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- IS200DAMAG1BBB
- Buffer Plate
- USA
- 200 × 100 × 35 mm
- 0.3 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IS200DAMAG1BBB Buffer Plate is a rugged Buffer Plate designed for the GE Mark VI Speedtronic turbine control platform. It serves as a structural and interface component that supports the installation, positioning, and protection of electronic assemblies within the Mark VI control cabinet. Engineered for industrial environments, the buffer plate enhances the mechanical integrity of the control system while helping maintain proper alignment between modules, connectors, and supporting hardware.
As an important mechanical component of the Mark VI architecture, the IS200DAMAG1BBB provides a stable mounting surface for compatible electronic assemblies and helps reduce the effects of vibration and mechanical stress on sensitive control modules. Its precision-machined construction contributes to reliable long-term operation by maintaining accurate positioning of installed components.
Manufactured from high-strength industrial materials, the IS200DAMAG1BBB offers excellent resistance to vibration, corrosion, and environmental stress. Its durable design minimizes maintenance requirements while supporting dependable performance in demanding industrial applications.
With dimensions of 200 × 100 × 35 mm and an approximate weight of 0.3 kg, the GE IS200DAMAG1BBB is designed for installation within compatible GE Mark VI control cabinets and rack assemblies.
Typical applications include gas turbine control systems, steam turbine automation, combined-cycle power plants, industrial drive systems, oil and gas facilities, petrochemical processing, compressor control systems, marine propulsion systems, and other critical industrial automation environments.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | GE |
| Model | IS200DAMAG1BBB |
| Product Series | Mark VI Speedtronic |
| Product Type | Buffer Plate |
| Primary Function | Mechanical support and module protection |
| Compatible Platform | GE Mark VI Speedtronic |
| Material | Industrial-Grade Metal Construction |
| Installation Method | Rack / Cabinet Mounted |
| Cooling Method | Passive (Natural Air Convection) |
| Dimensions | 200 × 100 × 35 mm |
| Weight | 0.3 kg |
| Typical Application | Turbine control and industrial automation |
Function and Working Principle
The GE IS200DAMAG1BBB provides structural support for installed control hardware while protecting sensitive electronic assemblies from vibration and mechanical stress.
Typical System Architecture
Control Cabinet
↓
IS200DAMAG1BBB Buffer Plate
↓
Controller Modules
↓
Communication Boards
↓
Digital & Analog I/O Modules
↓
Field Devices
↓
Industrial Equipment
During operation, the buffer plate performs several essential functions:
- Supports electronic assemblies
- Maintains module alignment
- Reduces mechanical vibration
- Protects installed components
- Provides stable mounting surfaces
- Improves structural rigidity
- Supports organized cable routing
- Simplifies module replacement
- Enhances long-term system reliability
- Enables continuous industrial operation
Although it contains no active electronic circuitry, the buffer plate contributes significantly to the mechanical stability and serviceability of the Mark VI control system.
Role in Industrial Control Systems
Within a GE Mark VI Speedtronic system, the IS200DAMAG1BBB serves as a mechanical support component that improves the installation quality and durability of electronic control hardware.
Typical automation architecture:
Industrial Sensors
↓
Digital / Analog I/O Modules
↓
IS200DAMAG1BBB Buffer Plate
↓
Mark VI Controller
↓
Industrial Communication Network
↓
Industrial Equipment
Its primary responsibilities include:
- Mechanical support
- Module positioning
- Structural reinforcement
- Vibration reduction
- Component protection
- Installation stability
- Maintenance accessibility
- Improved equipment reliability
Industrial Applications
Gas Turbine Control
Typical applications include:
- Fuel management systems
- Turbine sequencing
- Generator synchronization
- Protection systems
- Auxiliary equipment control
Steam Turbine Automation
Suitable for:
- Governor control
- Steam valve positioning
- Turbine monitoring
- Safety systems
- Auxiliary process automation
Combined-Cycle Power Plants
Frequently installed in:
- Generator control cabinets
- Electrical control rooms
- Plant-wide automation
- Cooling system controls
- Balance-of-plant equipment
Oil and Gas Industry
Common applications include:
- Compressor stations
- Offshore platforms
- Refinery automation
- Petrochemical processing
- Pipeline monitoring
Heavy Industrial Manufacturing
Widely used in:
- Steel mills
- Mining operations
- Cement production
- Chemical processing
- Paper manufacturing
Utility Infrastructure
Ideal for:
- Power generation plants
- Water treatment facilities
- Industrial energy systems
- Utility automation
- Critical infrastructure applications
Installation and System Integration
Before installation, engineers should verify:
- Mark VI hardware compatibility
- Mounting hole alignment
- Cabinet dimensions
- Structural integrity
- Module configuration
- Grounding requirements
- Cooling clearance
- Cable routing
- Environmental conditions
- Installation documentation
Recommended Installation Procedure
- Disconnect system power.
- Inspect the buffer plate for physical damage.
- Align the plate with the designated mounting position.
- Secure the mounting hardware.
- Verify structural stability.
- Install compatible electronic modules.
- Route cables correctly.
- Verify connector alignment.
- Restore system power.
- Perform system diagnostics.
- Verify stable operation.
- Complete commissioning documentation.
System Integration Considerations
Proper installation helps maximize the mechanical reliability of the control system.
Hardware Compatibility
Ensure compatibility between the buffer plate, rack assembly, controller modules, and communication boards.
Mechanical Stability
Tighten all mounting hardware according to recommended torque specifications.
Cooling
Maintain sufficient airflow around installed modules for reliable continuous-duty operation.
Cable Management
Organize cables to minimize mechanical stress and simplify future maintenance.
Preventive Maintenance
Inspect mounting hardware, module alignment, structural integrity, and cabinet cleanliness during scheduled maintenance.
Compatible System Components
| Component | Function |
|---|---|
| IS200DAMAG1BBB | Buffer plate |
| Mark VI CPU Modules | Central process control |
| Communication Boards | Data communication |
| Power Supply Modules | System power |
| Digital Input Modules | Signal acquisition |
| Digital Output Modules | Equipment control |
| Analog I/O Modules | Process measurement |
| Rack Assemblies | Module installation |
| HMI / SCADA Systems | Process monitoring |
| Engineering Workstation | Configuration and diagnostics |
Recommended Alternative Models
| Model | Product Type | Typical Application |
|---|---|---|
| IS200DAMAG1BBB | Buffer Plate | Mechanical support for Mark VI systems |
| IS200CABPG1BAA | Chassis Module | Module installation |
| IS200BPVDG1BR1A | System Rack | Rack-mounted automation systems |
| IS200AEPAH1AFD | Auxiliary Plate | Mechanical support |
| IS200ATBAG1BAA | Application I/O Terminal Block | Field wiring interface |
Key Advantages
- Designed for GE Mark VI Speedtronic systems
- Provides reliable mechanical support
- Reduces vibration effects on installed modules
- Improves structural rigidity
- Simplifies installation and maintenance
- Supports organized cable management
- Durable industrial-grade construction
- Compact dimensions of 200 × 100 × 35 mm
- Approximate weight of 0.3 kg
- Suitable for continuous industrial operation
- Enhances overall system reliability
- Compatible with modular Mark VI hardware
Technical FAQs
What is the GE IS200DAMAG1BBB?
The GE IS200DAMAG1BBB is a Buffer Plate designed for GE Mark VI Speedtronic turbine control systems.
What is its primary function?
Its primary function is to provide mechanical support, maintain module alignment, and reduce the effects of vibration on installed control hardware.
What are the dimensions of the buffer plate?
The plate measures 200 × 100 × 35 mm.
What is the approximate weight?
The buffer plate weighs approximately 0.3 kg.
Which systems is it compatible with?
It is designed for compatible GE Mark VI Speedtronic industrial automation and turbine control systems.
Does the buffer plate contain electronic components?
No. It is a mechanical component intended to support and protect electronic assemblies rather than perform control or signal processing functions.
Which industries commonly use this buffer plate?
It is widely used in power generation, oil and gas, petrochemical processing, mining, marine propulsion, water treatment, and other industrial automation applications utilizing GE Mark VI systems.
What should engineers verify before installation?
Engineers should verify mounting alignment, hardware compatibility, cabinet space, grounding, cooling clearance, and overall system configuration.
Does the buffer plate require routine maintenance?
Yes. Periodic inspection of mounting hardware, structural integrity, corrosion, and cabinet cleanliness helps maintain reliable long-term operation.
How can long-term reliability be maintained?
Proper installation, secure fastening, regular inspections, adequate ventilation, and preventive maintenance help maximize the service life and mechanical stability of the IS200DAMAG1BBB.
Conclusion
The GE IS200DAMAG1BBB Buffer Plate provides dependable mechanical support for GE Mark VI Speedtronic control systems. With dimensions of 200 × 100 × 35 mm and an approximate weight of 0.3 kg, it enhances structural stability, protects installed modules from vibration, and simplifies system installation and maintenance.
When integrated with compatible Mark VI CPU modules, communication boards, power supply units, digital and analog I/O modules, rack assemblies, HMI/SCADA systems, and engineering workstations, the IS200DAMAG1BBB improves mechanical reliability, supports modular system expansion, reduces maintenance effort, and contributes to long-term industrial automation performance.