NI-9217

The NI‑9217 is a resistance temperature detector (RTD) input module. You can configure the NI‑9217 for two sample rate modes: high sample rate or high resolution. The NI‑9217 is compatible with 3‑ and 4‑wire RTD measurements, and it automatically detects the type of RTD (3‑ or 4‑wire) connected to the channel and configures each channel for the appropriate mode. The module provides per channel current excitation. The NI‑9217 features calibration and includes a channel‑to‑earth ground double isolation barrier for safety, noise immunity, and a high common-mode voltage range.

Applications and Use Cases of NI-9217

The NI-9217 C Series RTD Input Module is a C Series module designed for high-accuracy temperature measurement using RTDs (such as PT100/PT1000). Она включает built-in excitation, high resolution, and channel-to-channel isolation, что делает его идеальным для приложений, требующих precise, stable, and low-noise temperature acquisition.

1. High-Accuracy RTD Temperature Measurement
NI-9217 provides precise temperature measurement using RTD sensors, making it suitable for applications where measurement accuracy and stability are critical.

2. Мониторинг температуры промышленных процессов
Widely used in industrial environments to monitor temperature in processes such as manufacturing, chemical processing, and energy systems.

3. Precision Multi-Point Temperature Monitoring
Supports multiple channels, enabling accurate temperature measurement across different locations in a system.

4. Calibration & Metrology Systems
Used in calibration systems where high-precision temperature measurement is required for verification and standards compliance.

5. Экологические и тепловые испытания
Applied in environmental chambers and thermal testing setups to monitor temperature distribution and system response.

6. Системы сбора данных (DAQ)
Integrated into CompactDAQ and CompactRIO platforms for centralized, high-precision temperature data collection.

7. Научные и лабораторные применения
Used in laboratories for precision experiments, thermal analysis, and system development.