Attention to detail
Attention to detail
Great value enjoyment
First-class quality
Reasonable Price
Zhejiang HYPER Electrical Co., Ltd. / NHP Electric Co., Limited specializes in designing and manufacturing critical components and customized technology solutions.
HYPER we operate a 10,000m² factory with 500 workers, capable of producing over 100,000 distribution boxes and 80,000 industrial plugs and sockets monthly. We invest $150,000 annually in new product development and use our own injection machines to ensure high-quality plastic components.
27
2024-11
The differences between High Current Plugs and Current Plugs are mainly in terms of current carrying capacity, size and structure, application scenarios, safety requirements and standards.
High Current Plugs: Designed to carry larger currents. Usually the conductive materials (such as copper alloys, etc.) inside are thicker to reduce resistance so that high currents can be safely conducted. For example, in some industrial equipment or high-power electric vehicle charging equipment, high current plugs can carry tens or even hundreds of amperes. This is because these devices require a lot of electrical energy to operate, and ordinary current plugs cannot meet their power transmission requirements.
Current Plugs: The current carried is relatively small. Generally used for ordinary household appliances such as TVs, computers, desk lamps, etc. These devices are low-power, and the required current is usually between a few amperes and more than ten amperes. For example, an ordinary laptop charger plug may have an output current of about 35 amperes, which is enough for ordinary household circuits and electrical equipment.
High Current Plugs: In order to adapt to the transmission of high current, its size may be larger. This is because thicker wires are needed to connect the various parts of the plug, and the contact parts of the plug (such as pins) will also be thicker to ensure good conductivity and mechanical strength. In addition, the heat dissipation structure of high current plugs may be more complicated. Since high current will generate more heat when passing through, some high current plugs will be designed with heat dissipation structures such as heat sinks or vents to prevent the plug from overheating and damage.
Current Plugs: The size is relatively small and the structure is relatively simple. Because it carries a small current, it does not require particularly thick wires and large contact parts. The design of ordinary current plugs mainly considers convenience of use and compliance with general electrical safety standards. For example, ordinary two-pin or three-pin plugs are relatively regular in shape and size, easy to insert and unplug from the socket, and can ensure safety under normal use.
High Current Plugs: Mainly used in industrial fields, such as power supply connections for large motors, welding machines and other equipment. In these scenarios, the equipment needs to run at high power, and high-current plugs can ensure stable power transmission. In addition, high-current plugs are also used in fast charging facilities for new energy vehicles, because electric vehicles have large battery capacity and high current is required to shorten the charging time when charging quickly. -
Current Plugs: Widely used in various low-power electrical appliances in homes and general office environments. The power requirements of these appliances are not high, and ordinary current plugs can meet their normal power supply needs. Moreover, their simple structure and small size are more suitable for use in these common scenarios.
High Current Plugs: Due to the high current involved, the safety requirements are more stringent. Its insulation material needs to have a higher voltage resistance and better heat resistance to prevent current leakage and fire caused by overheating. In terms of electrical safety standards, high-current plugs may need to pass more stringent tests. For example, when high current passes for a long time, the temperature rise must be controlled within a certain range, and the plug shell cannot be deformed or melted.
Current Plugs: There are also safety requirements, but the standards are relatively not as strict as high-current plugs. The main purpose is to ensure basic safety performance such as protection against electric shock and good insulation under normal use. For example, the insulating shell of an ordinary plug must be able to withstand a certain voltage shock, and there must be enough insulation distance between the pins to prevent short circuits.
In summary, High Current Plugs and Current Plugs have significant differences in definition, current carrying capacity, safety, matching between plugs and sockets, and market and application examples. When choosing to use, you should weigh and choose according to the specific application scenarios and needs.
14
2024-10
Choosing a good mobile type socket is crucial in ensuring safe, efficient, and reliable power access for your devices on the go. With the plethora of options available in the market, it can be overwhelming to decide which one suits your needs best. This guide aims to simplify the process by highlighting key factors to consider when selecting a mobile socket.
Certification and Standards: Ensure the socket is certified by recognized bodies such as UL, CE, or RoHS. This guarantees compliance with safety standards and reduces the risk of electrical hazards.
Overload Protection: Look for sockets equipped with overload protection mechanisms that automatically shut off power when the maximum load is exceeded, preventing overheating and damage.
Fire-Resistant Materials: Choose sockets made from fire-resistant materials to minimize the risk of a fire in case of an electrical fault.
Child Safety: Consider sockets with child safety features, such as child-proof shutters, to prevent accidental insertion of objects or fingers.
Grounding: Always opt for grounded sockets to provide an additional layer of protection against electrical shock.
Number of Outlets: Select a socket with the appropriate number of outlets to accommodate all your devices simultaneously. Consider both USB and AC outlets for versatility.
USB Ports: If you frequently charge USB devices, look for sockets with built-in USB ports. Check the power output (e.g., 2.4A, Quick Charge) to ensure compatibility with your devices.
Power Rating: Ensure the socket's power rating meets or exceeds the total wattage of the devices you plan to connect. This prevents overloading and ensures stable power delivery.
International Compatibility: If you travel frequently, consider a socket with international plug compatibility or an adapter set to suit different countries' power outlets.
Surge Protection: For added protection against power spikes and lightning, look for sockets with surge protection capabilities.
Build Quality: Choose a socket made from durable materials that can withstand daily wear and tear. Look for solid construction and robust cables.
Compact Design: For ease of travel, select a compact and lightweight socket that doesn't take up too much space in your luggage.
Cable Length: Ensure the cable is of sufficient length to reach your power source conveniently without being too cumbersome.
Indicator Lights: Some sockets come with indicator lights that show when power is on or when there's an overload. This can be a useful feature for quick troubleshooting.
Warranty and Customer Support: Finally, check the warranty period and the quality of customer support offered by the manufacturer. A good warranty indicates confidence in the product's durability.
In conclusion, selecting a good mobile type socket involves a thorough consideration of safety features, functionality and compatibility, as well as durability and portability. By keeping these factors in mind, you can choose a socket that not only meets your immediate needs but also stands the test of time. Happy shopping!
09
2024-09
A wall-mounted metal socket box is a critical component in electrical installations, designed to securely house and protect electrical outlets and connections. It ensures that wiring is safely contained and organized within the wall, providing both functionality and safety.
Durability: Made from metal, these boxes are robust and resistant to physical damage.
Safety: Provides a secure enclosure for electrical connections, reducing the risk of electrical shocks or fires.
Standardization: Designed to fit standard electrical outlets and wiring, ensuring compatibility with various systems.
Ease of Installation: Equipped with mounting holes and alignment features for straightforward installation in walls.
Protection: Shields electrical components from dust, moisture, and other environmental factors that could cause damage.
Residential Use: Commonly installed in homes to house electrical outlets for everyday appliances and devices.
Commercial Settings: Used in office buildings and retail spaces to provide access to power sources in a controlled manner.
Industrial Environments: Protects electrical connections in factories and warehouses, where durability is crucial.
Public Spaces: Installed in locations like schools and hospitals where safety and reliability are paramount.
Renovation Projects: Ideal for integrating new outlets into existing walls during home or building renovations.
Proper Mounting: Ensure the box is securely attached to the wall studs or brackets to maintain stability.
Alignment: Carefully align the box with the wall surface to ensure that outlets fit properly and are flush with the wall.
Wiring: Follow electrical codes and guidelines for wiring connections to prevent hazards and ensure functionality.
Regular Inspection: Periodically check for any signs of wear or damage to maintain safety and performance.
Cleaning: Keep the exterior clean and free from dust and debris to ensure proper operation and aesthetics.
Conclusion
In summary, a wall-mounted metal socket box is essential for safe and effective electrical installations. Its durability, safety features, and versatile applications make it a valuable component in various settings, while proper installation and maintenance ensure its long-term functionality.
07
2024-08
High current plugs and sockets are often used in electrical equipment and systems that require high current loads, and are widely used in various industrial equipment, electrical equipment, and energy storage systems. In this kind of high-load, high-precision working environment, the maintenance of high current plugs and sockets is an important part of ensuring their normal and safe operation and extending their service life.
1. Regular inspection
Every once in a while, check the appearance of the plugs and sockets for signs of damage, deformation, or burning. These problems may indicate overload, short circuit, or other electrical faults. Check whether the connection between the plug and the socket is tight and make sure there is no looseness or poor contact. Loose connections may cause increased resistance, which can cause overheating and energy loss. Use a dry soft cloth or a special cleaning tool to clean the socket regularly to remove dust, cobwebs and other debris. This helps to maintain good contact of the socket and prevent poor contact or short circuit caused by debris.
2. Avoid overload
When using high current plugs and sockets, be sure to understand their rated load. Do not connect electrical equipment that exceeds the rated load of the socket to avoid overload and cause failure or even fire. Avoid using multiple high-power electrical devices at the same time to reduce the load on the socket. If necessary, consider using a socket or power distributor with overload protection.
3. Moisture and dustproof
Keep the plug and socket away from water and humid environments to prevent moisture intrusion and short circuits, electric shocks and other safety hazards. If the socket is found to be damp, the power should be cut off immediately and used after drying. In dusty environments, consider installing a dust cover to protect the socket. This helps reduce dust erosion on the socket and maintain its good electrical performance.
4. Correct use
When plugging and unplugging the plug, hold the plug rather than the wire to avoid damage to the socket due to pulling the wire. The plugging and unplugging force should be moderate, and avoid using overly sharp or hard objects to scratch the surface of the socket. Avoid exposing the plug and socket to corrosive substances, such as acid and alkali solutions. These substances may corrode the metal parts of the socket and affect its electrical performance.
5. Timely repair and replacement
If you find that the plug or socket has signs of damage or failure, such as cracking, burning, deformation, etc., you should stop using it immediately and ask professionals to repair or replace it. Never repair or modify damaged sockets without authorization. For plugs and sockets that are used for a long time or often bear high loads, it is recommended to replace them regularly to ensure their safety and reliability.
The maintenance of high current plugs and sockets is of great significance to ensure electrical safety, extend service life, improve efficiency and meet safety standards. Therefore, users should pay attention to the maintenance of High current plugs and sockets, and conduct relevant inspections and maintenance regularly.
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