Product Parameters
Description
For large-scale PV grid-connected power generation system, in order to reduce the connection between the PV module and the inverter, and to facilitate maintenance to improve reliability, it generally need to add DC busbar device between the PV module and the inverter. The PV array lightning protection combiner box is designed to meet this requirement and can be designed to a complete PV power generation system solution with PV inverter products. Using PV combiner box, the user can put certain number of same specifications PV modules into series PV module according to input DC voltage range of the inverter, and then a number of series PV modules access to the PV array lightning protection box. It is convenient to facilitate the post-inverter through the output for lightning protection device and circuit breaker.
Key Characteristics
- Meet the requirements of outdoor installation, protection class IP65/IP66, with anti-UV, anti-acid, anti-alkali, moisture, mildew, rodent control and other functions;
- Access 4-way PV array, each with 15A, 1000Vdc fuse (replaceable other grades);
- Equipped with special high-voltage lightning protection device, lightning protection function with cathode and anode;
- Positive, negative string into the fuse;
- Use quadruple PV dedicated circuit breaker with positive and negative in series;
Technical Data
| Item |
Specification / Description |
| Product Name | Photovoltaic Lightning Protection Combiner Box |
| Product Model | AFY-CD06-6-Fuse |
| Maximum Input Circuits | 6* (1 in 1 out) |
| Ambient Temperature | -35 to +40°C |
| Ambient Humidity | 0–95% |
| Operating Altitude | 3000 meters |
| Maximum Input Current per Circuit | DC 15–30A (selected based on PV panel power) |
| Maximum Open-Circuit Voltage per Circuit | DC 1000V |
| Fuse | DC 1000V / DC 15–30A / 30kA (positive and negative poles of each circuit separately connected) |
| Surge Protector | Type II / In=20kA, Imax=40kA, Ucpv=1000V DC (positive and negative poles of each circuit separately connected) |
| Circuit Breaker | DC 1000V / DC 16–32A / 64A (positive and negative poles of each circuit separately connected) |
| Enclosure Design | Enclosed design, anti-static, anti-vibration, dustproof, rustproof, waterproof, flame retardant |
| Enclosure Cooling | Natural cooling |
| Enclosure Lightning Protection | Grounded lightning protection |
| Insulation | Insulation resistance between input and ground, output and ground, input and output ≥20MΩ |
| Enclosure Waterproof Rating | IP65, suitable for indoor and outdoor installation |
| Equipment Dimensions | 680W*500H*180D (mm) |
About Us
Established in 2002, the manufacturing facility is a specialized manufacturer of AC/DC magnetic contactors, definite purpose contactors, AC/DC circuit breakers and Moulded case circuit breakers, Combiner Boxes, PV components products, and more. Located in the industrial zone, we enjoy convenient transportation. The production facility occupies an area of 80,000 square meters and features advanced equipment including injection molding machines, automatic pressers, monitoring stations, and more. The annual production capacity is 100,000 pieces for combiner boxes and 5,000,000 pieces for contactors. With export licenses, products are exported to America, Australia, Europe, South America, and Southeast Asia. The products have gained wide praise at home and abroad. Strict quality control is performed in every procedure from material sourcing, processing, and testing to packing. Our tenet is "Quality First; Improve Technology; Expecting Future".
FAQ
Q: What is your terms of payment?
A: Alibaba online fast payment, T/T.
Q: Do you test all your chargers before shipping?
A: All major components are tested before assembly and each charger is fully tested before shipped.
Q: Can I order some samples? How long?
A: Yes, and usually 7-10 days to production and 7-10 days to express.
Q: How long to fully charge a car?
A: To know how long to charge a car, you need to know the OBC (on board charger) power of the car, the car battery capacity, and the charger power. The hours to fully charge a car = battery kWh / OBC or charger power (whichever is lower). For example, if the battery is 40kWh, OBC is 7kW, and the charger is 22kW, the charging time will be 40/7 = 5.7 hours. If the OBC is 22kW, then the charging time will be 40/22 = 1.8 hours.
Q: Are you a trading company or manufacturer?
A: We are a professional EV charger manufacturer.