The LEO ACm150 is a high-efficiency centrifugal water pump designed for transferring clean water in domestic, agricultural, and commercial systems. Powered by a 1.5kW copper-wound motor, it runs on standard 220V single-phase power, delivering dependable performance for irrigation, pressure boosting, and general water supply.

The ACm150 is engineered with a brass impeller, AISI 304 stainless steel shaft, and cast iron body, ensuring exceptional durability and long-term service even under demanding conditions.

Key Features

• 1.5kW Single-Phase Motor – Robust and energy-efficient, ideal for continuous operation

• Max Flow Rate of 140 L/min (8.4 m³/h) – Suitable for medium to high water volume systems

• High Head of up to 48 Metres – Ideal for applications requiring elevated water delivery

• Max Pressure: 4.5 Bar – Protects system and components from excess pressure

• Durable Construction – Cast iron body, brass impeller, and stainless steel shaft

• Thermal Overload Protection – Ensures safety during extended operation

• Self-Ventilated Enclosure – Maintains optimal motor cooling

Technical Specifications

Applications

• Irrigation and Sprinkler Systems

• Pressure Boosting for Residential and Commercial Buildings

• Water Transfer Between Storage Tanks and Boreholes

• Garden Watering and Rainwater Harvesting

• Light Industrial Water Circulation

Benefits

• High flow and pressure handling

• Durable components ensure long life and reliability

• Easy to install and maintain

• Ideal for a variety of water supply systems

• Compact yet powerful

What’s in the Box

• 1 x LEO ACm150 Centrifugal Water Pump

• Instruction manual and installation guide

• Pre-installed capacitor (internal housing)

Important Notes

• Only suitable for clean water – not intended for sewage, greywater or water with large particulates.

• Pump must be primed before first operation.

• For best results, pair with a non-return valve, pressure controller, or float switch.

• Product images may vary slightly from batch to batch but functionality remains consistent.