Product Overview

The GE DS200SSBAG1A Drive Buffer Plate is a compact industrial drive-system component designed to support the physical and interface requirements of compatible GE drive control assemblies. As a buffer plate, it forms part of the mechanical and electrical interface arrangement around drive-related circuitry, helping maintain proper component positioning, connection stability, and system organization.

Unlike an active processor or power-conversion board, the DS200SSBAG1A is primarily associated with drive interface and support functions. Its condition can nevertheless influence the reliability of connected components because proper alignment and mechanical support are important in industrial drive cabinets.

The supplied dimensions are 150 × 100 × 30 mm, and the stated weight is 0.226 kg, providing a lightweight solution for compact drive-control installations.

Technical Specifications

Function and Working Principle

The DS200SSBAG1A is used within a drive-control assembly as a supporting interface component.

A simplified drive-system arrangement is:

Drive Power Section → Drive Control Assembly → Buffer/Interface Component → Control and Feedback Circuits

Depending on the equipment configuration, a buffer plate can help provide:

• Mechanical support
• Interface organization
• Connector positioning
• Protection of associated circuitry
• Cable management
• Stable integration within the drive assembly

The plate itself should not be treated as a standalone processing unit. Its purpose is primarily related to the physical and interface structure of the drive system.

Drive System Integration

Industrial drive systems contain multiple electrical and mechanical elements working together.

Typical architecture includes:

1. Incoming power
2. Power-conversion section
3. Drive control circuitry
4. Feedback circuits
5. Interface components
6. Motor connection
7. Monitoring and protection circuits

The DS200SSBAG1A can form part of the interface and support structure within such an assembly.

Proper installation helps ensure that connected components remain correctly positioned and that wiring and connectors are not exposed to unnecessary mechanical stress.

Main Features

Compact Drive Interface Design

The board has supplied dimensions of:

150 × 100 × 30 mm

Its compact form is suitable for integration into drive cabinets and control assemblies with limited available space.

Lightweight Construction

The stated weight is only:

0.226 kg

This makes the component easy to handle during:

• Drive maintenance
• Component inspection
• System refurbishment
• Replacement operations
• Cabinet servicing

Mechanical and Interface Support

The buffer plate can help maintain:

• Component alignment
• Connector positioning
• Cable organization
• Mechanical stability
• Drive assembly integrity

A properly secured interface component can reduce the likelihood of vibration-related connection problems.

Industrial Applications

The DS200SSBAG1A is intended for compatible GE industrial drive environments.

Potential applications include:

• Variable-speed drive systems
• Motor-control equipment
• Industrial automation
• Manufacturing machinery
• Power-generation auxiliaries
• Process-control equipment
• Heavy industrial drives
• Automated production equipment

Installation Guide

Step 1 – Confirm the Component

Before installation:

• Verify the complete model number.
• Compare dimensions with the existing component.
• Check mounting points.
• Confirm the drive assembly configuration.
• Inspect the component for damage.

Step 2 – Shut Down the Drive

Before working on a drive cabinet:

• Stop the motor.
• Disconnect electrical power.
• Follow lockout/tagout procedures.
• Verify that hazardous voltage is absent.
• Allow DC-link and other stored energy to discharge.
• Use appropriate ESD protection.

Drive systems may retain dangerous electrical energy after power is removed.

Step 3 – Document the Existing Installation

Before removing the original component:

• Identify connected wiring.
• Label cables if necessary.
• Record connector positions.
• Note mounting orientation.
• Inspect adjacent drive components.

Step 4 – Remove the Existing Buffer Plate

Carefully:

1. Disconnect associated connections if applicable.
2. Remove retaining hardware.
3. Release the plate from the drive assembly.
4. Remove it without stressing nearby components.
5. Inspect the mounting area.

Step 5 – Install the DS200SSBAG1A

Install the replacement by:

• Aligning mounting holes.
• Positioning the plate correctly.
• Securing the mounting hardware.
• Confirming proper connector alignment.
• Checking cable clearance.

Do not force any associated connector or mounting component into position.

Step 6 – Final Inspection

Before restoring power:

• Check mounting hardware.
• Verify cable routing.
• Inspect connector seating.
• Confirm mechanical clearances.
• Ensure no loose hardware remains inside the drive cabinet.

Common Failure Symptoms

Because the DS200SSBAG1A is primarily a drive buffer and interface component, problems are often associated with mechanical alignment or connected components.

Troubleshooting Guide

Loose Connections

If a connection becomes intermittent:

• Inspect mounting hardware.
• Check plate alignment.
• Inspect connector seating.
• Check cable routing.
• Verify that no excessive mechanical force is applied to connectors.

Connector Alignment Problems

If connectors cannot be properly aligned:

• Verify the plate orientation.
• Check mounting-hole alignment.
• Inspect for deformation.
• Check adjacent components.
• Confirm that the correct replacement part has been installed.

Vibration Problems

For equipment operating under vibration:

• Inspect mounting hardware.
• Check for loose fasteners.
• Inspect cable support.
• Examine connector stability.
• Check surrounding drive components.

Drive Faults After Installation

If drive faults appear after replacing the plate:

1. Shut down and isolate the drive.
2. Inspect all connections.
3. Verify wiring positions.
4. Check adjacent control components.
5. Review drive diagnostic information.
6. Confirm that the replacement component is correctly installed.

A drive fault should not automatically be attributed to the buffer plate itself.

Physical Inspection

Inspect the DS200SSBAG1A for:

• Cracks
• Bent mounting areas
• Deformation
• Corrosion
• Loose hardware
• Damaged interface areas
• Signs of overheating
• Mechanical wear

A damaged plate should be replaced if it can no longer provide secure mechanical support.

Preventive Maintenance

Recommended maintenance includes:

• Regular mounting inspection
• Connector alignment checks
• Cable-routing inspection
• Drive cabinet cleaning
• Vibration checks
• Inspection of mounting hardware
• Corrosion inspection
• Examination of adjacent control components

Keeping the drive cabinet clean and mechanically secure can help reduce intermittent connection problems.

System Integration

The DS200SSBAG1A may be installed alongside several drive-control components.

Proper mechanical integration is important because vibration and cable stress can affect the reliability of connected drive components.

Key Advantages

• Compact drive-system design
• Lightweight 0.226 kg construction
• Supports drive interface integration
• Helps maintain component positioning
• Helps reduce mechanical connector stress
• Suitable for industrial drive cabinets
• Easy to handle during maintenance
• Dimensions: 150 × 100 × 30 mm

Technical FAQs

What is the GE DS200SSBAG1A?

The GE DS200SSBAG1A is a Drive Buffer Plate designed for use within compatible GE industrial drive assemblies.

Is the DS200SSBAG1A an active control board?

No. Based on the supplied product description, it is primarily a buffer plate/interface support component, rather than a processor or standalone control board.

What is its main purpose?

Its primary purpose is to support drive-system integration, component positioning, interface organization, and mechanical stability.

What are its dimensions?

The stated dimensions are 150 × 100 × 30 mm.

What is the weight?

The stated weight is 0.226 kg.

What can cause problems with a drive buffer plate?

Possible issues include incorrect mounting, deformation, vibration, loose hardware, cable strain, connector misalignment, or damage to surrounding components.

Why is proper mounting important?

Correct mounting helps maintain alignment and prevents unnecessary mechanical stress on connectors, cables, and associated drive components.

Conclusion

The GE DS200SSBAG1A Drive Buffer Plate is a compact and lightweight component designed to support the mechanical and interface requirements of compatible GE industrial drive assemblies.

With stated dimensions of 150 × 100 × 30 mm and a weight of 0.226 kg, it is suitable for compact drive-control installations where reliable component positioning and interface organization are important.

For industrial maintenance engineers and drive-system technicians, proper installation, secure mounting, correct cable routing, and routine mechanical inspection are essential for maintaining reliable operation of equipment using the DS200SSBAG1A.