Water Master High Flow 1.5" Diesel Firefighting Pump - MYD15HPE

MYD15HPE - Water Master High Flow 1.5" Diesel Firefighting Pump eStart This high volume 1.5" Diesel Firefighting Pump is a rugged and versatile model. The high quality Yanmar diesel engine drives a powerful, heavy duty, single-impeller pump. The pump housing, fittings and impeller are all made from durable cast-aluminium. The impressive performance ensures it is a great choice for firefighting as well as other applications such as water transfer, wash down and irrigation. Diesel powered pumps offer greater efficiency, long life times and can be safer due to the lower volatility of the fuel compared to petrol pumps. The great performance and high quality Australian manufacturing make the MYD15HPE an excellent choice for a diesel powered, firefighting pump. Why electric start? The electric start ensures easy operation for all. If you want a fire defence pump, then reliability and convenience are important considerations. Our eStart model is able to be started quickly by anybody, and in the event of a dangerous and high stress situation the convenience can be crucial. We mount the battery and wiring fully in the frame, making sure portability is not compromised. Product Data Sheet Technical Specifications Brand: Water Master Engine Model: Yanmar L70N Product Type: Engine Driven Pump Suitable For: Fire Fighting Starting System: Recoil / E-Start Fuel Tank Capacity: 3.3 L Suction Size: 1.5” Discharge Size: 2x 1” & 1x 1.5" Max. Head: 60 metres Max. Flow Rate: 640 L/min Fuel Type: Diesel Dimensions: 760 x 515 x 550 mm (L x W x H) Weight: 70 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.