Power Source Type : Double Insulation Electric Corded
Colour : Red & Black
No Load Speed : 2200 RPM
Voltage : 220/240 V
Frequency : 50/60 Hz
Maximum Torque Force : 450NM
Square Drive : 1/2"
Rated Power : 1100 Watts
Reverse/ Forward Function : Yes
Weight : 4.8 Kg (Approx)
Description
The XPT 534 Impact Wrench comes equipped with an impressive 1100 Watts of rated power, delivering a Capable no-load speed of 2200 RPM. Whether you're tackling automotive repairs or assembly tasks, this tool is built to drive and remove fasteners swiftly and effectively.
With a maximum torque force of 450 Newton meters (NM), the XPT 534 ensures that no bolt is too tight and no job is too tough. It effortlessly delivers consistently high torque to ensure that your fastening jobs are done with utmost ease. The 1/2-inch Square Drive is designed to accommodate a wide range of sockets and attachments.
This versatile feature ensures that you have the right tool for every task, from tightening lug nuts to assembling furniture. The XPT 534 Impact Wrench is engineered with a Reverse/Forward Function, allowing users to easily switch between tightening and loosening operations without missing a beat.
Its intuitive design guarantees a hassle-free experience, making it an indispensable addition to your toolbox. Crafted with your comfort in mind, the XPT 534 boasts an ergonomic grip and a well-balanced design. It ensures minimal fatigue during prolonged usage, making it your go-to tool for any heavy-duty application.
Built to last, the XPT 534 Impact Wrench promises reliability and longevity. Its durable construction can withstand the rigors of frequent use, ensuring that it remains a steadfast companion in all your maintenance and repair endeavors.
Features
:
powerful and consistent torque for efficient fastening.
Constructed with robust materials to ensure a long-lasting tool life.
Operates quietly, reducing fatigue and ensuring a more comfortable work environment.
Features easy and swift socket changes, enhancing productivity.
Designed to fit into tight spaces without compromising on power.