Key Features of DC Power Sockets
1
High Load Capacity: Large bearing power up to 2500W, ensuring the socket remains cool even under high energy demands.
2
Heat Resistance: The inner core uses high-temperature resistant plastic, maintaining its shape even at 125℃.
3
Ergonomic Design: Reasonable structure with large plug distance allows each port to be used independently without interference.
4
Durability: High elastic phosphorus copper shrapnel ensures over 10,000 insertion cycles without fatigue or sparking.
The DC socket architecture is primarily composed of fork-type contact shrapnel, longitudinal directional keyways, an insulation base, and transverse sockets. Two fork-type contact shrapnels are vertically and horizontally arranged in the center of the base. The top surface of the base cylinder connects the input power cord, while the contact ends consist of two interconnected elastic arms.
Wide Range of Applications
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Sensor Products: Infrared sensors for vehicles, security doors, and point roll doors.
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Household Appliances: Microwave ovens, electronic scales, rice cookers, and televisions.
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Security Systems: Public monitors, video intercoms, and other surveillance equipment.
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Digital Products: Digital cameras and high-end digital recording devices.
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Communication: Mobile phones, iPads, telephones, and building infrastructure equipment.
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Toys & Medical: Electronic toys, hospital medical equipment, and gym treadmills.
Frequently Asked Questions
Q1: What is the maximum power capacity of this DC socket?
The socket supports a large bearing power of up to 2500W, making it highly resistant to overheating.
Q2: Can the socket withstand high temperatures?
Yes, the inner core is made of high-temperature resistant plastic that resists deformation up to 125℃.
Q3: How many times can the socket be plugged and unplugged?
The high-elastic phosphorus copper shrapnel is designed for over 10,000 cycles without fatigue or contact issues.
Q4: Will using one plug affect the neighboring port?
No, the reasonable structure and large plug distance ensure each port can be used independently.
Q5: Is this socket suitable for medical or fitness equipment?
Yes, it is widely used in hospital medical equipment, gym treadmills, and various computer peripherals.
Q6: What materials are used for the contact components?
The socket utilizes high-quality phosphorus copper for the shrapnel to ensure outstanding conductivity and safety.
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