Product Description
The Sioux Tools SSD10P12P Medium Torque Clutch Screwdriver | 1/4" Quick Change | 1 HP | 1200 RPM | 135 in.-lb. Max Torqu is made in the USA.
SD POS CLUTCH MED TQ 1200 RPM
Features
- Reversible and Non-reversible
- Trigger Start
- Trigger or Shuttle Reverse
- Comfort Grip
- Rotatable Exhaust (1OM series)
- Max Torque (Soft Joint): 135 in lb/15.3 Nm
- Free Speed: 1200 rpm
- Weight: 2.8 lb/1.3 kg
- Length: 9.1 in./231 mm
- Side To Center: 0.8 in./20 mm
- Air Consumption: 30 cfm/14 l/s
- Sound Level: 80 dB(A)
- Power: 1 hp (0.75 kW)
- Air Inlet Size: 1/4" NPT
- Recommended Hose Size: 1/4" (6 mm) (1OM series)
- Performance rated @ 90 psig (6.2 bar) air pressure
- Country of Origin: USA
- Item Type: IND
- Ships In: Ships in 2 to 3 weeks
The Sioux Tools SSD10P12P Medium Torque Clutch Screwdriver stands as a benchmark of precision and performance in the tool industry. Engineered in the USA, this powerful screwdriver is designed to meet the rigorous demands of professionals, providing them with reliable torque control and innovative features for varied applications.
With a remarkable 1 HP motor and a free speed of 1200 RPM, this tool delivers a maximum torque of 135 in-lbs. Its versatile design allows for reversible and non-reversible functionalities, enhancing its usability across various tasks, making it an essential addition to any toolkit.
- Reversible and Non-reversible modes for versatile operation
- Trigger Start mechanism for instantaneous control
- Comfort Grip handle for reduced fatigue during extended use
- Rotatable Exhaust ensuring efficient air flow management
- Lightweight design at 2.8 lb, promoting ease of use
- Durable construction with a robust performance at 90 psig (6.2 bar) air pressure
- Compact dimensions: 9.1 in. length for easy handling
- Low air consumption of 30 cfm (14 l/s) boosts efficiency
- Quiet operation with a sound level of 80 dB(A)
- Ships conveniently within 2 to 3 weeks
Incorporate the Sioux Tools SSD10P12P Medium Torque Clutch Screwdriver into your toolkit to experience the difference that a high-performance tool can make in achieving precision-driven results.