The MITSUBISHI FX2N-4DA is a high-performance analog output expansion module designed to enhance the capabilities of the Mitsubishi FX2N series PLC. This module allows the FX2N PLC to interface with analog output devices, offering precise control and flexibility for industrial automation applications. With four high-quality analog outputs, the FX2N-4DA provides the necessary control for processes that require variable outputs, such as controlling valves, motors, or other analog-driven devices in manufacturing, process control, and automation systems.
The MITSUBISHI FX2N-4DA is equipped with four channels of 12-bit analog output, ensuring high resolution and accuracy for precise signal conversion. It is designed to meet the needs of industries that require accurate analog control, such as robotics, packaging, and fluid control systems. The module supports a wide range of output ranges, including voltage (0-10V) and current (4-20mA), allowing for compatibility with various industrial devices and ensuring flexibility in the integration of the system.
This module is designed to easily integrate into the Mitsubishi FX2N PLC system. It connects directly to the FX2N backplane, simplifying installation and reducing wiring complexity. The FX2N-4DA supports easy configuration and control through the Mitsubishi GX Works and GX Developer software, enabling users to program and monitor the module with ease. It provides a cost-effective solution for expanding the functionality of the FX2N PLC without the need for additional complex setup or external devices.
Built to perform in harsh industrial environments, the MITSUBISHI FX2N-4DA module is engineered with reliability and durability in mind. Its robust design ensures stable operation even in the presence of vibration, temperature fluctuations, and other challenging conditions. Whether used for controlling industrial machines, process systems, or other automated equipment, the MITSUBISHI FX2N-4DA provides reliable, precise analog control for a wide range of automation applications.