Hayward Superpump VSTD Variable Speed - Swimming Pool Filtration Pump - 1,5Hp

Filtration pump for residential swimming pool. The Filtration pump Hayward SuperPump is an excellent choice for residential pools up to 70 m³. The main feature of the Hayward SuperPump VSTD pump is its Smart Inverter system.

This intelligent system allows electricity savings of up ...Filtration pump for residential swimming pool. The Filtration pump Hayward SuperPump is an excellent choice for residential pools up to 70 m³. The main feature of the Hayward SuperPump VSTD pump is its Smart Inverter system.

This intelligent system allows electricity savings of up to 85%, which means you can enjoy a clean and well-maintained pool without incurring high energy costs. Thanks to this function, the pump automatically adjusts its speed and power according to filtration needs, optimizing electricity consumption and reducing your electricity bill. The permanent magnet motor is another key component of the pump.

This type of motor is highly efficient and durable, ensuring long-term reliable performance. In addition, being a synchronous motor, it provides smooth and Quiet operation, allowing you to enjoy a quiet environment while the pump is running. It has a screen display incorporated on the pump motor for easy and comfortable operation.

Filtration pump Hayward SuperPump is compatible with salt chlorination and other types of water treatment and uses a turbine made of Noryl , a corrosion resistant and highly durable material. The 1.75L capacity prefilter incorporates a transparent lid for better inspection of the interior. This allows for faster cleaning and maintenance, without the need for additional tools.

Energy Efficiency in Swimming Pools with SuperPump VSTD Variable Speed Pump The pump mechanism operates by means of an electric motor that drives the internal blades (diffuser), facilitating the recirculation of the pool water and its passage through the filter. The rotational speed of the motor directly influences the amount of water moved per hour, which affects the energy consumption of the system. According to the "affinity law" of centrifugal pumps, the energy required to transport a given quantity of water varies as a function of motor speed.

Lower speed means smoother water flow, resulting in lower energy consumption by the pump. This approach not only results in energy savings, but also maximizes pump performance, promoting more efficient and environmentally friendly operation.