Makita DUB361Z Twin 18v LXT Cordless Blower Body Only

Makita DUB361Z Twin 18v LXT Cordless Blower Body Only

The Makita DUB361 cordless blower is powered by 2x 18v Makita lithium-ion batteries. This compact and lightweight leaf blower has low noise emissions thanks to the battery power meaning you can get to use your blower with less disturbance. Offering a maximum air volume on high of 4.4m³/min and 2.6m³/min on low and a maximum air velocity on high of 93m/s and 57m/s on low. Featuring eXtreme Protection Technology (XPT), which gives a protective seal inside the leaf blower engineered to provide improved water resistance by channeling water and dust from the tool’s key internal components. When different battery capacities are used, this leaf blower will stop when the battery with less capacity is empty. Continuously with 2 x 4.0Ah batteries on the high setting for 24 minutes or 73 minutes on the low setting or 17 minutes on high and 51 minutes on low using 2 x 3Ah batteries. Designed with a battery capacity warning lamp making you aware of when the battery power is running low. Easily change between high and low settings with a push button.

The Makita twin 18v battery concept offers an expanding range of machines that utilise the established 18v lithium-ion battery capacity to deliver high power 36v performance whilst offering an economic purchase solution for existing Makita tool owners.

FEATURES

• Battery capacity warning lamp
• Push button for high/low volume settings
• XPT (eXtreme Protection Technology)
• Compact & lightweight
• Low noise emissions

SPECIFICATION

• Voltage: 18v x 2 (36v)
• Max. Air Volume (Hi): 4.4 m³/min
• Max. Air Volume (Lo): 2.6 m³/min
• Max. Air Velocity (Hi): 93 m/sec
• Max. Air Velocity (Lo): 57 m/sec
• No Load Speed (Hi): 17,000 rpm
• No Load Speed (Lo): 10,000 rpm
• Net weight: 3.1 kg
• Overall Length: 905mm

NOISE & VIBRATION

• Noise sound pressure: 82.3 dB(A)
• Noise sound power: 94.7 dB(A)
• Noise K factor: 1.6 dB(A)
• Vibration K factor: 1.5 m/sec²
• Vibration no load: 2.5 m/sec²