Description
The National Instruments FP-DI-330 Digital Input Module, identified by Part Number 777518-330, is designed for compatibility with AC signals and features a base ON-state voltage range from 1 V to a minimum value dependent on the signal frequency.
This module is seamlessly integrated with software through an OPC Server, which is compatible with any OPC client software, utilizing technologies like ActiveX, OLE, and DCOM to enable remote OPC server access.
A distinctive SnapShot feature allows users to establish default setup states and configurations for I/O modules, while the multi-window interface facilitates the setup of fieldbus and FieldPoint.
The FP-DI-330 ensures that OFF-state leakage current remains below 350 µA to prevent false ON readings and boasts eight optically isolated digital input channels each with a separate ground plane, enhancing the reliability and versatility of the system.
| Attribute | Details |
|---|---|
| Product | National Instruments FP-DI-330 Digital Input Module |
| Part Number | 777518-330 |
| Signal Compatibility | AC signals |
| Base ON-state Voltage Range | 1 V to minimum ON-state voltage depending on signal frequency |
| Software Integration | OPC Server capability, compatible with OPC client software |
| Technology Used | ActiveX, OLE, DCOM for remote OPC server access |
| Configuration Feature | SnapShot for default setup states and I/O module configurations |
| Interface | Multi-window for fieldbus and FieldPoint setup |
| OFF-state Leakage Current | < 350 µA |
| Input Channels | 8 optically isolated digital inputs with separate ground plane |
Q1: What are the key features and specifications of the National Instruments FP-DI-330 Digital Input Module, including its compatibility with AC signals and software integration capabilities?
A1: The base ON-state voltage range for the National Instruments FP-DI-330 Digital Input Module starts from 1 V to a minimum value that varies with the signal frequency, and its SnapShot feature benefits users by allowing them to save and establish default states and configurations for the I/O modules, which simplifies the setup process.
Q2: What is the functionality of the Snapshot feature on the National Instruments FP-DI-330 Digital Input Module?
A2: The Snapshot feature on the National Instruments FP-DI-330 Digital Input Module allows users to set and retain default setup states and configurations for I/O modules for ease of use and consistency.
Q3: What is the base ON-state voltage range for the National Instruments FP-DI-330 Digital Input Module, and how does its SnapShot feature benefit users during configuration?
A3: The ON-state voltage range of the National Instruments FP-DI-330 Digital Input Module starts from 1 V to a minimum value that varies with the signal frequency, and its SnapShot feature benefits users by allowing them to save and establish default configurations for I/O modules, streamlining the setup process.
Q4: What is the ON-state voltage range for the National Instruments FP-DI-330 Digital Input Module, and how does its SnapShot feature benefit the configuration of I/O modules?
A4: The ON-state voltage range for the National Instruments FP-DI-330 Digital Input Module starts from 1 V and extends to a minimum value that varies with the signal frequency, and its SnapShot feature benefits the configuration of I/O modules by allowing users to save and establish default setup states, thereby simplifying and speeding up the configuration process.
Q5: What is the ON-state voltage range of the National Instruments FP-DI-330 Digital Input Module, and how does its SnapShot feature benefit users in setting up I/O modules?
A5: The National Instruments FP-DI-330 Digital Input Module is equipped with a base ON-state voltage range starting from 1 V, accommodating various AC signal frequencies, and integrates with software through an OPC Server, supporting OPC client software using ActiveX, OLE, and DCOM for remote access. It includes a SnapShot feature for setting default states, a multi-window interface for fieldbus and FieldPoint setup, and offers eight optically isolated digital input channels with individual ground planes while maintaining OFF-state leakage
