Streamlined canned motor

Operates exclusively with a frequency inverter

Motor temperature regulated through the medium and cooling fins

Absence of vortex losses owing to insulating cans crafted from polymer materials

More compact than a concurrent performance asynchronous motor

Constant magnetic synchronous motor

Works in tandem with a frequency inverter, Speed variability from 1000 to 4000 RPM

Operational efficiency surpasses the IE4 benchmark (Note： IE metrics aren't typically assigned to synchronous motors)

The performance curves correspond to water distribution at a consistent 20°C, considering an external temperature of 20°C.

Within the depicted performance curves, any operational parameter can be adjusted to match the drive's parameterization.

Both total pressure and flow volume come with an estimated variance of ±10%, while energy consumption may exhibit an increase of up to +10%.

Variations in the medium's attributes and fluctuating surrounding temperatures can modify the performance graphs.

The energy consumption in kW denotes the electric energy uptake at the frequency inverter's starting point.