Wacker EHB 11 BLM magic Electric Drilling/Chisseling Hammer, 115V, SDS-max

The innovative magic drilling and chiseling hammers save money because they lose no time due to maintenance and failures: The three-phase AC motor means that there is no changing of worn-out carbon brushes. Failures due to burnt-out windings in the rotor of the motor are likewise a thing of the past. On the other hand, the built-in frequency inverter is a very useful feature, since it means that magic electric hammers can be plugged in to a standard mains socket.

• No wear at all: non-contact rpm setting.
• Consistent and concentrated performance in hard and soft materials due to the new high-tech percussion system.
• Undoubtedly safer operation for the user due to the unique built-in converter: automatic voltage-matching protects against under- and over-voltages.
• The work becomes less tiring thanks to the individually adjustable Pro-Ergo® handle system: Quick and easy shifting of the holding position during the work means more can be done in the same time.

Standard Package – EHB 11 BLM magic incl. 5 m supply cable, injection-moulded carrycase with tool compartments, grease gun with 180 cm3 grease, instruction book and EC-Conformity Certificate

Description Metric Imperial L x w x h (without tool) 620 x 105 x 245 mm 24.4 x 4.1 x 9.6 in Weight without tool 11,7 kg 25.8 lb Shank SDS-max mm SDS-max in Percussion rate (adjustable) 1.300 - 2.150 1/min 1,300 - 2,150 blows/min Drill speed 140-225 1/min 140-225 rpm Single stroke impact 19 (1,9) J (mkp) 14 ft lb/blow Demolition performance 600 kg/h 1,320 lb/h Drive engine three-phase induction motor with inverter in series for alternating current 50/60 Hz with protective insulation Voltage 110 - 127 1~ V 110 - 127 1~ V Rated current 13 A 13 A Power draw (required generator output: 3,3 kW) 1,2 kW 1.6 hp Percussion system air-cushioned percussion system Drilling drive with safety clutch and disconnectable drive shaft Sound power level conforming to EC guideline 84/537/EEC 93 dB(A) 93 dB(A)

Specifications may change due to continuous product development. * Actual power output may vary due to conditions of specific use