Reliable GE DS200DACAG1ACD AC/DC Board | Mark V Speedtronic
Reliable GE DS200DACAG1ACD AC/DC Board | Mark V Speedtronic
Reliable GE DS200DACAG1ACD AC/DC Board | Mark V Speedtronic
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Reliable GE DS200DACAG1ACD AC/DC Board | Mark V Speedtronic

  • Manufacturer: GE Fanuc

  • Part Number: DS200DACAG1ACD

  • Condition:New with Original Package

  • Product Type: Mark V Speedtronic

  • Country of Origin: USA

  • Payment:T/T, Western Union

  • Shipping port: Xiamen

  • Warranty: 12 months

GE DS200DACAG1ACD | AC/DC Converter Board for Mark V Turbine

Product Overview

The GE DS200DACAG1ACD is a high-efficiency AC/DC converter board designed for the Mark V Speedtronic™ turbine control system. It converts AC input voltage into regulated DC output, supplying stable power to critical control circuits.

This robust module ensures reliable operation in demanding industrial environments and enhances system resilience during power disturbances.

Technical Specifications

Parameter Specification
Model Number DS200DACAG1ACD
Function AC-to-DC Converter Board
Input Voltage 105–132 VAC
Output Voltage 90–145 VDC
Max Output Current 9.5 A
Max Power Output 1000 W
Ripple Voltage ≤ 4 V peak-to-peak
Energy Storage Integrated ride-through capacitor bank
Mounting Rack-mounted with shaped edges and drill holes
LED Indicator 1 green LED for operational status
Operating Temperature –30 °C to +60 °C
Compatibility Mark V Speedtronic system; replaces DS2020DACAG1
PCB Coating Normal-style coating
Communication Interface RS485
Certifications UL, CE (region-dependent)

FAQ

Q: Is the GE DS200DACAG1ACD new or used?
A: This item is brand-new, unused, and fully functional with optional warranty.

Q: What input and output voltage does it support?
A: Input 105–132 VAC, output 90–145 VDC with 9.5 A max current.

Q: Can it replace the DS2020DACAG1?
A: Yes, it is fully backward-compatible with DS2020DACAG1.

Q: What mounting options are available?
A: Rack-mounted with shaped edges and multiple factory-drilled holes.

Q: Does it handle power interruptions?
A: Yes, integrated ride-through capacitors maintain power during short-term interruptions.

Q: What communication interface is available?
A: RS485 for system integration and diagnostics.

 

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