Product Description
With the aid of ingenious workforce, we are instrumental to provide supreme grade collection of Solar Combiner Box. This box is ideal for providing interconnection between the input leads from the solar pv modules and the output lead to the inverter. The offered box is manufactured by our adroit professionals by utilizing quality-approved components and innovative techniques in compliance with industry norms. Further, clients can purchase this Solar Combiner Box from us in different technical specifications at competitive prices.
Key Points:
- User friendly
- Hassle free installation
- Longer service life
- Excellent surge protection
Product details
| Frequency | 50-60 Hz |
| Ambient Temperature | Upto 40Deg C |
| Voltage | 220-440V |
| Packaging Type | Box |
| Conductor Material | Copper |
| Brand | SSP |
Durable and Weather-Resistant ConstructionBuilt with IP65 ingress protection and a galvanized, powder-coated steel body, this combiner box offers outstanding defense against dust, water, and various weather conditions. Its robust design ensures consistent operational performance in both rooftop and ground-mounted solar systems, even in demanding environments.
Customizable Configurations & Ease of InstallationThe combiner box is tailored for flexibility, allowing customized numbers of string inputs (from 2 to 24) and output ports (1 to 4) to match specific project needs. With both wall and floor mounting options, as well as cable entry via glands or bushings, installation is simple and adaptable to most locations.
Advanced Safety and Monitoring FeaturesEquipped with DC MCBs or isolators, replaceable fuses rated up to 40A, surge protection devices (Type II/III), earthing provisions, and optional current monitoring, this box provides comprehensive electrical safety and operational oversight for maximum system protection and efficiency.
FAQs of Solar Combiner Box:
Q: How is the Solar Combiner Box installed in a PV system?
A: The Solar Combiner Box can be mounted on a wall or placed on the floor, using the designated mounting provisions. It accommodates cable entry through glands or bushings for a clean and secure wiring arrangement, suitable for various site layouts and installation requirements.
Q: What are the benefits of using an IP65 water and dust-proof combiner box?
A: An IP65 rating ensures the box is highly resistant to water jets and dust intrusion, protecting electrical connections in challenging outdoor environments. This results in enhanced durability, minimal maintenance, and reliable power transmission for your solar project.
Q: When should a surge protection device (SPD) be used in the combiner box?
A: A surge protection device (Type II/III) is essential when the installation site is prone to electrical surges due to lightning or grid instability. Including an SPD in the combiner box protects sensitive components from damage and helps maintain system longevity.
Q: Where can this solar combiner box be used?
A: Designed for both rooftop and ground-mounted solar applications, the combiner box is suitable for a wide range of solar projects, including residential, commercial, and utility installations across varied geographic conditions in India.
Q: What is the process for customizing the number of string inputs and outputs?
A: Customers can specify the required number of string inputs (between 2 and 24) and output ports (1 to 4) when placing an order. The manufacturer will then configure the combiner box to these specifications, ensuring compatibility with your solar array design.
Q: How do the fuse and breaker components ensure system safety?
A: The box includes 30A-40A rated fuses, DC MCBs, and isolators to protect against overcurrent, short circuits, and faulty conditions. This combination of devices ensures rapid isolation of faults, safeguarding both equipment and personnel.
Q: What advantages does optional current monitoring provide?
A: Optional current monitoring allows for real-time assessment of string currents. This enables quick detection of underperforming strings and facilitates proactive maintenance, helping to optimize energy yield and extend system lifespan.