Description
Application: - Long service life and high efficiency in industrial and automotive applications · Loosening torque maximum [Nm]: 3850 Nm · Exhaust air is guided through the handle downwards · Reduced vibrations · Easy handling · Short, compact design with 240 mm long spindle · One-hand operation for left- and right-handed users · Removable handle, 360° adjustable · Connecting socket for low noise hose · HAZET Twin Turbo technology – high torques with compact design · 8-blade air motor with 25% higher impact performance ensures maximum torque · Powerful twin hammer mechanism · Air connection inlet: Inside thread 20.67 mm (1/2″) · Coupler plug: Nominal size 10 (included) · Recommended torque: 1627 Nm · Hose diameter (recommended): 19 mm · Working pressure (bar): 6.3 · Sound power level: 113.5 db(A) Lp W · Vibration acceleration: 17.31 m/s2 · Loosening torque (max) determined with screw size M: 32 · Forward and reverse: two-stage (forward), single-stage (reverse) · Cold insulated handle · Output: 1 inch (25 mm) square, solid · Dimensions / length: 424 mm x 133 mm x 307 mm · Net weight: 5.9 kg · For impact operation · Tightening torque max Nm: 1762 Nm · Loosening torque maximum [Nm]: 3850 Nm · Sound pressure level: 102.5 dB(A) Lp A · Revolutions per minute: 4600 · Air requirement: 235 l/min (3.9 l/sec).
Attributes
Air connection inlet
Female thread 20.67 mm (1/2″)
Clockwise/anticlockwise rotation
two-stage (clockwise rotation), single-stage (anti-clockwise rotation)
Coupling plug
Nominal size 10 (included)
Dimensions/length
424 x 133 x 307 mm
Hazardous substance labelling
false
Hose diameter (recommended)
19 mm
Impact mechanism (type)
High-performance double hammer impact mechanism
Length (battery)
424 mm
Maximum loosening moment
3850 Nm
Output
1 (25 mm) square solid "
Recommended torque
1627 Nm
Revolutions/minute (maximum)
4600 upm
Series
auya_9012TT-9014TT
Sound power level (at operating pressure)
113.5 db(A) Lp W
Sound pressure level (at operating pressure)
102.5 dB(A) Lp A
Vibration acceleration
17.31 m/s2