GE IS215WETAH1BB IS200WETAH1AGC | WETA Wind Energy PCB

Description

• Brand: GE General Electric
• Full Model Number: IS215WETAH1BB / IS200WETAH1AGC
• System/Series Family: GE Mark VI WETA Wind Energy Control
• One-Sentence Core Function: WETA turbine control PCB assembly used for signal acquisition and control functions within GE wind-energy power-conversion systems
• Top 3 Hardcore Specs: Mark VI WETA platform; 16-channel analog-input configuration reported for this paired assembly; IS215WETAH1BB outer/assembly board designation
• Stock Status: New Surplus / Fully Tested Refurbished — exact board markings and assembly configuration verified before shipment

Module 3: Commercial-Technical Deep Dive

When a GE wind-energy control cabinet loses its WETA board, the difficult part is often not finding a PCB that physically fits; it is identifying the exact board assembly and revision behind the installed control architecture. The IS215WETAH1BB belongs to GE’s WETA wind-energy board family, while GE’s component listings show WETA as part of its Mark VI renewable-energy control hardware. Public GE-oriented component references identify WETA Topbox A variants including IS200WETAH1A, IS200WETAH1BB, IS200WETAH1CA, IS200WETAH1AEC, and other revision-specific boards.The paired IS200WETAH1AGC designation appears in aftermarket inventory references as an analog-input module with 16 analog input channels, but the public technical evidence is inconsistent on the exact PCB pairing. That distinction matters… do not approve a replacement solely from the family name.

For procurement and maintenance, the strongest measurable reference is the 16-channel analog-input description repeatedly associated with the supplied model combination in current spare-parts listings.However, several other online listings incorrectly describe the same part number as a power supply or a generic controller, while other GE component references associate IS215WETAH1BB with a WETA/Topbox assembly.That conflict is exactly why the physical nameplate, board suffix, daughterboard identification, connector layout, and installed cabinet documentation should be treated as the acceptance criteria. For an existing turbine controller, accurate revision matching can prevent hours of rewiring and an avoidable commissioning failure.

GE IS215WETAH1BB IS200WETAH1AGC

Module 4: Compatibility & Installation Traps

Migration/Compatibility

• Replacement status: Configuration-specific replacement. The IS215WETAH1BB is associated with GE’s Mark VI WETA wind-energy control hardware, but publicly indexed sources do not provide enough authoritative evidence to declare IS200WETAH1AGC a universal drop-in electrical equivalent.
• Assembly identification: Do not assume that the IS215 outer board number alone defines the complete assembly. WETA hardware exists in several board revisions, and some IS215 assemblies incorporate a specific IS200 PCB and additional board hardware.
• Firmware requirement: A like-for-like PCB replacement normally does not mean rewriting turbine-control software. Firmware, hardware revision, connector assignment, and application configuration should nevertheless be recorded before removal.
• Logic rewrite: Avoid assuming none is required until the replacement PCB has been matched against the installed WETA revision and the cabinet drawings.
• Engineering caveat: One current reference specifically describes an IS215WETAH1BB assembly as IS200WETAH1AEC plus IS210BPPBH2CAA, not IS200WETAH1AGC. Treat this as a critical verification point before purchasing or installing the paired model designation supplied here.

⚠️ Field Traps (Watch Out)

• Revision mismatch: Do not interchange WETA boards solely because the base number begins with IS200WETAH1A. GE’s WETA family contains multiple suffix revisions, and board layout/component population can differ between revisions. GE’s published component listing confirms multiple WETA Topbox A part numbers.
• Board-pair mismatch: Verify whether the customer’s assembly actually contains the reported IS200WETAH1AGC or another WETA PCB such as IS200WETAH1AEC. Several current sources associate with the latter.
• Analog-channel assumptions: The 16-channel analog-input specification should be verified against the physical board and applicable GE documentation rather than treated as a universal specification for every WETA revision.
• ESD exposure: These are populated industrial PCBs. Handle only with grounded ESD controls, protect exposed connectors, and keep the assembly inside antistatic packaging until installation.

Module 5: Quality Assurance SOP

Our pre-shipment inspection for an order should place unusual emphasis on identity verification because public part-number references are inconsistent:

1. OEM anti-counterfeit visual inspection — verify GE markings, PCB identifiers, barcode or serial labels, revision codes, connector population, component placement, and board construction.
2. Full part-number capture — photograph every readable identifier on both the IS215 and IS200 boards before shipment.
3. Assembly verification — compare the supplied board stack, daughterboard, mounting arrangement, and connector layout against the customer’s photographs or removed assembly.
4. Revision comparison — verify the board suffix and revision against the installed unit; do not rely on the base WETA designation.
5. PCB condition inspection — check for cracked solder joints, lifted components, damaged connectors, corrosion, contamination, and evidence of previous overheating.
6. Power-on self-test (POST) — where a compatible GE Mark VI test environment is available, energize the board using the documented supply conditions and inspect startup indications and diagnostic behavior.
7. Analog-input verification — where the test rack supports the configuration, inject representative signals into the available analog channels and compare the acquired values with expected readings.
8. I/O path verification — verify relevant signal paths, status indications, and controller-side data exchange according to the actual WETA application.
9. Communication handshake verification — where applicable, confirm communication with the associated Mark VI control hardware and verify stable data exchange.
10. Configuration record — document board revision, serial number, installed companion boards, firmware information where accessible, and all test readings.
11. Final QC review — a second technician checks the recorded identifiers against the quotation and customer-supplied replacement information.
12. ESD packaging — place each PCB in antistatic protection with connector guards, shock cushioning, and moisture protection before final packing.

The additional identity check is intentional. Current sources disagree over the precise composition and function assigned to this part-number combination, while GE’s WETA family clearly contains multiple related PCB variants.

Module 6: CRO-Driven Buyer FAQ

1. Is obsolete, and how do I verify an authentic replacement?

The WETA hardware belongs to GE’s legacy Mark VI wind-energy control ecosystem, and exact board revisions are important for maintenance sourcing. Authenticity should be checked from the actual GE PCB markings, revision identifiers, connector layout, and assembly composition. A photograph of the installed board label is strongly recommended before release.

2. Is a direct replacement for IS200WETAH1AGC?

Do not advertise these two numbers as universally interchangeable without physical and engineering verification. Current sources associate with different underlying IS200 WETA boards, including IS200WETAH1AEC, while other listings pair it with and describe a 16-channel analog-input function.For a critical turbine application, the customer’s existing assembly should be matched directly.

3. Can I hot-swap this WETA board?

Do not treat the WETA PCB as a generic hot-swappable I/O module. Unless the applicable GE system documentation explicitly permits live removal for the installed configuration, shut down and isolate the equipment under the site’s approved LOTO procedure. Disconnecting an energized turbine-control PCB can create both electrical and control-system hazards.

4. Does the version have 16 analog inputs?

Current spare-parts references specifically associate the combination with 16 analog input channels. That specification should still be confirmed against the actual board revision and cabinet documentation before it is used as an engineering design assumption.

5. What warranty and technical support should I expect?

Warranty duration should be stated on the quotation for the exact physical unit supplied. Technical support should cover part-number identification, revision matching, board-assembly verification, installation guidance, and documented pre-shipment test results. It should not substitute for turbine-control engineering, protection studies, or site commissioning by qualified personnel.