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GE DS200UPLAG1BDA Power Supply / Interface Board

GE DS200UPLAG1BDA Power Supply / Interface Board

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Brand:GE Fanuc PLC
Item No.:GE DS200UPLAG1BDA
Product Origin:USA
Product Dimensions:300 × 200 × 45 mm
Product Weight:2.5 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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The GE DS200UPLAG1BDA is a Power Supply and Interface Board designed for GE Mark V Speedtronic turbine control systems. It plays a critical role in distributing regulated power and supporting interface communication between core control boards and auxiliary system components.

Built for long-term reliability, this board ensures consistent voltage regulation and signal integrity across the control system, making it essential for maintaining stable turbine operation.


Technical Specifications

ParameterDetails
ManufacturerGeneral Electric (GE)
ModelDS200UPLAG1BDA
SeriesMark V Speedtronic
Module TypePower Supply / Interface Board
FunctionPower regulation & signal interface
Input VoltageSystem-dependent (Mark V internal supply)
Output FunctionRegulated DC distribution
Interface RoleSupports communication between control boards
PCB TypeIndustrial multi-layer printed circuit board
Protection FeaturesVoltage regulation, filtering, surge protection
ConnectorsMultiple ribbon cable and pin connectors
MountingRack-mounted board assembly
Operating Temperature0°C to +60°C
Environmental RatingIndustrial-grade

Physical Dimensions & Weight

ParameterValue
Dimensions (L × W × H)300 × 200 × 45 mm
Weight~1.8 – 2.5 kg

The large-format PCB design supports multiple connectors and power distribution circuits while maintaining durability in turbine control environments.


System Role & Functional Behavior

The DS200UPLAG1BDA functions as a power distribution and interface coordination board:

  • Supplies regulated voltage to Mark V control modules
  • Stabilizes power signals to prevent fluctuations
  • Acts as an interface bridge between system boards
  • Supports signal routing and system communication pathways
  • Protects downstream components from electrical disturbances
  • Ensures reliable operation of turbine control subsystems

It is a key supporting module that maintains system stability and communication integrity.


Recommended Related Models

  • DS200SDCC Drive Control Board
  • DS200SLCC LAN Communication Board
  • DS200DSPC Signal Processing Board
  • DS200TCQAG Terminal Board
  • DS200EXPS Power Supply Module

Popular GE Mark V Modules

  • DS200TBCAG I/O terminal boards
  • DS200DMC control interface boards
  • DS200EX series excitation modules
  • IS200 series Mark VI upgrade modules
  • GE 531X drive system boards 


Applications

The GE DS200UPLAG1BDA is widely used in:

  • Gas turbine control systems
  • Steam turbine automation systems
  • Power plant control panels
  • Industrial drive and excitation systems
  • Oil & gas compressor control systems

It is essential in applications where stable power distribution and system communication are critical.


Advantages

  • Reliable power regulation for Mark V systems
  • Integrated interface functionality reduces system complexity
  • Strong protection against voltage fluctuations
  • Durable industrial-grade PCB construction
  • Supports long-term continuous operation
  • Proven compatibility with legacy GE turbine systems 


Technical FAQs

1. What is the main function of DS200UPLAG1BDA?
It provides power distribution and interface support within Mark V systems.

2. What system is it used in?
GE Mark V Speedtronic turbine control systems.

3. Does it generate power or distribute it?
Primarily distributes and regulates system power.

4. What kind of protection does it provide?
Voltage filtering, regulation, and surge protection.

5. Is it a standalone module?
No, it operates within a Mark V rack system.

6. What is its operating temperature range?
0°C to +60°C.

7. What is its weight?
Approximately 1.8–2.5 kg.

8. What are its dimensions?
300 × 200 × 45 mm (L × W × H).

9. What industries use it?
Power generation, oil & gas, and industrial automation.

10. Why is it important?
Because it ensures stable power delivery and reliable communication within turbine control systems.


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