TOTAL TAT40122 Super Total Air Impact Wrench Twin Hammer – 1/2" Square Drive, 610Nm Torque, Perfect for Heavy-Duty Automotive Use Impact Gun for Auto Repair, Changing Tires and Automobile

Elevate your automotive repair game with the Super Total Air Impact Wrench
TAT40122. Designed for both professional mechanics and DIY enthusiasts, this
powerful tool delivers unmatched performance and reliability for heavy-duty tasks.

✔️ High Torque Output: Achieve a maximum torque of 610Nm (450Ft-lb) for effortless loosening and tightening of stubborn bolts.
✔️ Fast No-Load Speed: With a no-load speed of 7000/min, complete your jobs quickly and efficiently.
✔️ Lightweight Design: Weighing only 2.6KG (5.7lbs), this impact wrench is easy to handle without sacrificing power.
✔️ Twin Hammer Mechanism: Experience superior performance and durability with the advanced twin hammer design.
✔️ Comprehensive Socket Set: Comes with 3 essential sockets (17mm, 19mm, 21mm) to tackle a variety of tasks.
✔️ Versatile Connectors: Equipped with Europe, USA, Nitto, and Italy type connectors for enhanced compatibility.
✔️ Efficient Air Consumption: Operates at 142.5l/min (5.0cfm) and 6.3bar (90psi) for effective performance.
✔️ Compact Size: With a length of just 187mm (7.3"), it fits easily into tight spaces.
✔️ Durable Air Inlet: Features a 1/4" air inlet and requires a 3/8" air hose for optimal functionality.

Each Super Total Air Impact Wrench TAT40122 comes packaged in an
attractive color box, making it a perfect gift or addition to your tool collection.

• ✅ Maximum torque of 610Nm (450Ft-lb) for tough jobs.
• ✅ No-load speed of 7000/min for fast operation.
• ✅ Weighs only 2.6KG (5.7lbs) for easy handling.
• ✅ Twin hammer mechanism for enhanced power and durability.
• ✅ Includes 3 sockets (17mm, 19mm, 21mm) for various applications.
• ✅ Compatible with multiple connector types for versatility.
• ✅ Air consumption of 142.5l/min (5.0cfm) for efficiency.
• ✅ Compact size at 187mm (7.3") for tight spaces.
• ✅ 1/4" air inlet and 3/8" air hose requirement for functionality.