Water Master 4″ Water Transfer Pump eStart MH40E-2

Introducing the MH40E-2, a 4-inch Water Transfer Pump designed for exceptional performance, featuring an impressive high flow rate of up to 1,420L/min and a robust single impeller. Setting itself apart from many competitors, this pump is remarkably lightweight. Equipped with a sturdy roll frame and a convenient lifting bar, it offers a highly portable solution for efficiently moving large volumes of water.

Under the hood, it harnesses the legendary reliability of a Honda GX petrol engine, ensuring consistent and dependable power. Manufactured in Australia, it is constructed with premium-quality components, with all pump elements crafted from cast aluminum.

Ideal for a variety of applications, including water transfer between dams or tanks, flood irrigation, site dewatering, and stock watering, the MH40E-2 surpasses its predecessor, the MH40E, in performance and convenience.

Why choose electric start? The electric start guarantees effortless operation for all users. If you require a fire defense pump, reliability and convenience become paramount considerations. Our eStart model allows quick ignition by anyone, ensuring ease of use, especially in high-stress and potentially hazardous situations. We've meticulously integrated the battery and wiring within the frame, ensuring that portability remains uncompromised.

Engine Model: Honda GX270
Starting System: Electric
Fuel Tank Capacity: 5.3 L
Suction Size: 4”
Discharge Size: 4”
Max. Head: 33 metres
Max. Flow Rate: 1420 L/min
Fuel Type: Unleaded Petrol
Dimensions: 620 x 475 x 573 mm (L x W x H)
Weight: 55.5 kg
Self Priming: Yes

* Specifications are subject to change without notice. Images are for display purposes only. Product may differ from images displayed. Performance data has been measured at the pump. The performance of our Pumps as noted above can be affected by the installation and configuration of the pipe work and distances involved. Example – suction head, static head, friction head. Which all need to be considered when determining the appropriate pump size.