Portable Drill Powered Transfer Pump This high-output drill powered pump is a compact and portable solution for transferring a wide range of liquids quickly and efficiently. Designed to operate using a standard cordless drill, the pump connects directly into the drill chuck for fast setup and convenient operation without the need for mains power. With self-priming capability and flow rates up to 60 litres per minute, this versatile pump is ideal for workshops, garages, agriculture, construction, and general fluid transfer applications. Key Features Portable drill-powered transfer pump Compatible with most cordless drills Self-priming pump design Maximum flow rate up to 60 litres per minute Maximum operating pressure: 4 Bar 1” Male BSP inlet and outlet ports Integrated depth stop for improved stability Self-priming up to 3 metres Maximum head height: 7 metres Suitable for liquids up to 60°C Quick & Easy Installation Designed for simple operation, the pump connects directly to the chuck of a cordless drill or electric drill for immediate use. The integrated depth stop helps stabilise the pump during operation, while the standard 1” BSP inlet and outlet connections make it easy to integrate into existing hose and transfer systems. Versatile Liquid Transfer Pump This portable pump is suitable for transferring a wide range of non-corrosive liquids, making it useful across multiple industries and applications. Suitable Liquids Include Diesel HVO and Bio-Diesel Light oils Vegetable oil Antifreeze Rainwater Dirty water without large particles Non-corrosive detergents High Temperature & Reliable Performance Capable of handling liquids up to 60°C, this pump is suitable for demanding environments where higher liquid temperatures may be encountered. Its self-priming design and strong flow performance make it ideal for fluid transfer, draining, filling, and general pumping applications. Ideal for: Diesel transfer Agricultural use Workshop applications Construction sites Water transfer Emergency pumping General maintenance work
