GE IS200AEPAH1AHD

unctional Features

1. Advanced Protection Algorithms
   • 15 Thermal Curves: Configurable overload curves to match motor characteristics .
   • RTD Monitoring: Direct integration with PT100/PT1000 sensors for real-time winding temperature tracking (±0.5% accuracy) .
2. Operational Flexibility
   • Programmable Outputs: Customizable relay actions for alarms, trips, or process signals (e.g., motor load percentage) .
   • Test Mode: Simulates faults without activating outputs for system validation .

• Processor: Equipped with a powerful processor capable of handling sophisticated control algorithms and large amounts of data at high speeds.
• Memory: Features ample user memory for program storage and execution, alongside additional memory for data logging and historical information.
• Communication Interfaces: Supports multiple communication protocols including Ethernet/IP, Modbus TCP, and serial communications, allowing seamless integration into diverse network environments.
• I/O Capabilities: Designed to interface with various input/output modules, supporting both discrete and analog signals for comprehensive control over field devices.
• Redundancy Options: Offers redundancy features to enhance system reliability, ensuring continuous operation in critical applications.
• Environmental Tolerance: Built to operate reliably under harsh industrial conditions, withstanding wide temperature ranges, vibration, and electrical noise.

Technical Specifications:

• Module Type: The IS215UCVEM08 is a Control Processing Module designed to execute control logic and communicate with field devices and other system components.
• Processor: Equipped with a high-performance processor capable of handling complex control algorithms and real-time data processing.
• Memory: Comes with onboard memory sufficient for storing configuration files, application code, and operational data. It supports both volatile and non-volatile storage options.
• Communication Interfaces: Supports various communication protocols including Ethernet, ControlNet, and others, facilitating integration with different parts of the control system and external devices.
• I/O Capabilities: Designed to interface with input/output modules for collecting data from sensors and sending commands to actuators. It can manage digital and analog signals.

• Designed as part of the Mark VI or Mark Vie control system family, which are widely recognized for their application in gas and steam turbine controls.
• Supports various input/output configurations tailored to handle signals from sensors, actuators, and other field devices integral to turbine operations.
• Capable of operating within specific voltage ranges and environmental conditions suitable for industrial settings.
• Equipped with robust communication capabilities that facilitate integration with broader plant networks and SCADA systems.