Extended run time for demanding tasks
- High performance Milwaukee M28 B5: This 28V 5.0Ah Li-ion battery pack provides long runtime so you can power through heavy-duty jobs effortlessly.
- Smart electronic overload protection: Individual cell monitoring prevents overloading and overheating, keeping your cordless power tools completely safe under heavy strain.
- Shock resistant durable construction: The integrated metal frame and internal shock absorbers protect your battery pack against heavy drops and jobsite vibration.
Power your 28V cordless power tools on demanding jobsites with the Milwaukee M28 B5 Li-ion battery pack. Offering a 5.0Ah capacity, it delivers extended runtime for high-torque drilling, cutting, and demolition tasks without constant battery swaps. Integrated Redlink overload protection and individual cell monitoring safeguard your tools against overheating and power surges under heavy strain. The built-in fuel gauge lets you check remaining charge at a glance, keeping you fully in control of your workday. Designed with internal shock absorbers and a durable housing, this 1 kg battery resists jobsite drops and vibrations so you can tackle heavy-duty jobs with continuous confidence.
Product description
- Delivers up to 65% more run-time & up to 20% more life compared with other Lithium-Ion technologies and / or with previous MILWAUKEE battery technology. (Results depend on tool and application)
- REDLITHIUM protection with REDLINK digital overload protection to prevent users from damaging their cordless power tool investment in abusive situations
- Individual cell monitoring ensures optimal charge and discharge for maximum life
- Durable metal frame battery construction with shock responsive separators preventing pack failure from excessive vibrations or drops
- Water protection routes water away from the electronics & out of the battery pack
- Extreme hot and cold operating temperatures down to -20°C extend run time & life
- On-board battery fuel gauge helps the user to maximize his battery run time efficiency