RedMax EBZ8560 Commercial Backpack Blower DescriptionStep up your lawn care game with the powerful RedMax EBZ8560 Commercial Backpack Blower, designed for professional landscapers who demand the best in performance and reliability. With an impressive air volume of 1,000 CFM and speeds of up to 220 MPH, this frame-mounted backpack blower provides unbeatable efficiency and speed, making short work of even the heaviest debris. Equipped with the industry’s largest fuel tank, you can tackle any job without interruption, and the comfortable ergonomic design ensures you can work for hours without fatigue. The RedMax EBZ8560 is the perfect tool for serious lawn care professionals who demand nothing but the best.RedMax EBZ8560 Commercial Backpack Blower SpecsAir flow in housing1200 cfmAir flow in pipe1000 cfmAir speed (round nozzle)220 mphBlowing Force47 NWeight25.5 lbs (11.6 kg)Product size length14.09 inTube diameter3.386 inCylinder displacement75.6 cm³Power output4.59 hpMaximum power speed7450 rpmFuel tank volume77.77 fl oz (US)Idling speed2000 rpmElectrode gap0.03 inSpark plugNGK CMR7HFuel consumption464 g/kWhSound power level, guaranteed (LWA)115 dB(A)Sound power level, measured113 dB(A)Sound pressure level at operators ear106 dB(A)RedMax EBZ8560 Commercial Backpack Blower FeaturesPowerful AirflowMove lawn clippings, leaves, and debris with ease thanks to the RedMax EBZ8560’s powerful 1,000 CFM airflow.High Air SpeedClear large areas quickly and efficiently with speeds up to 220 MPH at the nozzle.Industry’s Largest Fuel TankGet more work done without stopping to refuel, thanks to the EBZ8560’s industry-leading fuel tank capacity.Comfortable and Ergonomic DesignReduce operator fatigue with the EBZ8560’s comfortable backpack design and ergonomic controls.Durable ConstructionThe EBZ8560 is built to last, with a rugged frame and quality materials that can withstand the rigors of daily use.Efficient Fuel ConsumptionMaximize your productivity and minimize fuel costs with the EBZ8560’s efficient fuel consumption rate of 464 g/kWh.
