Type:Chassis Module
Model:IS200CABPG1BAA
Brand:GE
Category:Industrial Control Systems
Design:Rack-mountable, 19-inch
Compatibility:Mark VI Systems
Power Consumption:≤ 25W
Operating Temperature:-20°C to +55°C
Storage Temperature:-40°C to +70°C
Dimensions:1U x 19 inches x 17.5 inches
Weight:Approximately 4.5 kg
The GE IS200CABPG1BAA Chassis Module is a robust and versatile component engineered for high-performance applications in industrial automation environments. Its modular design allows for easy expansion and customization, making it a preferred choice for complex control systems. The chassis supports up to 16 slots, enabling the integration of various boards and modules tailored to specific process control needs.
Featuring an efficient power management system, the IS200CABPG1BAA ensures optimal performance even under varying environmental conditions, from extreme cold to hot climates. Its advanced connectivity options, including RS-485 and Ethernet interfaces, facilitate seamless communication with other system components and devices.
Designed with reliability in mind, this chassis module meets stringent safety standards, ensuring compliance with UL 508A and CE certifications. It is suitable for harsh industrial environments, offering protection against dust, water, and temperature fluctuations, making it ideal for use in factories, manufacturing plants, and other industrial settings.
Ease of maintenance is another key feature of the GE IS200CABPG1BAA. With its well-documented specifications and straightforward installation process, users can quickly integrate new components or replace existing ones, minimizing downtime and enhancing operational efficiency.
For businesses seeking to enhance their industrial control systems with a reliable, scalable, and customizable solution, the GE IS200CABPG1BAA Chassis Module is the ideal choice. Its compatibility with the Mark VI system ensures seamless integration, while its comprehensive set of features supports a wide range of applications, from simple automation tasks to complex process control scenarios.
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