3/4 inch (20 mm) square ∙ solid Cordless impact wrench ∙ 2100 Nm

• Patented vibration damping protects the wrist and the battery locking element
• Cordless impact wrench ∙ 18 V
• Basic unit ∙ without battery ∙ without charger
• Auto stop function (select using the "M" button) stops the machine as soon as the striking mechanism starts or stops when the striking mechanism is released: this prevents overtightening or loss of screws and nuts during operation
• Prevents overtightening, e.g. of small screws, by being able to set three different speed ranges (“Speed Command”)
• Forward / reverse with switch-on lock
• Electronic emergency brake
• LED battery capacity indicator on the battery pack
• Compatible with all 18 V battery packs in the 9500 series
• LED light (5-stage) with persistence afterglow
• Infinite speed regulation
• 3 tightening torque levels
• Idle speed
  Stage 1: max.: 500 revolutions/minute
  Stage 2: max.: 1000 revolutions/minute
  Stage 3: max.: 1900 revolutions/minute
• Idle speed impact rate: 0– 2350 revolutions/minute
• Ergonomic non-slip, rubberised grip
• Compact design
• Machine head made of die-cast aluminium - impact-resistant and durable
• Weight (without battery): 3.1 kg
• Electronic Management System (EMS) protects battery pack, extends service life and increases efficiency
• Vibration acceleration for screws a_h: 17.4 m/s²
  Uncertainty: K=1.5 m/s²
• Brushless DC motor (BLDC):
  • Longer service life, less wear, no need to change the carbon brushes
  • High efficiency and hence lower battery consumption – more compact motor enables smaller installation dimensions
• Max. storage temperature: 50° C
• Charging temperature: 4 to 40° C

Do you know – Li-Ion batteries:

• Do not have any memory effect
• Consist of cells with 3.6 V each
• After full charge they have a higher voltage than 3.6 V i.e. 5 cells each 3.6 V = 18 V – but after full charge a peak voltage of up to 20 V is possible
  Attention: For a longer lifetime of the battery please store it charged up to 50 to 80 % only
• Have an energy density which is twice as high as nickel cadmium batteries, for example
• Have a nominal voltage three times higher than a nickel metal hydride battery
• Require multiple complete charging cycles to reach full capacity