SCUBA monobloc submersible pumps

SCUBA monobloc submersible electric pumps

The new compact, monoblock SCUBA submersible pump from Xylem offers a new level of reliability and flexibility for the most varied applications such as water supply from wells, cisterns, tanks, irrigation systems and pressure boosting.

Multi-stage SCUBA pumps are quiet and compact, have high performance and are corrosion resistant. They have been designed to solve the most critical problems related to water supply in residential, commercial and agricultural buildings. A version certified for drinking water is available on request. These machines are particularly suitable for applications in private wells, tanks, cisterns or in residential buildings. From today the SCUBA DRY version is also available, which can be installed dry, therefore outside wells and tanks, with the great advantage of being particularly silent machines.

SCUBA is also the ideal choice for the supply of water from ponds, lakes, canals or cisterns, as well as for the irrigation of allotments, gardens and fields or for the collection and management of rainwater. SCUBA can also have applications in industry, in washing systems and in filtration systems.

SCUBA reliability and performance

The range of high-performance, 5" stainless steel SCUBA submersible pumps guarantees flow rates up to 12 m3/h and heads up to 100m. The electric motor is cooled by the pumped liquid and thanks to the integrated capacitor and thermal protection the pump does not need to be connected to a control panel to start.

The discharge port is a key part and is made of precision cast stainless steel to offer extreme corrosion resistance and ensure a robust pipe connection. Each pump features high-efficiency hydraulics and abrasion-resistant impellers to ensure excellent, long-lasting performance. For installations in coastal areas we suggest purchasing our anti-corrosion kit, thanks to which it is possible, by means of a sacrificial anode, to extend the life of the pumps by protecting them from chlorides and stray currents.