Why Choose Chengdu Honors
| Model | Amps | Voltage | Cables Size | Waterproof | Certificate |
|---|---|---|---|---|---|
| type 1 sockets | 16A | 240V | IP67 | UL | |
| 32A | 240V | IP67 | UL | ||
| 40A | 240V | IP67 | UL | ||
| 50A | 240V | IP67 | UL | ||
| Type 2 sockets | 16A | 240V/480V | IP67 | TUV,CE | |
| 32A | 240V/480V | IP67 | TUV,CE | ||
| CCS 1 DC Sockets | 80A | 600V | IP67 | UL | |
| 125A | 600V | IP67 | UL | ||
| 150A | 600V | IP67 | UL | ||
| 200A | 600V | IP67 | UL | ||
| CCS 2 DC Sockets | 80A | 1000V | IP67 | TUV,CE | |
| 125A | 1000V | IP67 | TUV,CE | ||
| 150A | 1000V | IP67 | TUV,CE | ||
| 200A | 1000V | IP67 | TUV,CE | ||
| CHAdeMO Sockets | 125A | 1000V | IP67 | CE | |
| 150A | 1000V | IP67 | CE | ||
| 200A | 1000V | IP67 | CE |
In addition to our comprehensive range of home and public EV charging solutions, we are proud to offer a selection of accessories tailored specifically for electric vehicles. Among these accessories are onboard charging outlets designed to provide added convenience and flexibility for EV owners. These onboard charging solutions allow drivers to easily plug in and charge their vehicles from various power sources, whether it be at home, work, or on the road.
With our commitment to providing reliable and innovative products, we aim to enhance the charging experience for electric vehicle owners and contribute to the advancement of sustainable transportation.
The Type 2 Electric Vehicle (EV) socket, also known as the IEC 62196-2 connector, comes in various configurations to accommodate different charging needs and standards. Here are the main types of Type 2 EV sockets and their differences:
1. Type 2 AC Charging Socket:
Description: This is the standard Type 2 socket used for alternating current (AC) charging. It is widely adopted in Europe and is compatible with both single-phase and three-phase charging.
Use Cases: Suitable for home charging stations, public charging stations, and workplace charging.
2. Type 2 DC Fast Charging Socket:
Description: This is a modified Type 2 socket designed for direct current (DC) fast charging. It is equipped with additional pins for high-power DC charging, allowing for faster charging speeds.
The Type 2 AC Charging Socket, also known as the IEC 62196-2 connector, is a standard charging socket used for electric vehicles (EVs) in Europe and other regions. It is specifically designed for alternating current (AC) charging. The Type 2 connector is characterized by its compact design and a standardized set of pins and contacts.
Short Description:
1. Rated current: 16A 32A Three Phase
2. Operating voltage: 240V AC
3. Insulation resisitance:>1000MΩ(DC500V)
4. Therminal temperature rise:<50K
5. Withstand voltage:2000V
6. Working temperature: -30°C ~+50°C
7. Contact impedance: 0.5m Max
8.CE,TUV Approved
| Features | 1. Meet 62196-2 IEC 2010 SHEET 2-IIf standard2. Nice appearance，with protection cover,support front installation3. Safety pins insulated head design to prevent accidental diirecrt contact with staff4 Excellent protection performance,protection grade IP44(working condition) |
| Mechanical properties | 1. Mechanical life : no-load plug in/pull out＞5000 times2. Coupled insertion force:>45N<80N |
| Electrical Performance | 1. Rated current：16A/32A2. Operation voltage： 250V/415V3. Insulation resistance：＞1000MΩ（DC500V）4. Terminal temperature rise：＜50K5. Withstand Voltage：2000V6. Contact Resistance： 0.5mΩ Max |
| Applied Materials | 1. Case Material: Thermoplastic,flame retardant grade UL94 V-02. Pin：Copper alloy,silver + thermoplastic on the top |
| Environmental performance | 1. Operating temperature: -30°C~+50°C |
Model selection and the standard wiring
| Model | Rated current | Cable specigication |
| HN-T2-AC-16S | 16A Single phase16A Three phase | 3 X 2.5mm²+ 2 X 0.75mm²5 X 2.5mm²+ 2 X 0.75mm² |
| HN-T2-AC-16S | 32A Single phase32A Three phase | 3 X 6mm²+ 2 X 0.75mm²5 X 6mm²+ 2 X 0.75mm² |
Short Description:
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：2000V
6. Contact Resistance： 0.5mΩ Max
CCS2 vehicle socket
1. High Power Levels:
CCS2 connectors are designed to support high power levels, allowing for faster charging sessions and accommodating the increasing battery capacities of modern electric vehicles.
2. Communication Protocols:
CCS2 connectors support communication between the vehicle and the charging station for smart charging functionalities, such as charging initiation, power level negotiation, and billing information exchange.
3. Wide Adoption:
CCS2 has been adopted by various automakers and charging infrastructure providers, making it one of the most widely used DC fast charging standards globally.
Short Description:
1. Rated Current：125A/150A/200A
2. OperationVoltage：DC 1000V
3. Insulation Resistance：＞1000MΩ（DC500V）
4. DC Max Charging Power: 127.5KW
5.AC Max Charging Power: 41.5KW
CCS Type 2 Male Socket/Inlet (EV Side) The CCS 2 charging socket meet the EU standardS. the ccs2 charging socket can install on the CCS2 electric cars.200A Combo 2 Socket for EV Car Side ,150A CCS Combo 2 Socket for Electric Vehicle Side.
Features
1- The ccs2 charging socket with TUV CE RHOS certificates, it is safe and reliable.
2- The ccs 2 chargersocket with safety pins insulated head design to prevent accidental direct contact with staff.
3-The ccs Type 2 charging socket can be installed on electric cars, then you can use the ccs charging gun to charge the EV.
The Combined Charging System inlet is a vehicle connector for convenient charging of Plug-in Hybrid Electric Vehicles (PHEV) and Electric Vehicles. Type 2 inlets and plugs supporting AC & DC Charging standards of Europe
| DC Input | 200A 500V DC MAX |
| DC Max Charging Power | 62.5KW |
| Terminal Temperature Rise | <50K |
| Contact Resistance | 0.5m Ω Max |
| Withstand Voltage | 3200V |
| Cable length | with 1M cables |
| Material | Thermoplastic, Flame Retardant Grade UL94 V-0 |
| Pin Material | Copper Alloy, Silver + Thermoplastic On The Top |
| Operating Temperture | -30℃~+50℃
|
Hey, I’m Becca, the author of this post, a member of the Honors Company team for over a year, my journey with Honors ignited a passion for electric vehicles (EVs), leading my purchase of first EV, I am on my way to becoming an expert in ev field,
Hey, I’m Becca, the author of this post, a member of the Honors Company team for over a year, my journey with Honors ignited a passion for electric vehicles (EVs), leading my purchase of first EV, I am on my way to becoming an expert in ev field,
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