GE IS210BPPBH2BMD | Mark VI BPPB Processor Daughterboard

• Model & Brand: IS210BPPBH2BMD | GE General Electric
• Series: Mark VI Speedtronic
• Part Type: BPPB processor/auxiliary daughterboard assembly
• Functional Group: BPPB
• Primary System: GE Mark VI turbine-control architecture
• Parent Board: WETA-compatible motherboard assembly
• Physical Dimensions: Approximately 180–200 × 130–150 × 20–25 mm, depending on how the supplier measures the assembled board. Published supplier dimensions vary, so verify the actual unit before crate or cabinet planning.
• Estimated Net Weight: Approximately 0.45–0.8 kg; supplier records are inconsistent.
• Estimated Shipping Weight: Approximately 1.0–1.5 kg with ESD protection and rigid packaging
• What’s in the Box: IS210BPPBH2BMD board assembly; ESD shielding bag; protective carton; mounting screws, standoffs, mating motherboard, or cables only when explicitly included
• Mounting: Four screw holes through standoffs into the parent board
• Board Protection: Conformal-coated PCB
• Visible Hardware: Two female plug connectors, two female jack connectors, transformers, transistors, an inductor, crystal/oscillator devices, and two status LEDs.

Product Introduction

Architecture comes first with this board. GE IS210BPPBH2BMD is identified in current Mark VI records as a BPPB auxiliary/daughterboard assembly associated with a larger WETA board. Supplier documentation describes the assembly as a special Mark VI board with the BPPB functional designation, conformal coating, four corner mounting holes, two female plug connectors, two female jack connectors, and two LED indicators. Some industrial records also describe the same part number as a BOP processor card, so the exact installed system and parent-board assembly should control the functional description.

The revision code matters. IS210BPPBH2BMD contains a B functional revision, an H2 variation, and MD artwork/configuration identifiers; supplier records identify the first two revision levels as backward-compatible, while the latest configuration should still be matched against the installed motherboard. ([turn467380search0]) This is not a generic Mark VI processor that can be installed in an arbitrary slot. It attaches mechanically to the parent assembly with four screws and must mate correctly with the corresponding board connectors (a mismatch can cause immediate hardware faults or prevent the assembly from starting).

Core Technical Specifications

The BPPB identification, conformal coating, four-screw mounting arrangement, connectors, and component layout are consistently described across specialist records.

GE IS210BPPBH2BMD

🚨 Global Compliance & Industry Certifications

The IS210BPPBH2BMD is an internal Mark VI control-system component, so certification should be tied to the complete equipment configuration.

• CE Mark: No standalone CE declaration specific to was established from the records reviewed.
• UL/cUL: No independent UL/cUL listing specific to this exact board was established.
• ATEX/IECEx: No standalone ATEX or IECEx certificate specific to this board was established.
• Marine Approvals: No board-specific DNV, ABS, or Lloyd’s Register approval was established.
• EMC: Final EMC performance depends on the Mark VI cabinet, grounding, shielding, cable routing, and parent-board arrangement.
• System-Level Certification: The actual turbine-control assembly and cabinet determine the applicable regulatory status.

Some current supplier pages make broad certification claims for Mark VIe processor products, but those claims are not sufficient evidence for this exact assembly. Do not transfer certifications from another Mark VI or Mark VIe product into the asset file.

Verify specific lot certifications with OEM.

🚨 Long-Term Storage & Asset Preservation Guide

Keep the board sealed in an ESD shielding bag. The conformal coating provides an additional moisture barrier, but it does not eliminate static-discharge risk or connector oxidation.

Keep storage humidity below approximately 60% RH where practical. Avoid condensation and large thermal excursions. The connector contacts and discrete power components should remain free from corrosion, dust, and conductive contamination.

Protect the four mounting points and mating connectors from mechanical stress. This assembly is designed to attach to a parent board using standoffs. A bent connector or distorted mounting point can prevent proper mating even when the PCB itself tests correctly.

Record the exact revision information. Photograph the full label, the B/H2/MD identifiers, connectors, LEDs, and visible parent-board interface. That record will help distinguish the part from the related IS210BPPBH2B family.

Do not apply an unsupported capacitor-reforming schedule. No board-specific reforming interval was established in the reviewed technical records. A controlled bench inspection before field deployment is the more defensible preservation procedure.

Physical Installation Prerequisites

is a daughterboard/special assembly, not a conventional DIN-rail controller.

Before installation:

• Confirm the host equipment is the correct GE Mark VI architecture.
• Verify the complete identifier.
• Confirm the compatible WETA parent board or motherboard assembly.
• Compare connector locations and mechanical-hole positions against the existing assembly before removal.
• Use all four designated mounting points and the correct standoffs.
• Do not force the mating connectors; alignment must be correct before applying screw pressure.
• Inspect the connector faces for bent, recessed, oxidized, or contaminated contacts.
• Confirm the parent board is fully de-energized before installation.
• Use an ESD-safe workstation, grounded wrist strap, and conductive-safe handling methods.
• Preserve the original cable and connector routing.
• Confirm the parent assembly’s power rails before insertion.
• Inspect both status LEDs and surrounding components for heat damage or discoloration.
• Do not impose an arbitrary 50 mm clearance around the daughterboard. The parent assembly and Mark VI cabinet determine the actual service and ventilation envelope.
• Verify cabinet grounding and bonding according to the approved Mark VI drawings.
• Perform connector continuity and mechanical-fit checks before powering the parent assembly.
• Complete the parent-system diagnostic check after startup.
• Do not treat the board as a standalone processor replacement unless the installed GE documentation confirms that functional role.

Buyer’s FAQ

Q1. What HS tariff code should be used for GE ?
A: Final classification depends on the importing country’s tariff schedule and the legal commercial description. Because this item is a dedicated printed-circuit component used in industrial turbine control, HS heading 8538 may be considered where customs treats it as a part of electrical control apparatus. The importer or customs broker should confirm the final national tariff code.

Q2. Does Country of Origin equal the export warehouse location?
A: No. COO is based on the applicable origin rules for the actual physical product, not the warehouse from which it ships. One current supplier record identifies the United States as the manufacturing origin, but the actual board’s traceability documentation should control the customs declaration.

Q3. How should I package and insure ?
A: Use an ESD shielding bag, rigid connector protection, anti-shock cushioning, and a carton that prevents the daughterboard from moving against hard surfaces. Supplier-reported weights vary materially, so the actual packed unit should be weighed before freight booking.  For a turbine-critical spare, cargo insurance should cover the declared replacement value.

Q4. Does include the latest firmware pre-loaded?
A: Do not assume that it does. The board is described primarily as a BPPB auxiliary/daughterboard assembly, while some supplier records call the same assembly a BOP processor card. The applicable software and firmware must therefore be verified against the parent-board assembly and installed Mark VI configuration rather than inferred from the part number alone.

A: No, not as a routine procedure. This is a screw-mounted daughterboard that connects to a parent assembly through multiple connectors. De-energize the system, apply ESD controls, remove the four mounting fasteners, inspect the mating interfaces, install the replacement without connector force, ad complete the parent-system diagnostic checks before restoring operation.