GE IS210BPPCH1AEC | Original Mark VIe I/O Pack Processor

• Model & Brand: GE IS210BPPCH1AEC
• Functional Designation: BPPC
• Product Family: GE Mark VIe
• Part Type: I/O Pack Processor Board
• Associated Assembly: IS215AEPCH1EB is identified by secondary technical records as a related assembly designation.
• Primary Function: Processor/interface board for Mark VIe I/O Pack hardware, providing local processing and communication functions between the terminal-side electronics and the Mark VIe control network.
• Nominal Processor-Side Supply: 12 VDC, with one technical listing reporting approximately 9–16 VDC at the processor board.
• Control Power: Approximately 25 VA nominal / 35 VA maximum according to a current technical listing.
• Insulation Voltage: 300 V according to the same listing.
• Communication: Two Ethernet interfaces are reported on the board.
• PCB Construction: Double-sided SMT construction with board-edge cutouts, drilled mounting holes, connectors, fuse, chokes, capacitors, and processor circuitry.
• Approx. Dimensions: Approximately 178 × 101 × 76 mm from a current secondary listing; because this is an assembly-level figure rather than a confirmed GE dimensional drawing, verify the actual packed unit before freight calculation.
• Estimated Net Weight: Approximately 1.27 kg from a current secondary technical listing.
• Estimated Shipping Weight: Approximately 1.6–2.0 kg with ESD packaging, connector protection, cushioning, and export carton.
• What’s in the Box: IS210BPPCH1AEC processor board/assembly unless the order specifically includes the associated I/O pack terminal electronics, mounting hardware, or cables.
• Configuration Note: This is a BPPC generation board; it should not be recorded as a generic “Mark VIe power module.”

There is substantial misinformation in secondary listings for this part, including descriptions of it as a contactor or circuit breaker. Those descriptions conflict with the more specific technical references identifying IS210BPPCH1AEC as a Mark VIe I/O Pack processor board.

Product Introduction

The GE IS210BPPCH1AEC forms part of the processor architecture inside a Mark VIe I/O Pack. It is not a conventional rack power supply or a field termination board; the BPPC hardware provides the processor and communication resources required by compatible Mark VIe I/O Pack assemblies. Current technical records identify it as an upgraded processor generation associated with ControlST V04.04 or later.

That version dependency is important for lifecycle control. The BPPC design replaced the earlier BPPB-based architecture, while the available technical documentation specifically notes that it is not intended for Mark VIeS safety-system use. Do not release this spare merely because the connector and board outline appear identical to an older I/O Pack processor (software and hardware generation both matter).

GE IS210BPPCH1AEC

Core Technical Specifications

The 25 VA nominal / 35 VA maximum control-power figure and 300 V insulation figure come from a current technical listing, while BPPC generation and ControlST compatibility are corroborated by a second technical source.

Global Compliance & Industry Certifications

For the IS210BPPCH1AEC, certification should be established from the complete Mark VIe I/O Pack configuration and installation, not inferred from the loose processor board.

• CE Mark: Verify the applicable GE Mark VIe Declaration of Conformity for the specific hardware revision and complete I/O Pack assembly.
• UL/cUL: Do not record the loose BPPC board as UL/cUL Listed unless the applicable GE certification documentation explicitly covers that configuration.
• ATEX / IECEx: The processor board should not be classified as intrinsically safe solely from the part number. Hazardous-area suitability depends on the complete I/O Pack, terminal assembly, enclosure, barriers, and installation method.
• Marine / DNV: No reliable standalone DNV approval was established for this exact BPPC board.
• EMC: Preserve the Mark VIe installation grounding, shielding, cable routing, and cabinet design used for the qualified system.
• Functional Safety: This standard BPPC processor should not be represented as a Mark VIeS safety processor. Current technical references specifically distinguish the BPPC-based Mark VIe architecture from Mark VIeS.

The distinction is audit-relevant. A board that is acceptable for a standard Mark VIe I/O Pack is not automatically acceptable for a safety-certified Mark VIeS application.

Verify specific lot certifications with OEM.

Long-Term Storage & Asset Preservation Guide

Keep the BPPC in an ESD shielding bag with connector protection installed. The board has two Ethernet interfaces, power circuitry, a fuse, and numerous SMT components; the connector field should never be left exposed on an ordinary warehouse shelf.

Maintain warehouse humidity below 60% RH where practical. That is a preservation target rather than the board’s maximum operating limit. Stable temperature and low moisture exposure reduce oxidation at connector contacts and help prevent contamination-related leakage paths.

Record the software-generation compatibility on the stock label. The BPPC architecture is associated with ControlST V04.04 or later in the available technical documentation. This information should travel with the physical asset so an older control station does not accidentally receive a processor board that its software environment cannot support.

Do not alter the board’s fuse, jumpers, or component configuration during routine shelf inspection. A preservation check should be visual and documented, with energized testing performed only under an approved GE/Mark VIe procedure.

Physical Installation Prerequisites

The is a processor board used in the Mark VIe I/O Pack architecture. It should not be installed as a free-standing DIN-rail power converter, despite several inaccurate secondary product listings describing it that way.

Mechanical interface: Verify the complete I/O Pack assembly, terminal-board mating arrangement, and retaining hardware before installation. Do not force the processor board into a different I/O Pack enclosure.

Power: The processor-side nominal value is approximately 12 VDC, with one technical reference specifying 9–16 VDC. Confirm the actual pack-level power architecture before energization.

Control power budget: Allow for approximately 25 VA nominal and 35 VA maximum when performing supply and thermal calculations. Do not size cabinet power from the processor’s nominal voltage alone.

Cooling: Preserve the original I/O Pack airflow path and do not press the assembly against adjacent heat sources. Do not impose an arbitrary 50 mm clearance when the actual Mark VIe cabinet drawing defines the spacing.

Grounding: Maintain the GE Mark VIe grounding and signal-shielding arrangement. Ethernet shields, protective earth, and instrumentation returns should remain segregated according to the approved installation design.

Software compatibility: Confirm ControlST version and I/O Pack generation before commissioning. BPPC-based hardware is associated with newer software requirements than the earlier BPPB generation.

Mark VIe vs. Mark VIeS: Confirm the platform before installation. The available technical documentation specifically states that this BPPC processor architecture is not designed for Mark VIeS systems.

Buyer’s FAQ — Logistics & Compliance Focus

Q: What HS Tariff Code should I use for ?
A: A classification under HS 8538.90 may be considered for a processor board used as part of electrical control equipment. However, some commercial records classify related GE industrial power/control assemblies under HS 8504.40, illustrating why the final code must be based on the actual function and construction. For customs clearance, give the broker the precise description: GE Mark VIe BPPC I/O Pack Processor Board.

Q: What Country of Origin should appear on the invoice?
A: Use the actual manufacturing origin supported by the physical label, GE documentation, or traceable supplier COO record. Some secondary listings report USA, but seller location and product origin are not interchangeable. Retain the nameplate image, serial/lot information, invoice, packing list, and COO declaration together.

Q: Should I insure an international shipment of one BPPC board?
A: Yes for a production-critical Mark VIe installation. A secondary source reports approximately 1.27 kg net weight, so the unit is manageable to package, but its replacement value and downtime impact can materially exceed freight charges. Use ESD protection, rigid cushioning, connector protection, tracking, and cargo insurance based on the documented commercial value.

Q: Does include the latest firmware pre-loaded?
A: Do not assume that. The BPPC is a processor board within an I/O Pack, and its compatibility is tied to the ControlST software generation and Mark VIe I/O Pack architecture. Current technical records associate BPPC with ControlST V04.04 or later. Verify the installed control-system version and application configuration before commissioning.

Q: Can I replace an older BPPB processor directly with this BPPC board?
A: Treat it as a controlled hardware/software migration, not an unconditional drop-in replacement. The BPPC is an upgraded processor generation, and the supporting software requirement must be satisfied. Confirm the complete I/O Pack assembly, application, ControlST version, and terminal hardware before releasing the spare.