GE IS210MACCH1AKH | 1.5 MW MACC Controller OEM Spare

Description

• Model: IS210MACCH1AKH
• Brand: GE General Electric / GE Energy
• Series: Mark VIe / GE Energy control hardware
• Part Type: MACC Multi-Application Converter Controller PCB
• Application: GE Energy power-conversion and converter control equipment
• Associated Designation: MACC
• Application Rating: 1.5 MW in GE Energy component records
• Part Number Family: IS210MACCH1A
• Hardware Revision: AKH
• Associated GE Reference: 104W4658P001 for the broader MACC family
• Reported Dimensions: Approximately 22.5 × 18.7 × 2.5 cm from secondary inventory records
• Estimated Bare-Board Weight: Approximately 1.38 kg from secondary inventory records
• Estimated Shipping Weight: Approximately 1.7–2.2 kg, depending on ESD packing, connector protection, and carton size
• Memory: Application/control memory is board and firmware dependent; exact capacity should be confirmed against the installed configuration
• Processor: Embedded controller architecture; exact processor revision should be verified from the board documentation
• What’s in the Box: IS210MACCH1AKH PCB only unless the PO specifically includes mating cables, auxiliary boards, mounting hardware, or documentation
• Packaging: ESD shielding bag, rigid PCB support, connector protection, moisture barrier, shock-resistant carton

GE Energy component records group IS210MACCH1AKH with the MACC Multi-Application Converter Controller 1.5 MW family and associate the family with 104W4658P001. Secondary inventory records report approximately 1.38 kg and 22.5 × 18.7 × 2.5 cm for the AKH board.

Product Introduction

Structure B — Architecture Hook

The GE IS210MACCH1AKH belongs to the MACC Multi-Application Converter Controller family used in GE Energy power-conversion equipment. The board is a control-level PCB rather than a passive termination assembly: it forms part of the electronics responsible for coordinating converter functions, communications, feedback, and application control. GE Energy component records identify the MACC family specifically as a 1.5 MW controller family.

For asset management, the full IS210MACCH1AKH identification should remain intact. The AKH suffix represents a specific hardware build, and secondary commercial records frequently misclassify the board as a generic I/O or Mark VI controller. That creates receiving and substitution risk. Treat the MACC board as application-specific hardware (especially where the associated converter, power stage, and control firmware remain in service).

Core Technical Specifications

GE’s component catalog identifies within the MACC 1.5 MW controller family. Current secondary sources also describe it as a GE Energy/Mark VI-family PCB, but their descriptions of the exact processor, ports, and electrical ratings are inconsistent; those values should not be treated as certified specifications without the actual board documentation.

GE IS210MACCH1AKH

🚨 Global Compliance & Industry Certifications

• CE Mark: May apply to the complete GE converter/control equipment in which the MACC is installed. Do not make a standalone CE claim for the PCB without the applicable declaration.
• UL/cUL: Certification may be configuration-specific. Verify the complete cabinet and converter certification before making a UL/cUL statement.
• ATEX / IECEx: Do not assume hazardous-area approval. The MACC board itself should not be described as ATEX or IECEx certified unless the exact hardware and system certificate explicitly covers it.
• Marine Approvals: No exact-revision marine approval was established for from the available evidence.
• Functional Safety: Do not assign a SIL rating to this controller PCB alone. Any safety classification belongs to the complete engineered converter/control system.
• Electrical Safety: The MACC operates within power-conversion equipment where dangerous AC/DC voltages and stored energy may be present. Complete isolation and discharge procedures are required before board handling.
• EMC Compliance: EMC conformity should be evaluated at the complete equipment level, including cabinet, grounding, cabling, and power-stage arrangement.
• Audit Documentation: Retain the complete part number, AKH revision, serial/date code, board photograph, applicable GE documentation, COO, test record, and certification evidence.

Verify specific lot certifications with OEM.

🚨 Long-Term Storage & Asset Preservation Guide

Keep the controller PCB inside an ESD shielding bag. The board contains processor electronics, memory devices, connectors, and converter-control circuitry. Static discharge can cause latent damage that a visual receiving inspection will not detect.

Protect all connectors and exposed interfaces. Use protective caps where available and support the PCB so that its weight does not rest on connector housings. Do not stack other boards or metal hardware directly against the MACC.

Control humidity and condensation. Store indoors in a clean environment, preferably below 60% RH where a specific GE storage requirement is unavailable. Use sealed packaging and suitable desiccant, with the board protected from salt air, corrosive vapors, and rapid temperature swings.

Preserve the firmware identity. Record the board revision, firmware label, serial number, date code, and any configuration identifiers at receiving. Do not casually exchange memory devices or firmware-bearing components between MACC boards.

Avoid unnecessary energization. Shelf inventory should be inspected periodically rather than repeatedly powered without a controlled test procedure. For a long-stored controller, perform a documented electrical and functional test before field issue.

Physical Installation Prerequisites

• Converter Match: Confirm the exact GE Energy converter/system in which the MACC is installed before approving replacement.
• Board Revision: Match exactly; do not substitute another MACC revision without engineering approval.
• Power Isolation: De-energize all AC and DC sources and verify discharge of stored energy before opening the converter cabinet.
• DC Bus: Where applicable, verify the DC bus has fallen below the site’s defined safe maintenance threshold.
• Connector Mapping: Photograph and label every cable before removal. Do not rely on connector appearance alone.
• Firmware/Configuration: Record the original firmware and application configuration before replacing the controller board.
• Grounding: Verify protective-earth continuity and cabinet bonding before restoring power.
• Cooling: Keep cabinet airflow unobstructed around the MACC and adjacent power electronics. Do not route wiring over ventilation paths.
• Clearance: Maintain enough front and rear service access to safely handle the PCB and its cable interfaces.
• ESD: Use a grounded wrist strap and approved antistatic workstation.
• Cable Strain: Route harnesses so their weight does not load the PCB connectors.
• Commissioning: Verify controller startup, converter communications, feedback signals, application diagnostics, and fault status before enabling the power stage.

Buyer’s FAQ

Q1. What HS tariff code should be used for GE ?

Do not classify it simply as a generic circuit board. This is a dedicated multi-application converter controller PCB, so the final tariff classification depends on its technical function and the importing country’s tariff schedule.

For the commercial invoice, use a precise description such as “GE Energy Multi-Application Converter Controller PCB, MACC, 1.5 MW family” and have the importer or customs broker confirm the final national HS code.

Q2. What Country of Origin should appear on the COO?

Use the actual manufacturing origin of the physical board, supported by its nameplate and supplier traceability. Secondary listings commonly report the United States, but that should be verified against the actual serial-numbered board rather than copied from a generic product page.

For audit purposes, retain the actual-unit photograph, serial/date code, supplier COO statement, and commercial invoice together.

Q3. Should I insure shipment of ?

Yes, particularly for a critical converter controller. Protect the PCB edge, connectors, mounting points, and any exposed components against impact and electrostatic damage.

Photograph the complete board, AKH marking, serial label, connector area, and packaging before dispatch. Those records support both freight claims and receiving inspection.

Q4. Does include the latest firmware pre-loaded?

Do not assume it does. The MACC is a controller board and its suitability depends on the firmware/application configuration of the associated converter. Before commissioning, record the existing firmware revision and compare it with the replacement board.

A replacement that powers up but contains an incompatible firmware or parameter set may still fail during converter startup or application commissioning.

Q5. Is an ordinary Mark VI I/O board?

No. GE Energy component records identify the MACC family as a Multi-Application Converter Controller, with a 1.5 MW application designation. It should not be treated as interchangeable with generic Mark VI analog, digital, or terminal boards. Secondary commercial sources often use inconsistent descriptions, so the complete part number and actual converter application should control procurement.