Astro Pneumatic 1120 ONYX Long Reach Air Ratchet, 22" Length, 3/8" Drive, 85 ft-lb

Astro Pneumatic 1120 ONYX Long Reach Air Ratchet, 22" Length, 3/8" Drive, 85 ft-lb

• The Astro Pneumatic 1120 ONYX 22-inch Long Reach 3/8" Air Ratchet delivers extended reach and strong torque in tight spaces, combining a 22-inch body with 280 rpm free speed and up to 85 ft-lb max torque for efficient fastening in awkward locations.
• Features:
  • Extra long 22-inch reach to access bolts in recessed or obstructed areas without hand interference.
  • 3/8" square drive providing up to 85 ft-lb of peak torque.
  • High power motor delivering 280 rpm free speed for quicker bolt turn rates.
  • Compact and balanced design at 4.72 lbs weight to reduce user fatigue.
  • Standard 1/4" NPT air inlet and recommended 3/8" hose for compatibility with typical shop air systems.
• Specifications:
  • Manufacturer: Astro Pneumatic
  • Part Number: 1120
  • Drive Size: 3/8" square
  • Free Speed: 280 rpm
  • Max Torque: 85 ft-lb
  • Air Inlet: 1/4" NPT
  • Recommended Hose I.D.: 3/8"
  • Average Air Consumption: 4.0 cfm
  • System Compatibility: extended-reach air ratchet tool for automotive, suspension or engine bay bolts where straight ratchets can't reach
• The Astro Pneumatic 1120 ONYX can also be referred to as ONYX 1120 long-reach ratchet, 22" air ratchet 85 ft-lb, Astro 1120 extended reach ratchet, and 3/8" 22-inch reach air ratchet.

Astro Pneumatic manufactures professional air tools and shop equipment, including the ONYX series of compact impact wrenches engineered for high torque and accessibility in cramped applications.

Q: What maximum torque can it deliver?
A: It can deliver up to 85 ft-lb of peak torque according to manufacturer specs.

Q: What air supply and hose should I use?
A: Use a standard 1/4" NPT air inlet and at least a 3/8" hose. Air consumption is about 4.0 cfm.

Q: Is this suitable for tight or obstructed fastener locations?
A: Yes. Its 22 inch reach allows access where conventional ratchets or wrenches would be blocked by nearby components.