Heavy Duty
12V 15V 5000A 6000A 75KW Water-Cooled DC Rectifier
- Rating: 12V/15V • Up to 6,000A
- Cooling: Closed-Loop Liquid Cooled
- Control: Digital CV/CC • RS485
- Efficiency: ≥ 90% at full load
Industrial-Grade Configurations
Precision DC Sources & Rectifiers for Rigorous Life-Cycle & Burn-In Testing
Direct from our specialized production floor in Guangdong to the Vienna tech corridor. Each platform features configurable CC/CV operating boundaries, fast rise times, ultra-low ripple voltage, and full industrial bus telemetry.
EV Testing
800V 50A 20kW EV Traction & Aging Test DC Source
- Voltage: 400V – 800V Continuous
- Current: 0 – 50A Programmable
- Standard: CE, LVD, EMC, RoHS
- Target: EV Inverters & Battery Packs
High Voltage
90kW–120kW 2000V High-Power Burn-In Supply
- Voltage: 0 – 2,000V DC Adjustable
- Current: 0 – 60A Dynamic Limits
- Input: 3-Phase 380V/400V AC
- Protection: OVP, OCP, OTP, Short Arc
Pulse / HV
80kW 3200V Capacitor Charging & Aging Unit
- Range: 1,000V – 3,200V Output
- Topology: Fast Resonant Inverter
- Topology: Repeatable Charge Curves
- Interface: Ethernet / Modbus RTU
Modular ATE
1.5kW–5kW Programmable DC Switching Source
- Form Factor: 19-Inch Rack Mount Ready
- Regulation: 0.05% Line & Load Stability
- Speed: Slew-Rate Controlled Output
- Cooling: Low-Noise Intelligent Fans
Polarity Reversing
48V 625A 30kW Auto-Polarity Reversing System
- Reversing: Seamless Millisecond Shift
- Profile: Integrated Multi-Step Timer
- Duty: Continuous 24/7 Operation
- Use: Electrochemical Cell Testing
Ultra High Voltage
0–100kV Precision High-Voltage Test Supply
- Output: Up to 100,000V DC Regulated
- Current: Microamp to Milliamp Res.
- Interlocks: Dual Hardware Safety Loop
- Application: Insulation & Dielectric Stress
Benchtop R&D
6kW 0–60V 100A Digital Laboratory Source
- Display: 4-Digit True RMS Display
- Ripple: ≤ 0.2% Vrms Low Noise
- Transient: < 2ms Dynamic Response
- Compliance: RoHS, CE Directive Marked
Vienna Regional Engineering Context
Precision Burn-In Engineering: Aligning Power Electronics with Vienna's Industrial Mandates
Exploring how custom power supply topologies deliver continuous thermal and electrical stress validation for Austria's premier automotive tiers, rail engineering hubs, and high-purity medical instrument innovators.
In the industrial corridors extending from Vienna's 21st and 22nd districts (Floridsdorf and Donaustadt) to the high-tech automotive belts of Lower Austria, equipment reliability is not merely a specification—it is an existential operational safeguard. Aging tests, life-cycle burn-in simulations, and stress-screening racks operate continuously under demanding schedules. When evaluating custom OEM aging test power supplies, Austrian research leads and quality directors demand robust electrical architecture: power sources must guarantee minimal voltage droop under step-load shifts, maintain continuous constant-current stabilization across wide thermal fluctuations, and operate safely in clean, dense ATE (Automated Test Equipment) architectures.
Core Local Application Scenarios
E-Mobility & 800V SiC Inverter Stress
With Vienna and Graz serving as vital automotive engineering anchors, next-generation traction inverters and onboard chargers demand multi-week aging under elevated temperature regimes. Our 400V–800V 20kW+ DC switching systems provide tight constant-current ramping and ultra-fast over-voltage clamping (<10μs), safeguarding Silicon Carbide (SiC) MOSFET gates during high-voltage thermal-cycling tests.
Rail Traction & Infrastructure Burn-In
Vienna's international prominence in rolling-stock manufacturing and signaling systems demands uncompromising life-cycle validation. Heavy-duty auxiliary converter banks and magnetic actuators undergo full-load burn-in via our high-voltage and high-current rectifiers, offering continuous full-load output under 400V 50Hz Austrian 3-phase mains without harmonic distortion penalties.
Biomedical & Precision Sensor Validation
In the specialized biotechnology labs across the Vienna Biocenter cluster, laboratory power supplies must provide spotless ripple profiles (≤ 0.1% Vrms) for continuous multi-channel sensor testing. Our programmable lab sources ensure that transient voltages do not distort sensitive analytical instrumentation during year-long accelerated life trials.
Unlike off-the-shelf catalog units built with fixed voltage windows, an OEM partner must accommodate custom rack enclosures, bespoke analog input scales (e.g., galvanic 0–5V or 4–20mA process transducers), and advanced protocols like Modbus-TCP and CANopen natively. By combining solid-state high-frequency IGBT topologies with comprehensive in-house mechanical fabrication, Fenvix eliminates design compromises for Austrian integration houses.
Strategic Market Trends
Market Transformation: What Austrian Test Engineers Prioritize in 2025–2030
From EU eco-design directives to data-traceable burn-in automation, modern power architectures must satisfy both technical and statutory benchmarks.
High-Efficiency Thermal Footprint
With Austrian industrial energy tariffs incentivizing carbon neutrality, test rigs running 24/7 cannot tolerate 75% legacy silicon rectifiers. Fenvix IGBT platforms maintain ≥90% operating efficiency across wide load curves, dramatically shrinking cooling infrastructure and HVAC operational expenditure in enclosed Vienna test cells.
Deterministic Telemetry & Industry 4.0
Austrian Tier-1 suppliers rely on complete historical data logging for audit-ready compliance. Modern test power supplies must log millisecond-resolution voltage drops, load variations, and thermal readings directly into centralized SCADA platforms via RS485 or industrial Ethernet, guaranteeing flawless quality audit trails.
Rigorous CE & Low-Voltage Directive Adherence
Importing electrical apparatus into Austria necessitates rigorous compliance with the EU Low Voltage Directive (2014/35/EU) and Electromagnetic Compatibility Directive (2014/30/EU). Standardized testing reports, verified insulation barriers, and audited production methodologies are strict prerequisites for customs clearance and operational safety sign-off.
13+
Years of OEM Engineering
3,000m²
Dedicated Production Area
0 MOQ
Prototype & Small Batches
100%
Full Load Burn-in Inspected
Factory Verifiable Capabilities
Why Engineering Teams Partner Directly with Guangdong Fenvix Technology
Operating from our fully equipped ISO 9001 facility, Fenvix eliminates trading intermediaries, ensuring rigorous quality oversight from initial sheet metal processing to oscilloscope-monitored burn-in.
In-House Sheet Metal & Busbar Fabrication
Unlike assembly shops that outsource chassis, Fenvix maintains complete in-house mechanical equipment: plate shearing, high-precision punching, milling, drilling, and tapping machines. We fabricate custom heavy-gauge copper busbars and corrosion-resistant enclosures specifically tailored to fit your test cabinets.
Stringent Incoming & Outgoing QC
Every power assembly utilizes Tier-1 insulated-gate bipolar transistors (IGBTs) and premium grade magnetic cores. All units undergo mandatory burn-in cycles under authentic inductive/capacitive loads, monitored with high-bandwidth oscilloscopes to certify ripple, step response, and thermal stability prior to crating.
Seamless DDP Air/Sea Logistics to Austria
Experienced in European trade conditions (FOB, CIF, CFR, FCA, CIP, DDP), we take the complexity out of transcontinental procurement. We handle full seaworthy packaging, documentation, export customs clearance, and coordinated delivery directly to your facility in Vienna, Schwechat, or adjacent logistics parks.
CE Certified
RoHS Compliant
LVD Compliant
EMC Certified
TÜV On-Site Verified
Purchasing & Technical Clarifications
Frequently Asked Questions by Austrian Engineers & Procurement Teams
Clear, direct answers regarding input voltages, certification compliance, software integration, and delivery parameters.
Are Fenvix power supplies fully compatible with Austria's 400V 50Hz 3-phase grid? +
Yes. All industrial-class power supplies and high-current rectifiers delivered to the Vienna market are engineered natively for European 3-phase 400V AC (±10% tolerance) at 50Hz. Single-phase models operate seamlessly on 230V AC 50Hz. We accommodate standard Austrian industrial distribution architectures (TN-S and TN-C-S earthing configurations) with built-in surge suppression, phase-imbalance protection, and high-efficiency power factor correction.
How do you support custom communication protocols (Modbus, CANopen, Profinet)? +
Our programmable DC power supplies come standard with optically isolated RS485 (Modbus RTU) interfaces and high-precision 0–5V/0–10V/4–20mA analog telemetry. For Austrian facilities standardizing on Profinet, EtherCAT, or CANopen networks, we supply dedicated communication gateway modules and comprehensive register memory maps. This enables plug-and-play integration into Siemens PLC test benches and automated LabVIEW aging software suites.
What are the lead times and delivery mechanisms for a custom power supply to Vienna? +
Standard tailored configurations typically have a factory manufacturing window of 15 to 25 business days, including full burn-in and calibration. Prototype systems with unique non-standard voltage ranges may require 30 business days. For urgent test lab milestones in Vienna, we offer express air cargo (5–7 transit days) with full DDP (Delivered Duty Paid) processing. Bulk heavy-duty units are shipped via established marine routes arriving through European ports (Hamburg, Rotterdam, or Koper) followed by direct rail/road transport to your Vienna facility.
How does Fenvix guarantee CE, EMC, and LVD compliance for customs and safety clearance? +
Fenvix holds ISO 9001 certification and has been independently verified on-site by TÜV Rheinland. Models destined for the Austrian and wider EU market are designed and tested to comply with the European Low Voltage Directive (LVD 2014/35/EU) and Electromagnetic Compatibility Directive (EMC 2014/30/EU). Formal Declarations of Conformity (DoC), CE marks, and detailed third-party test reports are provided directly with documentation packages, guaranteeing hassle-free Austrian customs processing and effortless internal safety sign-offs.
What is the minimum order quantity (MOQ) for custom OEM configurations? +
We maintain an absolute 0 MOQ policy. We understand that R&D centers, universities (such as TU Wien), and pilot testing lines frequently require a single, highly specialized unit before scaling to volume. Single prototypes receive the same rigorous engineering attention, customized panel labeling, and full technical documentation as high-volume production orders.
What technical support and warranty provisions are offered after delivery? +
Every power supply is covered by a 12-month comprehensive factory warranty, with extended warranty plans available. Our technical engineering division provides direct English-language technical support via video call, email, and remote diagnostic sessions. Because our systems are designed with modular field-replaceable power slices and socketed control logic, replacement assemblies can be quickly dispatched to ensure continuous test bench uptime.
Discuss Your Custom Aging Test Setup with Our Engineers
Whether you require a high-voltage pulse unit, a water-cooled 6,000A DC rectifier, or a multi-channel automated burn-in power rack for your Vienna facility, our engineering department will deliver a preliminary technical specification and quote within 24 hours.