NI CDAQ-9171 Data Acquisition Module, High Compatibility & Precision

NI CDAQ-9171 Data Acquisition Module, High Compatibility & Precision

    The NI CDAQ-9171 Data Acquisition Module is a high-performance solution designed for data acquisition systems, offering compatibility with up to 100 channels. Ideal for use in industrial automation, test & measurement, and scientific research.

Module Type:Data Acquisition Module

Compatibility:Up to 100 Channels

Input Range:-10V to +10V

Sampling Rate:1 MS/s

Resolution:16-bit

Channels:8 Analog Input Channels

Interface:USB 2.0/3.0

Dimensions:16.7 cm x 14.8 cm x 5.5 cm

Weight:0.6 kg

    The cDAQ-9171 is built to deliver exceptional performance in challenging environments, with a wide operating temperature range and robust BNC connectors for reliable connections. This module is designed to work seamlessly with the cDAQ-917x series, ensuring backward compatibility and ease of integration with existing systems.

    With its high-speed sampling rate of up to 2 MS/s per channel, the cDAQ-9171 enables precise and rapid data collection, ideal for real-time monitoring and control applications. Its 16-bit resolution ensures accurate measurements, providing clear and detailed data for analysis.

    Engineered for durability and reliability, the cDAQ-9171 features sturdy BNC connectors that provide secure and stable signal transmission, minimizing noise and interference. The module’s compact size allows for easy installation in tight spaces, making it perfect for a variety of industrial setups.

    Ease of use is at the forefront of the cDAQ-9171 design, with straightforward connection procedures and intuitive software tools. The module can be quickly set up and configured using NI’s LabVIEW software, allowing users to start collecting data in no time.

    To ensure compatibility with legacy systems, the cDAQ-9171 is downward compatible with the cDAQ-917x series, providing a seamless transition from older models. This ensures that users can continue to leverage their investment in existing hardware while benefiting from the latest advancements in data acquisition technology.