Enhance your power connections with this high-quality IEC320 C20 Power Socket Adapter Receptacle Connector, designed for durability and ease of use. Featuring a removable wiring design, this adapter allows for convenient self-wiring without the need for soldering, making installation quick and hassle-free. The one-time molding reinforcement ensures the connection remains secure and resistant to disconnection or poor contact, providing reliable performance in demanding environments. Key Features: · Removable Wiring Design: Allows users to wire the adapter ports independently without soldering, simplifying maintenance and customization. · Reinforced Construction: One-time molding reinforcement enhances durability, preventing pull-out issues and ensuring stable, long-lasting contact. · Flame Retardant and Heat Resistant Shell: Made from premium PVC material, the shell offers excellent flame retardant properties, heat resistance, insulation, tensile strength, wear resistance, and waterproof capabilities. · High Conductivity Copper Sheets: Equipped with two durable copper sheets that provide superior electrical conductivity and increased longevity. · Wide Application Range: Ideal for use with server room servers, PDU hosts, PDU power outlets, and UPS power supplies, making it suitable for a variety of professional and industrial power setups. · Compact Size: Measuring approximately 34 x 82 x 26mm (1.34 x 3.23 x 1.02 inches), it fits conveniently in tight spaces without compromising performance. Specifications: · Material: Copper, PVC · Interface Type: IEC320 C20 · Current and Voltage Rating: 16A-20A / 125V-250V · Product Function: Detachable Wiring · Size: Approx. 34 x 82 x 26mm (1.34 x 3.23 x 1.02 inches) Package Includes: · 1 x IEC320 C20 Power Socket Adapter Receptacle Connector This IEC320 C20 Power Socket Adapter offers a dependable, easy-to-install solution for server rooms and power distribution units. With its reinforced, flame-retardant design and high conductivity copper components, it guarantees safe and efficient power connections in critical applications.