What is a IEC Connector
An IEC connector is a type of power connector standardized by the International Electrotechnical Commission (IEC). These connectors are used globally to connect power supply cords to electrical appliances. IEC connectors are designed for different voltage and current ratings and are specified for various combinations of current, temperature, and earthing requirements. They include different types of connectors like C13/C14 (common in computers) and C7/C8, each with unique applications. The standard ensures safety, compatibility, and interchangeability in electrical connectors for appliances.
IEC connectors are used across various sectors due to their standardization and reliability. Key application sectors include:
- Information Technology: For computers, servers, monitors, printers, and other IT equipment.
- Consumer Electronics: Used in TVs, audio and video equipment, game consoles.
- Office Equipment: In photocopiers, scanners, and other office machinery.
- Medical Devices: Powering various medical and laboratory equipment.
- Industrial Machinery: In manufacturing and processing equipment.
- Data Centers: Power distribution units and server racks.
- Home Appliances: Kitchen appliances, washing machines, etc.
Their widespread use in these sectors highlights their versatility and importance in ensuring safe electrical connections.
IEC Connector 2.5A 2Pin
T-A03-005CT2(W) IEC C8 inlet power wall socket 2pins male electric connector 2.5A250V AC interface embedded
ST-A03-008B AC Power Socket C8 Electrical Panel Mount Plug Adapter AC 250V 2Pin inlet Male Socket
ST-A03-007B-A-T18 IEC C8 inlet power wall socket 2pins male electric connector 2.5A250V AC interface embedded
ST-A03-007-A-T58(L) IEC C8 inlet power wall socket 2pins male electric connector 2.5A250V AC interface embedded
ST-A03-006A IEC C8 inlet power wall socket 2pins male electric connector 2.5A250V AC interface embedded
IEC Connector 2.5A 3Pin
ST-A04-002KC-015-S1S4(G) IEC C8 inlet power wall socket 3pins male electric connector 2.5A250V AC interface embedded
ST-A04-002KA-720-T6T4 IEC C8 inlet power wall socket 3pins male electric connector 2.5A250V AC interface embedded
ST-A04-001-LB AC Power Socket C8 Electrical Panel Mount Plug Adapter AC 250V 3Pin inlet Male Socket
ST-A04-001J-T6T4 IEC C8 inlet power wall socket 3pins male electric connector 2.5A250V AC interface embedded
ST-A04-001JB-315-T52T53 IEC C8 inlet power wall socket 3pins male electric connector 2.5A250V AC interface embedded
IEC Connector Power Inlet
ST-A01-004LY-D 9 IEC Connector
ST-A01-004L3 AC Socket IEC 60320 (C14) 15A 10A 250V Appliance Inlet iec connectors
ST-A01-004L AC Socket IEC 60320 (C14) 15A 10A 250V Appliance Inlet iec connectors
ST-A06-001L-DD AC Socket IEC 60320 (C14) 15A 10A 250V Appliance Inlet iec connectors
ST-A06-001K-WW(1.0) AC Socket IEC 60320 (C14) 15A 10A 250V Appliance Inlet iec connectors
IEC Connector Power Outlet
ST-A02-K7 IEC AC Power Outlet Socket 60320 C13 Connector Female Socket 10A 15A 250V
ST-A02-K6 IEC AC Power Outlet Socket 60320 C13 Connector Female Socket 10A 15A 250V
ST-A02-K4 IEC AC Power Outlet Socket 60320 C13 Connector Female Socket 10A 15A 250V
ST-A02-004B IEC AC Power Outlet Socket 60320 C13 Connector Female Socket 10A 15A 250V
ST-A02-004A IEC AC Power Outlet Socket 60320 C13 Connector Female Socket 10A 15A 250V
With Full Product Certification
Advantages of audio equipment
Purple Copper Gold-plated Audiophile Power Socket
Made of pure copper (plated) purple copper, the power socket has a rating of 10A 250V.
Replacing a power socket is just like replacing a power cord, it’s not a fantasy. Ordinary power sockets with impure materials can cause insufficient power supply to the machine, resulting in distorted sound. However, with the use of this power socket, the power plug and socket have better contact, providing faster power supply. It’s like injecting a strong heart stimulant into the machine. Its use has positive effects and does not have the negative effects of using supplementary components. After replacing the power socket, CD players, amplifiers, preamps, and other equipment will see immediate improvements in performance.
The IEC connector benefits the computer industry by:
- Standardization: Ensuring compatibility across different devices and regions.
- Safety: Designed to meet rigorous safety standards.
- Flexibility: Allows for easy swapping of power cords.
- Global Distribution: Facilitates international sales and use of computer equipment.
- Cost-Effectiveness: Reduces manufacturing and maintenance costs.
These factors contribute to the widespread adoption of IEC connectors in the computer industry, enhancing efficiency and global interoperability.
User Benefits of the iec connector in the appliance industry
- Standardization: Ensures compatibility of appliances with international power sources.
- Safety: Comply with stringent safety standards, reducing risk of electrical hazards.
- Interchangeability: Allows for the use of different power cords with the same appliance.
- Ease of Manufacturing: Simplifies the design and production process.
- Global Market Access: Facilitates the export and import of appliances across different countries.
- User Convenience: Makes it easier to replace or change power cords.
These advantages help in enhancing the functionality and marketability of appliances
User Advantages of the iec connector in medical devices
IEC connectors in medical devices offer advantages like:
- Standardization: Ensures compatibility with medical equipment globally.
- Safety: Compliant with rigorous safety standards, crucial for medical applications.
- Reliability: Provides secure and stable power connections, essential in critical medical settings.
- Flexibility: Facilitates easy replacement and maintenance of power cords.
- International Compliance: Simplifies global distribution and usage of medical equipment.
These features make IEC connectors vital for the efficient and safe operation of medical devices.
- Safety: Ensuring safe power supply conforming to international standards.
- Convenience: Facilitating easy cord replacement and repair.
- Cost-Efficiency: Reducing manufacturing costs due to standardization.
- Global Compatibility: Allowing appliances to be used in different countries with appropriate cords.
- Reliability: Offering dependable connections for consistent appliance performance.
These features are particularly advantageous for the diverse and widespread use of small household and personal appliances.
- Standardization: Ensures equipment compatibility worldwide.
- Safety: Compliant with strict international safety standards.
- Reliability: Provides stable and secure power connections.
- Efficiency: Simplifies equipment design and reduces manufacturing costs.
- Flexibility: Allows easy swapping and replacement of power cords.
These advantages contribute to more efficient, safe, and globally compliant manufacturing processes.
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IEC Connectors FAQ
IEC connectors are a type of power connector standardized by the International Electrotechnical Commission (IEC) for connecting power supply cords to electrical appliances. These connectors are widely used globally, providing a safe, standardized way to connect a wide range of electrical appliances to the power supply. Different types of IEC connectors are designed for various current and temperature ratings, ensuring compatibility and safety across different regions and applications.
IEC stands for the International Electrotechnical Commission. This organization develops and publishes international standards for all electrical, electronic, and related technologies. These standards serve as a basis for ensuring compatibility, safety, and efficiency in the electrical and electronics industries worldwide.
IEC connectors come in various types, each designated with a unique letter and number combination. Common types include:
- C13/C14: Used in computers, monitors, printers.
- C7/C8: Common for audio/video equipment.
- C5/C6: Known as “cloverleaf” or “Mickey Mouse” connector, used in laptops.
- C15/C16: High-temperature connectors, used in kettles.
- C19/C20: For high-power applications like servers.
Each type is designed for specific current, voltage, and temperature ratings, ensuring safe and compatible use across different devices and regions.
IEC connectors are used in various sectors, including:
- Information Technology: In devices like computers, servers, monitors, and printers.
- Consumer Electronics: For TVs, audio and video equipment, and gaming consoles.
- Office Equipment: In items such as photocopiers and scanners.
- Medical Equipment: In various medical and laboratory devices.
- Industrial Machinery: For manufacturing and processing equipment.
- Data Centers: In power distribution units and server racks.
- Household Appliances: Like kitchen appliances and washing machines.
Their universal design makes them suitable for a wide range of applications.
Yes, IEC connectors can be used internationally. They are designed to meet international standards, ensuring compatibility and safety across different countries. However, it’s important to check the voltage and plug type of the specific country, as these can vary.
Yes, IEC connectors are safe when used correctly. They are designed and manufactured according to strict international standards set by the International Electrotechnical Commission. These standards ensure that the connectors meet rigorous safety, reliability, and quality requirements, making them suitable for a wide range of electrical applications globally. However, it’s crucial to use the correct type of IEC connector for the specific application and adhere to proper usage guidelines to maintain safety.