12V 2A 24W Dual Cable Desktop Power Adapter with AR Plug
- Argentina (AR) Type I 3-Pin Plug Compatible
- Universal Input: 100-240 VAC, 50/60 Hz
- Dual Cable Heavy-Duty Strain Relief
- CCTV, Security Devices & IoT Edge Node Powering
Argentina’s expanding industrial sector—spanning lithium mining in the High-Altitude Puna, heavy agriculture processing in Santa Fe, automotive assembly in Córdoba, and telecom edge networks in Metropolitan Buenos Aires—demands high-performance Enclosed AC-DC Power Supplies capable of executing flawless AC power conversion under erratic line conditions.
Unlike stabilized European or North American electrical grids, the Argentine national grid (administered under CAMMESA guidelines) experiences frequent line-voltage fluctuations, transient surges, and brownouts—ranging from 180 VAC to 260 VAC nominal continuous shifts. Standard commercial power modules frequently suffer premature component fatigue or thermal runaway under these stress conditions.
Our modular enclosed AC-DC power supply platforms incorporate wide universal AC input ranges (85–305 VAC), active Power Factor Correction (PFC > 0.98), robust EMI filtering (CISPR32/EN55032 Class B), and multi-stage overvoltage (OVP) and overtemperature (OTP) protection circuits. Built within heavy-duty perforated aluminum chassis, these units deliver optimized heat dissipation without compromising safety or spatial footprints on industrial mounting panels.
High-reliability AC-DC converters, DIN rail supplies, adjustable drivers, and desktop adapters tailored for factory automation, CCTV, LED infrastructure, and heavy machine integration.
Custom-adapted enclosed AC-DC converters tailored to solve specific environmental and electrical hurdles across Argentina.
Operating in the high-altitude Andean Puna region (>3,500 meters above sea level) exposes power electronics to thin air, reduced dielectric breakdown thresholds, extreme thermal swings (-20°C to +45°C), and high dust contamination. Our enclosed power supplies feature conformal acrylic coating on PCBs, derating adjustments for atmospheric pressure, and heavy-gauge aluminum enclosures sealed against saline dust in lithium extraction facilities.
Large grain elevators, oilseed crushing plants, and automated packaging lines in the Pampas region require continuous round-the-clock operation. Electrical noise from heavy 3-phase induction motors generates massive harmonic distortion. Our enclosed supplies feature active PFC (>0.98), robust Class B EMC filters, and high MTBF (>350,000 hours) to prevent unexpected shutdown of critical PLC control panels.
Telecommunication operators (such as Telecom Argentina, Movistar, and ARSAT) require ultra-reliable 12V, 24V, and 48V DC power convertors for outdoor fiber enclosures, cellular towers, and edge computing nodes. Our desktop and enclosed AC-DC adapters offer low ripple noise (<120mVp-p), high isolation (3000 VAC input-to-output), and full compliance with IRAM plug and electrical safety norms.
Automotive manufacturing plants in Córdoba utilize automated robotic welding, stamping presses, and conveyor systems operating in intense thermal ambient conditions. Our enclosed SMPS units feature intelligent speed-controlled cooling fans, vibration-resistant PCB mounting, and high surge capabilities (handling 150% peak load for 3 seconds) to support inductive motor starting currents without triggering false trips.
Photovoltaic solar generation fields in the Cuyo region require isolated auxiliary power units to run tracker controls, communication gateways, and grid-tied inverter cooling sub-systems. Featuring 4000 VAC reinforced isolation, wide DC input capability, and high operating temperature limits (+70°C), our enclosed power modules ensure stable power delivery even during peak solar irradiation hours.
Key shifts in import regulations, grid modernization, energy efficiency standards, and industrial automation demands across Argentina.
Navigating Argentina's import landscape requires strict adherence to safety standards (Resolution 169/2018 and IRAM 2073 / IEC 62368-1 certification). OEM buyers and factory engineering teams prefer partnering with established international power supply manufacturers whose platforms already possess international CB schemes, UL listings, and comprehensive safety test reports. This dramatically simplifies local import customs clearance under current SEDI (Sistema de Importaciones de la República Argentina) documentation requirements.
With industrial energy tariffs undergoing rationalization across Argentina, plant engineers are actively upgrading from legacy open-frame linear supplies to high-efficiency switching mode power supplies (SMPS). Modern enclosed AC-DC units operating at 90%-94% conversion efficiency significantly reduce thermal dissipation inside control cabinets, lowering auxiliary air-conditioning expenses and extending the operational lifecycle of internal components.
Due to extended engineering lead times and high NRE (Non-Recurring Engineering) costs associated with custom power supply development, Argentine OEMs are rapidly shifting toward "Modified Standard" models. Factory buyers leverage established standard enclosed platforms and request minor modifications—such as specific DC voltage output trim (e.g., 13.8V for battery backup, 48V for telecom), custom wiring harnesses, conformal PCB coating, or pre-fitted Argentina Type I power cords.
Argentina encompasses diverse extreme climatic zones—from the hot, humid subtropical Northeast (Misiones) to the dry, dusty high-altitude Northwest (Salta) and freezing Patagonian South (Tierra del Fuego). Demand is soaring for enclosed supplies featuring wide temperature ratings (-40°C start-up), IP20/IP65 protective enclosures, and vibration resistance certified according to IEC 60068-2-6 norms.
Architectural trade-offs to evaluate when designing cabinet space and thermal management systems for Argentine factories.
| Specification Parameter | Industrial Enclosed AC-DC Power Supply | Open Frame AC-DC Module | Argentine Field Advantage |
|---|---|---|---|
| Mechanical Protection | Full perforated metal mesh cage (IP20 standard) | Exposed PCB and components | Prevents accidental contact & airborne dust ingress in factories |
| Thermal Dissipation | Convection mesh + Optional internal fan | Requires host equipment airflow design | Handles high ambient heat (+50°C) without external fans |
| Safety & Shock Immunity | Touch-safe screw terminal block with cover | Exposed high-voltage pin headers | Complies with local OSHA / ART industrial workplace regulations |
| EMI / EMC Performance | Shielded cage reduces radiated emissions | Requires careful system shielding | Meets CISPR32 Class B without extra external line filters |
| Input Voltage Window | Universal 85 – 305 VAC (300 VAC surge for 5s) | Standard 90 – 264 VAC | Withstands severe Argentine grid voltage spikes & brownouts |
| Warranty & MTBF | 5 Years Standard / >350,000 Hours | 2-3 Years / >200,000 Hours | Reduces long-term MRO (Maintenance & Repair) overhead |
Two decades of power conversion excellence, rigorous quality management, and dedicated global technical support.
Our state-of-the-art production facilities utilize automated SMT lines, 100% full-load automatic burn-in testing, and computerized optical inspection (AOI). Every unit undergoes rigorous stress testing before packaging to ensure zero-defect delivery.
We eliminate lengthy custom development delays by offering modified standard engineering options. We quickly adjust output voltages, add thermal potting compounds, apply conformal coatings, and customize output terminal wiring to match your exact OEM specifications.
Our heavy-duty enclosed AC-DC models are backed by a comprehensive 5-year factory warranty. We commit to long-term component availability and issue formal Product Change Notifications (PCN) and Last-Time-Buy (LTB) guidance at least 12 months in advance.
Practical answers regarding electrical compatibility, regulatory compliance, custom modifications, and delivery logistics in Argentina.
Our enclosed AC-DC power supplies feature an ultra-wide universal AC input range (85–305 VAC) engineered specifically to withstand severe grid instability. They incorporate active Power Factor Correction (PFC) circuits and heavy-duty metal-oxide varistors (MOVs) capable of absorbing continuous input transients up to 300 VAC for 5 seconds without operational disruption or damage to connected DC equipment.
Yes. All product series are manufactured in accordance with international safety standards including IEC/EN/UL 62368-1 for industrial and IT equipment, and IEC 60601-1 for medical grade supplies. We provide complete CB test reports, CE declarations, and UL file references that facilitate smooth homologation and IRAM 2073 compliance testing for importation into Argentina under SEDI guidelines.
At altitudes exceeding 2,000 meters above sea level, atmospheric density decreases, reducing the convection air cooling capacity. As a rule of thumb, we recommend derating the maximum output power by 5% per 1,000 meters above 2,000m. Alternatively, selecting units equipped with active internal cooling fans or specifying custom aluminum baseplate heat-sink extensions will allow full rated load operation up to 5,000 meters altitude.
Yes. Our external AC-DC switching adapters (such as our 12V 2A 24W and 5W–200W models) can be pre-configured and shipped with certified IRAM 2073 compliant 3-pin Type I AC power cords. This ensures immediate plug-and-play installation for Argentine security equipment, medical instruments, and commercial edge node enclosures.
Standard catalogue models are maintained in buffer stock at our global distribution hubs, allowing dispatch within 48 to 72 hours via international air express (DHL/FedEx/UPS) to major Argentine logistics hubs. For large volume OEM batch orders or modified standard requests, typical production and shipping lead times range between 4 to 6 weeks.
Yes. Selected high-power enclosed models (400W and above) include integrated active current-sharing (ORing FETs/diodes) functions that allow up to 4 units to be connected in parallel. This enables engineering teams to build redundant N+1 power architectures or scale system DC capacity up to several kilowatts for heavy industrial machinery.
Consult directly with our Senior Field Application Engineers. We assist with parametric model selection, schematic reviews, thermal budget calculations, and customized OEM power supply quotes.