GE IS210BPPCH1AD (IS215WEPAH2BA) Printed Circuit Board

IS210BPPCH1AD Technical Specifications

Product Overview

The IS210BPPCH1AD is an I/O Pack Processor Board (BPPC) designed by General Electric as part of the Mark VI Turbine Control System Series. It is one of several BPPC variants, each with minor revisions, developed to support I/O pack operations within GE’s Mark VIe system. It is important to note that this model is not compatible with the Mark VIeS system.

This board supports control and monitoring operations for gas, steam, and wind turbines, providing a substantial functional enhancement over its predecessor, the Mark V system, which supported only gas and steam turbine applications.

Frequently Asked Questions

Are both product revisions of the IS210BPPCH1AD considered functional?

Yes. Both of this device’s revisions are classified as functional revisions, according to standard part number conventions within the Mark VI Series.

Does the Mark VI Series use Speedtronic technology?

Yes. The Mark VI Series is one of the final GE control platforms to utilize Speedtronic control system technology, making it a valuable option for modern turbine applications.

Hardware Design & Features

The IS210BPPCH1AD uses Surface-Mount Technology (SMT) on a double-sided PCB to maximize space and performance. The board is designed to be mounted onto a larger circuit board using screw-mounted standoffs, with factory-drilled holes at each corner and rounded edge cutouts for alignment.

Top Side Components:

• Two Ethernet ports

• One small inductor (choke)

• Various diodes, resistors, capacitors, and transistors

• Multiple integrated circuits (ICs)

• Several resistor network arrays

Bottom Side Components:

• Primarily populated with capacitors, resistors, and diodes

These components collectively serve the board’s role in voltage suppression and regulation, a standard function in Mark VI Series hardware to ensure stable and safe operation.

Revision History & Product Lineage

The IS210BPPCH1AD is an updated version of the original IS210BPPCH1 board. What sets it apart is its dual functional revision history—a relatively rare characteristic in the Mark VI family. This revision path provides expanded compatibility and possibly improved performance compared to the base model.