DeWalt Screwdriving Impact Bit Set DW2149 28 Piece 1/4 Inch Hex Shank Driver Kit (2000 In Lbs Torque Black Oxide Steel Phillips Nut Socket Fastening)
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DeWalt DW2149 28-Piece Black Oxide Impact Screwdriving Bit Set
The DeWalt DW2149 28-piece impact driver screwdriving bit set drives, fastens, and secures structural wood screws, framing fasteners, hex bolts, and machine screws across demanding construction and mechanical jobsites. Engineered with heat-treated shock-resistant carbon steel cores finished in corrosion-resistant black oxide, these high-durability driver bits withstand peak rotational forces up to 2,000 in-lbs without snapping or tip stripping. Outfitted with precision-machined speed tips that minimize bit slippage and walking, a heavy-duty magnetic bit holder, magnetic nut drivers, and square drive socket adapters on universal 1/4-inch hex shanks, it equips commercial carpenters, automotive mechanics, and electrical contractors with high-torque fastening versatility across wood, metal, and plastic assemblies.
Best Used For:
- High-Torque Woodworking and Framing: Driving heavy structural wood screws, cabinet hinge fasteners, and decking hardware using cordless 1/4-inch hex impact drivers.
- Mechanical and HVAC Fastener Assembly: Installing sheet metal screws, duct hangers, and self-tapping hex-head screws with high-retention magnetic nut setters.
- Automotive and Equipment Maintenance: Driving socket fasteners and lag bolts in tight mechanical compartments using the included 1/4-inch hex-to-square drive socket adapter.
Key Performance & Safety Features
- 2,000 In-Lbs Torque Impact Rating: High-tensile steel metallurgy engineered to absorb extreme impact driver torsional spikes without shearing tips.
- Industrial Black Oxide Protective Coating: Provides a durable protective barrier that resists rust, chemical corrosion, and abrasive jobsite wear.
- Precision-Milled Anti-Camout Speed Tips: Tightly machined tip geometries seat securely inside fastener recesses to prevent cam-out and head stripping.
- High-Strength Magnetic Bit Retention: Heavy-duty magnetic bit holder keeps 1-inch insert bits and steel fasteners firmly engaged during horizontal and overhead driving.
- Versatile 1/4-Inch Quick-Change Hex Shanks: Standardized 1/4" power grooved shanks lock directly into impact drivers and standard three-jaw drill chucks.
- Comprehensive Fastener Drive Assortment: Includes common Phillips, slotted, square, magnetic nut setter, and socket adapter configurations for complete project coverage.
What's Included
- (1) DeWalt Heavy-Duty Magnetic Bit Tip Holder
- (1) 1/4" Hex to 1/4" Square Socket Adapter
- (1) 1" Double-Ended Phillips Screwdriver Bit
- (2) Heavy-Duty Magnetic Nut Drivers (1/4", 5/16")
- (2) Square Drive Socket Drivers (3/8", 1/2")
- (21) Assorted 1", 2", and 3" Insert and Power Bits (Phillips, Slotted, Square Recess)
Technical Specifications
| Manufacturer | DeWalt Industrial Tool Co. |
| Model Part Number | DW2149 |
| Total Piece Count | 28-Piece Screwdriving & Nut Driving Set |
| Maximum Rated Torque | Up to 2,000 in-lbs (166.67 ft-lbs / 225.97 Nm) |
| Core Metallurgy | Specially Hardened High-Grade Shock Steel Alloy |
| Surface Finish Treatment | Industrial Corrosion-Resistant Black Oxide Coating |
| Shank Interface Style | 0.250 inches (1/4 in. Quick-Change Hex Shank) |
| Drive Types Included | Phillips, Slotted, Square (Robertson), Hex Nut, & Socket |
| Bit Length Assortment | 1.00 in., 2.00 in., & 3.00 in. Lengths |
| Nut Driver Sizes | 1/4 in. (6.35 mm) & 5/16 in. (7.94 mm) |
| Socket Driver Sizes | 3/8 in. (9.53 mm) & 1/2 in. (12.70 mm) |
| Total Kit Net Weight | 1.40 lbs (22.40 oz / 635.03 g) |
| Package Dimensions (H x D) | 8.75 in. x 8.75 in. |
| Universal Product Code (UPC) | 885911085076 |
| Suitable for material type | Hardwoods, Softwoods, Sheet Metal, Drywall Studs, & Hex Fasteners |
Pro-Tip: Use the 1-inch insert bits in tandem with the included magnetic bit holder when driving in tight spots; the magnetic sleeve prevents fastener drop while providing an extra layer of shock absorption during repetitive high-torque impact cycles.
