Product Overview

The GE IS210BPPBH2BMD is an auxiliary printed circuit board used within Speedtronic Mark VIe control architectures for turbine and balance-of-plant control cabinets. Installed as a companion/daughterboard to a compatible main board assembly, it supports signal handling and board-level interfacing functions required by Mark VIe systems in gas and steam turbine applications. A conformal coating is applied to help protect the PCB surface in industrial environments where contamination, humidity, and conductive dust may be present.

This board is intended for service replacement and lifecycle support of installed Mark VIe systems, where maintaining electrical fit, connector alignment, and diagnostic visibility is essential.

Technical Characteristics

• Model / Order Number: IS210BPPBH2BMD

• Product Series: Speedtronic Mark VIe

• Product Type: Printed Circuit Board (Auxiliary/Daughterboard)

• System: DCS / Turbine Control

• Mechanical integration:

• Mounts to a host/main board using standoffs and corner fasteners

• Edge cutouts and board outline designed for controlled clearance in the carrier assembly

• Typical connectivity (board-level):

• Mixed plug and jack connectors for harness/interface connection to the host assembly

• Multi-position header style interface for board-to-board communication

• Indication and service access:

• On-board LED indicators for status/diagnostic reference

• Test access points used for commissioning checks and troubleshooting

• Typical circuitry content (implementation dependent):

• Timing/clock devices (crystal oscillator components) for stable board operation

• Power/signal conditioning parts including magnetics and discrete devices

• Condition: Brand New, In Stock, Active

• Weight: 0.32 kg

• Dimensions: 29.2 × 13 × 2.7 cm

• HS Code: 8537101190

• MOQ: 1

• Origin: USA

Industrial Applications

• Mark VIe turbine control panels in power generation plants

• Gas turbine and steam turbine control and monitoring systems using Speedtronic architecture

• Retrofit and maintenance programs where the control cabinet wiring and carriers remain in place

• Spares strategy for critical assets requiring fast restoration of controller I/O and interface functions

• Balance-of-plant control cabinets integrated with turbine auxiliaries and protection logic