, and it can reliably operate in a temperature range from 0 °C to 55 °C.