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As a premier Manufacturer rooted in China, our dedicated Factory engineers integrated Socket with USB Charging Ports that seamlessly merge traditional AC power delivery with modern DC charging into a single architectural element. Designed for space-constrained environments, this dual-function device eliminates redundant wall plates while maintaining independent operation of mains and charging circuits. As a trusted global Supplier, Wenzhou Legy Electric Meter Technology Co., Ltd. prioritize electrical isolation and charging safety, ensuring every unit meets rigorous international standards for combined power and charging applications.
A Socket with USB Charging Ports is a consolidated electrical component that integrates standard AC outlets with one or more USB charging modules into a single faceplate. Unlike separate outlets and chargers, this device shares a common wall box while maintaining electrically isolated circuits for mains power and DC charging. Belonging to the category of space-saving building electrical components, it serves as a dual-purpose power hub for appliances and digital devices, providing reliable, maintenance-free operation without external adapters or smart connectivity requirements.
Socket with USB Charging Ports features physically separated AC and DC circuits within a single faceplate, preventing cross-circuit interference and ensuring safe, independent operation of mains appliances and USB charging loads.
AC outlets rated for 16A/250V AC; USB charging modules support PD 3.0/QC 3.0 protocols with up to 65W output, enabling simultaneous operation of high-power appliances and fast-charging devices without thermal degradation.
Available in 1-gang, 2-gang, and 3-gang configurations with standardized mounting dimensions, compatible with universal wall boxes for flexible installation in new and retrofit projects.
Constructed with flame-retardant PC/ABS housing and silver-nickel composite contacts; compliant with IEC60884-1 and USB-IF certification standards for combined socket and charging applications.
IP20 protection for standard indoor models; IP44-rated variants available for humid environments, with sealed internal chambers preventing dust ingress and moisture damage to charging modules.
This Socket with USB Charging Ports merges AC power and USB charging into a single mounting point, reducing wall penetration by 50% compared to separate installations. This consolidation preserves structural integrity in thin walls and maximizes usable surface area in compact architectural layouts.
The integrated AC outlets and USB charging modules operate on electrically isolated circuits, allowing appliances and digital devices to be powered separately without cross-interference. This design ensures stable voltage delivery to sensitive electronics while maintaining responsive mains power control.
Modular dimensions align with universal wall box standards, enabling direct replacement of legacy single-function units without structural modifications. This compatibility accelerates installation timelines and reduces labor costs in renovation projects.
Physical barriers between AC and DC terminals prevent accidental contact during installation or maintenance. Combined with flame-retardant housing and overload protection, this design mitigates electrical hazards in high-traffic environments.
Precision-engineered mechanical components and silver-nickel contacts withstand 80,000+ cycles without performance degradation. This robust construction ensures consistent functionality across decades of daily use in residential and commercial settings.
Socket with USB Charging Ports integrates laptop charging with desk lamp power in a single unit, eliminating cable clutter on work surfaces and providing a stable, dedicated power source for extended work sessions.
Combine printer power with device charging, reducing the need for multiple adapters and maintaining a clean, distraction-free environment for focused work.
Provide simultaneous AC power for laptops and USB charging for mobile devices in seating areas, supporting travelers’ connectivity needs while maintaining a tidy, professional environment.
Offer integrated power and charging for shared desks, reducing equipment conflicts and supporting seamless transitions between users in high-traffic shared environments.
Combine medical device power with patient device charging in a single unit, reducing cable hazards and providing safe, accessible power for both clinical and personal use.
Integrate emergency call system power with personal device charging, ensuring reliable power for critical systems while supporting residents’ daily connectivity needs.
A: The AC and DC circuits are physically separated within the faceplate, with dedicated terminals and internal barriers preventing cross-circuit contact. This ensures safe, independent operation of mains appliances and USB charging loads without interference.
A: Yes, the AC outlets are rated for 16A and the USB charging modules support up to 65W output, allowing simultaneous operation within their respective load limits. The combined load capacity is designed to prevent thermal degradation under normal use.
A: Yes, the modular design matches standard wall box dimensions, enabling direct replacement of separate outlet and charger units without wall modifications or rewiring.
A: IP44-rated models are designed for humid indoor environments like kitchens and bathrooms, with sealed chambers preventing moisture damage to charging modules. For outdoor use, additional weatherproofing and higher IP ratings are recommended.
A: Standard models are mechanical and lack smart features. Smart integration requires external smart relays or smart plugs, as the combined socket and charging design is not compatible with built-in smart modules.
We specialize in bridging traditional electrical infrastructure with modern digital power demands through advanced hybrid energy solutions. Our development philosophy centers on creating unified components that eliminate external adapters, seamlessly integrating AC power delivery with DC charging capabilities into single architectural elements. This approach addresses the growing need for streamlined power distribution in contemporary building environments, exemplified by our flagship Socket with USB Charging Ports.
Our collaborative framework extends beyond component provision to encompass comprehensive project integration services. We partner with design professionals and engineering teams to develop power distribution strategies that harmonize hybrid charging capabilities with architectural aesthetics. This integrated approach ensures that electrical systems meet both functional connectivity requirements and visual design objectives across diverse project types.
Our innovation roadmap prioritizes adaptive power delivery systems that evolve alongside changing device charging standards. Through continuous research in circuit protection and thermal management, we develop future-proof solutions that maintain compatibility with emerging USB specifications. This forward-thinking methodology positions us as a key enabler of sustainable, technology-integrated building environments worldwide.
