The 16A/32A SAE J1772 Type 1 240V AC Electric Vehicle Charging Socket is designed to provide a stable and efficient charging solution for electric vehicles. Built to meet international SAE J1772 standards, this socket supports both 16A and 32A current options, making it highly adaptable to various electric vehicle models. It is ideal for use in home garages, commercial charging stations, and public charging networks, offering both flexibility and reliability. Whether for individual car owners or businesses running multiple charging stations, this product ensures a smooth, efficient charging experience. Manufactured with high-quality, durable materials, the socket features advanced electrical performance and safety measures, ensuring a safe and reliable charging experience for electric vehicle users. With its IP54-rated protection, it is well-suited for both indoor and outdoor installations and can withstand diverse environmental conditions. Designed to operate effectively in various climates, this socket can deliver consistent and efficient charging, whether in hot summers or freezing winters, addressing the varied needs of electric vehicle owners. Type 1 Charge Socket  Detailed:

Features			1. Meet SAE J1772-2010 standard
			2. Nice appearance，left flip protection,support front installation
			3. Reliability of materials, antiflaming,pressure -resistant,abrasion resistance
			4. Excellent protection performance,protection grade IP44(working condition)
Mechanical properties			1. Mechanical life : no-load plug in/pull out＞10000 times
			2. Coupled insertion force:>45N<80N
Electrical Performance			1. Rated current：16A/32A/40A/50A
			2. Operation voltage： 110V/240V
			3. Insulation resistance：＞1000MΩ（DC500V）
			4. Terminal temperature rise：＜50K
			5. Withstand Voltage：2500V
			6. Contact Resistance： 0.5mΩ Max
Applied Materials			1. Case Material: Thermoplastic,flame retardant grade UL94 V-0
			2. Pin：Copper alloy,silver plating
Environmental performance			1. Operating temperature: -30°C~+50°C

 EV Charging Socket Model selection and the standard wiring

Model	Rated current	Cable specification	Cable Color
BH-T1-EVAS-16A	16A	3 X 2.5mm² + 2 X 0.5mm²	Orange or Black
	16A	3 X 14AWG+1 X 18AWG
BH-T1-EVAS-32A	32A	3 X 6mm²+ 2 X 0.5mm²
	32	3 X 10AWG+1 X 18AWG
BH-T1-EVAS-40A	40A	2X8AWG + 1X10AWG + 1X16AWG
BH-T1-EVAS-50A	50A	2X8AWG + 1X10AWG + 1X16AWG

Product Features: High Compatibility: Fully compliant with SAE J1772 Type 1 standards, compatible with most electric vehicles on the market, including Tesla (with adapter), Nissan Leaf, Chevrolet Bolt, and more. Flexible Current Options: Offers both 16A and 32A current choices, enabling personalized charging solutions based on varying needs and enhancing charging efficiency. Safety and Reliability: Equipped with multiple protection features, including overload protection, short-circuit protection, and water/dust resistance (IP54), ensuring a safe charging process. Durable Design: Made from high-strength engineering plastics and high-conductivity copper alloy contacts, the socket is heat-resistant, corrosion-resistant, and built to last in harsh environments. Easy Installation and Maintenance: Modular design for quick installation and easy maintenance, reducing operational costs. Applications: Home Charging: Perfect for residential garages, offering EV owners a convenient and reliable charging solution at home. Commercial Charging: Ideal for shopping malls, parking lots, hotels, and other commercial locations, allowing customers to charge their electric vehicles while they go about their day. Public Charging Stations: A key component in public charging networks, providing EV users with convenient charging options when traveling. Fleet Charging: Suitable for corporate fleets or shared car systems, supporting centralized management and bulk charging needs. This charging socket is an essential component in electric vehicle charging solutions, widely used in home, commercial, public, and fleet applications. It provides efficient, eco-friendly, and safe charging services, playing a critical role in the global development of electric vehicle charging networks.