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- GE
- DS200SIOCG1AEA
- VME bracket I/O plate
- USA
- 170 × 150 × 25 mm
- 0.2 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE DS200SIOCG1AEA VME Bracket I/O Plate is a compact hardware component designed to support I/O-related connections and mechanical integration within compatible GE VME-based industrial control systems.
Unlike a processor or active control board, the DS200SIOCG1AEA is primarily associated with the physical organization and support of I/O interfaces within a modular control-frame architecture. Its bracket and plate configuration can help maintain proper positioning of connected interfaces, wiring, and associated hardware while contributing to an orderly control-cabinet installation.
The stated dimensions are 170 × 150 × 25 mm, with a weight of only 0.2 kg, making the component particularly suitable for applications where compact mechanical support and organized I/O installation are required.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | GE |
| Model | DS200SIOCG1AEA |
| Product Type | VME Bracket I/O Plate |
| Series | GE Industrial Control |
| Main Function | I/O Mechanical Support and Interface Organization |
| Architecture | VME-Based Control System |
| Installation | Control Frame / Cabinet |
| Component Type | Bracket / I/O Plate |
| Dimensions | 170 × 150 × 25 mm |
| Weight | 0.2 kg |
Function and Working Principle
The DS200SIOCG1AEA differs from active electronic modules because its primary purpose is related to mechanical I/O integration and support.
A simplified installation arrangement is:
VME Control Frame → Bracket / I/O Plate → I/O Connections → Field Wiring
The component can contribute to:
- I/O interface organization
- Mechanical support
- Connector positioning
- Cable management
- Control-frame integration
- Protection of interface areas
By maintaining a stable physical mounting arrangement, the I/O plate can help reduce mechanical stress on connectors and wiring.
VME System Integration
VME-based industrial control systems commonly use a modular frame containing processors, I/O modules, communication boards, and supporting hardware.
A properly installed bracket or I/O plate can help maintain:
- Correct component alignment
- Stable connector positioning
- Organized wiring
- Reliable mechanical support
- Easier maintenance access
The DS200SIOCG1AEA should therefore be considered part of the overall mechanical and electrical integration of the control frame rather than as an independent processing module.
Main Features
Compact Mechanical Design
The stated dimensions are:
170 × 150 × 25 mm
This compact form allows the component to fit within control-frame and cabinet assemblies without requiring significant additional space.
Lightweight Construction
With a stated weight of only 0.2 kg, the component can be handled easily during:
- Installation
- Inspection
- Board replacement
- Cabinet maintenance
- System refurbishment
I/O Interface Support
The bracket and plate configuration can help organize I/O-related connections and maintain proper positioning of associated hardware.
Potential benefits include:
- Reduced cable strain
- Improved connector alignment
- Better cabinet organization
- Simplified maintenance
- More consistent mechanical installation
Industrial Applications
The DS200SIOCG1AEA can be used in compatible industrial control environments involving:
- VME control systems
- Power-generation automation
- Turbine control
- Industrial drive systems
- Process-control equipment
- Manufacturing automation
- Heavy industrial machinery
- Modular control cabinets
Installation Guide
Step 1 – Verify the Component
Before installation:
- Confirm the complete model number.
- Verify the mechanical configuration.
- Compare dimensions with the existing assembly.
- Inspect mounting points.
- Check for shipping damage.
Because this is a mechanical interface component, dimensional and mounting compatibility are particularly important.
Step 2 – Shut Down the System
Before working inside the control cabinet:
- Shut down the equipment.
- Isolate electrical power where required.
- Follow lockout/tagout procedures.
- Observe ESD precautions when working around electronic boards.
Step 3 – Remove the Existing Plate
If replacing an existing component:
- Document the existing arrangement.
- Identify connected wiring or interfaces.
- Remove retaining hardware.
- Carefully remove the plate or bracket.
- Inspect the mounting area.
Step 4 – Install the New I/O Plate
Position the DS200SIOCG1AEA correctly and:
- Align mounting holes.
- Secure the bracket or plate.
- Confirm mechanical stability.
- Verify connector alignment.
- Ensure that cables are not excessively stressed.
Step 5 – Reconnect Associated Hardware
After securing the plate:
- Reinstall associated connectors.
- Route cables correctly.
- Confirm that wiring is not pinched.
- Check connector engagement.
- Verify that adjacent boards remain properly seated.
Step 6 – Final Inspection
Before restoring the system:
- Check all mounting hardware.
- Inspect cable routing.
- Verify mechanical clearances.
- Confirm that no loose hardware remains inside the cabinet.
- Check that all covers and protective components are correctly installed.
Common Failure Symptoms
Because the DS200SIOCG1AEA is primarily a mechanical I/O support component, failures are often associated with physical installation rather than electronic processing.
| Symptom | Possible Cause |
|---|---|
| Loose I/O connection | Improper mounting |
| Connector misalignment | Bent or incorrectly positioned plate |
| Cable strain | Poor cable routing |
| Intermittent connection | Mechanical looseness |
| Excessive vibration | Loose mounting hardware |
| Difficult maintenance access | Incorrect installation |
| Damaged connector | Mechanical stress |
Troubleshooting Guide
Loose Connections
If an I/O connection becomes loose:
- Inspect mounting hardware.
- Check bracket alignment.
- Inspect connector seating.
- Verify cable routing.
- Tighten hardware according to approved procedures.
Connector Misalignment
If connectors do not align correctly:
- Verify plate orientation.
- Check mounting-hole alignment.
- Inspect for deformation.
- Confirm that the correct component is installed.
- Check adjacent hardware for interference.
Cable Stress
Excessive cable tension can damage connectors and wiring.
Inspect for:
- Sharp bends
- Excessive pulling force
- Pinched cables
- Unsupported wiring
- Poor routing
Reorganize the wiring so that connectors are not carrying unnecessary mechanical loads.
Vibration-Related Problems
If the system operates in a high-vibration environment:
- Check mounting hardware.
- Inspect bracket stability.
- Examine connectors.
- Look for signs of movement.
- Check surrounding cabinet components.
Physical Inspection
During routine maintenance, inspect the DS200SIOCG1AEA for:
- Bent mounting surfaces
- Cracks
- Deformation
- Corrosion
- Loose hardware
- Damaged connector-support areas
- Excessive wear
A mechanically damaged plate should be replaced if it can no longer maintain proper alignment or support.
Preventive Maintenance
Recommended maintenance includes:
- Periodic mounting inspection
- Connector alignment checks
- Cable-routing inspection
- Cabinet cleaning
- Vibration inspection
- Hardware tightening
- Checking for corrosion
- Inspecting adjacent I/O components
Preventive mechanical maintenance can help avoid intermittent I/O problems that may otherwise appear to be electronic faults.
System Integration
The DS200SIOCG1AEA may work alongside several types of control-system components.
| Component | Typical Function |
|---|---|
| VME Backplane | Provides modular system interconnection |
| I/O Card | Handles input/output signals |
| Control Processor | Executes control logic |
| Communication Board | Provides system communication |
| Terminal Interface | Connects field wiring |
| I/O Plate / Bracket | Provides mechanical interface support |
The physical condition of the bracket and plate can directly affect the reliability of the associated connectors and wiring.
Key Advantages
- Compact mechanical design
- Lightweight 0.2 kg construction
- Supports VME I/O integration
- Helps maintain connector alignment
- Facilitates organized cabinet installation
- Reduces mechanical stress on I/O connections
- Supports easier maintenance
- Dimensions: 170 × 150 × 25 mm
Technical FAQs
What is the GE DS200SIOCG1AEA?
The GE DS200SIOCG1AEA is a VME Bracket I/O Plate used as a mechanical support and interface component within compatible GE industrial control systems.
Is the DS200SIOCG1AEA a processor board?
No. Based on the supplied product description, it is an I/O bracket and plate component, rather than a processor or active control module.
What is its main purpose?
Its primary purpose is to support and organize I/O-related hardware, connectors, and wiring within a VME-based control-frame installation.
What are the dimensions?
The stated dimensions are 170 × 150 × 25 mm.
What is the weight?
The stated weight is 0.2 kg.
Why is mechanical alignment important?
Correct alignment helps prevent connector stress, cable strain, intermittent connections, and installation problems.
Can a damaged I/O plate cause intermittent faults?
Yes. If mechanical damage causes connectors to shift or wiring to experience excessive stress, intermittent I/O connections may occur.
Conclusion
The GE DS200SIOCG1AEA VME Bracket I/O Plate is a compact mechanical interface component designed to support I/O integration within compatible GE VME-based industrial control systems.
Its stated dimensions of 170 × 150 × 25 mm and lightweight 0.2 kg construction make it suitable for compact control-frame installations. Although it does not serve the same active processing role as a CPU or I/O electronics board, its mechanical condition is important for maintaining proper connector alignment, cable organization, and reliable system integration.
For industrial maintenance teams, careful installation, correct mechanical alignment, regular inspection, and proper cable management are essential to maintaining reliable operation of systems equipped with the DS200SIOCG1AEA.