HAZET 9022-2 πνευματικό καστάνια κλειδί 1/2 ίντσες 70 Nm

Working in tight engine bays or under dashboards often means struggling with fasteners that are hard to reach and even harder to turn by hand. The HAZET 9022-2 Air Ratchet Wrench solves this by delivering 70 Nm of torque in a compact, low-profile head that fits into spaces where larger tools simply cannot go. At just 40 mm head height and 265 mm overall length, it slips into confined areas and spins off stubborn nuts and bolts with ease.

Who is it for

Professional mechanics, tire shops, and serious DIY enthusiasts who need a reliable pneumatic ratchet for rapid disassembly and assembly. It is ideal for engine work, transmission service, body panels, and any job where speed and access are critical.

Main features

• 1/2 inch square drive (12.5 mm) with reversible rotation for tightening and loosening.
• Maximum torque of 70 Nm for demanding applications.
• No-load speed of 160 rpm for fast run-down.
• Cold-insulated handle for comfortable grip and reduced vibration transfer.
• Rear exhaust directs air away from the work area.
• Low head height of 40 mm allows access to recessed fasteners.
• Lightweight and balanced for one-hand operation.

Specifications

• Drive size: 1/2 inch (12.5 mm) square
• Maximum torque: 70 Nm
• No-load speed: 160 rpm
• Operating pressure: 6.3 bar (90 psi)
• Air consumption: 85 l/min
• Air inlet thread: G 1/4 inch
• Recommended hose diameter: 10 mm (3/8 inch)
• Sound pressure level: 93.4 dB(A)
• Sound power level: 104.4 dB(A)
• Vibration acceleration: 4.4 m/s²
• Exhaust air direction: rear (through handle)
• Rotation direction: reversible (right/left)
• Head height: 40 mm
• Total length: 265 mm
• Handle type: cold-insulated

Tips

Use a high-quality air line with the recommended 10 mm diameter to ensure consistent torque and speed. Regularly lubricate the air motor with a few drops of pneumatic tool oil before each use to extend service life. When working in tight spaces, the rear exhaust keeps air away from your face and the work surface.