FP-DO-DC60

Description

The National Instruments FP-DO-DC60 Discrete Output Module, part number 778071-13, is a FieldPoint Discrete Output Module designed for industrial applications. Manufactured by National Instruments, this module ensures channel isolation to maintain integrity between output channels, making it compatible with both sinking and sourcing devices. It is specifically designed to pair with the FP-TB-10 terminal base for seamless integration.

With a voltage range of 3 – 60 VDC and a current rating that varies based on the ambient temperature, the FP-DO-DC60 is versatile for a variety of electrical environments. Its maximum output delay is a mere 0.06 ms, and it operates on a minimal power requirement of only 70 mW, with a voltage drop of 1.3 V at 0.75 A, ensuring efficiency in operation.

Visibility and safety are enhanced with two green LED indicators that denote the active state of each channel, and independent fuses for channel protection. The module boasts a quick scan time of 0.2 ms, allowing for rapid data processing and control. Despite its robust capabilities, the module maintains a light weight of just 2.1 oz, facilitating easy installation and handling.

Q1: What are the features and specifications that define the National Instruments FP-DO-DC60 Discrete Output Module as suitable for industrial applications?
A1: The National Instruments FP-DO-DC60 Discrete Output Module contributes to efficiency with its low maximum output delay of 0.06 ms, minimal power requirement of 70 mW, and quick scan time of 0.2 ms, while its channel isolation and compatibility with both sinking and sourcing devices, along with its pairing with the FP-TB-10 terminal base, ensure its adaptability to a range of industrial devices.

Q2: What are the specific features and technical specifications that enable the National Instruments FP-DO-DC60 Discrete Output Module to efficiently handle industrial applications?
A2: The National Instruments FP-DO-DC60 Discrete Output Module, part number 778071-13, features channel isolation for compatibility with sinking and sourcing devices, operates within a voltage range of 3 – 60 VDC, and is designed for integration with the FP-TB-10 terminal base, offering quick scan times, LED indicators for channel status, and independent fuses for safety, all while maintaining a lightweight design for easy installation.

Q3: What are the features that contribute to the efficiency of the National Instruments FP-DO-DC60 Discrete Output Module, and how does its design ensure compatibility with various industrial devices?
A3: The National Instruments FP-DO-DC60 Discrete Output Module is suitable for industrial applications due to its channel isolation for output integrity, compatibility with both sinking and sourcing devices, pairing with the FP-TB-10 terminal base, a voltage range of 3 – 60 VDC, variable current rating based on ambient temperature, a maximum output delay of 0.06 ms, low power requirement of 70 mW, voltage drop of 1.3 V at 0.75 A

Q4: What are the key features and specifications of the National Instruments FP-DO-DC60 Discrete Output Module, including its part number, voltage range, and integration compatibility?
A4: The National Instruments FP-DO-DC60 Discrete Output Module for industrial applications features channel isolation for output integrity, compatibility with sinking and sourcing devices, integration with the FP-TB-10 terminal base, a voltage range of 3 – 60 VDC, variable current ratings based on temperature, a maximum output delay of 0.06 ms, low power consumption at 70 mW, a voltage drop of 1.3 V at 0.75 A, two green LED indicators

Q5: What are the key features and specifications of the National Instruments FP-DO-DC60 Discrete Output Module for industrial applications?
A5: The National Instruments FP-DO-DC60 Discrete Output Module is equipped with channel isolation for output integrity, compatibility with both sinking and sourcing devices, a voltage range of 3 – 60 VDC, a current rating dependent on ambient temperature, a maximum output delay of only 0.06 ms, low power consumption at 70 mW, a voltage drop of 1.3 V at 0.75 A for operational efficiency, two green LED indicators for status visibility, independent f