Professional UPS PCB Supplier
Consons provides UPS PCBs that comply with IPC A-600 or IPC-6012 Class 2 and Class 3 standards. These boards support battery charging and DC‑AC conversion for uninterruptible power supply systems and deliver steady emergency power when power outages occur.
High‑current loads, heat dissipation and insulation place heavy demands on UPS hardware. Our UPS PCBs adopt refined thermal management and layout to keep your key equipment running continuously and support dependable switchover. They also control switching according to preset programs to improve energy efficiency, helping you reduce long-term operating costs.
Still looking for reliable PCBs or PCBA solutions for your UPS system? Contact us today to find the UPS circuit board solution that best fits your system!
UPS PCB Provided by Consons
This cost‑effective PCB supports battery management and power switching for UPS systems used in computers and office equipment.
Built‑in with a voltage‑stabilizing circuit, it offers automatic voltage regulation (AVR) to maintain steady voltage for your devices during input power fluctuations.
It is a wise choice for equipment with a rated power exceeding 10 kVA, or for applications with high power quality and continuous power supply requirements.
Why Choose Consons UPS PCB?
Consons optimizes MOSFET and IGBT layouts for UPS systems. Refined soldering and circuit routing minimize resistance and power loss, effectively improving the PCB’s current-carrying capability.
To lower localized heat buildup in UPS operation and reduce over‑heating damage risk, we optimized the board’s thermal layout and heavy copper layer.
Our UPS PCB helps UPS systems maintain a stable current output during voltage fluctuations or power outages, thereby ensuring that equipment operates normally and that important data remains intact.
Reliable assembly procedures and thorough testing and validation help our UPS PCB deliver steady electrical performance under 24/7 operation and reduce performance fluctuations for your systems.
Custom UPS PCB and UPS PCBA Services for Your Project
Consons can customize UPS PCBs, PCBA, or fully assembled units to meet your project’s needs, with various topologies, power ratings, layer counts, and copper thicknesses. We support ODM and OEM services, as well as joint R&D for PCBs, including software development.
Whether you already have a complete PCB design or only the functional and electrical requirements for a UPS, we can provide the corresponding design, manufacturing, and assembly services.
High-Capacity and Multi-Technology Assembly
With 15 automated SMT lines, 4 DIP lines, and 7 Box-Build assembly lines, Consons delivers high-volume UPS PCBA and complete unit manufacturing with rapid turnaround. We offer SMT, DIP and mixed assembly for products ranging from simple control boards to complex UPS power boards.
We assemble parts down to 01005 size and 0.3 mm‑pitch BGA/QFP to support high‑density UPS PCBA builds. Reliable lead-free reflow and wave soldering ensure that high-power components are securely soldered to the board, providing greater stability for your system during long-term operation.
Advanced Testing Systems
From the soldering process to final product inspection, we strictly control every key step. By monitoring the reflow oven temperature profile and solder paste thickness, we keep stable soldering and boost batch‑to‑batch consistency for UPS PCBs.
After assembly, a testing system comprising visual inspection, AOI, and X-ray inspection promptly identifies potential soldering and assembly defects, thereby improving the overall assembly reliability of UPS PCBAs. We also run functional, aging and electrical performance tests so boards match your needs and deliver stable long‑term UPS operation.
Why Choose Consons As Your UPS PCB Partner?
- Extensive Experience in Industry Collaboration: With 20 years of experience in EMS services, Consons has project experience in the United States, the Middle East, and other regions, and has partnered with Sony and Lenovo.
- Rapid Response and Project Advancement Capabilities: After you submit your request, we will respond within 4 hours and provide a quote within 5 business days to avoid project delays.
- From Rapid Prototyping to Stable Mass Production: For rush orders, we can complete prototypes within 2 weeks. For long-term orders, we can provide PCB/PCBAs with consistent quality across batches and offer alternative component options.
- Multi-Industry Standard Certifications: We strictly adhere to quality management systems compliant with ISO 9001, ISO 14001, and IPC standards. To meet the requirements of the medical and automotive projects, we also provide support for standards such as ISO 13485 and IATF 16949.
Project Cases of Consons UPS PCB
American customers required a highly stable UPS main control PCB to upgrade the uninterruptible power supply system in its data center. Our engineering team designed a 10 layer UPS PCB with anti-interference circuit layouts and high-Tg FR-4 substrates to meet the demands of continuous industrial operation. This PCB effectively reduces power loss and electromagnetic interference (EMI), and after on-site deployment, it significantly lowers equipment failure rates and maintenance costs, providing reliable backup power for data center facilities operating 24/7.
An Australian customer struggled with complex BOM structures and high component procurement costs. Their original control board adopted diverse specifications to match various 48V communication terminals and network devices. Consons optimized component selection and applied modular circuit design to eliminate redundant BOM variations. The team also screened cost-effective, readily available alternative components including capacitors, cutting overall material costs by 18%. We also adjusted the component layout to make it more compact and enabled a single PCBA to support different models of communication equipment through parameter configuration, ultimately delivering a more flexible UPS PCBA solution.
You Can Use Our UPS PCB for:
Our UPS PCBs deliver stable, continuous power supply for your important equipment, such as servers and storage devices, during power outages, and avoid economic losses from equipment downtime.
For PLC and CNC control systems, high-quality industrial UPS PCBs are necessary for ensuring that the systems continue to operate during voltage fluctuations and brief power outages.
Medical devices have higher requirements for power supply continuity and stability, so reliable medical UPS PCBs are a key component for the safe conduct of medical procedures.
Our UPS PCBs are widely used in backup power systems for communication base stations, data communication systems, and network equipment, helping to maintain continuous operation for extended periods.
Energy storage systems and other new energy applications may use UPS PCBs to manage functions such as battery charge and discharge control, inversion, and power monitoring.
Specifications
- Consons UPS PCB Basic Specification
- Consons UPS PCB Technical Specifications
| Parameter | Specification |
| PCB Material | FR-4 / High-Tg FR-4 / Aluminum / Copper Core / Customized |
| Layer Count | 1-30 layers (supports HDI 1–N–1, 2–N–2 Interconnect) |
| Finished Board Thickness | 0.8 mm – 5.0 mm (standard tolerance ±10%) /Customize |
| PCB Tg | 150 °C – 180 °C (MOT / RTI 130 °C) |
| Thermal Conductivity | up to 6.0 W/mK |
| Flammability Rating | UL 94V-0 |
| Minimum size | 50 × 50 × 0.05 mm |
| Max Panel Size | 600 × 1170 mm (up to 900 × 1200 mm) /Customize |
| Surface Finish | Lead-free HASL / ENIG / OSP / Immersion Tin / Immersion Silver / HASL /Customize |
| Solder Mask Color | White / Black (LED standard); Green / Blue / Yellow / Red available /Customize |
| Solder Mask | Taiyo LPI photo-imageable ink |
| Board Color | White / Black / Yellow /Customize |
| Outline Dimensional Tolerance | ±0.10 mm |
| Warp & Twist | ≤ 0.75 % |
| Insulation Resistance | ≥ 10¹² Ω (normal condition) |
| Applicable Standards | IPC-6012 / IPC-A-600 / IPC-TM-650 / ASTM D5470 |
| Items | Specification |
| Min Trace Width / Spacing | Down to 3.5/4 mil depending on copper weight and design |
| Min Mechanical Drill | 0.15 mm (Al core recommended ≥ 0.65 mm; Cu core ≥ 1.0 mm) |
| Min Annular Ring | 3 – 4 mil / Customized |
| Copper Weight | 1–6 oz / Heavy Copper 3–6 oz for high-current applications / Customized |
| Minimum Component Size | 01005（0.3 × 0.15 mm） |
| Maximum component size | 55 mm |
| Placement Accuracy | ±25 μm |
| BGA Pitch | 0.3 mm |
| QFP Pitch | 0.3 mm |
| E-Test Voltage | 500 V DC (+15 / –0 V, 30 s) |
| PCB Assembly | SMT / DIP / PTH / Mixed Technology / Wave soldering / Reflow soldering |
| Component Types | MOSFET / IGBT / Diodes / Rectifiers / Relays / Capacitors / Transformers / Connectors / Customized |
| PCBA Testing | ICT / Functional Test / Burn-in Test / Customized |
| Conformal Coating | Optional |
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It uses inverters to ensure stable DC-to-AC power conversion in UPS and other power systems, and can effectively improve conversion efficiency.
This PCB is specifically designed for battery-powered systems and integrates protection against overcharging, over-discharging, overcurrent, short circuits, and temperature-related issues.
The optimized design of electrical clearance and creepage distance enables safe current control in high-voltage power supplies, UPS systems, and high-voltage electronic equipment.
A heavy copper design can strengthen a PCB’s current-carrying capacity and mechanical strength, while also helping to reduce power loss and control temperature rise during high-current operation. Therefore, if your UPS system has high power ratings or needs to handle large currents, choosing a thick-copper UPS PCB can improve system stability.
You may also consider a heavy copper design when your product has stricter temperature rise requirements, or when simply increasing trace width is insufficient to meet current needs.
Yes. Consons can improve the EMI/EMC performance of UPS PCBs by optimized layout and circuit structure. Isolating high-noise regions from noise-sensitive control circuits like MCU units and refining the grounding topology effectively suppress electromagnetic interference with peripheral equipment.
We can also add components such as filters to the UPS PCB to meet your more stringent electromagnetic interference control requirements.
The number of layers required for a UPS PCB depends on factors such as the UPS power rating, current level, circuit complexity, and EMI requirements.
For UPS control boards or auxiliary circuits with relatively simple structures and lower power ratings, a 2-layer UPS PCB is a more cost-effective option. Common UPS PCBs use a 4-layer structure, which better maintains signal integrity and controls EMI. UPS PCBs with 6 layers or more are suitable for applications with complex circuits, multiple functions, or higher EMI control requirements.
Yes. We offer DFM support during the design phase ahead of production. These factors shape UPS PCB performance, including high‑current traces, component layout, assembly process feasibility and thermal design. Our engineers review these items to lower potential manufacturing risks.
With DFM, these design issues can be identified before mass production, reducing rework and production risks and shortening your project timeline.
At our factory, we first clean and dry the PCBA, then wrap it in thick, anti-static double-sided bubble wrap. We also use packing material between adjacent PCBA units to provide electrostatic and shock protection, ensuring that the UPS PCBA units are safely transported to your company.
UPS PCB dimensions, layer counts and base materials directly set its base price. Thicker copper layers usually drive up costs, so high‑current UPS PCBs carry higher overall expenses.
The number and types of components, as well as the assembly and processing methods, affect the final price of a UPS PCBA. Additionally, more comprehensive testing procedures often result in higher costs. Finally, the larger your order quantity, the lower the price per UPS board will be.
If you would like a more detailed quote, please send us your requirements.
If you do not yet have a PCB design, the following information is required:
PCB size constraints
UPS type and structural requirements
Electrical requirements, including rated power and input parameters
Specific functions to be implemented
Communication and control interface requirements
Operating environment
Standards or certifications to be met
If you already have an existing design, we can also work from your schematics, Gerber files, BOM, and specifications to manufacture or optimize the UPS PCB/PCBA.
Start Your UPS PCB Project With Our Team
Contact us today for professional PCB optimization, UPS PCBA, or complete system solutions!