NI CFP-AI-100 Current Analog Input Module

Signal Conversion: Receives analog signals from sensors and converts them into digital data. It can measure millivolt, low-voltage, medium-voltage, or milliamp current signals, suitable for scenarios such as fuel cell testing, battery pack monitoring, and general sensor measurements.

Multi-Input Channels: Equipped with 8 analog voltage or current input channels to meet input requirements from various signal sources.

Configurable Input Ranges: Offers 11 software-configurable input ranges, including ±15V, ±5V, ±1V, 0–15V, 0–5V, 0–1V, ±20mA, 0–20mA, 4–20mA, 0–30V, and ±30V, adapting to output signal ranges of different sensor types.

High Resolution: Adopts 12-bit resolution for precise analog-to-digital conversion, enhancing measurement accuracy.

Isolation Characteristics: Features dual isolation of 2500Vrms input-output isolation and 250V safe operating voltage, enhancing safety and stability in different electrical environments while effectively preventing electrical interference and potential device damage.

Plug-and-Play & Hot Swap: Supports plug-and-play for easy installation and use. The hot-swap function allows module installation/removal during system operation without affecting other modules or system performance.

Voltage: Safe operating voltage is 250V, with input-output isolation voltage of 2500Vrms.

Temperature: Operating temperature range: −40°C to +70°C, suitable for wide-ranging working environments.

Others: 8 analog input channels, 12-bit resolution, and configurable multiple input ranges.

Industrial Automation: Monitors and controls analog signals (e.g., temperature, pressure, flow) in industrial processes, providing accurate data acquisition for industrial automation systems.

Control Systems: Monitors and controls analog signals in control systems to achieve precise device and process control, maintaining system stability and optimizing control strategies.

Robotics: Acquires analog signals from robot sensors (e.g., joint torque, force sensor signals) for precise control and monitoring of robot movement and operations.

Research & Development: Acquires various experimental data in scientific research and product development, such as voltage/current signals in electronic device testing and analog data in physics/chemistry/biology experiments, supporting research and development with data.