Type2 Charger Cable Harness
The Type 2 charging cable harness is capable of adapting to different charging power levels. Multiple protection functions against overcurrent, overvoltage, and overheating are integrated within the harness. When abnormal increases in current and voltage or overheating of the temperature are detected during the charging process, the circuit will be automatically cut off immediately to prevent damage to the battery and the vehicle's electrical system, thus establishing an all-round safety defense line for the charging process of electric vehicles.
Fire performance
environmental protection
abrasion resistance
weatherability
oil resistant
UV resistant
One-piece
low heat
Technical Data
| Product Name | Type2 Charger |
| ELECTRICAL PERFORMANCE | |
| Rated current | 16A/32A/63A |
| Operation voltage | 250V / 480V |
| Insulation resistance | >500MΩ (DC500V) |
| Contact Resistance rise | 0.5mΩ Max |
| Terminal temperature | <50K |
| Withstand voltage | 2000V |
| MECHANICAL PROPERTIES | |
| Mechanical life | >10000 times |
| Impat of external force | Can afford IM drop |
| Coupled insertion force | 45N< F < 100N |
| ENVIRONMENTAL PERFORMANCE | |
| Operating temperature | -30℃- +50℃ |
| APPLIED MATERALS | |
| Case material | Thermoplastic,flame retard a nt grade UL94 V-0 |
| Termi nal | Copper alloy,silver plating |
Dimensions(mm)
DC charging plugs for electric vehicles: the key to efficient and safe electric vehicle charging
As a key component in the field of electric vehicle technology, the DC charging plug for electric vehicles complies with the strict standard set by GB/T - 20234 - 2015. This standard ensures that the charging process is not only efficient, but also safe and reliable.
The hand-held ergonomic design of the DC charging plug for electric vehicles is a distinctive feature. It is carefully crafted to fit comfortably in the hand and is easy to plug and unplug. This ease of use is a major advantage, especially at busy charging stations or when users are in a hurry. The design takes the human factor into account, reducing the physical fatigue and potential errors associated with the charging process.
Safety was a primary consideration in the design of this charging plug. The insulated safety pin is a key element in preventing accidental direct contact by staff. This insulation provides additional protection, minimizing the risk of electric shock and ensuring the safety of users and maintenance staff.
The excellent protection of the DC charging plugs for electric vehicles is commendable. With a protection rating of IP55, it is highly resistant to dust and water ingress. This makes it suitable for a wide range of environmental conditions, from dusty roadsides to rainy days. The plug is resistant to these elements and ensures a continuous and uninterrupted charging process, regardless of the external environment.
The plug's one-piece construction offers a number of benefits. It increases durability and provides a seamless interface. The soft-touch material is not only pleasant to the touch, but also helps to reduce heat generation during the charging process. This helps to extend the life of the plug and reduces the likelihood of overheating, which can be detrimental to charging equipment and vehicle batteries.
The choice of high-quality outdoor materials is another aspect that sets this charging plug apart. Its fire resistance ensures safety in the event of an accident. The environmental aspect makes it a sustainable choice. Abrasion, weather, oil and UV resistance enable the plug to withstand the harsh outdoor conditions it may encounter, from surface friction to prolonged exposure to sunlight and various liquids.
In short, an EV DC charging plug that complies with the GB/T - 20234 - 2015 standard combines functionality, safety and durability. It is an important link in the EV charging ecosystem, contributing to the widespread adoption of EVs by providing a reliable and user-friendly charging solution. With its advanced features and robust design, it paves the way for efficient and hassle-free EV charging in the future.
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