VENZ VM50-160B Centrifugal Pump 380V 7.5HP, Pipe Size 2.5 x 2 Inch, Brass Impeller

Centrifugal Pump VENZ VM50-160B 380V Brass Impeller
A powerful water pump in the VM50 series designed for high-volume water transfer with a 2-inch (50 mm) discharge port. The 3-phase motor provides maximum efficiency for long continuous operation. The brass impeller effectively prevents rust-induced jamming and corrosion from various water conditions. Ideal for large water supply systems in high-rise buildings, industrial factories, and irrigation projects requiring long-term reliability.

Features

High-power 7.5 HP (5.5 kW) motor compatible with 380V / 50Hz (3-phase) electrical systems

Impeller made of genuine brass, strong, durable, rust-free, and ensures smooth water flow.

Extra-thick special grade cast iron pump casing designed according to European standard EN733 (DIN 24255)

Stainless steel motor shaft prevents rust and extends mechanical seal life.

3-phase motor delivers consistent torque, operates quietly, and dissipates heat significantly better than single-phase systems.

Cooling system with fan and large motor fins, supporting 24-hour continuous heavy-duty operation

Premium-grade mechanical seal completely prevents water leakage even under high-load conditions

IP55 protection rating, protecting against dust and low-pressure water jets from all directions

Class F insulation withstands high operating temperatures under full load conditions exceptionally well.

International standard flange structure ensures stable installation and easy maintenance with Back Pull Out design.

Applications

High-volume water supply and distribution systems in high-rise buildings, hotels, or large hospitals

Sprinkler systems and large-scale agricultural systems requiring high flow and pressure to cover wide areas.

Used as the main pump in booster pump and transfer pump systems for industrial estates or residential developments.

Water supply for industrial manufacturing processes requiring clean water and rust prevention.

Large-scale cooling systems with continuous high-volume water circulation.