High-Reliability AC to DC Power Supplies for Overseas Industrial Buyers
Helios Power Solutions offers an extensive portfolio of high-efficiency AC to DC power supplies designed to perform reliably in extreme temperatures, harsh electrical environments, and continuous-duty cycles. Backed by over 38 years of field-proven power conversion experience and ISO 9001:2015 quality manufacturing.
When selecting industrial AC to DC power conversion equipment for utility substations, telecommunications, defence platforms, or automation systems, thermal management, high isolation, power factor correction (PFC), and long component lifecycles are vital. Our engineered platforms cover single-phase and three-phase inputs delivering regulated DC outputs from 5VDC up to high-voltage industrial levels.
Every platform is bench-tested and verified for voltage regulation, low output ripple, transient immunity, and electromagnetic compatibility (EMC) before dispatch. Whether you need standard off-the-shelf industrial power supplies or fully customized enclosures with active N+1 redundancy and conformal coating, our technical sales engineers provide complete specification support.
ISO 9001:2015 Certified Quality & Full Technical Verification Comprehensive AC/DC Power Supply Categories
Select from specialized form factors and power ratings engineered to match specific installation environments.
Open Frame & Panel Mount
Compact chassis and open-frame switch-mode power supplies featuring high power density, wide operating ambient ranges, and high efficiency for integration into OEM cabinets.
40W – 1500W · Single & Multi-OutputDIN Rail Mount AC/DC Supplies
Rugged DIN-rail power rectifiers designed for industrial automation, SCADA panels, and process control. Includes built-in protection against short circuit, overload, and surge.
10W – 960W · Convection Cooled19'' Rack Mount Power Systems
1U to 4U rack-mount rectifiers and modular shelves with hot-swappable modules, digital communications, and N+1 redundancy options for data, comms, and utility racks.
700W – 18kW · Hot-SwappableHigh Voltage AC/DC Power Supplies
Precision regulated high-voltage power supplies delivering output voltages up to tens of kilovolts for laboratory testing, research, electrostatics, and specialized industrial equipment.
Up to High KV · Precision RegulatedLaboratory & Benchtop Power Supplies
Variable output programmable bench power supplies with fine voltage and current adjustment, digital telemetry displays, and remote control options for R&D benches.
Programmable · Low RippleAdapters & External Power Supplies
Class I and Class II external desktop power adapters built for industrial equipment, medical instrumentation, and commercial field units requiring international agency safety approvals.
Universal AC Input · Plug-in FormatAC to DC Product Selection Matrix
Compare key operational parameters across our core AC/DC power platforms to identify the right model for your project parameters.
| Series / Family | Form Factor | Input Voltage | Output Voltage Options | Power Range | Key Features |
|---|---|---|---|---|---|
| Enedo ADC Series | DIN Rail / Panel | 90 – 265 VAC | 12V, 24V, 48V VDC | 60W – 250W | Convection cooled, built-in series diode, temperature-compensated charging capability |
| BR4U-EURO Series | 19'' Rack Mount (4U) | 90 – 265 VAC | 12V, 24V, 48V, 110V VDC | 200W – 2500W | Plug-in Eurocard rectifiers, N+1 parallel operation, battery charging options |
| FPS1000 / HFE Series | 1U 19'' Rack Shelf | 85 – 265 VAC | 12V, 24V, 32V, 48V VDC | 1000W – 7600W | Hot-swappable modules, internal ORing FETs, status alarms, high power density |
| Modular Power Series (ICT) | 1U 19'' Rack Shelf | 90 – 265 VAC | 12V, 24V, 48V VDC | 700W – 4900W | OLED display, TCP/IP Ethernet interface, SNMP telemetry, managed load outputs |
| PFC419F Series | 19'' Industrial Rack | 90 – 265 VAC | 24V, 48V, 110V VDC | 1000W – 5000W | Rugged Eurocard modules, forced air cooling, dry contact alarm outputs |
Engineered to Your Exact Specification
Over 50% of the AC/DC power systems shipped by Helios Power Solutions are modified or engineered-to-order. Standard industrial datasheets often do not address extreme field ambient temperatures, unique mounting constraints, or specific SCADA monitoring protocols. Our engineering team bridges those specification gaps before system delivery.
- Mechanical Modifications: Custom chassis dimensions, IP65/IP66 weatherproof outdoor enclosures, and shock/vibration isolation mounts.
- Electrical Adaptation: Custom output voltage tuning, wide-range DC input options, low-noise ripple filtering, and surge suppression.
- Environmental Hardening: Conformal coating on internal PCBs, extended ambient temperature derating (-40°C to +70°C), and marine treatment.
- Digital Telemetry: SNMP traps, Modbus TCP/RTU mapping, DNP3 outstation interfaces, and configurable volt-free alarm relays.
Need a Specialized AC/DC Design?
Our application engineers analyze your load profiles, environmental conditions, and safety compliance requirements to recommend or design an optimal power conversion solution.
Frequently Asked Questions
Key parameters include the AC input range (universal 90-264VAC single phase vs 3-phase options), DC output regulation, output voltage adjustment range, efficiency, operating temperature derating curves, cooling method (convection vs forced air), isolation ratings, and safety certifications such as IEC/EN/UL 62368-1, EN 55032 Class B EMC, and CE standards.
An N+1 redundant configuration includes one extra rectifier module beyond the minimum required to power the connected load. Built-in isolation diodes or active ORing FETs ensure that if any individual module fails, it disconnects seamlessly from the DC bus while the remaining active modules supply full power without voltage transients.
Yes. Helios Power Solutions routinely customizes power systems. Options include specialized output voltage trimming, ruggedized rack mounts, conformal coating for harsh environments, custom alarm contact logic, and complete enclosure assembly with integrated AC input protection and DC output distribution breakers.
Active PFC optimizes the current drawn by the power supply so that the input current waveform follows the AC mains voltage waveform. This maximizes electrical efficiency (often resulting in power factors above 0.98), reduces harmonic distortion back onto the AC grid, and ensures compliance with global standards such as EN 61000-3-2.
Ready to Specify Your AC to DC Power Supply System?
Contact our technical sales engineers for datasheets, customized engineering reviews, and commercial quotation terms.