Why Output Phase Matters for a Solar Pump Inverter
A solar pump inverter must deliver the AC output configuration required by the pump motor. In Boray's catalog, solar pump inverter families such as BR600-P Solar Pump Inverter, BR500-P Solar Pump Inverter, FD600 High Protection Solar Pump Inverter, and BR110-P Universal High-Performance Solar Vector Inverter are named as pump-driving platforms, so the output phase should be selected from the pump side, not from the solar array alone.
Single-Phase Output in the Catalog Context
When a pump is described as a 220v small power pump, the Boray catalog explicitly connects that class to the LV40-70 DC voltage booster for 220v small power pumps. This makes the 220v small-power pump description the catalog anchor for evaluating whether a single-phase solar pump inverter output is the right comparison point.
Three-Phase Output in the Catalog Context
When a pump is described as a 380v pump, the Boray catalog provides the LV60-90 DC voltage booster for 380v pumps. That 380v pump naming gives a catalog-based reason to compare three-phase solar pump inverter output when the pump motor is specified for three-phase operation.
How to Compare Boray Solar Pump Inverter Models
Start with the pump motor's stated phase and voltage class, then compare relevant Boray catalog names. For 220v small-power pump systems, review BR600-P Solar Pump Inverter and BR500-P Solar Pump Inverter alongside the LV40-70 DC voltage booster for 220v small power pumps. For 380v pump systems, review the same solar pump inverter families alongside the LV60-90 DC voltage booster for 380v pumps.
Selection Checklist Without Guessing Specifications
Use only catalog-verifiable comparison points: the solar pump inverter name, the pump voltage class, and the accessory name. Confirm whether the pump needs single-phase or three-phase AC, then match it to a Boray solar pump inverter entry and, where needed, to the LV40-70 DC voltage booster for 220v small power pumps or the LV60-90 DC voltage booster for 380v pumps.
