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AC Female Power Socket

The AC male power socket plays a significant role in powering our daily lives

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AC Female Power Socket Reliable AC power inlet for secure and convenient device connections.

The AC Female Power Socket (typically configured as an IEC 60320 C13 receptacle or regional NEMA/Schuko outlet) functions as the primary power output interface for electrical distribution units, uninterruptible power supplies (UPS), industrial machinery, and commercial appliances. Engineered for secure chassis or panel installation, this component accepts standard male power cords, establishing a stable electrical link that prevents accidental disconnects from heavy vibrations or physical pulls.

Technical Specifications


Electrical Rating: 10A at 250V AC (International VDE standard) / 15A at 250V AC (North American UL/CSA standard)
Dielectric Withstand Voltage: 2,000V AC minimum for 1 minute between contacts
Insulation Resistance:Greater than 100 MΩ at 500V DC
Contact Resistance:Less than 10 mΩ initial
Housing Material:Heavy-duty Polyamide (Nylon 66), rated UL 94V-0 for flame retardancy
Contact Blades:Solid phosphor bronze or high-purity brass with thick nickel plating
Operating Temperature: Effective from -25°C up to +75°C
Safety Approvals: UL, cUL, VDE, CE, CCC, RoHS compliant

Key Performance Features


1. Reinforced Dual-Leaf Contacts: Built with high-elasticity phosphor bronze leaf springs that maintain tight mechanical gripping pressure over thousands of insertion cycles, eliminating loose connections and localized overheating.

2. Anti-Arcing Structural Shrouding: Internal plastic barriers completely isolate each terminal branch, keeping dust and moisture out while preventing electrical arcing between the live, neutral, and ground pins.

3. Flexible Termination Layouts: Rear connection pins support both direct PCB pin mounting and standard 4.8mm quick-disconnect spade lugs to speed up manual production line wiring.

Market Advantages: Why Partner With Us


Unlike standard marketplace sockets that suffer from loose terminal contacts and thinning plastic frames over time, our sockets utilize over-engineered, 0.8mm thick internal copper stampings to ensure a high electrical safety margin. We eliminate connection drops and terminal degradation, lowering field failure rates for your equipment. Our manufacturing plant operates under a certified ISO 9001:2015 quality matrix, subjecting every single production lot to 100% automated electrical continuity and high-pot testing. We keep an extensive raw material inventory to protect our clients from supply chain delays, guaranteeing reliable, on-time shipping schedules for high-volume monthly orders.

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