🔧 Introducing the MAKITA Compact Power Tool! Engineered for optimal handling, this device features a compact and handy design for effortless operation. 🛠️ With an impressive torque of up to 110 Nm, it’s perfect for a wide range of tasks, ensuring you get the job done efficiently.
💡 The built-in LED work light provides optimal illumination for precision work in dimly lit areas. Safety is a priority with integrated temperature monitoring, overload protection, and deep discharge protection, making it a reliable choice for all your needs.
⚡ This machine operates without a battery or charger and utilizes the CXT battery system. It boasts a no-load speed of 0 - 2600 min⁻¹ and can handle standard screws from M5 to M12, machine screws from M4 to M8, and high-strength screws up to M5 - M10.
🎧 Sound power level reaches 105 dB(A), so it’s important to note that prolonged exposure above 80 dB can be harmful without hearing protection. The K-value for noise stands at 3 dB(A), indicating potential sound level variations.
📏 Weighing between 1.0 - 1.2 kg, this tool is incredibly lightweight. Its compact dimensions (L x W x H: 153 x 66 x 204 mm) allow easy accessibility to tight spaces. The 12 V Li-ion battery type ensures robust performance, while the 1/4" chuck adds versatility.
💪 Minimize operator fatigue with reduced vibration values of 8.0 m/s². Usage of Anti Vibration Technology (AVT) is recommended to ensure comfort and safety. Experience the power and efficiency of the MAKITA Compact Power Tool—your ultimate solution for precision work!
Specification
- Leerlaufdrehzahl - 0 - 2600 min⁻¹
- Drehmoment hart - 110 Nm
- Standardschrauben - M5 - M12
- Maschinenschrauben - M4 - M8
- Hochfeste Schrauben - M5 - M10
- Leerlaufschlagzahl - 0 - 3500 min⁻¹
- Schallleistungspegel - 105 dB(A)
- Schalldruckpegel - 94 dB(A)
- K-Wert Geräusch - 3 dB(A)
- Gewicht inkl. Akku - 1,0 - 1,2 kg
- Produktabmessung (L x B x H) - 153 x 66 x 204 mm
- Akkuspannung - 12 V
- Akkutyp - Li-ion
- Aufnahme - 1/4 \
- Anziehen unter Maximalbelastung - 8,0 m/s²
- Anziehen unter Maximalbelastung - 1,5 m/s²