Ingersoll Rand
Ingersoll-Rand 2115PTIMAX Industrial Duty Impact Wrench, 3/8 in Drive, 250 N-m Forward/ 300 N-m Reverse Torque, 4 to 17 cfm Air Flow, 5.9 in OAL
2115PTIMAX
MFG #: 2115PTIMAX
$858.91
/ EA
Non-Stock Item
- Air Flow Rate: 4 to 17 cfm
- Air Inlet: 1/4 in NPT
- Air Pressure: 90 psi
- Blows per Minute: 1500 bpm
- Country of Origin: CN
- Dimensions: 6.7 in H x 2.2 in W
- Drive Size: 3/8 in
- Drive Type: Pin/Square
- Handle Type: Pistol Grip
- Housing Material: Titanium
- Manufacturer Name: Ingersoll Rand
- Minimum Hose Size: 3/8 in
- Overall Length: 5.9 in
- Series: 2115
- Sound Level: 89.7 to 93.2 dBA
- Speed: 15000 rpm
- Tool/Kit: Bare Tool
- Torque Rating: 250 N-m Forward/ 300 N-m Reverse
- Type: Industrial Duty
Ingersoll-Rand Impact Wrench, Industrial Duty, Bare Tool, Series: 2115, Pin/Square Drive, 3/8 in Drive, 1500 bpm Blows per Minute, 250 N-m Forward/ 300 N-m Reverse Torque, 15000 rpm Speed, 4 to 17 cfm Air Flow, 90 psi Air, 1/4 in NPT Air Inlet, 3/8 in Minimum Hose, Titanium Housing Material, Pistol Grip Handle, 89.7 to 93.2 dBA Sound Level, 5.9 in Overall Length, 6.7 in H x 2.2 in W
- Item Features
- Application
- With a titanium hammer case and composite housing, this wrench can withstand anything, including repeated drops and harsh environments
- It will deliver the same level of power every time
- Made with durable materials and featuring a number of different anvil configurations, this 2115TiMAX series are a tools you can count on
- Versatile, This tool is so versatile, it can be used in just about any market
- Reliable This wrench has been tested and is guaranteed to last
- Easier access to grease fitting - for quicker maintenance and less downtime
- 7-vane Motor delivers added power with less weight
- Finely tuned twin hammer impact mechanism and motor deliver more torque, durability, and efficiency
- Feather-touch trigger provides maximum control of this air impact wrench
- Anodized end plate for enhanced durability
- Pin anvil ensures positive socket retention
For production, manufacturing and assembly environments