EV Charger Adapter

Summary of EV Charger Adapter

AiPower EV charger adapter is one of the crucial components in the electric vehicle (EV) charging infrastructure, serving as a link between the charging station and the vehicle. It facilitates the transfer of electrical power from the charging point to the EV, allowing for a safe and efficient charging process. Designed to accommodate various charging standards and connector types, the adapter ensures compatibility between different EV models and charging stations. It plays a pivotal role in enhancing the accessibility and convenience of EV charging, enabling users to charge their vehicles at diverse locations with different charging configurations.

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Product Detail

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Features of EV Charger Adapter

1, High-quality materials, environment-friendly and flame-retardant, PA66+25GF for the plug/socket and PC+ABS for the upper and lower covers.

2, The terminals, including positive, negative and signal ones, are made of H62 brass with a silver-plated finish.

3, For AC EV charger adapter with a robust retention force of ≥450N. For DC EV charger adapter with a robust retention force of ≥3500N.

4, Over 10,000 times plug and unplug life.

5, No corrosion or rust observed after a 96-hour salt spray resistance test.

Models Type 1 To NACS AC

type1 to NACS EV charging station adapter

Specification

Ⅰ. Electrical performance

1. Rated current: 60A

2. Temperature rise test: 60A current for 4 hours, temperature rise ≤ 50K

(wiring above 8AWG)

3. Insulation resistance: ≥100MΩ, 500V DC

NACS To Type 2 AC

NACS to type2 EV charging station adapter

Specification

Electrical performance

1. Rated current: 48A

2. Temperature rise test: 48A current for 4 hours, temperature rise ≤ 50K

(wiring above 8AWG)

3. Insulation resistance: ≥100MΩ, 500V DC

NACS To Type 1 AC

NACS to type1 EV charging station adapter

Specification

Electrical performance

1. Rated current: 48A

2. Temperature rise test: 48A current for 4 hours, temperature rise ≤ 50K

(wiring above 8AWG)

3. Insulation resistance: ≥100MΩ, 500V DC

Type 2 To Type 1 AC

type2 to type1 EV charging station adapter

Specification

Electrical performance

1. Rated current: 48A

2. Temperature rise test: 48A current for 4 hours, temperature rise ≤ 50K

(wiring above 8AWG)

3. Insulation resistance: ≥100MΩ, 500V DC

Type 2 To Type 1 AC

type1 to type2 EV charging station adapter

Specification

Electrical performance

1. Rated current: 48A

2. Temperature rise test: 48A current for 4 hours, temperature rise ≤ 50K

(wiring above 8AWG)

3. Insulation resistance: ≥100MΩ, 500V DC

CCS1 to NACS DC

type1 to NACS EV charging station adapter(1)

type1 to NACS EV charging pile adapter(1)

Specification

Electrical performance

1. Rated current: 250A

2. Temperature rise test: 250A current for 4 hours, temperature rise ≤ 50K

(wiring above 8AWG)

3. Insulation resistance: ≥100MΩ, 500V DC

Mechanical properties for AC EV charger adapter

1. Retention force: For AC EV charger adapter pull-off force after main line terminal and cable are

riveted: ≥450N. For DC EV charger adapter pull-off force after main line terminal and cable are

riveted: ≥3500N:

2. Plug and unplug life: ≥10,000 times

3. Withstand voltage: Main line L/N/PE: 8AWG 2500V AC

4. Insulation resistance: ≥100MΩ, 500V DC

5. Insertion and extraction force: ≤100N

6. Working temperature: -30℃~50℃

7. Protection level: IP65

8. Salt spray resistance requirements: 96H, no corrosion, no rust

Video of portable EV Charger

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