HAZET Cordless impact driver 9512-600

Short head length and compact design for working in confined spaces. 18-volt cordless impact driver. Basic unit without battery or charger. Auto-stop function stops the tool as soon as the impact mechanism engages or when the impact mechanism stops working during loosening: this prevents over-tightening or the loss of screws and nuts during operation. Prevents over-tightening of, for example, small screws thanks to three different speed settings (‘Speed Command’). Forward/reverse rotation with start lock. Electronic quick brake. LED battery capacity indicator on the battery pack. Compatible with all 18-volt battery packs in the 9500 series. 5-stage adjustable integrated LED light. No-load speed: Stage 1: 0–1,000 revolutions per minute; Stage 2: 0–1,800 revolutions per minute; Stage 3: 0–2,700 revolutions per minute. No-load impact rate: 0–3,750 revolutions per minute. Ergonomic, non-slip rubberised handle. Weight (without battery): 1.2 kg. Number of torque settings: 3. Brushless DC motor (BLDC): longer service life, low wear, no need to replace carbon brushes. High efficiency and therefore lower battery consumption – a more compact motor enables smaller dimensions. Electronic Management System (EMS) protects the battery pack, extends its service life and increases efficiency. Charging temperature: 4 to 40° C. Maximum storage temperature: 50° C. Sound power level: 95 dB(A) Lp W. Vibration acceleration: 15.05 m/s². Output: 1/2 inch (12.5 mm) square drive. Dimensions: 125 mm x 78 mm x 208 mm. Operating temperature range: -10°C – 40°C. Maximum tightening torque [Nm]: 406 Nm. Maximum loosening torque [Nm]: 600 Nm. Sound pressure level: 87 dB(A) Lp A. Did you know – Li-ion batteries: Have no memory effect. They consist of 3.6 V cells. When fully charged, they have a voltage higher than 3.6 V, i.e. 5 cells at 3.6 V = 18 V – but after a full charge, a peak voltage of up to 20 V is possible. Please note: to ensure a long battery life, store the battery at between 50 and 80 per cent charge. They have more than twice the energy density of, for example, nickel-cadmium batteries. They have a nominal voltage around three times that of nickel-metal hydride batteries. They require several full charge cycles to reach full capacity.