
PC10-360V PV Combiner Box
PC10-360V PV combiner box for the 50kW system package.





Factory direct PV string combiner box, high safety and high insulation. Effectively manage solar string connection, reduce system failure and extend solar equipment service life.
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| PV array input numbers | 4 |
| Max single PV array current | 10A |
| Single PV array fuse | 10A |
| Output numbers | 1 |
| Max output current | 40A |
| Reference weight (N.W/G.W) | 5.3/9.3 |
| Machine size (D X W X H) | 340*300*140mm |
| Packaging size (D X W X H) | 450*420*245mm |
| Ground wire size | ≥6mm2 |
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FAQ entries will appear here once they are added.

Inverters, batteries, panels, controllers, and accessories are reviewed as one solar system for better compatibility.

Project buyers can receive production progress updates, photos, videos, and document support during order preparation.

Installation guidance, system diagrams, warranty confirmation, and replacement-part communication are part of the support process.

RoHS documentation for solar power system components and buyer compliance review.

CE certification reference for solar power system export and project documentation.

Certification material supporting inverter, battery, and solar system product evaluation.

Additional solar system compliance reference for distributor and EPC documentation packs.

Assembly, wiring, inspection, and packing workflow for solar power systems and electric mobility products.

Electrical testing, inverter checks, and battery system verification before shipment.

Export packaging, warehouse handling, and delivery preparation for project orders.

Workshop area for product review, preparation, and project-specific configuration checks.

A staged Nigeria solar project reference covering two 50kW university clinic systems, a 1MW government order, engineering installation support, and an additional 700kW order.

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12kW solar energy storage project for a Sint Maarten residential backup scenario.

10KW 48V split-phase hybrid solar system effectively solving local frequent grid blackouts and high electricity costs to deliver stable 24-hour household power supply and lower energy expenses.