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GE DS200SSBAG1A Drive Snubber Board

GE DS200SSBAG1A Drive Snubber Board

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Brand:GE Fanuc PLC
Item No.:GE DS200SSBAG1A
Product Origin:USA
Product Dimensions:21 × 12 × 2.5 cm
Product Weight:0.5 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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GE DS200SSBAG1A-4GE DS200SSBAG1A-3GE DS200SSBAG1A-1GE DS200SSBAG1A-2

The GE DS200SSBAG1A is a Drive Snubber Board used in GE Mark V Speedtronic turbine and industrial drive systems. It is designed to suppress voltage spikes and transient over-voltages generated during switching operations in DC drive circuits, protecting sensitive power electronics such as thyristors and transistors.

This module is a key protective layer in GE drive architectures, ensuring safe energy dissipation, reduced electrical stress, and improved long-term reliability of power conversion systems.


Technical Specifications

ParameterDetails
ManufacturerGeneral Electric (GE)
ModelDS200SSBAG1A
SeriesMark V Speedtronic Drive System
Module TypeDrive Snubber Board
FunctionVoltage spike suppression / energy absorption
Supported Drive SystemsDC 300 / 2000 drive platforms
Input Connector2-pin FCPL connector
Energy StorageCapacitor-based snubber network
Protection FunctionOver-voltage & transient suppression
Battery SupportDual auxiliary backup batteries (660 VAC rated)
Signal FunctionEMI filtering / noise reduction
Mechanical DesignPanel-mounted PCB assembly
Operating Temperature-20°C to +60°C
Vibration RatingIndustrial-grade (up to 10–500 Hz)
Shock ResistanceUp to 30G operating shock
Dimensions~21 × 12 × 2.5 cm
Weight~0.5 kg

The board is specifically engineered to protect GE DC drive systems from electrical stress caused by rapid switching events and load changes.


System Role & Functional Behavior

The DS200SSBAG1A operates as a power protection and energy absorption layer inside drive systems:

  • Absorbs high-energy voltage spikes generated during motor switching
  • Dissipates excess electrical energy as heat through snubber circuits
  • Stabilizes DC drive operation during start/stop transitions
  • Reduces electromagnetic interference (EMI) across control electronics
  • Protects power semiconductor devices from voltage stress damage
  • Improves reliability of DC 300/2000 drive platforms

In practice, it acts as a “shock absorber” for electrical energy surges inside high-power drive environments.


Recommended Related Modules

For a complete GE Mark V drive system, DS200SSBAG1A is commonly paired with:

  • DS200SDCCG5AHD Drive Control Board
  • DS200DSPC Signal Processing Module
  • DS200CPC Control Processor Board
  • DS200EXPS Excitation Power Supply Module
  • DS200TCQAG Terminal Interface Board

These modules together manage control logic, signal processing, power regulation, and protection.


Common GE Drive & Turbine Modules

Frequently associated components include:

  • DS200TCDA control interface boards
  • DS200TBCAG terminal boards
  • DS200EX series excitation modules
  • IS200 Mark VI excitation system cards
  • GE 531X drive and power supply boards

Each contributes to either control, excitation, or power protection layers.


Industrial Applications

The GE DS200SSBAG1A is widely used in:

  • Gas turbine drive control systems
  • Industrial DC motor drives
  • Metallurgical rolling mills
  • Oil and gas drilling equipment
  • Power generation auxiliary drive systems

Its primary role is protecting power electronics from damaging voltage transients in high-energy switching environments.


Key Advantages

  • Effective suppression of high-voltage switching spikes
  • Energy absorption through capacitor-based snubber design
  • Strong EMI and noise reduction capability
  • High mechanical resistance to vibration and shock
  • Designed for GE DC 300/2000 drive compatibility
  • Enhances lifespan of power semiconductor devices

This makes it a critical protection component in legacy industrial drive systems.


Technical FAQs

1. What is the main function of DS200SSBAG1A?
It suppresses voltage spikes and protects drive electronics from transient over-voltage.

2. What systems use this board?
It is used in GE Mark V DC 300/2000 drive systems.

3. What type of protection does it provide?
It provides snubber-based voltage and energy surge suppression.

4. What is its main role in a drive system?
To protect power semiconductors from switching-induced stress.

5. Does it include energy storage components?
Yes, it uses capacitors for controlled energy dissipation.

6. What connector does it use?
A 2-pin FCPL connector is used for electrical interfacing.

7. Why are auxiliary batteries included?
They support backup power stability during voltage fluctuations.

8. Is it used in modern systems?
It is mainly used in legacy GE Mark V drive installations.

9. What happens if it fails?
The system becomes vulnerable to voltage spikes, risking power component damage.

10. Why is it important in industrial drives?
Because it ensures stable, safe switching in high-power electrical environments.


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