GE IS210BPPBH2CAA | Mark VI BPPB Processor Interface Board

• Model & Brand: GE IS210BPPBH2CAA / General Electric
• Series: Mark VI Speedtronic
• Part Type: BPPB printed circuit board / backplane-related processor interface
• Prime Mover: Gas or steam turbine
• Functional Acronym: BPPB
• Physical Construction: PCB assembly with 8 female plug connectors
• Connector Range: 2- to 18-pin connectors, depending on connector position
• Surge Protection: 6 metal-oxide varistors (MOVs)
• Approx. Dimensions: Public supplier data reports approximately 40 × 35 × 5 cm packed, but a reliable GE standalone board dimension was not established
• Estimated Net Weight: Less than 2 lb (0.91 kg) according to current technical records
• Estimated Shipping Weight: Approximately 1.2 kg packed based on current supplier data; verify actual shipment weight
• What’s in the Box: IS210BPPBH2CAA board, ESD shielding, rigid cushioning, identification materials; cables and mounting hardware only when expressly included
• System Architecture: Mark VI, including TMR or Simplex configurations
• Storage Priority: ESD protection, dry controlled storage, revision/serial traceability

GE Mark VI technical records identify IS210BPPBH2CAA as a BPPB printed circuit board used with both gas and steam turbine prime movers, with eight female plug connectors and six MOVs.

Product Introduction

The BPPB is positioned within the Mark VI control architecture where processor, backplane, and system-interface functions converge. IS210BPPBH2CAA is used in larger Mark VI turbine-control systems supporting TMR or Simplex redundancy, and the board can be installed in the main Control Module or, depending on the system arrangement, a Backup Protection Module. Current technical records describe eight female plug connectors and six MOVs on the board.

For asset management, the biggest risk is incorrect identification. Several secondary sources now describe the part as a “Mark VIe I/O pack,” but that description conflicts with the established BPPB / Mark VI IS210 identification and should not be used as the primary procurement description. The exact IS210BPPBH2CAA nameplate should therefore be matched before release, while any proposed successor or alternative revision must be checked against the cabinet architecture and GE documentation (particularly where the board is part of a TMR protection/control assembly).

Core Technical Specifications

Current technical records establish the physical connector and MOV configuration and identify the board as part of the Mark VI system.

GE IS210BPPBH2CAA

🚨 Global Compliance & Industry Certifications

For , compliance should be documented at the complete Mark VI equipment level and exact hardware configuration.

• CE Mark: May apply to the complete GE Mark VI system. Do not claim independent CE conformity for the bare BPPB board without GE documentation.
• UL/cUL: Do not claim an independent UL/cUL listing without evidence covering the exact board and revision.
• ATEX / IECEx: No independent ATEX or IECEx certification was established for from the records reviewed. Hazardous-area suitability depends on the complete Mark VI installation.
• Class I, Division 2 / Zone 2: Where applicable, certification depends on the complete cabinet, enclosure, wiring, processor, and approved system configuration.
• Marine Approvals: No independent DNV, ABS, or Lloyd’s Register approval was established for this exact PCB.
• EMC: The six MOVs provide surge-protection components, but system EMC conformity must be assessed at the Mark VI cabinet/equipment level.

Why this matters: This PCB can reside within turbine-control or protection architecture. A replacement that lacks the required system-level certification or traceability can create an audit issue even if the board passes a basic electrical check.

Verify specific lot certifications with OEM.

🚨 Long-Term Storage & Asset Preservation Guide

Keep the inside its ESD shielding bag. The board has eight exposed connector assemblies and six MOVs; protect both the contacts and components from electrostatic discharge, dust, and mechanical impact. Store it in a rigid tray or carton rather than allowing the connectors to rest directly on shelving.

Control warehouse humidity below 60% RH where practical. Avoid condensation and repeated temperature cycling. Connector oxidation is especially undesirable on a multi-interface board because a single poor contact can create several apparent system faults.

Preserve the complete hardware identity. Record , serial or lot information, visible revision markings, and the board’s intended Mark VI system position. Do not mix it with visually similar BPPB/IS210 variants under a generic “processor board” stock code. Secondary sources also contain conflicting descriptions of this part, making physical nameplate verification particularly important.

After prolonged storage, let the sealed package reach room temperature before opening. Inspect the connector pins, MOV bodies, solder joints, PCB surface, and any signs of oxidation or contamination before energized testing.

Physical Installation Prerequisites

• Host System: Install only in the approved GE Mark VI architecture.
• Cabinet Position: Confirm Main Control Module versus Backup Protection Module placement before installation.
• Redundancy: Verify whether the application is Simplex or TMR and match the board arrangement accordingly.
• Power Isolation: Use the approved turbine-control shutdown and lockout/tagout procedure before removing the board.
• Connector Mapping: Photograph and label all eight connector interfaces before removal.
• Backplane Interface: Inspect mating contacts for bent, recessed, contaminated, or oxidized pins.
• MOV Inspection: Check the six MOVs for cracking, discoloration, or signs of surge exposure before installation.
• Grounding: Preserve the Mark VI cabinet grounding and signal-reference arrangement.
• Clearance: Maintain sufficient front/rear service access for all connectors. Follow the actual GE cabinet drawing rather than applying a generic clearance number.
• Cooling: Preserve the host cabinet airflow path and do not obstruct ventilation with cable bundles.
• ESD: Use a grounded wrist strap and ESD-safe work surface.
• Final Verification: Confirm board recognition, system diagnostics, processor communication, and applicable control/protection functions before returning the turbine to operation.

Buyer’s FAQ

Q1. What HS Tariff Code should be used for ?
Do not assign a definitive HS classification from “printed circuit board” alone. This is a dedicated industrial turbine-control assembly, and the proper classification varies by jurisdiction and declared function. Have the customs broker review the technical function, commercial invoice wording, and destination tariff schedule before export.

Q2. What Country of Origin documentation should accompany the shipment?
Use the actual manufacturing origin supported by supplier or manufacturer records. The country of dispatch is not necessarily the COO. For an audit-ready file, retain the invoice, packing list, COO statement or certificate where applicable, exact nameplate photograph, and available serial/lot information.

Do not assume live removal is permitted. This is an active Mark VI PCB with multiple system interfaces and can participate in TMR or control-system functions. Unless the exact GE maintenance procedure for the installed cabinet explicitly permits live replacement, use controlled power isolation.

Q4. Does a New Original include the latest firmware pre-loaded?
Do not assume it does. The BPPB is an active system PCB, but the available technical records do not establish a single standalone firmware version for the exact . Before accepting surplus stock, record the hardware revision and any available software or firmware identifiers, then compare them with the installed Mark VI configuration.

Q5. What warranty and shipping protection should be required?
The quotation should identify the exact , hardware revision, physical condition, serial/lot information where available, warranty period, return procedure, and test scope. During freight, use ESD shielding, rigid protection around all eight connectors, moisture control, and insurance based on the documented replacement value.