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IEC Connector Manufacturer
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LZ-F-1 Power Socket 4 Pin IEC 60320 C14 Inlet 3 Pin Plug with Socket Industrial C13 Standard Grounding Connect Black SDK LANZMFG
Read moreLZ-F-1 Power Socket 4 Pin IEC 60320 C14 Inlet 3 Pin Plug with Socket Industrial C13 Standard Grounding Connect Black SDK LANZMFG
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LZ-F-10 Electrical 250V Plug Socket C13 Female AC Power Socket
Read moreLZ-F-10 Electrical 250V Plug Socket C13 Female AC Power Socket
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LZ-F-2 C13 OEM/ODM Pure Copper AC Power Socket IEC Inlet Socket
Read moreLZ-F-2 C13 OEM/ODM Pure Copper AC Power Socket IEC Inlet Socket
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LZ-F-2L AC Power stock female panel outlet duplex power socket black 250V multi socket
Read moreLZ-F-2L AC Power stock female panel outlet duplex power socket black 250V multi socket
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LZ-F-5L Female Ac Power Socket Industry Plug High Quality 125V 15A Electric Socket
Read moreLZ-F-5L Female Ac Power Socket Industry Plug High Quality 125V 15A Electric Socket
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LZ-F-6 male and female 250V socket multiple power distribution AC power socket adaptor plug socket
Read moreLZ-F-6 male and female 250V socket multiple power distribution AC power socket adaptor plug socket
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LZ-F-6L-1.5 Snap-in environmentally friendly six unit C13 socket AC power socket
Read moreLZ-F-6L-1.5 Snap-in environmentally friendly six unit C13 socket AC power socket
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LZ-F-C 16A air conditioner power supply socket embedded three-hole safety door protection
Read moreLZ-F-C 16A air conditioner power supply socket embedded three-hole safety door protection
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LZ-F-M South American 3pin Ac Power Socket Plug Sockets 15A 250V UL Certification
Read moreLZ-F-M South American 3pin Ac Power Socket Plug Sockets 15A 250V UL Certification
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LZ-F-M2 Female socket ac power socket with fuse 250V 10A C14 plug connectors
Read moreLZ-F-M2 Female socket ac power socket with fuse 250V 10A C14 plug connectors
IEC Connectors Safe and Reliable
What is a IEC Connector
An IEC connector is a standardized power connector defined by the International Electrotechnical Commission (IEC) and used globally to connect power cords to electrical and electronic devices. Designed for specific voltage and current ratings, they ensure safety, compatibility, and interchangeability. Common types include C13/C14 (computers and servers) and C7/C8 (consumer electronics), making them essential across IT, medical, industrial, and household applications.
Applications of IEC Connectors
Due to their reliability and versatility, IEC connectors are applied across a broad range of sectors:
Information Technology: Computers, servers, networking equipment
Consumer Electronics: TVs, audio/video devices, game consoles
Office Equipment: Printers, scanners, projectors
Medical Devices: Laboratory and hospital equipment
Industrial Machinery: Manufacturing and automation systems
Data Centers: PDUs and server racks
Home Appliances: Kitchen and household devices
Advantages of IEC Connector
Safety and Reliability
IEC connectors are built to strict international standards and made with durable, high-quality materials to ensure secure, stable, and long-lasting electrical connections, even under heavy load or in demanding environments.
Compatibility
Their standardized design allows integration across IT, consumer electronics, medical devices, industrial machinery, data centers, and home appliances, with multiple types supporting various voltage, current, and temperature needs.
Ease and Efficiency
Designed with clear interfaces and intuitive layouts, IEC connectors simplify installation, maintenance, and replacement, while providing reliable performance at competitive costs that help reduce long-term operational expenses.
IEC Connector FAQ
What are IEC Connectors?
IEC connectors are standardized by the International Electrotechnical Commission (IEC) to connect power cords with electrical devices. They provide a safe, uniform solution used worldwide, with different types designed for specific current and temperature ratings to ensure reliable compatibility and safety across applications.
Why are IEC connectors widely used?
IEC connectors are standardized by the International Electrotechnical Commission (IEC) to connect power cords with electrical devices. They provide a safe, uniform solution used worldwide, with different types designed for specific current and temperature ratings to ensure reliable compatibility and safety across applications.
What are the common types of IEC connectors?
IEC connectors are standardized by the International Electrotechnical Commission (IEC) to connect power cords with electrical devices. They provide a safe, uniform solution used worldwide, with different types designed for specific current and temperature ratings to ensure reliable compatibility and safety across applications.
Where are IEC connectors commonly used?
IEC connectors are standardized by the International Electrotechnical Commission (IEC) to connect power cords with electrical devices. They provide a safe, uniform solution used worldwide, with different types designed for specific current and temperature ratings to ensure reliable compatibility and safety across applications.
What are the advantages of using IEC connectors?
IEC connectors are standardized by the International Electrotechnical Commission (IEC) to connect power cords with electrical devices. They provide a safe, uniform solution used worldwide, with different types designed for specific current and temperature ratings to ensure reliable compatibility and safety across applications.
Can IEC connectors be used internationally?
IEC connectors are standardized by the International Electrotechnical Commission (IEC) to connect power cords with electrical devices. They provide a safe, uniform solution used worldwide, with different types designed for specific current and temperature ratings to ensure reliable compatibility and safety across applications.