Product Overview

The General Electric IS200WETAH1A is a circuit board from the Mark VIe system. GE designed this board primarily for wind energy applications. Nevertheless, the Mark VIe platform also manages turbines in nuclear, gas and oil, hydro, and thermal facilities. The system includes programmable software tools for maintenance capabilities. Built-in limit checking diagnostics exist in both hardware and software. Consequently, the IS200WETAH1A delivers reliable performance in harsh renewable energy environments.

Technical Specifications

The IS200WETAH1A contains hundreds of components on its surface. Below are the core technical details based on available information.

General Specifications:

• Part Number: IS200WETAH1A.

• Manufacturer: General Electric.

• Series: Mark VIe.

• Primary Application: Wind energy turbine systems.

• Other Applications: Nuclear, gas and oil, hydro, thermal.

Board Features:

• Exposed Copper Strip: Present with factory-drilled holes along all four edges.

• Auxiliary Board: IS210BPPBH2C (separate listing).

• Total Fuses: Seven fuses on the surface.

• Transformers: Four transformers.

• TP Test Points: Twenty-five test points.

• Terminal Strips: Six terminal strips.

Component Count (Approximate):

• Voltage Regulators: Over 100 units.

• Plugs and Connectors: Over 45 units.

• Coil Inductors: Multiple units.

• Capacitors: Multiple units.

• Resistors: Multiple units.

• Relay Components: Multiple units.

• Integrated Circuits: Multiple units.

• Diodes: Multiple units.

• Jumper Switches: Multiple units.

Connector Types:

• Vertical male pin connector.

• Plug connectors ranging from 2-position to 20-position.

• P4 and P5 connectors (made from conductive dots or traces).

Auxiliary Board Information

The IS200WETAH1A includes one auxiliary board. This board carries the label IS210BPPBH2C. For a complete description of its components, please refer to the separate AX Control listing for that specific board.

Voltage Regulator Configuration

The IS200WETAH1A features over one hundred voltage regulators. These components automatically adjust resistance via a feedback loop. Consequently, they account for changes in load and input conditions. They keep the output voltage constant despite fluctuations. The voltage regulators are placed on the board in long lines. Specifically, they run parallel to three of the four board edges.

Fuses and Protection

Seven fuses populate the surface of the IS200WETAH1A. These fuses provide overcurrent protection for various circuits. They help prevent damage to sensitive components during fault conditions. Therefore, the board maintains high reliability in wind turbine applications.

Transformers and Test Points

Four transformers are present on the IS200WETAH1A. These components handle voltage conversion and isolation. Additionally, twenty-five TP test points allow technicians to measure signals during troubleshooting. These test points facilitate maintenance and diagnostics without removing the board.

Terminal Strips and Connectors

The IS200WETAH1A includes six terminal strips for field wiring connections. Over forty-five plugs and connectors provide interface points. One of these is a vertical male pin connector. Others include plug connectors in various sizes. These range from two-position up to twenty-position configurations. Notably, the P4 and P5 connectors are made from conductive dots or traces rather than traditional pins.

Software and Diagnostics

The Mark VIe system includes programmable software tools for maintenance. Limit checking diagnostics are built into both hardware and software. Therefore, the IS200WETAH1A works within a comprehensive diagnostic environment. Operators can perform remote monitoring and fault analysis. This integration reduces downtime and improves turbine availability.

Installation Guidelines

Install the IS200WETAH1A in a Mark VIe cabinet designed for wind turbine control. Ensure the board is properly seated in its designated slot. Connect all terminal strips securely using appropriate wire gauges. Verify that the auxiliary board (IS210BPPBH2C) is properly attached. Do not touch the exposed copper strip during installation. Use the TP test points for verification after power-up. Ensure the operating environment stays within Mark VIe specifications.

What is in the Box

Please inspect all items upon delivery.

• General Electric IS200WETAH1A circuit board.

• IS210BPPBH2C auxiliary board (attached).

• Anti-static protective bag.

• Factory packing materials.

Frequently Asked Questions (FAQ)

1. What is the primary application for the IS200WETAH1A?
The IS200WETAH1A is most often used in wind energy applications. However, the Mark VIe system also supports nuclear, gas and oil, hydro, and thermal facilities.

2. How many voltage regulators are on this board?
The IS200WETAH1A has over one hundred voltage regulators. These components maintain constant output voltage despite changes in load or input.

3. What is the auxiliary board on this PCB?
The auxiliary board is labeled IS210BPPBH2C. It has a separate listing with its own component description.

4. How many fuses and test points does this board have?
The IS200WETAH1A contains seven fuses and twenty-five TP test points. It also includes four transformers and six terminal strips.

5. What are the P4 and P5 connectors made of?
The P4 and P5 connectors on the IS200WETAH1A are made from conductive dots or traces. They are not traditional pin connectors.