IC210EAI004 | General Electric 4 Analog Input Expansion Module

The GE Fanuc Automation IC210EAI004 is a robust and precise Analog Input Expansion Module designed to enhance the functionality of Durus Controllers within industrial automation systems. This module is specifically crafted to provide additional analog input capabilities, allowing for more comprehensive monitoring and control of industrial processes. As part of the Durus series, the IC210EAI004 exemplifies GE Fanuc Automation's commitment to delivering reliable and high-performance solutions for a wide range of industrial applications.

Categorized under Analog Input Expansion Modules, the IC210EAI004 is an essential component for expanding the input capacity of Durus Controllers. It is designed to seamlessly integrate with these controllers, offering users the ability to monitor multiple analog signals simultaneously. This expansion capability is crucial in complex automation environments where accurate and continuous data acquisition from various sensors is required to maintain optimal system performance.

The IC210EAI004 is powered by a 24 VDC power source, ensuring consistent and stable operation even in demanding industrial conditions. The module features four analog input channels, which can handle both voltage and current signals. The input range for these channels is 0 to 10 VDC or 0 to 20 mA, providing flexibility to accommodate different types of sensors and signal sources. This versatility makes the IC210EAI004 suitable for a wide range of applications, including temperature monitoring, pressure sensing, and flow measurement.

One of the standout features of the IC210EAI004 is its 12-bit resolution, which allows for highly accurate signal processing. This level of precision is essential for applications where even small variations in the input signal can have significant impacts on the overall process. The 12-bit resolution ensures that the module can detect and process fine details in the analog signals, providing users with reliable data that can be used for precise control and monitoring.

The module is designed to operate within a temperature range of -100°C to 600°C, making it suitable for use in extreme environments. Whether in high-temperature industrial processes or in environments where low temperatures are critical, the IC210EAI004 is built to perform reliably, ensuring that the connected Durus Controller receives accurate input data under all operating conditions.

Physically, the IC210EAI004 is compact, with dimensions of 38 mm in width, 90 mm in height, and 58 mm in depth. This small form factor allows for easy installation in control panels or other confined spaces, making it a practical choice for applications where space is at a premium. Despite its compact size, the module is built to last, with robust construction that ensures durability and long-term reliability.

The lifecycle status of the IC210EAI004 is classified as "Mature," indicating that while the product remains fully supported, it may be nearing the end of its production life. This status suggests that users should consider long-term availability when planning new installations or expansions. However, the module's established performance and widespread use within the industry ensure that it will remain a reliable component in existing systems for years to come.

In summary, the GE Fanuc Automation IC210EAI004 Analog Input Expansion Module is a versatile and reliable solution for expanding the input capabilities of Durus Controllers. With its four analog input channels, flexible input range, high-resolution processing, and ability to operate in extreme temperatures, this module is well-suited for a wide range of industrial applications. Its compact design and robust construction make it an ideal choice for installations where space and reliability are critical. As part of the Durus series, the IC210EAI004 continues to provide the high level of performance that users expect from GE Fanuc Automation products, ensuring accurate and dependable control in industrial automation systems.