The Hellobike 2+6 socket is a power connector used in devices such as Hellobike electric bikes. The following will introduce it from dimensions such as its structural features, application scenarios, and performance advantages:

Structure and Principle

The origin of the name: "2+6" means that this socket has 2 main power pins and 6 auxiliary pins or signal pins. The main power supply pin is mainly responsible for transmitting electrical energy to charge the battery of the electric vehicle or provide power for the vehicle's operation. The six auxiliary pins can be used to transmit various signals, such as battery power information, temperature data, vehicle status signals, etc., to achieve monitoring and management of the charging process, as well as communication between the vehicle and external devices.

Appearance design: The Harrow 2+6 socket typically adopts a compact and sturdy design to meet the needs of outdoor use and frequent plugging and unplugging. Its shell is generally made of high-strength and wear-resistant engineering plastics, which have good insulation performance and impact resistance. Some sockets are also equipped with waterproof sealing gaskets, which can prevent moisture and dust from entering the interior, enhancing the reliability and service life of the connectors.

Application scenarios

Hello shared bikes and electric bikes: In Hello's shared bikes and electric bikes, the 2+6 sockets are the key connection components between the battery and the vehicle, used to enable quick battery replacement and charging, ensuring the normal operation of the vehicle. Meanwhile, through the signal pins of the sockets, the vehicle can transmit information such as battery status and vehicle location to the background management system, facilitating monitoring and dispatching by operation personnel.

Battery swap facilities: In facilities such as the battery swap cabinets of Hello, 2+6 sockets are used to connect batteries and charging equipment, achieving centralized charging and management of batteries. When users replace the battery, they only need to insert the battery with a 2+6 plug into the corresponding socket of the battery swap cabinet to complete the battery charging and data interaction.

Performance advantage

High current transmission capacity: It can withstand a large current, meet the fast charging requirements of electric vehicles, reduce charging time, and improve the vehicle's utilization efficiency.

Good electrical conductivity and stability: By using high-quality conductive materials and advanced manufacturing processes, it ensures good contact between the socket and the plug, low resistance, effectively reducing power loss and heat generation, and guaranteeing the stability and safety of the charging process.

High water and dust resistance level: It has a high water and dust resistance level, such as IP67 or IP68, which can work normally under harsh weather conditions, extend the service life of the socket, and reduce faults and damages caused by environmental factors.