NOTED: The B Side (utility grid power) must remain powered ON when using this photovoltaic (PV) inverter type, because the output voltage of the inverter may be unstable.
Please note: For PV INVERTER type systems, the A source must be connected to the Inverter (which is coupled with the PV system) and serve as the primary power source. The B source should be connected to a stable utility grid power supply as the backup source.
The purpose of this configuration is to use the photovoltaic system as the main power source, with the utility grid serving as the backup power source.
This is a dual power switch designed for PC-level applications, with a switching time of less than 8ms to ensure no interruption in power supply.
Important: This system is intended only for switching between a PV system with inverter and the city power (utility grid). It is not designed for switching between city power and a generator, or between a generator and another generator.
NOTED: The B Side (utility grid power) must remain powered ON when using this photovoltaic (PV) inverter type, because the output voltage of the inverter may be unstable.
Please note: For PV INVERTER type systems, the A source must be connected to the Inverter (which is coupled with the PV system) and serve as the primary power source. The B source should be connected to a stable utility grid power supply as the backup source.
The purpose of this configuration is to use the photovoltaic system as the main power source, with the utility grid serving as the backup power source.
This is a dual power switch designed for PC-level applications, with a switching time of less than 8ms to ensure no interruption in power supply.
Important: This system is intended only for switching between a PV system with inverter and the city power (utility grid). It is not designed for switching between city power and a generator, or between a generator and another generator.
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