Why is the Type2 to Tesla Adapter Suitable for Tesla?

The Type2 to tesla adapter is highly compatible with Tesla vehicles in multiple key aspects, making it ideal for Tesla's charging needs.

Electrical performance

The maximum rated current of the Type2 to tesla adapter can reach 32A, and the rated voltage is 250V, which matches the charging electrical parameter requirements of Tesla vehicles,it can stably and efficiently deliver power to Tesla, ensuring the smooth charging process without causing damage to the vehicle battery due to current and voltage mismatch, and extending the battery life,at the same time, its insulation resistance is greater than 100M Ω, and its good insulation performance can effectively prevent leakage phenomena, avoid safety accidents caused by leakage, and provide a safe electrical environment for Tesla charging.

Safety and durability

The Type2 to tesla adapter features a lockable secure charging function that prevents accidental detachment during charging, ensuring the stability of the charging connection and avoiding the impact of charging interruptions on Tesla's battery management system,its rubber shell has a fire resistance rating of UL94V-0, which can effectively prevent the spread of fire and ensure the safety of the charging area and vehicles when encountering high temperatures or unexpected sources of fire,the mechanical lifespan is greater than 10000 times, which means that after frequent plugging and unplugging, it can still maintain good performance, be durable, and meet the long-term, high-frequency charging equipment needs of Tesla users.

Adaptability to work environment

The Type2 to tesla adapter can operate normally in working environment temperatures ranging from -30 ℃ to+50 ℃. As a widely used electric vehicle worldwide, Tesla may drive in regions with different climate conditions. The adapter's broad temperature adaptability ensures that it can charge Tesla normally in both cold northern winters and hot southern summers,at the same time, the terminal temperature is less than 50K and the insertion and extraction force is less than 100N, which ensures that the vehicle battery performance will not be affected by overheating during the charging process, and makes the insertion and extraction operation easy and convenient, without damaging the vehicle charging interface due to excessive insertion and extraction force, fully adapting to the usage scenarios and user operating habits of Tesla vehicles.