Battery POWERSTACK 18V XR DCBP034E2-XJ
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Battery POWERSTACK 18V XR DCBP034E2-XJ
DEWALT POWERSTACK Batteries – Power in a Compact Size
The DEWALT DCBP034E2-XJ battery is part of the POWERSTACK series, utilizing innovative flat cell technology. This solution translates to higher performance, longer life, and lighter weight compared to traditional batteries with cylindrical cells. This is a proposal for professionals and demanding users who value reliability and mobility at work. The compact design makes the battery convenient to use even in tight spaces.
Technology and application
POWERSTACK batteries are characterized by increased output power, allowing for a wider range of applications. Improved thermal efficiency – flat cells operate at a lower temperature and dissipate heat more effectively – translates to fewer work interruptions due to overheating. The flat cell construction also ensures a longer battery life, which means less frequent replacements and lower operating costs. The DCBP034E2-XJ battery is fully compatible with all 18V XR series tools, making it a versatile solution for many applications.
Key features and benefits
- Higher performance: thanks to flat cell technology, the battery provides more power and efficiency.
- Lighter construction: lower weight (0.32 kg) makes work easier, especially during prolonged use.
- Longer life: flat cells have a longer life compared to traditional cylindrical cells.
- Efficient heat dissipation: lower battery operating temperature minimizes the risk of overheating and downtime.
- Compatibility: full compatibility with DEWALT 18V XR tools provides a wide range of applications.
- 1.7 Ah capacity: provides sufficient working time for many tasks while maintaining compact dimensions.
- Versatility: ideal for both professionals and home users.
DEWALT POWERSTACK batteries are an investment in performance, reliability and working comfort. They allow you to efficiently perform tasks without worrying about fast discharge or overheating of the device.

