YUCOO 24V (10-32VDC) to 24V DC 5A 120W Converter
- Input Window:10 - 32 VDC Wide
- Output Precision:24V ±1% Stability
- Application:Electric Vehicles / Carts
High-Reliability Architecture
Factory-Direct Conversion & Adjustable Power Systems
Purpose-engineered for low harmonic distortion, wide thermal resilience (-40°C to +85°C), and continuous laboratory-grade stability in coastal environments.
AC 24V to DC 5V 3A Waterproof Buck Converter
- Input Source:AC 24V (16-28V)
- Output Rating:DC 5V @ 3A (15W)
- Potting:Sealed Epoxy Resin
YUCOO Toroidal Pure Sine Wave Inverter 1500W
- Input Topology:12V DC Battery Bus
- Output Power:220VAC 1500W Continuous
- Transformer:Low-Loss Toroidal Core
Rotary 1-Phase to 3-Phase Frequency Converter
- Input Grid:110V / 220V 1-Phase
- Output System:220V/380V 3-Phase
- Frequency:50Hz / 60Hz Selectable
Buck & Boost 8-40V to 13.8V 5A DC-DC Module
- Operating Range:Ultra-wide 8 - 40 VDC
- Regulated Output:13.8V @ 5A (Radio Standard)
- Efficiency:Up to 94.5%
YUCOO Waterproof IP67 24V to 12V 3A 36W Unit
- Ingress Rating:IP67 Submersible
- Conversion:24V DC to 12V DC
- Protection:OVP, OCP, OTP Integrated
DC40-135V to DC12V 10A 120W Isolated Converter
- High-Voltage In:40 - 135 VDC Bus
- Isolation:1500VDC Input-to-Output
- Enclosure:Cast Aluminum Fin Heat Sink
IP67 12/24V to 5V 5A 25W Converter Module
- Input Flexibility:12V / 24V Battery Bus
- Output Channel:5V DC @ 5A Heavy-Duty
- Body:Flame-Retardant ABS Housing
Rogaland Operational Context
Serving the Energy Capital: Harsh-Environment Power Architecture
Stavanger sits as the nerve center of Norway's offshore energy operations, subsea technology development, and green maritime transition. For engineers across Tananger, Dusavika, and Forus business parks, power conditioning equipment must endure distinct North Sea challenges.
Offshore & Subsea Telemetry
In offshore drilling platforms and Subsea Production Systems (SPS), DC-DC converters must handle wide transient swings caused by heavy pump starts. Our isolated converters (40-135V to 12V) prevent ground loops and high-voltage flashovers across multi-kilometer umbilical lines.
- 1500VDC galvanic isolation barrier
- Corrosion-resistant anodized aluminum bodies
- Transient suppression compliant with DNV maritime guidelines
All-Electric Workboats & ROVs
Stavanger's hybrid service vessels, aquaculture catamarans, and inspection Remotely Operated Vehicles (ROVs) require compact, high-efficiency DC power conversion. Our buck-boost regulators provide stable 12V/24V power to sonars, navigational GPS, and Starlink communication nodes despite erratic alternator loads.
- Sealed IP67 enclosures immune to salt fog & high humidity
- High thermal dissipation efficiency up to 95%
- Immunity to engine ignition voltage dips down to 8V
R&D Testing & Hydrogen Pilot Labs
With the expansion of the Energy Transition Norway cluster and testing facilities near the University of Stavanger (UiS), lab technicians require adjustable DC power supplies with precise Constant Voltage (CV) and Constant Current (CC) control for electrolysis testing, battery stress analysis, and motor drives.
- Continuous programmable output up to 600V / 1000A
- Ultra-low peak-to-peak ripple (<10mV RMS)
- RS485 / Modbus integration for automated test rigs
Engineering Matrix
Standard Industrial vs. Varnix Marine-Spec Adjustable DC Systems
A breakdown of structural characteristics determining long-term mean time between failures (MTBF) under North Sea operating profiles.
| Evaluation Parameter | Commercial Grade Units | Varnix Industrial / Marine Standard | Operational Impact in Rogaland |
|---|---|---|---|
| Galvanic Isolation | Non-isolated common ground | 1.5kV - 3kV Reinforced Isolation | Eliminates parasitic vessel hull currents and subsea sensor drift |
| Enclosure Protection | IP20 / Perforated Sheet Metal | IP67 Encapsulated Cast Aluminum | Withstands salt-mist corrosion, offshore moisture, and washdowns |
| Transient Ride-Through | ±10% Input Tolerance | Wide Range (e.g. 8-40V, 40-135V) | Prevents shutdowns during severe inductive load spikes on offshore rigs |
| Harmonic Distortion (THD) | Modified Sine / THD < 8% | Toroidal Pure Sine (THD < 3%) | Protects sensitive acoustic imaging, telemetry & laboratory computers |
| Thermal Cycling Range | 0°C to +40°C | -40°C to +85°C Operating Limit | Guarantees cold-start reliability during Norwegian winter deployments |
Market Evolution 2025-2030
Energy Transition Trends Across Southern Norway
Technological imperatives transforming how system integrators in Rogaland procure and deploy power electronics.
Offshore Wind Electrification
With floating wind developments such as Hywind Tampen and upcoming Utsira Nord allocations, substation auxiliary networks require high-frequency switching rectifiers with remote SNMP monitoring and black-start survivability.
Shore-Power Grid Standardization
Harbors throughout Stavanger, Sandnes, and Haugesund are expanding low-voltage shore connections (IEC/IEEE 80005-3). Converting 50Hz harbor grids to 60Hz marine vessel architecture requires rotary phase converters and bi-directional DC-DC links.
Lithium & LiFePO4 Energy Storage
Transition from industrial lead-acid banks to high-density lithium chemistries demands programmable, micro-controlled battery chargers featuring 3-stage adaptive charging profiles to eliminate cell thermal runaway risks.
Original Manufacturer Direct
Why Norwegian Importers & Integrators Source from Varnix
Operating since 2003 with 58 verified technical personnel and over 1,229 m² of audited production facilities, Varnix Technology combines deep power conversion R&D with stringent global quality governance.
SGS Audited & Certified
Complete traceability managed under certified ISO 9001:2015 quality systems. All power supplies and inverters meet CE, RoHS, and FCC directives, accompanied by verified Declaration of Conformity (DoC) documents for clean Norwegian customs clearance.
Full OEM/ODM Engineering
Customization from circuit board layouts to enclosure machining. We accommodate tailor-made input voltages, current capacities, CAN bus telemetry, specific terminal connections, and private labeling with minimum order quantities as low as 1 to 10 sets.
Rigorous Burn-in Protocol
Every single manufactured unit undergoes 100% full-load aging tests on specialized rack arrays before packaging. Digital oscilloscopes and precision multimeters check output harmonics, insulation breakdown voltage, and thermal saturation behavior.
Precision PCB Soldering
Continuous Assembly Flow
100% Aging Burn-in Racks
Oscilloscope Waveform Check
Procurement Guidance
Frequently Asked Questions by Stavanger Importers
Clear answers regarding Norwegian electrical compatibility, customs clearance, logistics, and technical adaptations.
How do your AC power supplies and inverters integrate with Norway's 230V IT grid system?
Unlike most continental European countries that utilize TN-S grounding, large parts of Norway's onshore and offshore facilities utilize an IT grid system (230V 3-phase without neutral). Our AC-DC power supplies, frequency converters, and toroidal pure sine wave inverters are built with floating ground architecture and surge suppressors that handle line-to-line 230V configurations without triggering nuisance earth leakage faults.
What international certifications accompany shipments to Rogaland?
All delivered power equipment complies with European safety standards, bearing legitimate CE marking, RoHS environmental compliance, and FCC verification. Full factory test reports (FAT), circuit diagrams, and Declarations of Conformity are supplied alongside commercial shipping invoices to facilitate seamless processing through Norwegian customs (Tolletaten).
Can your DC-DC converters and power units endure offshore salt-mist conditions?
Yes. Our maritime-grade converters feature die-cast aluminum heat-dissipating shells encapsulated in thermally conductive silicone epoxy (IP67 rated). Internal component layouts prevent galvanic corrosion between dissimilar metals, ensuring dependable operation across open decks, coastal terminals, and subsea instrument pods.
What are the delivery lead times and Incoterms available for Stavanger?
We provide full flexibility: DDP (Delivered Duty Paid directly to your door in Stavanger/Sandnes), CIF, FOB, or FCA air express for time-sensitive prototype trials. Standard production batches are completed within 7 to 15 business days, while expedited small batches can dispatch via DHL/FedEx/UPS air cargo within 3 to 5 days.
Do you accommodate OEM modifications for low-volume industrial pilot projects?
Yes. We understand that offshore prototyping and experimental green energy pilots often require specialized ratings (such as custom 30V Starlink converters, 135V subsea drops, or bespoke 48V telecom rectifiers). We provide custom PCB modifications and mechanical housing adjustments with flexible minimum orders starting from just 1 to 5 units.
Plan Your Power Architecture with Factory Engineers
Consult with our technical team today to optimize input/output parameters, thermal management, and international compliance for your Stavanger-based energy or maritime installation.