Water-Cooled
12V/15V 5000A–6000A 75kW Water-Cooled Plating Rectifier
- TopologyIGBT High-Freq Inverter
- Output0–15V / 0–6000A CV/CC
- CoolingDeionized / Chilled Water
- Ripple Factor≤ 2% Full Load
13+
Years Power Engineering
15,000A
Max Continuous Current
100kV
High Voltage Range
ISO 9001
TÜV Rheinland Audited
Catalog & Custom Equipment
High-Efficiency Industrial Power Conversion Systems
Built for rigorous 24/7 duty cycles with active harmonic mitigation, microsecond transient response, and rugged environmental enclosures suited for heavy production facilities.
CE / RoHS
12V 150A Precision Electroplating Rectifier
- ApplicationPCB & Precious Metals
- ControlDigital CC/CV Display
- InterfaceRS485 Modbus-RTU
- CertificationsCE, EMC, LVD
Heavy Industry
8000A 12V Water-Cooled Galvanizing Rectifier
- Output12V / 8000A (96kW)
- SealingIP54 Corrosive Fume Proof
- EfficiencyTypical ≥ 90%
- Duty Cycle100% Non-Stop Rating
Anodizing Control
100A–3000A Anodic Oxidation DC Rectifier
- ApplicationHard Coat & Architectural
- Voltage ProfileMulti-Stage Step Ramp
- Regulation±0.5% High Stability
- CoolingForced Air / Water Opt.
Descaling Timer
48V 625A Auto-Polarity Reversing Supply
- Rated Power30kW High Frequency
- FunctionProgrammable Reversal
- ApplicationIndustrial Water Descaling
- Automation4-Segment Time Program
EV / Battery
800V 50A 20kW High Voltage Test DC Supply
- Range400V–800V Continuous Adj.
- Use CaseEV Traction & ESS Testing
- Response< 5ms Dynamic Step
- InterfaceAnalog 0-10V / CAN / RS485
Aviation Ramp
Portable 28.5V Aircraft Ground Power Unit
- Current Output100A–500A Continuous
- Peak StartUp to 2000A Turbine Crank
- Form FactorMobile Rugged Cart
- CompatibilityMil-Std-704 & ISO 6858
Solid State
40kVA–500kVA 400Hz Static Frequency Converter
- Conversion60Hz Grid to 400Hz Fixed
- Output Voltage115V / 200V AC 3-Phase
- THD Voltage< 2.5% Linear Loads
- Noise Level< 65 dBA at 1 Meter
Technical Architecture & Regional Compliance
Strategic Power Conversion Deployments Across New York State
New York represents one of North America's most demanding industrial power landscapes. Sourcing heavy DC rectifiers and solid-state frequency converters across New York City's five boroughs, Long Island's aerospace defense hub, Rochester's photonics corridor, and Buffalo's advanced manufacturing districts requires equipment engineered beyond standard commercial tolerances. Electrical installations must operate under stringent local guidelines, including compliance with the New York City Electrical Code (NYCEC), the regional 480V 3-phase wye distribution grid, and rigorous fire regulations enforced by the FDNY for indoor power electronics installations.
Industrial rectifiers exported by Guangdong Fenvix Technology Co., Ltd. address these requirements through high-frequency IGBT topologies that drastically minimize physical footprints. Traditional silicon-controlled rectifiers (SCR) impose immense space and weight penalties, challenging the vertical industrial facilities of Brooklyn, Queens, and the Bronx. Our high-frequency modular power converters deliver power densities in excess of 1.2 W/cm³, achieving efficiency curves over 92% across a 30% to 100% load envelope, significantly reducing the kilowatt-hour thermal loading on facility HVAC plants.
Engineering White Paper Data
Engineering Specification & Selection Parameters for NY Engineers
Cross-reference system architectures, utility interconnect voltages, and thermal management strategies designed for North American industrial specifications.
| Application Sector | NY Grid Interconnect | DC Output Architecture | Dynamic Regulation | Cooling & Enclosure Rating |
|---|---|---|---|---|
| Precious Metals / PCB Finishing | 208V / 240V / 480V 3-Phase 60Hz | 0–15V DC, 100A–3000A | CV / CC ±0.2% Stability | Forced Air, Anti-Corrosion PCB Coating |
| Hard Chrome / Anodic Oxidation | 480V 3-Phase 60Hz Wye | 0–24V / 0–60V, Up to 15,000A | Current Density Auto-Tracking | Closed-Loop Water-Cooled, IP54 Cabinet |
| Cathodic E-Coat (Automotive) | 480V 3-Phase AC Grounded Wye | 0–400V / 0–600V, 20A–150A | Soft Start Ramp (0–60 sec) | Air Cooled / High Thermal Reserve |
| Aviation MRO & Hangar GSE | 480V 60Hz or 208V 60Hz | 28.5V DC / 115V AC 400Hz | MIL-STD-704F Compliant Output | Outdoor Towable Trailer or Hangar Fixed |
| EV Battery Test & Burn-In | 480V 3-Phase Delta/Wye | 0–800V / 0–1200V, 50A–200A | < 5ms Dynamic Step Load | Internal Forced Ducting / RS485 Modbus |
Macro-Economic Drivers
New York Industrial Trends Driving High-Efficiency Power Infrastructure
The modernization of New York's manufacturing base is defined by three powerful regulatory and economic initiatives: New York State's Climate Leadership and Community Protection Act (CLCPA), aggressive clean transportation electrification targets, and federal investments under the CHIPS and Science Act. Equipment operators across Long Island, the Southern Tier, and the Capital District face increasing economic penalties from legacy silicon-controlled rectifiers (SCRs) and mechanical motor-generator frequency converters that draw poor power factors (often below 0.75) and introduce intense total harmonic distortion (THD) into utility grids managed by Con Edison, National Grid, and NYSEG.
Fenvix addresses this regional evolution with active power factor correction (PFC) topologies yielding power factors ≥ 0.95 and total current harmonic distortion (THDi) ≤ 5%. This avoids high reactive power charges levied by local electric utilities on industrial operations. Furthermore, the rapid growth of electric fleet charging depots, eVTOL test benches in the New York metropolitan airspace, and battery storage research in Binghamton demands bidirectional and programmable high-voltage DC equipment that integrates seamlessly into digital PLC supervisory networks via Modbus-RTU, Profibus, and Ethernet/IP protocols.
Factory Reliability
Guangdong Fenvix Technology Co., Ltd. Manufacturing Infrastructure
A true OEM/ODM partner with 3,000 m² of internal sheet-metal fabrication, copper busbar machining, automated assembly, and high-capacity burn-in testing bays.
Main Workshop
Completed Cabinets
Assembly Lines
Load Commissioning
Sheet Metal Tooling
Dynamic Load Testing
Procurement & Engineering FAQ
Frequently Asked Questions by New York Buyers
Direct answers regarding North American grid interoperability, custom electrical engineering, freight logistics to Port of NY/NJ, and technical lifecycle support.
Can your equipment be configured for North American standard 480V 3-phase 60Hz electrical supplies?
Yes. Every Fenvix power supply and rectifier built for export to New York and the broader U.S. industrial market is natively engineered for 480V AC (±10%), 3-phase, 60Hz utility grids. We also regularly configure units for 208V AC 3-phase or 240V AC installations common in older metropolitan commercial facilities across New York City and Long Island. We customize transformer windings, line filter inductors, and control circuit power sources according to your exact facility feed.
How do you handle shipping, customs clearance, and DDP delivery into New York facilities?
Fenvix offers comprehensive Incoterms including Delivered Duty Paid (DDP) directly to your factory or jobsite across New York State, as well as CIF Port of New York and New Jersey, FOB, and EXW terms. For air freight consignments (prototypes or urgent MRO spares), shipments clear via JFK International Airport or Newark Liberty. Heavy rectifier cabinets and high-power frequency converters are secured inside fumigated seaworthy wooden crates with internal desiccant barrier bagging and shock watch indicators.
What is the minimum order quantity (MOQ) for custom-engineered industrial power supplies?
We maintain a strict No MOQ (Minimum Order Quantity: 1 unit) policy. We regularly engineer one-off prototype rectifiers for Columbia University, Cornell Tech, and Rochester photonics research laboratories, as well as customized pilot production lines. When you are ready for scale, our 3,000 m² factory seamlessly transitions from prototype validation to batch OEM production.
When should a New York plant choose water-cooled rectifiers over forced-air cooling?
Water-cooled rectifiers are strongly recommended when continuous DC output exceeds 4,000A to 5,000A, or where the equipment operates within aggressive, corrosive plating environments containing sulfuric, hydrochloric, or chromic acid mists. Water-cooled designs allow the power cabinet to be completely sealed against external corrosive atmosphere (IP54/IP55), extending IGBT and component lifespan. Air-cooled rectifiers remain suitable for dry electronic testing labs, aviation hangars, or facilities where dedicated chilled-water loops are unavailable.
How does Fenvix provide technical warranty support and remote diagnostics in the U.S. timezone?
All equipment includes complete schematics, terminal connection blueprints, and remote diagnostic capabilities. Our senior electrical engineering team provides direct video commissioning, PLC integration assistance, and troubleshooting. Furthermore, our modular power architecture allows modular field-replacement of IGBT drive boards and control modules in under 20 minutes using standard off-the-shelf industrial tools. On-site engineering support is available for major plant installations.