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AIRCAT 808-22-A: 22.5 Inch Long Reach Ratchet 160 RPM, Composite Overmold Grip
$ 84.48
- Description
- Size Guide
Description
Extended Drive Shaft: Allows access to hard-to-reach fastenersAir Tool: Produces 65 ft-lbs of maximum torque; 160 RPM for fast rundown
High Grade: High grade materials and additional support bearings provide reliability
Air Ratchet: Ergonomic handle for the user's ultimate comfort
AIRCAT Line: The most significant advances in the performance of pneumatic power tools
It's time to modernize your toolkit. AIRCAT long-reach ratchets extend your working range from 15.3 in. to 22.5 in., depending on model selected. Their selection of ratchets are offered in a choice of drive sizes and torque capabilities to meet your needs. Each of these air tools are designed from high-grade materials with additional support bearings, feature an extra-large ratchet head for increased reliability, and come with an ergonomic grip for operating comfort. Get access to hard-to-reach fasteners, along with quiet, efficient performance using AIRCAT long-reach ratchets. AIRCAT 808-22-A delivers 65 ft-lbs of maximum torque, 160 RPM, the exclusive AIRCAT design, and an extended drive shaft to access hard-to-reach fasteners. It's made from high-grade materials and additional support bearings provide reliability.
Specifications: Square Drive (in.)3/8, Max. Torque (ft-lb) 65, Free Speed (RPM) 160, Bolt Capacity (in.) 1/2, Weight (lbs.) 4.3, Length (in.) 22.5, Air Cons. (CFM) 6, Rec. Hose Size (in.) 3/8, Air Inlet (in.) NPT/BSP1/4. The AIRCAT line represents the most significant advances in the performance of pneumatic power tools in nearly 30 years. Founded in 1998, our air 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 includes 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.