Chicago Pneumatic CP7150 Heavy Duty Air Hammer, 0.401" Round Shank, 2300 BPM

Chicago Pneumatic CP7150 Heavy Duty Air Hammer, 0.401" Round Shank, 2,300 BPM

• The Chicago Pneumatic CP7150 Heavy Duty Air Hammer is a powerful and durable tool designed for demanding applications. With its robust construction and high-performance capabilities, this air hammer is built to handle tough tasks with ease. It features a pistol grip design, providing comfortable handling and control for extended periods of use. The CP7150 delivers a powerful impact, making it ideal for applications such as chipping, cutting, and general metalwork. Its quick-change retainer allows for easy and efficient tool swapping, enhancing productivity. This heavy-duty air hammer also features an adjustable power regulator, enabling users to control the impact force based on the specific task at hand. Whether you're a professional mechanic or working on DIY projects, the Chicago Pneumatic CP7150 Heavy Duty Air Hammer is a reliable and versatile tool that will deliver exceptional performance and durability.
• Features
  • Most powerful hammer in its class
  • Longer piston stroke for more power
  • Integral muffler minimizes exhaust sound
  • Excellent power/weight ratio
  • Fast action and withstands rugged use
  • Ideal tool for heavy duty application
• Specifications
  • Part number: 8941071500    
  • Actual air consumption: 708 l/mn (25 cfm)
  • Air inlet thread size: 1/4"
  • Average air consumption: 177 l/mn (6.25 cfm)
  • Blows per minute: 2300    
  • Bore: 19 mm (3/4")
  • Chisel rivet set shank: 10.2 mm (0.401")
  • Cold rivet capacity: 7.9 mm (5/16")
  • Cold rivet capacity (steel): 6.4 mm (1/4")
  • Length: 225 mm (8.9")
  • Min. hose size: 10 mm (3/8")
  • Net weight: 2,2 kg (4,8 lb)
  • Power (Joules): 9.5 joule    
  • Shank: Round
  • Sound DBA pressure: 100 db(A)    
  • Sound Power: 110 db(A)    
  • Sound pressure: 99 db(A)    
  • Sound uncertainty: 3 db(A)    
  • Stroke: 89 mm (3.5")
  • Vibration: 15.6 m/s²    
  • Vibration ISO: ISO-28927-9    
  • Vibration uncertainty (K): 7.3 m/s²