HAZET 9014PS-1 avvitatore pneumatico a impulsi 1/2" 1200 Nm Twin Hammer composito

Delivering a massive 1200 Nm of loosening torque, the HAZET 9014PS-1 pneumatic impact wrench is a powerhouse built for demanding automotive and industrial applications. Its 1/2 inch square drive and twin hammer mechanism ensure rapid, dependable fastening and removal of even the most stubborn bolts.

Overview

The HAZET 9014PS-1 is a professional-grade air impact wrench engineered for high performance and durability. It features a composite housing that reduces weight without sacrificing strength, making it comfortable for extended use. The tool offers three forward torque settings and one reverse setting, allowing precise control for various tasks. With a maximum tightening torque of 678 Nm and a recommended torque of 610 Nm, it covers a wide range of applications from wheel nuts to heavy machinery maintenance.

What stands out

• Exceptional power: 1200 Nm max loosening torque tackles the toughest jobs.
• Lightweight composite housing: reduces fatigue and enhances maneuverability.
• Three-stage forward torque control: precise adjustment for different fasteners.
• Downward exhaust through handle: directs air away from work area and operator.
• High no-load speed of 10,000 rpm: fast operation for efficiency.

Technical details

• Drive size: 1/2 inch (12.5 mm)
• Max loosening torque: 1200 Nm
• Max tightening torque: 678 Nm
• Recommended torque: 610 Nm
• Operating pressure: 6.3 bar (90 psi)
• Air consumption: 127 l/min
• No-load speed: 10000 rpm
• Sound pressure level: 97.1 dB(A)
• Sound power level: 108.1 dB(A)
• Vibration acceleration: 10.2 m/s²
• Air inlet thread: 1/4 inch (12.91 mm)
• Recommended hose diameter: 10 mm (3/8 inch)
• Impact mechanism: Twin Hammer
• Housing material: Composite
• Exhaust air direction: Downwards through handle
• Torque settings: 3-stage (forward), 1-stage (reverse)

Our verdict

The HAZET 9014PS-1 combines immense torque with ergonomic design, making it an indispensable tool for professionals who demand reliability and power in challenging environments.