Product Details
4" 0.7 hp Alloy Housing Air Angle Grinder by Chicago Pneumatic®. Efficient & durable. For maximum material removal with minimum effort and high-quality finish, Chicago Pneumatic delivers robust, durable and lightweight easy-to-handle tools.
Specifications
| Wheel Diameter: 4" (100 mm) |
| Max RPM: 13000 |
| Horse Power: 0.7 HP (525 W) |
| Air Inlet: 1/4" |
| Handle Type: Angle |
| Model: CP854 |
| Actual air consumption: 680 l/mn/24 cfm |
| Average air consumption: 170 l/mn 6 cfm |
| Collet / spindle size: 3/8-24" |
| Free speed air consumption: 11.3 l/s/24 cfm |
| Length: 229 mm 9" |
| Min. hose size: 10 mm/3/8" |
| Net weight: 1.7 kg/3.75 lb |
| Sound Power: 96 db(A) |
| Sound pressure: 85 db(A) |
| Spindle thread: 3/8-24 |
| Vibration: 4.94 m/s² |
| Vibration ISO: ISO-28927-1 |
| Vibration uncertainty (K): 1-1/2 m/s² |
Features
- General Maintenance Applications angle wheel grinder
- Lightweight but rugged housing
- Durability and performance
- Aluminum alloy housing
- Helical bevel gear design
- 4" (100 mm) wheel capacity
- 0.6 hp (450 W) high performance motor
- Guaranteed to provide the ultimate comfort and perform as hard as you do
- Made to ensure the highest level of quality and value
- Made to meet international standards for quality and safety
Since 1901, the Chicago Pneumatic® name has represented reliability and attention to customer needs, as a global manufacturer of power tools, air compressors, generators, light towers, and hydraulic equipment for professional and industrial applications. It represents products that are engineered for high performance. In addition to pioneering design, high-impact technology and durability, Chicago Pneumatic means customer value. Chicago Pneumatic people start every single day with a passion to research, develop, manufacture and deliver new products that are meant to meet your needs not only today, but tomorrow as well. All this has come together because Chicago Pneumatic have consistently practiced Chicago Pneumatic brand promise - People. Passion. Performance.