The GE IS220PPROH1A module is part of the GE Mark VIe control system, which is commonly used in industrial automation and process control. It is specifically a Profinet Communication Module, providing communication between the system and Profinet-based devices or networks.

Product Name:

GE IS220PPROH1A – Profinet Communication Module

Product Description:

The IS220PPROH1A is a communication module designed to interface between the GE Mark VIe control system and other Profinet-based devices in an industrial network. The module allows real-time data transfer and enhances the communication between the control system and other networked devices, improving automation, monitoring, and control in a variety of industrial environments.

Product Parameters/Specifications:

• Type: Profinet Communication Module
• Manufacturer: General Electric (GE)
• Model: IS220PPROH1A
• Series: Mark VIe
• Interface: Profinet
• Network Compatibility: Supports integration with Profinet devices, enabling the transfer of data between the control system and devices on the Profinet network.
• Form Factor: Modular, designed to be inserted into the Mark VIe system racks
• Input/Output Channels: Typically used for networking and communication between modules and external devices, rather than direct I/O.
• Power Requirements: Varies based on the overall Mark VIe system specifications.
• Communication Protocol: Supports Profinet (Industrial Ethernet), which is commonly used in industrial automation for communication with sensors, actuators, and other equipment.
• Environmental Requirements: Typically designed for industrial environments with standard operating temperature ranges and protection against electromagnetic interference.

Product Use:

The IS220PPROH1A module is used in the Mark VIe control system for:

• Enabling seamless communication between GE control systems and Profinet-enabled devices.
• Integration of various industrial components like sensors, actuators, and remote I/O devices into a unified control system.
• Providing high-speed and reliable data transfer for real-time automation, control, and monitoring in industrial applications such as power plants, oil & gas, and manufacturing environments.
• Enhancing the system’s flexibility in a wide range of networked industrial applications, allowing for efficient control and management of devices distributed across the network.