Why are industrial sockets labeled 220/380V~240/415V? This article explains phase voltage, line voltage, and the relationship between two common voltage systems to help you correctly interpret voltage labels on industrial sockets.

What's the difference between single-phase and three-phase generators? This article covers their output methods, common applications, and industrial socket selection to help you choose the right generator and outlet for your equipment.

What industrial socket size is needed for generators of different power ratings? This article explains the relationship between generator power, voltage, and socket current, and covers common applications and selection methods for 16A, 32A, and 63A industrial sockets.

How to choose a 16A industrial socket? This guide covers the voltage, number of pins, IP rating, and plug compatibility of 16A industrial sockets, helping you select the right one for generators, machinery, and outdoor power applications.

The main differences between 3-pin, 4-pin, and 5-pin industrial plugs and sockets lie in the number of power conductors and wiring methods. This guide outlines the circuit configurations and application scenarios for each specification to help users select the right industrial plug and socket.

Generator industrial sockets should be selected based on output voltage, rated current, number of poles, and operating environment. This article covers the 6A, 2A, and 3A industrial socket models (1, 3, 6) and their applicable scenarios across different protection ratings.

PP, PE, ABS, PC, and PA (nylon) are common injection molding materials with distinct strengths, heat resistance, chemical resistance, and costs. This article outlines their key advantages and applications in industrial products.

IEC 60309 is the international standard system for industrial plugs and sockets, originating in the 20 century during the 60s. It has evolved through multiple revisions to its current form. This article covers its development history, standard composition, dimensional compatibility, and core technical requirements.

Industrial sockets differ significantly from standard household outlets in operating environment, structural design, rated current and voltage, and protection ratings. This article covers the features, types, and selection methods for industrial sockets across multiple dimensions.

Industrial socket selection requires considering rated current, voltage, number of poles, IP rating, and operating environment. This guide provides detailed criteria to help you quickly find the right industrial socket product.

16A, 32A, and 63A are common rated current specifications for industrial sockets. The main differences lie in their current-carrying capacity and the equipment they support. 16A is suitable for low-current devices, 32A for common industrial machinery and construction equipment, and 63A for high-current large-scale industrial equipment.