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ISO 9001 Certified Manufacturer Exporting to 4 Continents
Industrial Power Engineering · Greater Region Solutions

Custom OEM Programmable Rectifier Manufacturer & Factory in Dudelange

High-frequency IGBT switching architectures, water-cooled rectifiers, and high-precision DC sources built to European harmonized standards for heavy metallurgy, logistics automation, and surface finishing.

Direct Factory Engineering

High-Current & Programmable DC Rectifier Series

Manufactured under strict ISO 9001 quality supervision, offering flexible integration with SCADA, Profibus, Modbus RS485, and 0–10V analog automation networks across Luxembourg and the Benelux corridor.

75kW · Water Cooled 12V 15V 5000A 6000A 75KW Water Cooled High Frequency Electroplating Rectifier

12V 15V 5000A–6000A 75KW Water-Cooled High Frequency Rectifier

  • Output: 12V/15V, 5000A/6000A
  • Control: CV/CC Digital Display
  • Cooling: Deionized Water/Glycol
  • Topology: Full-Bridge IGBT 20kHz
48kW · Plating 12V 4000A 48KW High Frequency Electroplating Rectifier

12V 4000A 48kW High-Frequency Electroplating Rectifier

  • Efficiency: ≥ 90% at Full Load
  • Ripple Factor: ≤ 2% RMS
  • Interface: RS485 / Modbus RTU
  • Protection: OCP, OVP, OTP, Phase Loss
8000A · Heavy Duty 8000A 12V Water Cooled Electroplating Rectifier

8000A 12V Heavy-Duty Water-Cooled Galvanizing Rectifier

  • Cabinet: IP54 Sealed Design
  • Cooling: Internal Stainless Steel Piping
  • Application: Continuous Strip Galvanizing
  • Input: 380V / 400V / 480V 3-Phase
EV R&D · 800V 800V 400V 50A 20KW High Voltage Adjustable DC Power Supply

800V 50A 20kW Programmable EV Powertrain Test Supply

  • Voltage Range: 0–800V Controllable
  • Dynamics: < 5ms Step Response
  • Certifications: CE, LVD, EMC, RoHS
  • Use-Case: Traction Inverter & Battery Cycle
HV · 3200V 80KW 1000V 2000V 3200V High Voltage DC Power Supply

80kW 3200V High-Precision High-Voltage DC Source

  • Stability: 0.1% Line & Load Regulation
  • Protection: Arc Suppression & Fast Quench
  • Cooling: Forced Air or Hybrid Heat Exch.
  • Target: Capacitor Charging & Plasma
Polarity Reversing 48V 625A Auto Polarity Reversing DC Power Supply

48V 625A 30kW Auto-Polarity Reversing DC Power Supply

  • Reversal: Electronic H-Bridge (< 50ms)
  • Programming: Multi-Stage Cyclic Timer
  • Efficiency: 91% at Nominal Duty
  • Process: Electro-Descaling & Water Remed.
Aviation · 28.5V Portable 28.5V Aircraft Ground Power Unit

28.5V DC 100A–600A Mobile Aircraft Ground Power Unit (GPU)

  • Starting Peak: Up to 2000A Peak Current
  • Mobility: Heavy-Duty All-Terrain Castors
  • Standards: ISO 6858 & DFS 400 Compliant
  • Sector: MRO Hangars & Flight Lines
300kW · High Current 300kW 20V 15000A Water-Cooled High Current DC Power Supply

300kW 20V 15,000A High-Current Electrolysis Rectifier

  • Current Output: 0–15,000A Continuous
  • Busbar: CNC Pure T2 Electrolytic Copper
  • Safety: Emergency Stop Loop, Arc Sensing
  • Application: Green H2 & Metal Recovery
13+
Years Engineering Expertise
15,000A
Maximum Current Per Enclosure
100kV
High Voltage Test Capability
0 MOQ
OEM Custom Prototyping
Local Application Scenarios

Engineering Power Conversion for Dudelange's Industrial Transition

From the legacy of the historic ArcelorMittal Dudelange rolling facilities to the contemporary rail multimodal freight hub and southern Luxembourg's high-tech eco-districts, modern rectification requires high energy efficiency, low grid pollution, and severe environmental resilience.

Coil Coating & Surface Metallurgy

Dudelange's heritage in precision cold-rolled strip, electrogalvanizing, and anti-corrosive alloy coatings mandates rectifiers capable of delivering ultra-stable continuous currents from 5,000A to 15,000A. Fenvix water-cooled IGBT architectures maintain ripple below 2%, minimizing zinc and chromium layer crystalline porosity while preventing bath burning on modern continuous processing lines.

Green Hydrogen Electrolysis (PEM & Alkaline)

Southern Luxembourg's aggressive industrial decarbonization targets demand modular, high-current DC switch-mode rectifiers directly coupled with polymer electrolyte membrane (PEM) and pressurized alkaline electrolyzer stacks. Our programmable units feature ultra-fast dynamic ramping, supporting fluctuating loads from local wind and rooftop solar inputs without stressing stack membranes.

CFL Multimodal Hub & Automated Material Handling

Positioned at the Eurohub Sud logistics terminal in Dudelange, modern automated storage and retrieval systems (ASRS), electric shunter tractors, and heavy crane battery systems require heavy-duty programmable charging and burn-in power supplies. Fenvix supplies 400V-compatible, bidirectional-ready charging test rectifiers with integrated thermal throttling.

Technological Evolution

Regional Power Electronics Trends in the Greater Region

Industrial procurement in Luxembourg, Lorraine, Wallonia, and the Saarland is undergoing structural changes driven by the European Green Deal and stringent harmonic compliance requirements.

SCR to High-Frequency IGBT Migration

Traditional silicon-controlled rectifiers (SCR) suffer from low power factor (0.65–0.75) and massive transformer footprint. Modern Dudelange operators are replacing thyristor gear with our 20kHz–40kHz IGBT switch-mode systems, instantly recovering cabinet space and elevating power factor above 0.94 without bulky external capacitor banks.

Creos Grid Compliance & Harmonics

Luxembourg’s transmission system operator (Creos) strictly enforces total harmonic distortion (THD) limits. Fenvix units offer active power factor correction (PFC) or 12-pulse / active front-end topologies, suppressing THDi below 5% to comply with EN 61000-3-12 and IEEE 519 standards at heavy industrial coupling points.

Hermetic Closed-Loop Liquid Cooling

Acid fumes in zinc-nickel electroplating and airborne particulate around steel recycling accelerate corrosion in open air-cooled heatsinks. The modern Dudelange standard is IP54-sealed enclosures utilizing stainless steel heat exchangers linked to closed water-glycol chilled circuits.

Industry 4.0 & Cyber-Secure Bus Protocols

Isolated analog control is rapidly being superseded. Our custom OEM programmable rectifiers incorporate optocoupled Modbus RS485, Profinet, and Ethernet/IP protocols, enabling real-time logging of amphour deposition, predictive diode thermal runaway warnings, and centralized MES integration.

Process Specification

Engineering Decision Matrix for Rectifier Sizing

Compare output envelopes, electrical topologies, and cooling configurations tailored for industrial surface engineers and procurement teams.

Industrial Process Voltage / Current Spectrum Cooling Topology Regulation Mode Grid & Automation Interface
Heavy Zinc & Alloy Plating 0–15V DC / 1,000A–15,000A Water-Cooled (316L SS) CC / CV, Soft Start < 2% Ripple Modbus-RTU / Profinet, 400V 50Hz
Hard Anodizing (Type III) 0–100V DC / 500A–5,000A Forced Air or Liquid Multi-Step Current Ramp Profile Isolated 0–10V, Touchscreen HMI
Electrophoretic E-Coat 0–400V DC / 20A–150A Forced Air Cooling Voltage Controlled, Arc-Quenching Dry Contact Alarms, Modbus
Alkaline / PEM Electrolysis 20–80V DC / 2,500A–15,000A Deionized Water Closed Loop Constant Current, Fast Slew Rate CANbus, Ethernet/IP, Low THDi
Electrochemical Water Descaling 0–48V DC / 100A–1,000A Sealed Forced Air (IP44) Fast Auto-Polarity Inversion Programmable Timer, RS485
Avionics & Ground Power Support 28.5V DC / 115V AC 400Hz Heavy-Duty Skid Air Flow Voltage Stabilized, 300% Peak Overload Phase-Angle Sync, Mobile Ruggedized
Enterprise Manufacturing Depth

Direct ISO 9001 Factory vs. Commercial Intermediaries

Founded in 2013, Guangdong Fenvix Technology Co., Ltd. operates a specialized 3,000m² manufacturing facility housing full mechanical sheet-metal fabrication, copper busbar milling, automated winding, and full-load burn-in bays. We eliminate trading markup and communication delays, delivering exact bespoke rectifiers to Dudelange engineering teams.

Unlike assemblers who outsource structural metalwork and copper routing, our in-house CNC plate shearing, automated punching, drilling, and tapping machines ensure every busbar satisfies precise ampacity ratings (>2A/mm² for pure T2 copper) and cabinets achieve rated IP ingress protection.

CE Mark
RoHS Directive
LVD Electrical Safety
EMC Compliance
TÜV Rheinland Verified Factory
Procurement Due Diligence

Frequently Asked Questions by Luxembourg Industrial Buyers

Specific answers regarding electrical compatibility, mechanical tailoring, European norms, and cross-border logistics to the South of Luxembourg.

1. How do your custom OEM programmable rectifiers integrate with the Luxembourg power grid (400V 50Hz)?
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All Fenvix industrial rectifiers destined for Dudelange and the wider Grand Duchy are engineered for nominal three-phase 400V AC (±10% to ±15% tolerance window) at 50Hz, fully adhering to EN 50160 grid voltage characteristics. We configure internal primary chokes, soft-start magnetic contactors, and transient surge voltage suppressors (Class II SPD) to withstand grid switching transients typical near heavy rail and industrial junctions like Bettembourg-Dudelange.
2. Can Fenvix provide custom dimensional sizing to fit existing ArcelorMittal or legacy facility footprints?
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Yes. Because we house our own sheet metal fabrication, laser cutting, and busbar bending lines, we are not limited to fixed catalog chassis. If your plant room has narrow door clearances, low overhead crane clearance, or top-mounted busbar ducting requirements, our CAD engineers customize the structural frame, busbar drop locations, and plumbing inlets before sheet metal cutting commences.
3. What cooling requirements are necessary for high-current water-cooled rectifiers in wet process plants?
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For outputs above 3,000A, we strongly recommend closed-loop liquid cooling using standard industrial demineralized water or water-glycol mixtures. Inlet water temperature should ideally remain between +5°C and +32°C at a working pressure of 0.2 to 0.4 MPa. Our internal circuits are fabricated exclusively with SS304/SS316 stainless steel or oxygen-free copper manifolds fitted with digital flow sensors, automatic overheat cutoffs, and condensation monitoring.
4. Are Fenvix rectifiers fully certified under European Union directives for workplace installation?
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Yes. Every system exported to the European Union complies with the Low Voltage Directive (LVD 2014/35/EU) and Electromagnetic Compatibility Directive (EMC 2014/30/EU), bearing CE marks. The manufacturing facility undergoes periodic on-site assessment by TÜV Rheinland. Individual factory test records, insulation resistance test certs (hipot test at 2.5kVAC), and ripple measurement certificates are included with dispatch documentation.
5. What are the lead times and shipping logistics from factory to Dudelange (postal code L-3401 to L-3599)?
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Prototype and single-unit bespoke designs typically require 3 to 4 weeks of production and continuous 72-hour load burn-in. Standard logistics options include expedited air freight to Luxembourg Findel Airport (LUX) within 5–7 days, or consolidated ocean container freight to Rotterdam/Antwerp with direct rail/truck transfer to the CFL Intermodal Terminal Dudelange within 28–35 days, with all customs clearance (DDP) managed seamlessly.
6. How is after-sales commissioning and technical support handled across Benelux and France borders?
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We provide comprehensive English and French electrical schematics, terminal connection maps, and high-definition video commissioning walkthroughs. Remote diagnostic support is available via direct engineering contact. Furthermore, because our components utilize world-tier semiconductors (Infineon, Semikron, Fuji IGBTs) and standard PLC hardware, local maintenance technicians can inspect, service, or swap modules with complete ease.

Accelerate Your Power Project with a Direct Manufacturer

Whether you require a single high-precision programmable test source or a bank of 10,000A galvanizing rectifiers for a continuous line in Dudelange, Fenvix engineers provide complete calculations, electrical drawings, and competitive OEM quotations within 24 hours.