img

779449-01

The USB-9472 features 8 channels, 24 VDC sourcing digital output, USB interface, and NI-DAQ compatibility, packaged in a CompactDAQ chassis.

In Stock | Ships Today

img

    Description

    The CompactDAQ Chassis, part number 779449-01, is a highly sophisticated piece of equipment designed for various data acquisition tasks. The model, USB-9472, features an 8-channel sourcing digital output, making it a versatile tool for handling multiple data streams simultaneously.

    This model operates at a 24 VDC voltage, ensuring compatibility with a wide range of external devices and sensors. The sourcing digital output type enhances its ability to interface efficiently with other components in your setup, allowing for a seamless data collection experience.

    The USB-9472 uses a USB interface, offering easy connectivity to computers and other USB-compatible devices. This feature simplifies the setup process, allowing users to quickly establish a connection and begin data acquisition without the need for complex configurations.

    Additionally, the USB-9472 is compatible with NI-DAQ software, providing users with powerful tools for data logging, monitoring, and analysis. This compatibility ensures that users can take full advantage of the software’s features to enhance their data acquisition tasks.

    Part Number 779449-01
    Category CompactDAQ Chassis
    Model USB-9472
    Short Description USB-9472 8-ch 24 VDC Sourcing Digital Output and NI-DAQ
    Channels 8
    Voltage 24 VDC
    Output Type Sourcing Digital Output
    Interface USB
    Software Compatibility NI-DAQ

    Question 1: What part number is the CompactDAQ Chassis?
    Answer 1: 779449-01

    Question 2: How many channels does the USB-9472 have?
    Answer 2: 8 channels

    Question 3: What voltage does the USB-9472 operate at?
    Answer 3: 24 VDC

    Question 4: What interface does the USB-9472 use?
    Answer 4: USB interface

    Question 5: Is the USB-9472 compatible with NI-DAQ software?
    Answer 5: Yes, it’s compatible with NI-DAQ