Ingersoll Rand 5102MAX MAX Series Air Angle Die Grinder, 20000 RPM
- The Ingersoll Rand 5102MAX MAX Series Air Angle Die Grinder delivers powerful 0.4 hp pneumatic performance at 20 000 RPM, featuring a rear-exhaust, lube-free design and ergonomic composite grip—ideal for automotive porting, deburring, weld breaking, and material prep.
- Features
- 0.4 hp motor with 20 000 RPM free speed enables fast material removal for heavy-duty tasks
- Lube-free vane design eliminates oil contamination in your work area
- Spindle-lock allows quick abrasive changeovers to reduce downtime
- Ergonomic composite grip and low-profile throttle lever minimize operator fatigue during extended use
- Rear exhaust directs airflow away from the operator and work surface for improved comfort and efficiency
- Specifications
- Air Die Grinder
- Item Type: Angle
- Overall Size: 7 Inch Length
- Inlet Connection Size: 1/4 Inch Threaded
- Speed Rating: 20000 rpm
- Weight: 1.4 Pounds
- Power Rating: 0.4 HP
- Sound Pressure: 84.1 Decibel
- Air Consumption: 6 CFM (Average), 25 CFM (Load)
- Vibration: 3.3 Meter per Square Second
- Exhaust Type: Rear
- Minimum Hose Size: 3/8 Inch
- The 5102MAX Angle Die Grinder can also be referred to as MAX Series pneumatic angle grinder, 0.4 hp angle die grinder, lube-free die grinder, spindle-lock air grinder, and ergonomic composite grip die grinder.
Ingersoll Rand designs the 5102MAX MAX Series Air Angle Die Grinder for demanding industrial and automotive applications, combining high-power, tool-friendly ergonomics, and low-maintenance operation to optimize productivity and user comfort.
Q: What makes the 5102MAX suitable for industrial applications?
A: Its 0.4 hp motor running at 20 000 RPM delivers fast material removal, while the lube-free design minimizes contamination and maintenance—ideal for heavy-duty use.
Q: How does the 5102MAX improve operator usability?
A: The ergonomic composite grip and low-profile throttle lever reduce fatigue during extended runtime, while the spindle-lock enables quick accessory changes.
Q: What are the air supply requirements for optimal performance?
A: The tool requires a standard 1/4 in NPT air inlet, needs approximately 6 CFM of airflow at average load (rising to 25 CFM under load), and works best with a minimum 3/8 in hose.
