Milwaukee® 2754-22 M18 FUEL™ Brushless Compact Impact Wrench Kit, 3/8 in Straight Drive, 0 to 3200 bpm, 220 ft-lb Torque, 18 VDC

Cordless Impact Wrenches
888027 MFG #: 2754-22
Milwaukee®
386.09000 / ea
  • Bare Tool|Kit: Kit
  • Battery Capacity: 5 Ah
  • Battery Type: Lithium-Ion
  • Catalog Number: 2754-22
  • Control Type: Variable Speed
  • Country of Origin: CHN
  • Housing Material: Glass Filled Nylon
  • Standards: ARRA CompliantBuy American Act CompliantUL ListedETL ListedCSA Certified
  • Type: Brushless
  • UNSPSC: 27112829
  • UPC 11: 04524236387
  • Stock Status: NONSTOCK
  • Brand: Milwaukee®
  • Manufacturer: Milwaukee Tool
  • Battery Included: Yes
  • Drive Size: 3/8 in
  • Drive Type: Straight
  • Voltage Rating: 18 VDC
  • ARRA Compliant: C
  • Buy American Compliant: C
  • Currency: USD
  • EU RoHS Indicator: X
  • Gross Volume Per Pack: 10.83
  • Gross Weight per Pack Metric: 5.75
  • Gross Weight UOM Metric: kg
  • Handle Type: Pistol Grip/T-Handle
  • Harmonization Tariff Schedule Code: 8467290040
  • Replacement Catalog Number: 285422
  • UPC 12: 045242363872
The M18 FUEL™ 3/8 in Compact Impact Wrench is the Most Powerful tool in its class by delivering up to 210 ft-lb of torque in a compact design. The POWERSTATE™ Brushless Motor not only provides unmatched power, but also provides greater efficiency, delivering up to 20% more run-time than the leading competitors. REDLINK PLUS™ Intelligence is the most advanced electronic system on the market, preventing damage to the tool and battery caused by overloading or overheating. REDLITHIUM™ Batteries (not included) deliver more work per charge and more work over the life of the pack than competitive batteries on the market. The 4-Mode DRIVE CONTROL™ provides greater control over output speed and power for greater versatility by delivering 0-900 rpm in Mode 1 0-1600 rpm in Mode 2 and 0-2500 rpm in Mode 3. Auto Shut-Off Mode intelligently detects when the tool has Impacted on a fastener for one second and automatically shuts the tool down, reducing the likelihood of overdriving and damaging materials.
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