SPECIFICATIONS
Part No.: IS200AEPAH1A
Manufacturer: General Electric
Board Size: 13 in. x 7 in.
No.of Analog inputs: 8
No.of Analog output: 1
No.of Discrete inputs: 20
No.of Discrete output: 1
No.of Relay outputs: 8
Temperature rating: 0 to 60 oC
No.of Channels: 13
Product Type: Optional Auxiliary Board
Availability: In Stock
Series: Drive Control
Country of Manufacture: United States of America (USA)
Functional Description
IS200AEPAH1A is an Optional Auxiliary Board developed by GE. It is a part of Drive Control control system. It features an optional auxiliary board that attaches to it using screws inserted into standoffs. This auxiliary board communicates with the main board through connections to two male pin connectors situated in the upper left corner. Within this auxiliary board are several integrated circuits, two female phone plugs, a three-pin female connector, and two light-emitting diodes (LEDs) positioned along the left edge, contributing to its functionality.
Features
- Connectors and Components: Seventeen female-pin vertical connectors are distributed along the board's edges, varying in pin counts from two to twenty. Additionally, the board features several sizable factory-made holes on its surface, some of which are plated. Integrated circuits, resistors, transistors, and capacitors are also integral components embedded within the board's architecture, enhancing its functionality and performance.
- Identification and Housing: Marked as HW1, a single C-shaped metal housing is positioned on the board, potentially serving a specific purpose or indicating a distinct functional area within the module setup.
Human Machine Interface (HMI) Features
- The operator interface, often termed the Human Machine Interface (HMI), constitutes a crucial element within control systems. Typically operating as a PC, it runs on the Microsoft Windows NT operating system, offering robust support for client/server functionalities. The interface integrates several essential components, including the CIMPLICITY graphics display system, a specialized Control System Toolbox tailored for maintenance purposes, and a software interface designed to interact seamlessly with the Mark VI control system and other interconnected systems across the network.
- The primary role of the operator interface, or HMI, is to serve as the interactive gateway between operators and the complex control systems. It provides a user-friendly platform that enables operators to monitor, control, and manage various aspects of the system's operations efficiently. The CIMPLICITY graphics display system plays a pivotal role by presenting real-time graphical representations of system components, allowing operators to visualize processes, statuses, and alarms in an intuitive manner.
- With its Microsoft Windows NT base, the operator interface possesses client/server capabilities, enabling it to establish seamless communication and interaction with other nodes or components within the network. Additionally, the specialized Control System Toolbox embedded within the interface aids in system maintenance, offering tools and utilities for diagnostics, troubleshooting, and upkeep of the control systems.
- One of the key features of the operator interface is its software interface compatibility, specifically tailored to interface effortlessly with the Mark VI control system and other systems interconnected within the network. This integration allows for data exchange, system control, and operational oversight, fostering a cohesive and synchronized operational environment.
- As the central hub for human interaction with complex control systems, the operator interface, or HMI, serves as a crucial tool for operators, providing them with the necessary tools and visualizations to monitor, control, and manage the operational processes effectively. Its intuitive interface and software capabilities enhance system efficiency, productivity, and overall operational effectiveness.
Storage Guidelines
- To safeguard the system from corrosion and degradation, proper storage measures must be taken if immediate installation is not feasible upon receipt. Outdoor storage poses risks as packing cases do not offer adequate protection against the elements. Therefore, customers are advised to allocate a clean, dry storage space devoid of temperature fluctuations, high humidity, and dust.
- Follow these guidelines for equipment storage:
- Place the equipment under sufficient cover, ensuring it remains clean and dry while safeguarded from precipitation and potential flooding.
- Utilize breathable covering materials of the canvas type; refrain from using plastic.
- When storing the equipment, adhere to the following instructions:
- Unpack the equipment according to provided guidelines and label it appropriately.
- Maintain the storage enclosure with the following environmental conditions:
- Recommended ambient storage temperature limits ranging from -40 to 80oC
- Ensure the surrounding air is free from dust and corrosive elements such as salt spray or chemical and electrically conductive contaminants.
- Maintain ambient relative humidity within the range of 5 to 95%, implementing measures to prevent condensation.
- Ensure the storage space is free from rodents.
- Avoid temperature variations that may lead to moisture condensation.
Product Attributes
- Analog Inputs (8): Supports eight analog inputs, allowing for the measurement and monitoring of analog signals such as voltage, current, temperature, pressure, or any other continuous variable. These inputs enable precise data acquisition and process control within the system.
- Incremental Encoder Input (1): With support for one incremental encoder input, the AEPA model can accurately capture position, speed, and direction information from rotary or linear encoders. This input is essential for applications requiring precise motion control and position feedback.
- Absolute Encoder Input (1): Features one absolute encoder input, enabling the system to determine the exact position of rotating machinery or linear actuators with high accuracy and reliability. Absolute encoders provide absolute position information without the need for reference resets.
- Analog Output (1): An analog output interface is included in the model, allowing the system to generate analog control signals to drive actuators, valves, or other devices requiring variable control. This output facilitates precise modulation of output parameters based on system requirements.
- Discrete Inputs (20): Supports twenty discrete inputs, which are ideal for interfacing with digital sensors, switches, or other binary devices. These inputs can detect the presence or absence of signals and are commonly used for detecting events or triggering control actions.
- Discrete Output (1): Includes one discrete output, providing the capability to control external devices such as relays, solenoids, or alarms. This output can be used to switch devices on or off based on system logic or user-defined conditions.
- Relay Outputs (8): With eight relay outputs, the board offers the ability to drive external loads or actuators requiring higher power levels. Relay outputs are commonly used for switching power circuits, controlling motors, or interfacing with industrial equipment.
- RS-485 Interfaces (2): Equipped with two RS-485 interfaces, facilitating communication with peripheral devices or other systems using the RS-485 serial communication protocol. These interfaces enable reliable data exchange over long distances, making them suitable for distributed control applications.
- Brake Control Output (1): Features a brake control output, which is dedicated to controlling the operation of braking systems in motor control applications. This output ensures precise control and management of braking mechanisms for enhanced safety and performance.
The WOC team is always available to help you with your Drive Control requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IS200AEPAH1A?
It is an Optional Auxiliary Board developed by GE under the Drive Control series.
What functionalities does the Operator Interface offer?
The HMI incorporates essential components such as the CIMPLICITY graphics display system and a specialized Control System Toolbox. It provides a user-friendly platform for operators to efficiently monitor, control, and manage various aspects of system operations.
How does the CIMPLICITY graphics display system contribute to the Operator Interface's functionality?
The CIMPLICITY graphics display system presents real-time graphical representations of system components, offering operators an intuitive visualization of processes, statuses, and alarms, facilitating efficient monitoring and decision-making.
What capabilities does the Operator Interface possess due to its Microsoft Windows NT base?
Operating on Microsoft Windows NT, the HMI possesses robust client/server capabilities, enabling seamless communication and interaction with other nodes or components across the network.
What role does the specialized Control System Toolbox play within the Operator Interface?
The Control System Toolbox embedded within the interface aids in system maintenance by offering diagnostic tools, utilities for troubleshooting, and ensuring the upkeep of control systems.
