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FP-DO-AC240

The National Instruments FP-DO-AC240 is a plug-and-play Discrete Output Module for the FieldPoint series, featuring an output voltage range of 24 – 280 VAC, triac-style zero-crossing outputs, isolated dual channels,

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    Description

    The National Instruments FP-DO-AC240 is a robust Discrete Output Module from the FieldPoint product line, recognized by part number 778071-12, and is designed to manage an output voltage range of 24 – 280 VAC with a frequency range of 25 – 70 Hz.

    It features Triac-style, zero-crossing outputs and can be mounted on the FP-TB Series Terminal Block for easy installation. Its isolated dual channels ensure independent control and are equipped with both screw and spring terminals for versatile connection options.

    The module is safeguarded with overvoltage protection up to 2300 Vrms transients, enhancing its reliability in demanding environments. Additionally, the presence of LED indicators provides immediate visual feedback when channels are active.

    Designed for convenience, the FP-DO-AC240 requires no special driver software due to its plug-and-play capability and maintains a low power consumption of just 70 mW, making it an efficient choice for a variety of discrete output applications.

    Attribute Value
    Manufacturer National Instruments
    Product Line FieldPoint
    Part Number FP-DO-AC240
    National Instruments Part Number 778071-12
    Type Discrete Output Module
    Output Voltage Range 24 – 280 VAC
    Frequency Range 25 – 70 Hz
    Output Type Triac-style, Zero-crossing
    Mounting FP-TB Series Terminal Block
    Channel Isolation Isolated Dual Channels
    Connection Type Screw and Spring Terminals
    Protection Overvoltage Protection up to 2300 Vrms Transients
    Status Indicators LEDs for ON state
    Software Requirement Plug-and-play (No special driver required)
    Power Consumption 70 mW

    Question 1: What are the output voltage and frequency ranges supported by the National Instruments FP-DO-AC240 Discrete Output Module?
    Answer 1: The National Instruments FP-DO-AC240 Discrete Output Module is designed to be mounted on the FP-TB Series Terminal Block for ease of installation.

    Question 2: What are the key features and specifications of the National Instruments FP-DO-AC240 Discrete Output Module from the FieldPoint product line?
    Answer 2: The National Instruments FP-DO-AC240 Discrete Output Module from the FieldPoint product line, with part number 778071-12, is designed to handle an output voltage range of 24 – 280 VAC and a frequency range of 25 – 70 Hz, featuring Triac-style, zero-crossing outputs, and compatibility with the FP-TB Series Terminal Block for mounting. It offers isolated dual channels with both screw and spring terminals, overvoltage protection up to 230

    Question 3: What type of terminal block is the National Instruments FP-DO-AC240 Discrete Output Module designed to be mounted on for ease of installation?
    Answer 3: The National Instruments FP-DO-AC240 Discrete Output Module supports an output voltage range of 24 – 280 VAC and a frequency range of 25 – 70 Hz.

    Question 4: What kind of output voltage range and frequency is the National Instruments FP-DO-AC240 Discrete Output Module designed to manage, and what unique features enhance its performance and reliability?
    Answer 4: The National Instruments FP-DO-AC240 Discrete Output Module manages an output voltage range of 24 – 280 VAC and a frequency range of 25 – 70 Hz, and its reliability is enhanced by overvoltage protection designed to shield against transients up to 2300 Vrms, ensuring dependable performance in demanding environments.

    Question 5: What is the output voltage and frequency range managed by the National Instruments FP-DO-AC240 Discrete Output Module, and how does its overvoltage protection enhance its reliability?
    Answer 5: The National Instruments FP-DO-AC240 Discrete Output Module is designed to manage an output voltage range of 24 – 280 VAC and a frequency range of 25 – 70 Hz, with unique features such as Triac-style, zero-crossing outputs, isolated dual channels, overvoltage protection up to 2300 Vrms transients, LED indicators for active channel feedback, and low power consumption of 70 mW, all of which enhance its performance and reliability.