Description
Overview
The IS210AEBIH3B Alternative Energy Bridge Interface Board is part of GE’s Mark VIe wind‑turbine control platform and serves as a key communication and interface module within renewable‑energy converter systems. Designed to coordinate signals between turbine subsystems, the board supports stable operation in modern wind‑energy applications where precise control and reliable data exchange are essential.
Functional Characteristics
This module belongs to GE’s AEBI (Alternative Energy Bridge Interface) family and is engineered to manage bridge‑interface communication between power‑electronics assemblies and the Mark VIe controller. The IS210AEBIH3B includes a conformal‑coated PCB, providing protection against humidity, airborne contaminants, and corrosive environments commonly found in turbine nacelles.
The board incorporates a B‑rated functional revision, indicating performance improvements and updated component specifications tailored for wind‑energy applications. Its construction includes a dense population of integrated circuits and passive components arranged to support high‑speed signal routing and isolation.
Mechanical and Electrical Design
Manufactured at GE’s Salem, Virginia facility, the board measures 4 × 18.6 × 26.1 cm and weighs 0.52 kg. The PCB layout includes multiple labeled connectors, test points, and component identifiers to support efficient installation and maintenance. Conformal coating enhances long‑term durability, especially in offshore or high‑moisture environments.
System Integration
The IS210AEBIH3B integrates seamlessly with Mark VIe wind‑turbine control systems and is commonly used in converter cabinets, bridge‑interface assemblies, and turbine‑level communication networks. Its compatibility with existing Mark VIe hardware makes it suitable for both system upgrades and replacement applications.
Although discontinued by GE, the board remains widely used in operational wind farms and is still available through specialized suppliers, reflecting its reliability and long service history.
Technical Specifications
| Parameter |
Specification |
| Model |
IS210AEBIH3B |
| Product Type |
Alternative Energy Bridge Interface Board |
| Brand |
GE |
| Product Range |
Mark VIe |
| Functional Acronym |
AEBI series |
| Revision |
B‑rated functional revision |
| PCB Protection |
Conformal coating |
| Manufacturing Location |
Salem, Virginia, USA |
| Construction |
High‑density SMT PCB |
| Weight |
0.52 kg |
| Dimensions |
4 × 18.6 × 26.1 cm |
| HS Code |
8537101190 |
| Minimum Order |
1 unit |
| Origin |
USA |
| Lifecycle Status |
Active (legacy availability) |
Application Scenarios
-
Wind turbine converter and bridge‑interface control
-
Mark VIe renewable‑energy system upgrades
-
Communication routing between turbine subsystems
-
Harsh‑environment industrial control applications
FAQ
Q: What is the functional role of the IS210AEBIH3B? A: It serves as an interface between power‑electronics bridge components and the Mark VIe controller.
Q: Why is conformal coating important? A: It protects the PCB from moisture, dust, and corrosive elements, extending service life in turbine environments.
Q: Is the module still supported? A: While discontinued by GE, it remains available through aftermarket suppliers and is widely used in existing wind‑turbine installations.
