(Bosch Power Tools) Cordless Polisher Brushless Motor 5-Speed Adjustment PRO GPX 12V-125 (06019L41K0)

PRO GPX 12V-125
Polisher
Order number 0.601.9L4.1K0

Consistent performance with brushless motor
Convenient and precise with speed control switch for fine adjustment
Better control with HMI featuring battery charge indicator light and 5-speed adjustment function
Comfortable to use with lock switch for continuous operation without fatigue
Compact size and ergonomic design for removing holograms and light scratches – making polishing easy even on large surfaces

PRO GPX 12V-125: Additional Information
Product Highlights
The GPX 12V-125 random orbital polisher delivers consistent performance with a brushless motor, combining convenience and precision with a speed control switch for fine-tuned results and a smooth start system to prevent bouncing. The HMI function comes with a battery charge indicator light and 5-speed selection adjustment function, making it easy for you to control the polishing process. This tool reduces fatigue from polishing with a lock button that holds the speed switch down while you work. With its compact size and ergonomic design, this polisher is convenient and easy to use.

Equipment and Applications
The GPX 12V-125 is ideal for removing holograms and light scratches over large areas. Compatible with all GBA 12V battery models.

Additional Information
The GPX 12V-125 features a 125 mm sanding pad with an open-end wrench for easy pad changes. Operates with an 8 mm eccentric stroke.

Specifications
• No-load speed: 1,400 – 7,000 rpm
• Foam sanding pad diameter: 125 mm
• Battery voltage, operating: 12.0 V
• Sanding disc speed, up to: 14,000 rpm
• Sanding disc speed, from: 2,800 rpm
• Sanding disc diameter: 8 mm
• Total vibration (polishing) - vibration value ah: 5.5 m/s²
• Total vibration (polishing) - uncertainty K: 1.5 m/s²
• Sound pressure level: 75 dB(A)
• Sound power level: 83 dB(A)
• Uncertainty K (sound): 3 dB
• Polishing - vibration value ah: 5.5 m/s²
• Polishing - uncertainty K: 1.5 m/s²