Description

NI  SCXI-1325  digital input module

Multi-channel design: Equipped with 8 differential channels, it can simultaneously connect to multiple signal sources, process multiple signals at the same time, and improve data acquisition efficiency. It is suitable for scenarios where multiple signals need to be monitored simultaneously, such as multi-point condition monitoring in industrial production lines.
High resolution: With 16-bit resolution, it can accurately identify signal changes and achieve high-precision measurement, providing a foundation for precise analysis and control. It is suitable for experimental and industrial control scenarios with high requirements for measurement accuracy.

High-speed sampling: The sampling rate can reach 250ks/s per channel, enabling rapid signal collection and timely capture of rapidly changing signals. This ensures accurate data collection under various working conditions and is often used in applications that require real-time monitoring of signal changes, such as motor speed monitoring.
Wide input range: The input range is ±10V, which can adapt to various signal inputs of different amplitudes, meeting the connection requirements of various types of sensors and signal sources, and enhancing the applicability of the module.

Electrical isolation: It provides 250Vrms channel isolation to ground and between channels, which can effectively prevent signal interference, improve signal integrity and system stability, and ensure reliable operation of the module in complex electromagnetic environments.
Good environmental adaptability: The recommended operating temperature range is 0℃ to 50℃, and the non-condensing relative humidity range is 5% to 90%. It also complies with international safety and quality certifications such as CE and RoHS, and can operate stably in various industrial environments.
Good software compatibility: Fully compatible with the software ecosystem of NI Company. It can be configured, programmed and monitored through software such as LabVIEW and NI-DAQMX, facilitating users’ data analysis and visualization, and facilitating system integration and development.