Product Details
1" Drive 1580 ft lb Aluminum Air Impact Wrench with 8" Extended Anvil (1900-A) by AIRCAT®. This product is made of high-quality materials to serve you for years to come. Designed using state-of-the-art technology and with customers in mind. It will meet your needs and deliver great quality at an affordable cost.
Specifications
| Material: Aluminum |
| Square Drive (in.): 1 x 8 |
| Air Cons. (CFM): 12 |
| Bolt Capacity (in.): 1-1/4 |
| Air Inlet (in.) NPT/BSP: 1/2 |
| Rec. Hose Size (in.): 1/2 |
| Weight (lb): 23.6 |
| Length (in.): 20.8 |
| Free Speed (RPM): 5500 |
| Impacts Per Minute (IPM): 900 |
| Max. Torque (ft lb): 1580 |
Features
- 1580 ft lb maximum torque
- Low wear "pin-less" hammer
- Enlarged inner cavity of D handle grip is more suitable for US users
- Triple heat treated Ni-Cr-Mo alloy steel hammer mechanism parts and anvil, provide ultimate reliability
- Aluminum hammer case with molded front rubber impact buffer incorporating a molded CAT claw Symbol
- Aluminum housing with rubber over-mold for increased protection Molded AIRCAT logo & model number
- Ergonomic trigger with rubber inlay for comfort
- Swivel air inlet for maneuverability
- 9 combined reverse & power management switches
- Rugged bolt-on side assist handle can be located right-left side by rotating hammer case
- Combined friction ring and through hold anvil for positive socket lock-on
- Expertly crafted from premium materials
- Designed to match rigorous quality standards
- High quality at a budget-friendly price
The AIRCAT® line represents the most significant advances in the performance of pneumatic power tools in nearly 30 years. Founded in 1998, 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.