iSAVER+ is the first touch screen frequency converter in the pool industry, a product of our effort in seeking continous innovation to provide a better customer experience.
Pump, being the largest single user of residential electricity, not only consumes energy that’s not necessary, but also generates a constant noise which nomrally above 60, sometimes even up to 70 dBA. iSAVER+ is an ideal solution for energy saving and quiet running .
With its timer function, you can either run the pump at a constant speed, or set up to 4 timers for daily operation, each with an individual speed. With 80% saved at low speed, even if running it 24 hours a day at a low speed, you are still paying less. A power consumption reading on the display give you an idea of how much energy the pump is using under different speed.
- Easy saving up to 80% at low speed
- Sound level of pump reduced by 25%
- Optional timers suitable for different applications
- Better filtration performance at lower speed, less chemical needed
- A longer life span for motor and other pool equipment
- Great contribution on reducing GHG
Cost effective solution
Depends on invidiual case, pay back time can be less tha 12 months. Here below is a rough calculation as to how much you can save a year with an iSAVER+ installed.
Households with a 50m³ swimming pool is typically equipped with a 1HP (input 0.746kW) pool pump.
Electricity price (per kWh) €0.2 per kWh (Source: Eurostat (nrg_pc_204)
In a seven month swimming season, expenditure per year €752 After installing an iSAVER in system, expenditure per year €169
Annual Savings = € 583
|Input Power||1ph AC||1ph AC||1ph AC||1ph AC||1ph AC||1ph AC|
|Frequency||50 Hz||50 Hz||50 Hz||50 Hz||50 Hz||50 Hz|
|Output Voltage||1ph, 0~240V||1ph, 0~240V||1ph, 0~240V||3ph, 0~240V||3ph, 0~240V||3ph, 0~240V|
|Output Power||Max 1 kW||Max 1.5kW||Max 2.2kW||Max 1kW||Max 1.5kW||Max 2.2kW|
|Output Current||Max 5.5A||Max 8A||Max 12A||Max 4A||Max 6A||Max 8A|
|Pump Type||Single phase||Single phase||Single phase||Three phase||Three phase||Three phase|