Product Summary
The IS200WETAH1A is a critical component for managing turbine systems in wind energy applications. This board integrates hundreds of components for precise voltage regulation. It offers programmable software tools for robust maintenance and limit checking. Engineers rely on this board for reliable turbine performance.
Product Procurement & Buyer Guide
This section helps procurement managers and engineers align technical needs with the IS200WETAH1A board.
Solving Key Industrial Pain Points
The IS200WETAH1A directly addresses the need for stable turbine control. It manages voltage with over a hundred regulators. These regulators maintain constant output despite load changes. This feature is vital for wind energy applications. The board also includes built-in limit checking diagnostics. This reduces unplanned downtime in the field.
Understanding the Board's Components
The IS200WETAH1A has seven fuses on its surface for circuit protection. It includes four transformers and six terminal strips. The board features over forty-five plugs and connectors. These include a vertical male pin connector and various plug connectors. The P4 and P5 connectors use conductive dots or traces. This design ensures reliable signal transmission.
Technical Selection Alignment
You must verify the board’s compatibility with your Mark VIe system. The board works with turbine systems for nuclear, gas, and oil facilities. It also supports hydro, thermal, and wind applications. The auxiliary board is labeled IS210BPPBH2C. This board has its own specific components. The IS200WETAH1A has over twenty-five TP test points for diagnostics. Engineers use these points for precise troubleshooting.
Managing Voltage Regulator Arrays
The board has over a hundred voltage regulators placed in long lines. These regulators are parallel to three of the four board edges. They automatically adjust resistance via a feedback loop. This accounts for changes in load and input. The result is a constant output voltage. This design is critical for sensitive turbine electronics.
Connector and Jumper Configuration
The board includes coil inductors, capacitors, and resistors. It also has relay components, integrated circuits, and diodes. Jumper switches allow for configuration changes. Some connectors carry the same reference designator, like P29A/P29B/P29C. This requires careful attention during installation. The exposed copper strip has factory drilled holes along all edges.
Logistics & Standard Packaging Details
- One GE IS200WETAH1A circuit board, tested and functional.
- One auxiliary board, labeled IS210BPPBH2C, attached to the main unit.
- Anti-static packaging for safe transport and storage.
- Protective foam inserts to prevent physical damage.
Express delivery shipping is available via FedEx, UPS, and DHL.
Deep-Dive Technical FAQ
What is the primary function of the voltage regulators?
The voltage regulators keep the output voltage constant. They use a feedback loop to adjust resistance. This compensates for changes in load and input.
How many test points does this board include?
The board includes twenty-five TP test points. Engineers use these for checking signal integrity. They are essential for system diagnostics.
What type of connectors are on the board?
The board has over forty-five plugs and connectors. These range from two-position to twenty-position plug connectors. It also has a vertical male pin connector.
Is this board used only for wind energy?
No, it is most often used for wind energy. However, the Mark VIe system manages turbines for many applications. This includes nuclear, gas, oil, hydro, and thermal facilities.
