Automatic pressure maintenance station CB2-2CP32-210A Avv. Dir.

CB2-2CP32-210A Avv. Dir. is a professional pressure boosting station designed for pumping clean water and neutral liquids in systems with variable or intensive consumption. The model is built on two powerful Pedrollo CP 32/210A pumps and equipped with the Avviamento Diretto (Direct Start) system, which provides simple operation and reliable startup without complex automation.

Design Features:

▪️CP 32/210A Pumps:
High-pressure three-phase pumps that ensure stable flow even during extended operation. They are highly resistant to pressure fluctuations and designed for intensive use in industrial and municipal systems.

▪️Metal Frame:
Reinforced structure made of steel profile with anti-corrosion coating provides stability under vibration and temperature variations.

▪️Hydraulic Assembly:
Includes suction and discharge manifolds, check valves, ball valves, and connecting fittings. The piping is made of durable materials, designed for long-term operation under pressure.

▪️QE2M Control System:

automatic pump alternation;

protection against frequent starts;

thermal protection and panel lock;

pressure control via low-voltage circuit.

All elements are mounted on the discharge manifold and ready for operation without additional configuration.

Operating Principle:

When system pressure drops, one pump starts. If water consumption increases, the second pump activates. Pumps alternate to ensure even wear. The Avv. Dir. (Direct Start) system enables direct pump startup, simplifying design, improving reliability, and reducing maintenance costs.

Applications:

▪️Water supply for industrial sites, agricultural complexes, and workshops;
▪️Booster stations in residential and administrative buildings;
▪️Irrigation and watering systems;
▪️Facilities with many draw-off points (hospitals, hotels, sports complexes).

Pedrollo CB2-2CP32-210A Avv. Dir. is a reliable, powerful, and easy-to-maintain station for professional water supply needs. The model delivers stable pressure even under extreme loads and ensures dependable performance in the most demanding engineering systems.