GE IS215WETAH1C 109W6503P001 | WETA Topbox A PCB

• Model & Brand: GE IS215WETAH1C
• GE Drawing / Reference Number: 109W6503P001
• Series: GE Wind Energy WETA / Wind Turbine Electrical Topbox
• Part Type: WETA Topbox A PCB / Circuit Control Board
• Primary Application: Wind turbine Topbox A electrical cabinet
• System Role: Electronic control/interface board within the WETA assembly
• Physical Dimensions: Exact manufacturer-certified W × H × D not established from the sources reviewed
• Estimated Shipping Weight: Approximately 1.5–1.7 kg packed for freight planning; recent trade records report approximately 1.54 kg net per unit in one 20-unit shipment and approximately 1 kg for individual shipments. Verify the actual packed weight before booking freight.
• Reported Electrical Classification: Circuit/control board used in wind-operated electrical generation equipment
• Construction: Populated PCB assembly with processor/control electronics
• What’s in the Box: IS215WETAH1C board; ESD shielding packaging; connectors, cables, mounting hardware, and technical documentation only when explicitly included on the PO
• Handling Class: ESD-sensitive electronic assembly; protect PCB edges, connectors, components, and conformal-coated surfaces from impact and contamination

GE equipment line-card data maps IS215WETAH1C to 109W6503P001 and identifies it as the WETA Wind Energy Topbox A PCB. Recent trade records independently describe the same part as a WETA card/module used in wind electrical-generation equipment.

Product Introduction

Architecture Hook

Within the GE wind-turbine electrical architecture, IS215WETAH1C is identified as the WETA Topbox A PCB, with GE reference number 109W6503P001. The WETA family is part of the wind-energy electrical control hardware, and the board interfaces with the Topbox assembly rather than functioning as a general-purpose standalone PLC card. GE component records place IS215WETAH1C alongside other WETA, WETB, and WETC wind-energy boards.

For controlled spare management, preserve both identifiers on the asset label. The complete IS215WETAH1C / 109W6503P001 pairing is especially important because current trade records show the board being shipped as a dedicated wind-generation control-board component, with recent transactions reporting China as the shipping origin in some cases. Origin of shipment, however, must not be confused with manufacturing Country of Origin (which is a separate customs determination).

Core Technical Specifications

*Trade-record values are logistical evidence, not engineering specifications. Do not use them as the final basis for cabinet design or freight paperwork without measuring the actual unit.

GE IS215WETAH1C 109W6503P001

🚨 Global Compliance & Industry Certifications

• CE Mark: No standalone CE declaration for the exact / 109W6503P001 PCB was verified from the sources reviewed. Any CE claim should be tied to the complete wind-turbine equipment configuration.
• UL / cUL: No exact standalone UL/cUL certificate was verified. Do not enter an approval claim in the asset register without certificate evidence matching the hardware revision.
• ATEX / IECEx: No exact standalone ATEX or IECEx certificate was verified for this PCB. If the wind-turbine installation has hazardous-area equipment elsewhere in the system, the certification must be evaluated at the complete equipment and installation level.
• Marine / DNV: No -specific DNV, ABS, or other marine certification was verified. Do not transfer certification from another GE wind-energy assembly.
• Industrial Equipment Classification: Recent customs records describe 109W6503P001 as a circuit-control board forming part of a wind-operated electrical-generation system.
• Country-of-Origin Control: Recent trade data shows shipments from China to destinations including India, Vietnam, and Pakistan. That identifies shipment origin, not necessarily manufacturing COO.

For an audit, the certificate must correspond to the actual board revision and complete equipment configuration. A generic CE or hazardous-area statement from a reseller is insufficient evidence.

Verify specific lot certifications with OEM.

🚨 Long-Term Storage & Asset Preservation Guide

Keep the inside ESD shielding material for the entire storage period. This board contains populated electronic circuitry and connector interfaces, so uncontrolled handling creates both electrostatic and mechanical exposure. Use rigid separators when multiple boards are shelved.

Keep warehouse humidity below 60% RH where practical. Avoid condensation cycles, especially when stock is moved from a cold logistics area into a warmer turbine room. Conformal coating, if present on the specific revision, does not eliminate the need to protect connector contacts and exposed metal surfaces.

Preserve the complete identification record. Store the GE part number , drawing number 109W6503P001, serial number, hardware revision, date code, and any firmware/version information together. Recent GE line-card information shows several closely related WETA revisions and related WETB/WETC assemblies, so family-level identification is not enough.

Do not impose a generic capacitor-reforming schedule without board-specific evidence. The available sources do not establish such a Woodward-style maintenance interval for this GE WETA board. Instead, perform controlled electrical inspection and functional testing before field installation.

Physical Installation Prerequisites

Install only within the compatible GE WETA Topbox A architecture for the relevant wind-turbine electrical system. The board should not be treated as a universal Mark VI/Mark VIe card simply because its format resembles other GE industrial PCBs.

No verified manufacturer-specific 50 mm clearance requirement for the standalone was established in the reviewed material. Do not add an arbitrary clearance value to the cabinet drawing. Follow the original WETA enclosure arrangement and maintain adequate working space for connectors, PCB removal, cable routing, and thermal dissipation.

Before installation, verify the connector orientation and all retaining hardware. Never force a PCB into its mating assembly; damage to a high-density connector can create multiple simultaneous control faults.

Grounding and bonding should follow the complete GE wind-turbine cabinet design. Keep board-level signal connections separated from high-energy switching conductors where the original design requires it.

Record the removed board’s configuration before replacement. Where the board contains programmable or configurable electronics, capture hardware revision, connector assignments, switches/jumpers if present, and any accessible firmware/application information before the existing unit is removed (this prevents an avoidable reconfiguration event later).

Buyer’s FAQ — Logistics & Compliance Focus

Q1. What HS tariff code should be used for GE / 109W6503P001?
Recent shipment records have classified this part under 85049090 in some transactions, while another record uses 85340000 for a WETA card shipment. That variation demonstrates why a single “universal” HS code should not be copied into every shipment.
For customs, use a precise description such as “GE WETA Topbox A circuit control board, , drawing 109W6503P001”, then have the destination-country broker validate the applicable tariff classification.

Q2. What should I use for Country of Origin?
Do not infer COO from the current shipping location. Recent records show China-origin shipments to several countries, but shipment origin is not sufficient proof of manufacturing origin.
Obtain a COO statement tied to the actual unit or lot and retain it with the commercial invoice and packing list.

Q3. Should I insure this board for its replacement value?
Yes, particularly when it supports a production-critical wind turbine. Recent trade data shows this board moving internationally in quantities ranging from single units to 20-unit shipments, with one 20-unit shipment reporting approximately 30.8 kg net total. The financial exposure is therefore better assessed from downtime and sourcing difficulty than from board weight alone.

Q4. Does a New Original include the latest firmware pre-loaded?
Do not assume it does. The board is identified as a populated WETA control PCB, and recent customs descriptions explicitly refer to it as a circuit-control board equipped with a programming processor. That indicates a programmable hardware role, but the exact firmware/version cannot be established from the part number alone.
Before installation, record the existing board’s revision and accessible software information, then verify compatibility with the target WETA/Topbox application.

Q5. What should receiving inspection retain for trade and asset compliance?
Record , 109W6503P001, serial number, hardware revision, physical condition, package condition, actual gross/net weight, COO evidence, applicable certification evidence, and pre-shipment photographs. Keep the customs description and tariff-classification rationale with the asset file, because published transaction data demonstrates that this part has been classified differently across shipments.