HAZET 9212-1000 Cordless impact wrench

Application:
Work independently

• High efficiency thanks to brushless motor
• Basic unit cordless impact wrench, without battery

18 V, 5 Ah

• Suitable for continuous operation
• Robust machine housing
• There are three power stages to choose from for torque acceleration
  Stage 1: approx. 180 Nm at 0-400 rpm
  Stage 2: approx. 400 Nm at 0-800 rpm
  Stage 3: approx. 1000 Nm at 0-1800 rpm
• Illumination of the work area before the output begins to move
• Li-Ion battery with significantly lower self-discharge (only 2%) compared to a standard NiMH rechargeable battery (15-25%)
• Replacement battery: 9212-05
• Battery net weight: 0.659 kg
• Battery charger net weight: 0.66 kg
• Case net weight: 2.15 kg
• Dimensions including rechargeable battery: 278 x 230 x 89.5 mm
• Including belt clip, attachable on both sides
• Brushless DC motor (BLDC)
  - Longer lifetime, less wear, no change of the carbon brushes required
  - Greater efficiency and thus less battery consumption
  - More compact motor allows for smaller installation dimensions
• Charging time with 5 Ah rechargeable battery approx. 80 min
• Sound power level: 112 db(A) Lp W
• Vibration acceleration: 17.80 m/s2
• Loosening torque (max) determined with screw size M: 24
• Forward and reverse: multi-stage (right/left)
• Output: Square, solid 12.5 mm (1/2 inch)
• Net weight: 3.64 kg
• Tightening torque max.: 1000 Nm
• Maximum loosening torque: 1400 Nm
• Sound pressure level: 101 dB(A) Lp A
• Revolutions per minute: 0 – 1800

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