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- GE
- IS210BPPH2BLD
- Printed Circuit Board
- USA
- 240 × 120 × 25 mm
- 1.25 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
- DHL, UPS, TNT, FedEx and EMS.
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Product Overview
The GE IS210BPPH2BLD is a Mark VI printed circuit board used as part of GE’s industrial turbine control hardware. It belongs to the electronic board layer of the Mark VI platform, where dedicated circuit boards support the processing, interfacing, and communication functions required by the overall turbine control architecture.
In an installed Mark VI control cabinet, individual boards work together rather than operating as independent control units. The IS210BPPH2BLD forms part of this coordinated hardware environment and interfaces with associated Mark VI boards, I/O hardware, field connections, and control-system components.
The board is relevant to maintenance and replacement work on established GE Mark VI installations. When servicing this type of hardware, the exact board designation and installed location should be confirmed against the system documentation before removal. Connections, adjacent boards, cabinet conditions, and the overall control configuration should also be checked before the replacement system is returned to operation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Model | IS210BPPH2BLD |
| Product Type | Mark VI Printed Circuit Board |
| Product Family | GE Mark VI |
| Series | Mark VI |
| Manufacturer | General Electric |
| Component Category | Control-System Printed Circuit Board |
| System Role | Mark VI Electronic Control Hardware |
| Control Architecture | Industrial Turbine Control |
| Interface Function | Board-Level Control and Signal Interconnection |
| Application | Turbine and Industrial Control |
| System Integration | GE Mark VI Control System |
| Component Type | Electronic Circuit Board |
| Installation | Mark VI Control Cabinet |
| Dimensions | 240 × 120 × 25 mm |
| Weight | 1.25 kg |
Product Features
- Mark VI printed circuit board for GE industrial turbine control applications.
- Integrates into the electronic hardware architecture of a GE Mark VI control system.
- Supports board-level processing, interfacing, or signal-handling functions within the configured system.
- Works together with associated Mark VI control and I/O hardware.
- Suitable for turbine control cabinets and industrial automation installations using the Mark VI platform.
- Supports maintenance and replacement of installed control-system hardware.
- Can be used during control cabinet refurbishment and system service activities.
- Provides an electronic interface between associated Mark VI circuits and system hardware.
- Suitable for structured board-level troubleshooting.
- Functions as part of a larger turbine control architecture rather than as an independent controller.
Working Principle
The IS210BPPH2BLD operates as an electronic building block within the GE Mark VI turbine control system. The complete control architecture receives operating information from turbine instrumentation and field interfaces, processes that information, and issues commands to the equipment being controlled.
Within this architecture, the printed circuit board participates in the transfer or handling of electrical and control information between associated Mark VI hardware. The exact function of the board depends on the system configuration, connected hardware, and circuits assigned to its installation position.
A simplified control path can be represented as:
Turbine Sensors / Field Interfaces → Mark VI I/O and Control Hardware → IS210BPPH2BLD → Associated Mark VI Hardware → Turbine Control Equipment
For an output-related control path, information travels in the opposite direction from the control system toward the applicable field or turbine equipment.
The board therefore forms part of the larger electronic signal chain rather than functioning as a complete control processor. During maintenance, a fault associated with the board should be investigated together with its connections and neighboring hardware.
For example, an abnormal control-system indication may result from a board fault, an improperly seated connection, an I/O problem, a communication issue, or a fault elsewhere in the turbine control architecture. Examining the complete signal path helps prevent unnecessary board replacement.
Role in a GE Mark VI Turbine Control Architecture
The IS210BPPH2BLD occupies the electronic hardware layer of the GE Mark VI control architecture. It works with the surrounding control, I/O, interface, and field equipment to support the exchange of information required for turbine operation.
| Control Architecture Layer | Typical Component | Function |
|---|---|---|
| Supervisory Layer | HMI / Operator Station | Provides operator monitoring, commands, alarms, and system information |
| Control Layer | GE Mark VI Control System | Executes configured turbine control and protection functions |
| Electronic Hardware Layer | IS210BPPH2BLD | Performs its configured board-level electronic function |
| I/O Layer | Mark VI I/O Hardware | Interfaces control electronics with field signals |
| Field Interface | Sensors / Switches / Actuators | Measures operating conditions or receives control commands |
| Turbine Equipment | Gas / Steam Turbine | Performs the controlled mechanical process |
| Driven Equipment | Generator / Compressor / Pump | Uses or converts the turbine’s mechanical output |
Industrial Applications
| Application | Typical Use |
|---|---|
| Gas Turbine Control | Supports electronic control hardware within Mark VI turbine systems |
| Steam Turbine Control | Forms part of the control cabinet hardware used for turbine operation |
| Power Generation | Supports turbine control electronics in generating facilities |
| Industrial Turbomachinery | Used in control systems for turbine-driven industrial equipment |
| Generator Systems | Supports electronic hardware associated with turbine-generator control |
| Process Plants | Integrated into turbine control systems serving industrial processes |
| Turbine Maintenance | Replacement of installed Mark VI circuit boards during service activities |
| Control System Refurbishment | Used when restoring or maintaining established Mark VI control cabinets |
Installation and Maintenance
- Verify the board identification — Confirm that IS210BPPH2BLD matches the required replacement and the existing Mark VI system documentation.
- Review cabinet documentation — Check board location, cabinet drawings, wiring information, and applicable Mark VI maintenance records before removing the existing board.
- Isolate the affected system — Follow the approved plant procedure to place the relevant control cabinet and connected equipment in a safe maintenance condition.
- Identify existing connections — Record the board position and identify all associated interfaces before disconnecting the installed hardware.
- Inspect the replacement board — Check the circuit board, connectors, mounting features, and accessible surfaces for physical damage or contamination.
- Inspect the cabinet environment — Examine the installation area for dust, moisture, loose hardware, overheating indications, or other conditions that could affect electronic equipment.
- Remove the existing board carefully — Use appropriate ESD precautions and avoid unnecessary mechanical force on board edges, connectors, or mounting hardware.
- Install the replacement board — Position the IS210BPPH2BLD correctly within the Mark VI cabinet and secure it according to the applicable system arrangement.
- Reconnect associated interfaces — Ensure all connectors and interfaces are fully seated and correspond to the documented board position and wiring arrangement.
- Verify system configuration — Confirm that the replacement hardware is consistent with the existing Mark VI control-system configuration before restoring normal operation.
- Perform a controlled functional check — Restore the affected section according to plant procedures and verify diagnostics, communications, and expected control-system behavior.
- Document the maintenance activity — Record the board model, installation position, observed condition, test results, and any configuration changes for future service work.
Related Components
| Component | Function in the System |
|---|---|
| GE Mark VI Control System | Provides the overall turbine control and protection architecture |
| Mark VI Control Processor | Executes configured turbine control and monitoring functions |
| Mark VI I/O Hardware | Interfaces control electronics with turbine field signals |
| Turbine Sensors | Provide operating-condition measurements to the control system |
| Turbine Actuators | Receive applicable control commands |
| Control Cabinet | Houses Mark VI electronic and interface hardware |
| HMI / Operator Station | Provides operator monitoring and control functions |
| Plant Communication Network | Supports information exchange between control-system components |
Recommended Related Models
| Model / Product Family | Product Type | Typical Relationship |
|---|---|---|
| GE IS200 Series | Mark VI Printed Circuit Board | Related Mark VI board family |
| GE IS210 Series | Mark VI Printed Circuit Board | Related Mark VI board family |
| GE Mark VI I/O Boards | Turbine Control I/O Hardware | Associated field-interface hardware |
| GE Mark VI Control Processors | Turbine Control Hardware | Associated processing hardware |
| GE Mark VI Terminal Boards | Turbine Control Interface Hardware | Associated field wiring and interface hardware |
Key Advantages
- Mark VI platform integration for industrial turbine control applications.
- Supports electronic functions within a larger turbine control architecture.
- Works with associated Mark VI control and I/O hardware.
- Suitable for maintenance and replacement of established Mark VI control cabinets.
- Supports board-level troubleshooting and control-system service activities.
- Applicable to power-generation and industrial turbomachinery environments.
Technical FAQs
What is the role of the GE IS210BPPH2BLD?
The IS210BPPH2BLD is a Mark VI printed circuit board that forms part of the electronic hardware architecture used in GE turbine control systems. Its specific operating function depends on the Mark VI configuration and the hardware associated with its installation.
Is the IS210BPPH2BLD a complete Mark VI controller?
No. The board is one component within the larger Mark VI control architecture. The complete system uses multiple electronic boards, control processors, I/O hardware, field interfaces, instrumentation, and configured control functions.
What should be checked before replacing this Mark VI board?
The exact board designation, cabinet position, associated connections, system documentation, and control-system configuration should be verified. The surrounding hardware and cabinet environment should also be inspected before installing the replacement.
Why should the surrounding Mark VI hardware be checked during board replacement?
A board fault can sometimes be accompanied by problems elsewhere in the system, such as loose connections, damaged interfaces, power-related issues, or faults in associated I/O hardware. Checking the surrounding equipment helps determine whether the board is the actual cause of the observed problem.