AIRCAT 1250-K 1/2-Inch Nitrocat Composite Twin Clutch Impact Wrench 1300 ft-lbs

Specifications
Dimensions (Overall): 8 inches (H) x 3 inches (W) x 8.25 inches (D)
Weight: 4.84 pounds
Amps Required: 0 amps
Power Source: Air-Powered
Battery: No Battery Used
Warranty: 2 Year Limited Warranty. To obtain a copy of the manufacturer’s or supplier’s warranty for this item prior to purchasing the item, please call Target Guest Services at 1-800-591-3869
TCIN: 87062264
UPC: 809084125001
Origin: imported

Description
It’s time to modernize your toolkit. Inside AIRCAT’s Nitrocat 1250-K lies some serious power and groundbreaking technology. This tool will blow the user away with an amazing 1,000 blows per minute, all the speed of a 1/2″ with 3/4″ power. The machine-gun-like rapid impacts will get the job done with speed and power. The 1250-K is engineered with the hard-hitting twin-clutch mechanism built for high torque performance. AIRCAT makes top-of-the-line power tools perfect for any handyman or construction professional.

This power tool delivers 950 foot-pounds maximum torque and 1,300 foot-pounds of loosening torque. AIRCAT’s Nitrocat 1250-K is a fearless, hard hitting, 1/2-inch impact wrench that outperforms anything in its class! It has a powerful, smooth twin-clutch mechanism, durable reinforced composite housing, a patented, ergonomically designed handle, a patented, quiet-tuned exhaust (86 dBA), and a patented, easy-operation flip lever forward/reverse switch. The twin-clutch is better suited for heavy-duty projects (framework, medium to heavy-duty trucks, etc.).

The AIRCAT line represents the most significant advances in the performance of pneumatic power tools in nearly 30 years. Founded in 1998, our tool line has a substantially reduced level of noise while retaining more power and torque. AIRCAT also incorporates a patented ergonomically engineered handle design to relieve stress and fatigue on the operator’s hands, wrists, and arms. AIRCAT has the patented tuned exhaust muffler technology in most tools, which allows discharged air to pass without developing back pressure, thus retaining more power, while significantly reducing noise.