CompactRIO Modules connect to many sensors or buses and provide analog and digital I/O, machine vision, and image processing, motion control, and more. Designed for harsh environments, use them in your control and monitoring systems.
Provides analog input channels for voltage, current, temperature, and strain measurements.
Enables connection with the CompactRIO using Controller Area Network (CAN) bus.
Enables CompactRIO systems to connect and communicate as a master on a CANopen network.
Provides dynamic signal acquisition in sound and vibration applications
Adds serial ports to CompactRIO systems that allow you to communicate with serial devices.
Provide digital input/ outputs for compactRIO
Adds serial ports to CompactRIO systems that allow you to communicate with serial devices.
Provides current measurements
Controls industrial current-driven actuators at high rates
Acquires and analyzes time- and frequency‐domain analog signals
Provides analog input channels for voltage and current measurements
Generates voltage signals for CompactDAQ systems.
Provides output signals from electromechanical and solid state/FET relays .
Provides analog input channels for measuring strain
Measures input voltage signals for CompactDAQ systems
Provides frequency and counting measurements of periodic signals
Provides IEC 61508 SIL 3 level safety functions to a CompactRIO system.
Provides a hardware-selectable controller area network (CAN) and/or local interconnect network (LIN) interface for developing applications with the NI-XNET driver
Combines common I/O circuitry, including analog and digital I/O, into a single module for CompactRIO systems.
Enables CompactDAQ systems to connect to and communicate on a Local Interconnect Network (LIN) bus.
Enables CompactRIO systems to connect to and communicate on PROFIBUS DP networks.
Performs counter timer tasks such as encoder position measurement, event counting, period measurement, pulse measurement, and frequency measurement
Enables CompactRIO systems to connect to and communicate on PROFINET industrial networks as powerful slaves.