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By adjusting the pump’s motor speed to deliver the same pre-set pressure at the outlet regardless of how many outlets or appliances are in use, a water pump inverter maintains a consistent and steady pressure in a water system up to the pump’s maximum capacity.
An inverter changes the voltage or frequency of an electrical signal. A pump inverter outputs mains electricity with changing frequency but at the same supply voltage.
The mains frequency, which generally sets the fixed speed of a pump motor, can be changed to alter flow and pressure by adjusting the speed of the pump. The majority of pump inverters run with constant pressure.
The Global Fan and Pump Inverter market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
For its newest pump and fan inverter, the FR-F800, Mitsubishi Electric has created a new generation of drive technology that offers previously unreachable performance in terms of energy savings, optimised speed management, simple start-up, connection, and the adaptability of its features.
The F800 is primarily intended for use with pumps and fans, although it can also be utilised in HVAC and compressor applications. It has various cutting-edge technologies that guarantee precise control and a 98% energy efficiency rating.
Initially, the series consists of six units, three of which cover the 200V–240V range from 0.75kW–110kW and three of which cover the 380V–500V range from 0.75kW–630kW.
