Our EV Charger Mainboard (Wall-Mounted) EU designed for the EU market provides efficient charging services for large assembly plants and manufacturers with excellent performance and reliability. Whether you are a car manufacturer or a charging station operator
We support our customers in local production and assembly.
| Category | Item | Specification | Notes |
| Environmental Indicators | Applicable Scenarios | Indoor/Outdoor | With enclosure |
| Operating Temperature | -30℃~+55℃ | ||
| Operating Humidity | 5%~95% non-condensing | ||
| Operating Altitude | <2000m | ||
| Cooling Method | Natural cooling | ||
| Safety Standards | IEC61851.1, IEC62196.2 | ||
| MTBF | 50,000 hours | ||
| Protection Functions | Overvoltage Protection | 265V (single-phase voltage) | The default setting, which can be modified via APP, requires a corresponding communication function. Single-gun overvoltage protection value, dual-gun independent overvoltage protection function |
| Undervoltage Protection | 90V (single-phase voltage) | The default setting, which can be modified via APP, requires a corresponding communication function. Single-gun Undervoltage protection value, dual-gun independent undervoltage protection function | |
| Overcurrent Protection | ≥110% rated output | The default setting, which can be modified via APP, requires a corresponding communication function. Single-gun overcurrent protection value, dual-gun independent overcurrent protection function | |
| Leakage Protection | 30mA (Type A), (Type B leakage optional) | Default Type A. Dual-gun independent leakage protection function | |
| Ground Protection | Yes | The default setting, which can be turned off via APP, requires a corresponding communication function | |
| Overtemperature Protection | 80℃ | Default setting, can be modified via APP, requires corresponding communication function | |
| Lightning Protection | Yes | ||
| Communication Methods | Bluetooth | Optional | HLK-B30, 4.2 |
| Ethernet | Optional | AC7K04-ETH1 | |
| 4G | Optional | AC7K03-4G1 – European version, Bands: LTE FDD: B1/3/5/7/8/20, WCDMA: B1/5/8, GSM: B3/8 | |
| Card Reader | Optional | GRON-R36 | |
| Human-Machine Interaction | Display | Optional | 4.3 inch |
| Indicator Light | According to the enclosure | ||
| Start-up Methods | Methods | Card swipe, QR code, APP, plug and charge, etc. | Based on actual customer needs and communication methods |
| Insulation Resistance | Input-Output, Input-Ground, Output-Ground | DC1000V, 60S, >10MΩ | Tested after short-circuiting input L1L2L3N and output L1L2L3N separately |
The Wall-Mounted EV Charger Mainboard (EU Version) is designed to meet the highest standards required in the European market. Engineered for public charging stations and private installations, this mainboard supports efficient and reliable charging for electric vehicles EVs. With robust components and advanced protection features, the mainboard ensures a safe charging experience, whether it’s installed indoors or outdoors. Ideal for business owners looking to invest in charging infrastructure, this product offers the performance and compliance needed to support the growing EV market.
This EV Charger Mainboard adheres to stringent safety standards like IEC61851.1 and IEC62196.2, crucial for EU compliance. These certifications guarantee safe operation in various environmental conditions, protecting both users and vehicles. Operating within a temperature range of -30°C to +55°C, and a humidity tolerance of 5%-95%, the mainboard is well-suited for diverse climates. For business owners looking to install charging stations, these specifications ensure long-term reliability and adherence to EU regulations, making it a secure investment.
Durability is a critical factor in installing EV charging stations. The Wall-Mounted EV Charger Mainboard operates effectively in temperatures from -30°C to +55°C, making it versatile across climates. Humidity tolerance from 5% to 95% non-condensing ensures that the mainboard withstands extreme moisture levels without compromising performance. This feature is particularly beneficial for charging infrastructures in regions prone to high humidity or fluctuating temperatures, ensuring that your EV charging station remains operational in all weather conditions.
Safety is paramount in EV charging infrastructure. The Wall-Mounted EV Charger Mainboard includes advanced protection mechanisms like overvoltage, undervoltage, overcurrent, leakage, ground, overtemperature, and lightning protection. These features are designed to prevent damage to both the charger and the vehicle. Business owners can rely on these safeguards to minimize downtime and reduce the risk of costly repairs. Additionally, the ability to adjust protection settings via an APP provides flexibility for specific operational needs.
Connectivity is essential for managing EV charging stations efficiently. The Wall-Mounted EV Charger Mainboard offers versatile communication methods, including Bluetooth, Ethernet, and 4G. These options allow for seamless integration with existing networks, providing real-time data monitoring and control. Whether you are a business owner or managing a public charging station, these communication methods enable you to stay connected with your infrastructure, ensuring smooth operation and quick troubleshooting when needed.
User experience is enhanced through the Wall-Mounted EV Charger Mainboard’s customizable display options and flexible start-up methods. The mainboard supports a 4.3-inch display, providing clear information to users during the charging process. Start-up methods such as card swipe, QR code, APP, or plug and charge offer convenience and adaptability, catering to different business models. For EV drivers, these features ensure an easy and user-friendly interaction, making your EV charging stations more accessible and attractive to potential users.
Proper installation is crucial for the optimal performance of the Wall-Mounted EV Charger Mainboard. Designed for both indoor and outdoor settings, this mainboard requires a secure wall-mounted configuration. Installers should consider environmental factors such as exposure to weather and accessibility for maintenance. Business owners investing in EV charging infrastructure will benefit from understanding these installation guidelines, ensuring that the mainboard is securely and correctly installed for long-term reliability.
The Wall-Mounted EV Charger Mainboard offers a range of customization options to meet the diverse needs of business owners. Whether it’s adjusting protection settings, choosing between different communication methods, or selecting the type of display, the mainboard can be tailored to specific requirements. This flexibility makes it a valuable asset for businesses investing in EV charging networks. Customization ensures that the mainboard aligns perfectly with operational goals, enhancing the efficiency and user experience of your charging infrastructure.
Investing in reliable EV charging infrastructure is essential for any business model focused on the growing demand for electric vehicles EVs. The Wall-Mounted EV Charger Mainboard provides a robust foundation for building a dependable and scalable charging network. With advanced protection features, versatile communication options, and customizable settings, this mainboard is engineered to support long-term growth. Business owners can trust this investment to deliver consistent performance, contributing to a successful and profitable EV charging station operation.
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