VENZ VM32-160A Centrifugal Pump 380V 4HP 2 x 1.25 Inch, Brass Impeller

VENZ VM32-160A 380V Centrifugal Pump, Brass Impeller
A high-performance water pump designed in accordance with European standards (EN733). The 3-phase motor ensures maximum operational stability, energy efficiency, and excellent continuous heavy-duty performance. The brass impeller eliminates rust-seizing issues during extended downtimes and provides superior corrosion resistance compared to standard cast iron. Suitable for applications requiring consistent water pressure and long material service life.

Features

4.0 HP (3.0 kW) motor, compatible with 380V / 50Hz (3-phase) electrical system

Impeller made of genuine brass; robust, wear-resistant, and rust-free throughout its service life

Pump casing made from special-grade cast iron, highly durable and capable of withstanding very high internal chamber pressure

Motor shaft made of stainless steel to prevent corrosion and extend mechanical seal life.

3-phase motor delivers consistent torque, smooth and low-vibration operation, and lower heat buildup compared to single-phase models

Cooling system with a fan and large motor fins provides excellent ventilation, supporting 24-hour continuous operation

Industrial-grade mechanical seal decisively prevents water leakage

IP55 protection rating, excellent protection against external dust and water spray

Class F thermal insulation, supporting high operating temperatures under full load conditions

International standard flanged construction ensures secure installation and minimizes leakage at pipe connections

Applications

Water supply systems for multi-story buildings such as dormitories, apartments, or mid-sized condominiums (4-6 floors)

Industrial water supply systems requiring consistent water pressure in production lines

High-pressure sprinkler systems or agricultural irrigation systems requiring long-distance and sloped water delivery

Used as the main pump in Booster Pump and Transfer Pump sets for medium-sized residential projects

Water transfer in machine cooling systems (Cooling Towers) or drainage systems requiring high discharge pressure