NI PXIE-2514 High-Performance Data Acquisition Module

NI PXIE-2514 High-Performance Data Acquisition Module

    The NI PXIE-2514 is a high-performance data acquisition module designed for precise measurement and control in industrial automation environments. Ideal for applications requiring accurate data logging, signal conditioning, and real-time monitoring.

Order Number:PXIE-2514

Brand:National Instruments

Series:PXIe

Module Type:Data Acquisition Module

Channels:8 Differential Channels or 16 Single-Ended Channels

Resolution:16-bit

Sampling Rate:Up to 2 MS/s per channel

Input Range:-10V to +10V

Interface:PXI Express Bus

Power Requirements:10-30V DC

Weight:0.2 kg

Dimensions:95 mm x 132 mm x 23 mm

    The NI PXIE-2514 is a cutting-edge data acquisition module that delivers superior performance for demanding industrial environments. Designed for seamless integration with National Instruments’ PXI platform, this module offers unparalleled precision and reliability.

    With its robust design and extensive input range capabilities, the PXIE-2514 can handle a wide variety of signals, making it ideal for use in complex automation and testing scenarios. Its high sampling rate ensures timely and accurate data capture, enabling real-time monitoring and analysis.

    This module is equipped with multiple channels, providing flexibility for different types of sensor inputs. Whether you’re working with single-ended or differential signals, the PXIE-2514 supports them all, ensuring compatibility across a broad spectrum of applications.

    Built with industry-standard interfaces like PCI Express x1, the PXIE-2514 offers fast data transfer rates, minimizing latency and enhancing system efficiency. The module is also CE and RoHS certified, ensuring compliance with European safety and environmental regulations.

    Designed for durability and reliability, the PXIE-2514 operates over a wide temperature range, from -40°C to +85°C, making it suitable for harsh industrial settings. With its compact 4-slot form factor, it integrates easily into existing PXI/PXIe systems without requiring significant space.