GE 36A353862AA

At a Glance

GE 36A353862AA is a specialized industrial circuit board associated with amplifier functions. Component catalogs list it as a circuit board or board amplifier, and another supplier identifies it as an amplifier card.

The board is intended for integration into compatible GE industrial control hardware. It is therefore most useful as part of an existing system rather than as an independent control device.

Core Function

The main role of this assembly is related to electronic amplification within the host equipment. Its circuitry provides a dedicated hardware stage that can work with other boards, interfaces, and electrical assemblies.

This modular approach is valuable in industrial environments. When a board-level problem occurs, technicians can replace the affected assembly instead of redesigning the complete control system.

Key Attributes

• Industrial-grade circuit-board construction
• Amplifier-oriented electronic circuitry
• Designed for integration with compatible GE equipment
• Suitable for maintenance and refurbishment
• Useful for legacy-system spare inventories
• Available in used and surplus industrial-component channels

Identification and Construction

The assembly uses a populated PCB architecture. Electronic components, circuit paths, and connection points are arranged on a dedicated board to perform its assigned function.

Some component listings connect the board with the 193X256AAG02 amplifier-card reference. This relationship should be verified against the original equipment documentation before using one designation as a substitute for another.

Where It Is Used

The board is relevant to industrial electronic control applications where amplifier circuitry forms part of the overall system.

Potential service environments include:

Industrial automation:
Suitable for established control architectures that use dedicated electronic boards.

Electrical control:
Can form part of equipment where signal amplification is required within the control chain.

Legacy equipment:
Useful when older GE hardware requires board-level replacement.

Refurbishment projects:
Can be considered when restoring existing industrial equipment to service.

Replacement Workflow

A careful replacement process is recommended.

1. Isolate the equipment before opening the cabinet or removing the board.
2. Record the original connections and mounting arrangement.
3. Compare identification markings on the existing and replacement assemblies.
4. Inspect the replacement PCB for visible damage or contamination.
5. Use ESD protection during handling and installation.
6. Verify all connections before applying power.
7. Test the host system according to its normal commissioning procedure.

Maintenance and Storage

Regular visual inspection can help identify damaged connectors, contamination, corrosion, or signs of overheating. Avoid exposing the board to unnecessary moisture, dust, vibration, or mechanical stress.

For spare-part storage, keep the assembly in suitable anti-static packaging in a clean and dry location. Proper storage can help preserve the board until it is needed for corrective maintenance.

Service Value

Industrial control systems often remain operational long after their original installation. Specialized amplifier boards can therefore become important maintenance components.

Keeping a properly identified spare available can make board-level repairs more straightforward. Before installation, however, the complete system configuration and board compatibility should always be confirmed.