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Les langues disponibles
TO TURN THE TOOL "ON", slide the switch button forward. The tool will start working at a speed of
20,000 rpm
TO TURN THE TOOL "OFF", slide the switch button backward. If for some reasons the on/off switch
doesn't work there is always the option to alternatively turn off the tool by the following methods:
Press the minus (–) orange speed control button to bring the speed of the tool to the lowest speed level
(5,000 RPM).
Hold the minus (–) orange speed control button for 5 seconds.Then the tool will be turned off.
SPEED CONTROL BUTTONS
The tool is equipped with speed control buttons. The speed may be adjusted during operation by
pressing on the plus (+) or (-) minus orange buttons located on the top side of the battery housing.
Speed will increment or decrement from a minimum of 5,000 to a maximum of 30,000 rpm. The LED
lights located alongside the blue buttons will illuminate according to the chosen speed. Every time when
the tool is turned off the speed setup goes back to the medium level (20,000 rpm) so it might be neces-
sary to increase/decrease the speed to the level that it was being used.(See Figure 4)
The speed of Rotary Tool is controlled by setting the blue speed control buttons.
Settings for Approximate Revolutions
Speed Setting
5
15
*20
25
30
30,000 RPM
Needs for Slower Speeds
Certain materials, however, (some plastics and precious metals, for example) require a relatively slow
speed because at high speed the friction of the accessory generates heat and may cause damage to
the material.
Slow speeds (15,000 RPM or less) usually are best for polishing operations employing the felt polishing
accessories. They may also be best for working on delicate projects as delicate wood carving and fragile
model parts. All brushing applications require lower speeds to avoid wire discharge from the holder.
Higher speeds are better for carving, cutting, shaping, cutting dadoes or rabbets in wood.
Hardwoods, metals and glass require a high-speed operation, and drilling should also be done at high
speeds.
Many applications and accessories in our line will provide the best performance at full speed, but for
certain materials applications, and accessories, you need slower speeds, which is the reason our
variable speed models are available.
To aid you in determining the optimum operating speed for different materials and different accessories,
we have constructed a series of tables. By referring to these tables, you can discover the recommended
speeds for each type of accessory. Look these tables over and become familiar with them.
Ultimately, the best way to determine the correct speed for work on any material is to practice for a few
minutes on a piece of scrap, even after referring to the chart. You can quickly learn that a slower or
faster speed is more effective just by observing what happens as you make a pass or two at different
speeds. When working with plastic, for example, start at a slow rate of speed and increase the speed
until you observe that the plastic is melting at the point of contact. Then reduce the speed slightly to get
the optimum working speed.
Speed Range
5,000 RPM
15,000 RPM
20,000 RPM
25,000 RPM
Fig.4
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