Description
The National Instruments FP-AI-102 Analog Input Module, with Part Number 777518-102, is compatible with both FieldPoint and Compact FieldPoint systems. It features 8 single-ended inputs and is capable of measuring current loops ranging from 0 mA to 20 mA and 4 mA to 20 mA. This module is built for applications such as fuel-cell testing, battery-back monitoring, and transducer measurements.
It includes integrated over-ranging and diagnostic functions to facilitate maintenance and installation processes. The module ensures safety with its optical bank isolation, which provides up to 2300 Vrms of breakdown isolation and an operational isolation of 250 Vrms.
An integrated power supply bus with redundant power connections is part of the module’s design, which includes 8 Voltage input terminals, 16 common terminals, and 8 power terminations to supply power to field devices. The FP-AI-102 is specifically designed to handle voltage type inputs only and can perform with a maximum update rate of 360 Hz across all channels.
| Feature | Specification |
|---|---|
| Product | National Instruments FP-AI-102 Analog Input Module |
| Part Number | 777518-102 |
| Compatibility | FieldPoint and Compact FieldPoint |
| Number of Inputs | 8 single-ended inputs |
| Measurement Range (Voltage) | Specific range not mentioned |
| Measurement Range (Current) | 0 mA to 20 mA, 4 mA to 20 mA current loops |
| Applications | Fuel-cell testing, battery-back monitoring, transducer measurements |
| Diagnostic Features | Integrated over-ranging and diagnostic functions |
| Isolation | Optical bank isolation, 2300 Vrms breakdown isolation, 250 Vrms operational isolation |
| Power Supply | Integrated power supply bus, redundant power connections |
| Terminals | 8 Voltage input terminals, 16 common terminals, 8 power terminations |
| Input Type | Voltage only |
| Update Rate | 360 Hz all-channel update rate maximum |
Q1: What are the input specifications and safety features of the National Instruments FP-AI-102 Analog Input Module, and how does its design support power supply to field devices?
A1: The National Instruments FP-AI-102 Analog Input Module incorporates optical bank isolation as a safety feature to ensure a breakdown isolation of 2300 Vrms and an operational isolation of 250 Vrms.
Q2: What safety feature does the National Instruments FP-AI-102 Analog Input Module incorporate to ensure a breakdown isolation of 2300 Vrms and an operational isolation of 250 Vrms?
A2: The National Instruments FP-AI-102 Analog Input Module can measure current loops ranging from 0 mA to 20 mA and 4 mA to 20 mA, and is built specifically for applications such as fuel-cell testing, battery-back monitoring, and transducer measurements.
Q3: What type of isolation and voltage protection features does the National Instruments FP-AI-102 Analog Input Module provide for safety in its design?
A3: The National Instruments FP-AI-102 Analog Input Module provides safety through its optical bank isolation, which offers up to 2300 Vrms of breakdown isolation and an operational isolation of 250 Vrms.
Q4: What are the capabilities and features of the National Instruments FP-AI-102 Analog Input Module for fuel-cell testing and transducer measurements, and how does its optical bank isolation contribute to safety?
A4: The National Instruments FP-AI-102 Analog Input Module offers 8 single-ended inputs for measuring current loops between 0 mA to 20 mA and 4 mA to 20 mA, and it includes safety features such as optical bank isolation providing 2300 Vrms of breakdown isolation and an operational isolation of 250 Vrms. Its design supports power supply to field devices through an integrated power supply bus with redundant power connections, comprising 8 voltage input terminals, 16 common terminals, and
Q5: What range of current loops can the National Instruments FP-AI-102 Analog Input Module measure, and for what specific applications is the module built?
A5: The National Instruments FP-AI-102 Analog Input Module is designed to facilitate fuel-cell testing and transducer measurements with its 8 single-ended inputs capable of measuring current loops from 0 mA to 20 mA and 4 mA to 20 mA. It incorporates integrated over-ranging and diagnostic functions to aid in maintenance and installation. The module’s optical bank isolation contributes to safety by providing a high breakdown isolation of 2300 Vrms and an operational isolation of 250 Vrms, effectively minimizing the
