Astro Pneumatic 1894 ONYX Air Impact Wrench, "THOR" 1/2 inch, 940 ft-lb Torque, 6.7 Inch Length
- The Astro Pneumatic 1894 ONYX "THOR" 1/2" Impact Wrench is built with a patented oversized floating air motor and twin-hammer design for high performance in a compact 6.7 inch form. It delivers up to 940 ft-lb of traditional max torque, ideal for heavy fasteners.
- Features:
- Patented floating air motor and twin hammer assembly shift weight over the hand for balance and power delivery.
- Compact 6.7 inch (168 mm) length makes it suitable for tight working spaces.
- Rocking forward/reverse lever, handle located power adjustment wheel, and two-stage trigger let the user alter output on the fly.
- Uses 3/8" NPT air inlet (adapter to 1/4" included) with ~6.5 cfm continuous air consumption.
- Specifications:
- Manufacturer: Astro Pneumatic
- Part Number: 1894
- Type: ONYX "THOR" 1/2" Impact Wrench
- Max Torque: 940 ft-lb traditional
- Free Speed: 7,000 rpm
- Length: 6.7 Inch (168 mm)
- Air Consumption: 6.5 cfm continuous use
- Air Inlet: 3/8" NPT (1/4" NPT adapter included)
- Minimum Hose Size: 3/8" with HI-FLOW fittings
- System Compatibility: Designed for heavy-duty fastening, loosening or torquing nuts and bolts in automotive, industrial, construction environments requiring high torque in a compact tool
- The Astro Pneumatic 1894 can also be called Astro 1894 THOR impact gun, compact 1/2" air impact, high-torque THOR wrench, ONYX THOR air impact, and balanced twin hammer impact wrench.
Astro Pneumatic is a manufacturer of automotive and shop equipment, supplying spray systems, air tools, and accessories engineered for body shop and refinishing applications with durability and control in mind.
Q: What is the torque output of the 1894?
A: The Astro 1894 delivers up to 940 ft-lb of traditional max torque.
Q: What air inlet does it use?
A: It uses a 3/8 inch NPT air inlet, and includes an adapter to 1/4" NPT.
Q: How long is the tool?
A: The tool's overall length is 6.7 inch (168 mm), making it compact for tight workspaces.
