NI 4463-PXIe - DSA, Dynamic Signal Acquisition, PXIe-Based, High-Resolution

The NI 4463-PXIe is a high-performance data acquisition module designed for use in the power industry, petrochemical, and general automation applications. This powerful module offers a range of key features that make it a versatile and essential tool for engineers and technicians in these industries.
Key features of the NI 4463-PXIe include:- 24-bit resolution for high-precision measurements
- 8 analog input channels for versatile signal acquisition
- Up to 204.8 kS/s sampling rate for fast data acquisition
- ±10 V input range for flexibility in measuring a wide range of signals
- Built-in signal conditioning for accurate measurements
- Synchronization capabilities for multi-channel applications
- Support for various signal types, including voltage, current, and temperature
Typical usage scenarios for the NI 4463-PXIe include:- Monitoring and control of power generation processes in the power industry
- Data acquisition and analysis in petrochemical plants for process optimization
- Automation and control systems in manufacturing and industrial settings
The basic advantages of the NI 4463-PXIe include:- High-resolution measurements for accurate data acquisition
- Versatile input channels for flexibility in signal acquisition
- Fast sampling rate for real-time data processing
- Signal conditioning for precise measurements
- Synchronization capabilities for multi-channel applications
Related models within the same brand include:- NI SCXI-1162HV
- NI PXIe-2532
- NI PXI-6608
- NI BNC-2096
- NI SCXI-1127
- NI PXIe-4498
- NI PXI-2585
- NI PXI-2834
- NI PXI-2514
- NI PXI-2564
Overall, the NI 4463-PXIe is a reliable and versatile data acquisition module that offers high-performance capabilities for a wide range of applications in the power industry, petrochemical, and general automation. With its advanced features and precision measurements, this module is an essential tool for engineers and technicians looking to optimize their processes and improve efficiency in their operations.
