Description
The GE IC693CHS398 is a module from GE’s range of automation and control solutions. It is typically used in industrial automation systems, offering specific functionality within a larger control architecture. Below is a summary of its parameters, specifications, dimensions, weight, series, features, and applications in English.
Parameters and Specifications:
The IC693CHS398 module is designed for use in GE’s control systems, specifically as a CPU controller module or PLC module, depending on the system configuration.
It typically operates at a voltage of 5VDC, with an internal power demand of 170 mA.
The module’s specifications may also include specific input/output configurations, processing capabilities, and communication interfaces, depending on its intended use within the control system.
Dimensions:
The IC693CHS398 module has dimensions of 10.43 x 5.12 x 5.59 inches (width x height x depth). It is important to note that dimensions may vary slightly depending on the specific variant or revision of the module.
Weight:
The weight of the IC693CHS398 module is not typically specified in the available information. Actual weight may depend on the materials used and the specific construction of the module.
Series:
The IC693CHS398 belongs to GE’s series of control modules and components designed for industrial automation applications.
Features:
The module is equipped with the necessary circuitry and components to perform its designated control functions within the automation system.
It may include features such as programmable logic, communication protocols, and interfaces for connecting to other system components.
The IC693CHS398 may also offer high reliability, durability, and performance in industrial environments.
Applications:
The GE IC693CHS398 module is used in various industrial automation applications where precise and reliable control is required.
It can be integrated into larger control systems to manage and coordinate various processes, machines, and devices.
Its specific role within the system depends on the overall configuration and requirements of the automation system.
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