Milwaukee® 2503-20 M12 FUEL 1/2"" Drill Driver- Bare Tool
Cordless Drills
1083801
MFG #: 2503-20
Milwaukee®
164.99000
/ ea
- Alternate Catalog Number: 250320
- ARRA Compliant: C
- Battery Capacity: 2 Ah
- Buy American Compliant: C
- Catalog Number: 2503-20
- Chuck Type: Keyless
- Color: Black/Red
- Control Type: Variable Speed Trigger Switch
- Country of Origin: MX
- Currency: USD
- EU RoHS Indicator: C
- Gross Weight Per Pack: 2.9200 lb
- Gross Weight per Pack Metric: 1.26
- Gross Weight UOM Metric: kg
- Handle Type: T-Handle
- Harmonization Tariff Schedule Code: 8467210010
- Height: 3.05 in
- Height [Metric]: 7.7470 cm
- Housing Material: Glass Filled Nylon
- Length: 8.35 in
- Length [Metric]: 21.2090 cm
- Number of Speeds: 2
- Speed: 1700 rpm
- Standards: ARRA CompliantBuy American Act CompliantRoHS CompliantUL ListedETL Listed
- Sub Brand: M12 FUEL
- Torque Rating: 350 in-lb
- Type: Cordless
- UNSPSC: 27112703
- UPC 11: 04524250898
- UPC 12: 04524250898
- Warranty Description: 5 Years
- Width: 8.05 in
- Width [Metric]: 20.4470 cm
- Stock Status: NORMALLY STOCKED
- Brand: Milwaukee®
- Manufacturer: Milwaukee Tool
- Bare Tool|Kit: Bare Tool
- Battery Type: Lithium-Ion
- Chuck Size: 1/2 in
- Overall Length: 6.6 in
- Voltage Rating: 12 V
- No~Load Speed: 1700 rpm
- https://www.milwaukeetool.com(Seller Home Page URL)
- Installation Video URL - 000bd31a-e093-4c6e-8cca-2b4dbe6d301c(Installation Video URL)
- Line Drawing URL - Milwaukee_2503_20_Line_Drawing.pdf(Line Drawing URL)
- Video - https://assets.edgenet.com//000bd31a-e093-4c6e-8cca-2b4dbe6d301c(Video)
- Warranty URL - 11241_ID-WAR-v1-Milwaukee_Warranty_Milwaukee_Tool.pdf(Warranty URL)
- Warranty URL - Warranty(Warranty URL)
- Features
| Most capable 12 VAC drill with the power to perform a wide range of applications |
| Lightest weight in its class for tool belt portability and less fatigue in the work day |
| Most compact in its class for the best access in tight spaces |
| 1/2 in all metal chuck for maximum grip and bit retention |
| E-clutch for consistent repeatability in driving applications |