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ISM-7412

The National Instruments ISM-7412 is an integrated stepper drive and motor device with Ethernet connectivity, featuring a NEMA 23 size, maximum torque of 210 oz-in, and a 16 position IP address rotary switch, compatible with NI PS

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    Description

    The National Instruments ISM-7412 is an Integrated Stepper Drive and Motor Device bearing part numbers 783601-01 and 783602-01. Manufactured with a NEMA 23 size and designed to deliver a maximum torque of 210 oz-in, it ensures robust performance in a variety of precision motion control applications.

    It features Ethernet capabilities for network connectivity, and it requires either an NI PS-12 or PS-13 Power Supply for operation. The device is designed with 4 mounting holes for easy installation.

    A distinctive feature of the ISM-7412 is its internal fuse, which is non-replaceable by the user but can be substituted with a 4 A fast-acting fuse on the power supply’s positive lead. For network address configuration, it is equipped with a 16 position rotary switch that is DHCP compatible, allowing for automatic IP address configuration.

    The ISM-7412’s mature status has been announced by National Instruments, but Apex Waves continues to offer the device for purchase and provides repair services.

    Attribute Description
    Manufacturer National Instruments
    Model ISM-7412
    Part Numbers 783601-01, 783602-01
    Type Integrated Stepper Drive and Motor Device
    Size NEMA 23
    Maximum Torque 210 oz-in
    Connectivity Ethernet Capabilities
    Power Supply NI PS-12 or PS-13 Power Supply
    Mounting 4 Mounting Holes
    Internal Fuse Non-replaceable by user (replaceable with a 4 A fast-acting fuse on the power supply positive lead)
    IP Address Configuration 16 Position Rotary Switch, DHCP compatible
    Mature Status Announced by National Instruments, available for purchase and repairs by Apex Waves

    Question 1: What power supply units are compatible with the National Instruments ISM-7412 Integrated Stepper Drive and Motor Device?
    Answer 1: The part numbers for the National Instruments ISM-7412 Integrated Stepper Drive and Motor Device are 783601-01 and 783602-01, and its maximum torque capacity is 210 oz-in.

    Question 2: What are the part numbers for the National Instruments ISM-7412 Integrated Stepper Drive and Motor Device, and what is its maximum torque capacity?
    Answer 2: The National Instruments ISM-7412 Integrated Stepper Drive and Motor Device is compatible with either the NI PS-12 or PS-13 Power Supply for operation, and its power configuration includes an internal, non-replaceable fuse that can be supplemented by a 4 A fast-acting fuse on the power supply’s positive lead.

    Question 3: What size and maximum torque does the National Instruments ISM-7412 integrated stepper drive and motor device offer, and how is it configured for network connectivity?
    Answer 3: The National Instruments ISM-7412 integrated stepper drive and motor device offers a NEMA 23 size and delivers a maximum torque of 210 oz-in, and for network connectivity, it is equipped with Ethernet capabilities and a 16-position rotary switch that is DHCP compatible for automatic IP address configuration.

    Question 4: What power supply options are available for the operation of the National Instruments ISM-7412 Integrated Stepper Drive and Motor Device, and how is the internal fuse feature addressed for user safety?
    Answer 4: The National Instruments ISM-7412 Integrated Stepper Drive and Motor Device is compatible with the NI PS-12 or PS-13 Power Supply units for operation.

    Question 5: What power supply options are compatible with the National Instruments ISM-7412 Integrated Stepper Drive and Motor Device, and what special feature does its power configuration include?
    Answer 5: The National Instruments ISM-7412 Integrated Stepper Drive and Motor Device requires either an NI PS-12 or PS-13 Power Supply for operation, and for user safety, it includes an internal fuse that is non-replaceable by the user, but a 4 A fast-acting fuse can be added to the power supply’s positive lead as a substitute.