ABB Bailey IIMGC01 SX-9000/64-8/B2 Network Process Module

Manufacturer:ABB

Model Number:IIMGC01

Series:SX-9000

Configuration:64-8/B2

Network Compatibility:Ethernet/IP, DeviceNet

Data Transfer Rate:Up to 10 Mbps

Power Consumption:5 W

Operating Temperature Range:-20°C to 60°C

Operating Humidity Range:5% to 95% non-condensing

Form Factor:Compact DIN Rail Mountable

Communication Protocol Support:TCP/IP, UDP, Modbus/TCP

Redundancy Option:Available

Dimensions:90mm x 68mm x 30mm

Weight:0.14 kg

    Engineered for robust industrial environments, the ABB Bailey IIMGC01 SX-9000/64-8/B2 Network Process Module boasts a compact design that simplifies installation and maintenance. It is specifically crafted for applications requiring reliable data communication and control over networks, ensuring enhanced operational efficiency.

    Featuring Ethernet/IP and DeviceNet compatibility, this module enables seamless integration with a wide array of industrial devices and systems. Its support for TCP/IP, UDP, and Modbus/TCP protocols ensures compatibility across diverse network infrastructures, enhancing system flexibility and scalability.

    Designed with a focus on reliability and longevity, the IIMGC01 SX-9000/64-8/B2 supports redundant configurations, safeguarding against single-point failures. This feature ensures continuous operation even under unexpected conditions, providing peace of mind for critical applications.

    The module’s operating temperature range from -20°C to 60°C makes it suitable for extreme industrial settings, including harsh environments found in manufacturing, oil & gas, and process industries. Its low power consumption ensures energy-efficient operation without compromising performance.

    For detailed configuration and customization options, our technical support team offers expert guidance tailored to your specific project requirements. Whether you’re integrating into an existing system or building a new one, the ABB Bailey IIMGC01 SX-9000/64-8/B2 Network Process Module is the trusted choice for achieving optimal industrial control.