12V 15V 5000A-6000A 75KW Water Cooled Electroplating Rectifier
- Output Range0–15V / 0–6000A
- Cooling MethodClosed-Loop Water
- RegulationDigital CV/CC Mode
- CommunicationRS485 / Modbus RTU
Standard and custom-built switch-mode DC power supplies, engineered with industrial-grade IGBT modules, precise CV/CC digital loop regulators, and complete isolation matrices for challenging Mediterranean operations.
From the deep-water docks of the Port of Rijeka to heavy shipyard overhauls along the northern Adriatic coast, switch-mode high-frequency rectifiers deliver elevated energy yields and compact footprints.
Ship maintenance facilities like Viktor Lenac and regional shipyards require continuous, high-current DC power for hard chromium re-plating of massive propulsion shafts, rudder stocks, and cylinder liner rebuilding. High-frequency switch-mode supplies eliminate the severe ripple common to legacy silicon-controlled rectifiers (SCR), delivering uniform micro-hardness and lower hydrogen embrittlement.
The Port of Rijeka handles intensive bulk liquid cargo, chemical bunkering, and container handling. Our programmable auto-polarity reversing rectifiers provide electrochemical ballast water treatment, offshore biofouling suppression, and industrial cooling descaling without chemical additives, automatically cycling current paths via solid-state H-bridge controls.
Rijeka Airport (Krk Island) and local deep-water offshore service docks require clean, frequency-converted electrical supplies. Our 400Hz solid-state static converters and 28.5V DC Ground Power Units (GPUs) provide stable, noise-free avionics checkout and vessel auxiliary shore-connection, replacing inefficient motor-generator setups.
As Northern Croatia modernizes its port facilities and deepens EU Green Deal compliance, industrial power engineering across Rijeka is pivoting decisively away from legacy transformer infrastructure.
Traditional oil-immersed or air-cooled thyristor rectifiers operate at 50Hz, causing significant line harmonics and operating at a bulky 60–75% efficiency. High-frequency IGBT switching (operating between 20kHz to 50kHz) slashes magnetic weight by 60%, boosts power factor to ≥0.95, and yields over 90% system efficiency, curbing base electricity costs for Croatian heavy metal-finishing works.
Croatia’s modern industrial facilities demand centralized telemetry. Fenvix integrates industrial RS485 (Modbus RTU), Profibus DP, and 4–20mA/0–10V isolated analog loops straight out of the Guangdong production plant. This architecture links directly with automated plating hoists, descaling pipelines, and airport asset monitoring dashboards across the Primorje-Gorski Kotar region.
The intense salt-fog atmosphere of Kvarner Bay rapidly degrades standard industrial electronics. OEM power supply systems must feature conformal-coated Printed Circuit Board Assemblies (PCBA), fully isolated transformer stages, 316 stainless chassis hardware, and closed-circuit liquid cooling topologies to insulate critical semiconductor junctions against marine chloride attack.
| Application Process | Required Output Spec | Key Control Architecture | Fenvix Recommended Configuration |
|---|---|---|---|
| Marine Hydraulic Shaft Plating | 12V–15V, 4,000A–10,000A DC | Constant Current / Digital Soft Ramp | Water-Cooled High-Frequency IGBT Plating Rectifier |
| Electrochemical Ballast Descaling | 24V–48V, 500A–1,500A DC | Programmable Solid-State Polarity Reversal | H-Bridge Auto-Reversing Water Treatment PSU |
| Shipyard Anodic Hard Coating | 60V–150V, 200A–2,000A DC | Multi-segment Current Stepping, Spark Cutoff | Anodic Oxidation High-Frequency Rectifier |
| Hangar Ground Operations & MRO | 115V AC / 400Hz, 28.5V DC (300A-1000A) | Pure Sine Inverter, Overload Dynamic Ride | Dual Output Static Frequency Converter / Mobile GPU |
| EV Motor & Component Test Benches | 0–800V, 0–2,000V DC Programmable | Fast Transient Response (<5ms), Bidirectional Ready | High-Voltage Adjustable Switch-Mode DC Power Source |
Direct technical answers addressing system sizing, cooling choices, maritime grid compatibility, and international logistics for procurement directors and plant engineers.
Direct manufacturer capabilities eliminating distribution markup. Founded in 2013, our 3,000m² manufacturing facility integrates mechanical metalworking, PCBA engineering, module assembly, and comprehensive load-bench burn-in testing.
Unlike trading assemblers, Fenvix controls complete sheet metal shearing, CNC punching, milling, drilling, and tapping alongside high-purity T2 copper busbar electro-machining in our own workshop. This vertical integration guarantees mechanical robustness, precision cabinet sizing, and rapid OEM modifications tailored to compact shipyard installation envelopes.
We respect engineering prototypes, research pilots, and emergency replacement timelines. Whether your Croatian enterprise requires a single custom 12V 6000A water-cooled rectifier for an urgent shipyard tank retrofit or a scheduled batch order of fifty 400Hz frequency converters, we build, burn-in, and validate single units with dedicated engineering care.
Before any power chassis leaves our production line, it undergoes mandatory insulation resistance checking, hi-pot dialectric breakdown testing, and prolonged thermal full-load burn-in under calibrated resistive and reactive load banks. Real-time oscilloscope tracking verifies low waveform ripple and clean IGBT switching characteristics.
Consult directly with Fenvix senior power electronics engineers. Specify your required voltage, current ratings, target duty cycle, cooling approach, and control protocols—receive a detailed technical layout and factory direct quotation within 24 hours.
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