EPF 1503
Scouring Machine
Soft grip handle – less vibration, non-slip |
Brush rim – high suction power for dust-free working by connecting an industrial vacuum cleaner (accessory) to the 35 mm nozzle |
Guide ring adjustable – precise depth definition |
Electronic – soft start, constant speed, speed reduction in case of overload, temperature control and over current cut-off |
ProductIntro1
ProductIntro1
Header1
TECHNICAL SPECIFICATIONS
Liked this product?
Buy it right now!
Call or write to our helpdesk team and we will get back to you immediately! Its that simple!
ProductIntro2
FischerDetail1
Power input |
Milling head diameter |
Depth adjustment |
Rated speed |
Spindle connection |
Weight (without milling head) |
1.500 W |
140 mm |
0,5–5,0 mm |
4 000 rpm |
M 14 male |
3,9 kg |
Power input |
Milling head diameter |
Depth adjustment |
Rated speed |
Spindle connection |
Weight (without milling head) |
1.500 W |
140 mm |
0,5–5,0 mm |
4 000 rpm |
M 14 male |
3,9 kg |
Soft grip handle – less vibration, non-slip |
Brush rim – high suction power for dust-free working by connecting an industrial vacuum cleaner (accessory) to the 35 mm nozzle |
Guide ring adjustable – precise depth definition |
Electronic – soft start, constant speed, speed reduction in case of overload, temperature control and over current cut-off |
Header1
Header1
Soft grip handle – less vibration, non-slip |
Brush rim – high suction power for dust-free working by connecting an industrial vacuum cleaner (accessory) to the 35 mm nozzle |
Guide ring adjustable – precise depth definition |
Electronic – soft start, constant speed, speed reduction in case of overload, temperature control and over current cut-off |
SectionHeader1
Features
Soft grip handle – less vibration, non-slip |
Brush rim – high suction power for dust-free working by connecting an industrial vacuum cleaner (accessory) to the 35 mm nozzle |
Guide ring adjustable – precise depth definition |
Electronic – soft start, constant speed, speed reduction in case of overload, temperature control and over current cut-off |
Features