IEC 62196 to J1772 EV Charging Adapter Wireless Converter

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Product Description

Basic Info.

Model NO.
ZL-I&S-C
Type
Slow EV Charging Station
Insulation Resistance
More Than 1000m Ohm(DC500V)
Contact Resistance
0.5m Ohm Max
Terminal Temp Rise
Less Than 50K
After-Sales Service
1 Year Warranty
Certification
CE, TUV
Specification
164.6mm*60mm
Production Capacity
30000PCS/Month
Origin
China

Packaging & Delivery

Package Size
20.00cm * 20.00cm * 10.00cm
Gross Weight
1.000kg
Transport Package
Carton Box (Customized)

Product Description

T2-T1 EV Charging adapter for IEC charger station to SAE electric vehicle
T2-T1 EV Charging Adapter
Product Name T2-T1 EV Charging adapter for IEC charger station to SAE electric vehicle
Electrical Performance:
Rated current 16A/32A
Operation Voltage 110V/250V AC
Insulation resistance more than 1000M Ohm(DC500V)
Contact resistance 0.5m Ohm max
Terminal temperature rise less than 50K
Withstand voltage 2000V
Mechanical Properties:
Mechanical life no-load plug in/out more than 10000 times
Coupled insertion force 45N~80N
Environmental Performance:
Operating Temperature -30°C ~ +50°C
Applied Materials:
Case material thermoplastic, flame retardant grade UL94 V-0
Terminal Copper alloy, silver plating

Frequently Asked Questions

What is the primary function of this EV adapter?
This adapter allows electric vehicles with an SAE (Type 1) inlet to charge at IEC (Type 2) charging stations.
What are the electrical ratings for this product?
It supports a rated current of 16A or 32A and operates within a voltage range of 110V to 250V AC.
Is the adapter durable for long-term use?
Yes, it is designed for a mechanical life of over 10,000 plug-in/out cycles under no-load conditions.
What safety certifications does the adapter have?
The product is certified with CE and TUV, ensuring it meets high safety and quality standards.
Can I use this adapter in extreme temperatures?
The adapter is built to perform in environmental conditions ranging from -30°C to +50°C.
What materials are used in its construction?
The case uses UL94 V-0 grade flame retardant thermoplastic, and the terminals are made of silver-plated copper alloy for optimal conductivity.

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