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DS200NATOG3ACB
GE
The GE DS200NATOG3ACB Scaling Board is a dedicated voltage‑feedback signal attenuation printed circuit board purpose‑built for GE MARK V Speedtronic LCI static‑starter drive control systems. The GE DS200NATOG3ACB Scaling Board receives high‑level AC and DC voltage signals from SCR bridge assemblies, performs precision voltage attenuation and signal scaling, converts high‑amplitude raw voltage signals into low‑level safe signals acceptable for main control logic hardware, and delivers conditioned feedback signals for closed‑loop voltage regulation of static‑starter power converters. The GE DS200NATOG3ACB Scaling Board is equipped with precision resistor networks, stab configuration connectors, varistor surge‑suppression protection circuits, multi‑pin signal connectors and test‑point arrays, supporting accurate signal conditioning and convenient on‑site commissioning and fault diagnosis across all operating conditions.
The GE DS200NATOG3ACB Scaling Board acts as the key signal‑conditioning unit for SCR‑based static‑starter power converter assemblies, and operates across a wide temperature range of 0°C to +60°C. The GE DS200NATOG3ACB Scaling Board fully complies with relevant industrial control equipment, EMC and safety international standards. Whether deployed in gas‑turbine static‑starter cabinets, high‑power converter workshops, or thermal power‑station facilities, the GE DS200NATOG3ACB Scaling Board delivers stable signal scaling performance and measurement‑accuracy reliability assurance that critical industrial LCI static‑starter closed‑loop drive control demands.
Part Number | DS200NATOG3ACB |
Manufacturer | GE |
Series | MARK V Speedtronic |
Country of Origin | USA |
Product Condition | 100% New & Original |
Operating Temperature Range | 0°C to +60°C |
Lead Time | 2-3 business days after payment confirmation |
Warranty | 1 year |
Shipping Carriers | DHL, FedEx, UPS, TNT, EMS |
Contact:Cheryl Qi |
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The GE DS200NATOG3ACB Scaling Board stands out from comparable static‑starter signal‑conditioning printed circuit boards in several key areas.
Precision high‑voltage signal attenuation and scaling. The GE DS200NATOG3ACB Scaling Board reduces high‑amplitude AC‑DC voltage outputs from SCR bridges down to safe signal levels, enabling main control hardware to read accurate voltage feedback without sustaining over‑voltage damage, maintaining closed‑loop control precision for static‑starter power converters.
Configurable signal‑range setup via stab connectors. The GE DS200NATOG3ACB Scaling Board utilizes stab connection points to select output‑signal ranges, adapting to different SCR‑bridge operating‑voltage requirements without component‑level hardware modification on the GE DS200NATOG3ACB Scaling Board itself.
Built‑in surge‑suppression over‑voltage protection. The GE DS200NATOG3ACB Scaling Board integrates varistor protection components. When transient voltage surges occur on input circuits, the GE DS200NATOG3ACB Scaling Board clamps abnormal voltage spikes to protect downstream control‑circuit hardware from surge damage.
Reserved test‑points for convenient field debugging. The GE DS200NATOG3ACB Scaling Board reserves dedicated test‑point arrays; field technicians can finish signal‑level measurement and calibration during system commissioning, accelerating fault location and maintenance efficiency.
Native MARK V LCI‑system integration. As a factory‑original GE component, the GE DS200NATOG3ACB Scaling Board matches perfectly with MARK V LCI static‑starter converter assemblies and matched control hardware with no extra adapter or custom modification.
Wide working environmental adaptability. The GE DS200NATOG3ACB Scaling Board performs reliably under high‑EMI converter‑cabinet thermal conditions, delivering accurate scaled feedback signals during gas‑turbine static‑starter ramp‑up process.
Get the GE DS200NATOG3ACB with fast worldwide delivery — in‑stock units ship within 2‑3 business days of payment confirmation.
• Email: chen@htechplc.com
• WhatsApp / Phone: +86-181-5013-7565
• Shipping carriers: DHL, FedEx, UPS, TNT
Why buy from us:
• 100% new and original GE parts including GE DS200NATOG3ACB Scaling Board
• Full functional test before shipment
• Professional anti-static packaging
• One-year warranty on all units
• Free online quotes and 24/7 technical support
• Competitive pricing with fast global delivery
Gas Turbine Power Generation. Core voltage‑feedback signal‑conditioning unit within GE MARK V Speedtronic LCI static‑starter drive systems, attenuating high‑voltage signals from SCR bridge assemblies and sending conditioned feedback signals to turbine control logic hardware.
Combined Cycle & Thermal Power Plants. Executes high‑precision SCR‑bridge voltage‑signal scaling for large‑turbine LCI static‑starter hardware, supporting reliable closed‑loop voltage‑regulation sequences for static‑start acceleration.
Oil, Gas & Petrochemical Facilities. Fits turbine‑driven compressor LCI static‑starter converter cabinets, delivering high‑voltage signal attenuation and conditioning function for MARK V‑based turbomachinery static‑start drive‑control systems.
Heavy‑Industry Power Utilities. Reliable rack‑mounted signal‑conditioning hardware for industrial turbomachinery, where voltage‑feedback measurement accuracy directly impacts unit static‑start safety and control stability.
Power Plant Auxiliary Control Systems. Contributes to LCI static‑starter SCR‑bridge signal‑processing and surge‑protection logic execution, meeting stringent power‑industry reliability standards.
The GE DS200NATOG3ACB Scaling Board meets the following industrial safety and EMC requirements:
• Industrial Control EMC Standards — Electromagnetic compatibility requirements for power‑generation static‑starter signal‑conditioning equipment.
• General industrial safety specifications for turbine control voltage‑scaling printed circuit boards.
All boards supplied are 100% new original GE parts. Every GE DS200NATOG3ACB Scaling Board unit is functionally tested before dispatch, packed in professional anti‑static packaging, and covered by a one‑year warranty from the date of delivery.