can the sander be put away. Do not brake the rotating
grinding wheel by pressing it against the .
• Never overload the grinder. The weight of the power tool
exerts sufficient pressure to operate the tool effectively.
Overloading and excessive pressure can cause the power
tool to break dangerously.
• If the sander falls during operation, it is essential to inspect
and, if necessary, replace the working tool if it is found to be
damaged or deformed.
• Never strike the work tool against the work material.
• Avoid bouncing and scraping with the disc, especially when
working on corners, sharp edges, etc. (this can cause loss of
control and kickback). (this may result in loss of control of the
power tool and a kickback effect).
• Never use saw blades designed for cutting wood from circular
saws. The use of such saw blades often results in a recoil
phenomenon of the power tool, loss of control and can lead
to injury to the operator.
ON/OFF
• Hold the sander with both hands during start-up and
operation.
• Press the rear part of the switch (2).
• Slide the switch (2) forward - (towards the head) (Fig. C).
• For continuous operation - press the front of the switch
button.
• The switch will automatically be locked in the continuous
running position.
• To switch off the unit - press the back of the switch button (2).
• After starting the grinder, wait until the grinding wheel has
reached maximum speed before starting work. The switch
must not be operated while the sander is switched on or off.
The sander switch must only be operated when the power
tool is away from the .
• The appliance has a fuse-protected switch, which means that
if there is a temporary mains power failure or it is plugged into
a power socket with the switch in the "on" position, it will not
start. In this case, the switch must be reversed to the 'off'
position and the unit restarted.
SPEED CONTROL
• There is a speed adjustment knob (8) on the rear hot part of the
grinder housing (fig. D). The adjustment range is from 1 to 6.
The speed can be varied according to the user's needs.
CUTTING
• Cutting with an angle grinder can only be done in a straight
line.
• Do not cut the material while holding it in your hand.
• Large workpieces should be supported and care should be
taken that the support points are close to the cutting line and
at the end of the material. Material placed stably will not tend
to move during cutting.
• Small workpieces should be clamped e.g. in a vice, using
clamps, etc. The material should be clamped so that the
cutting point is close to the clamping element. This will ensure
greater precision.
• Do not allow vibration or tamping of the cutting disc, as this
will impair the quality of the cut and may cause the cutting
disc to break.
• No lateral pressure should be exerted on the cutting disc
during cutting.
• Use the correct disc depending on the material to be cut.
• When cutting through material, it is recommended that the
direction of feed is in line with the direction of rotation of the
cutting disc.
• The depth of cut depends on the diameter of the disc (Fig.
G).
• Only discs with nominal diameters no larger than those
recommended for the grinder model should be used.
• When making deep cuts (e.g. profiles, building blocks, bricks,
etc.), do not allow the clamping flanges to come into contact
with workpiece.
• Cutting discs reach very high temperatures during operation
- do not touch them with unprotected parts of the body before
they have cooled down.
SANDING
• Grinding work can be carried out using e.g. grinding discs,
cup wheels, flap discs, discs with abrasive fleece, wire
brushes, flexible discs for sandpaper, etc. Each type of disc
and workpiece requires a suitable working technique and the
use of appropriate personal protective equipment.
• Discs designed for cutting should not be used for sanding.
• Grinding discs are designed to remove material with the edge
of the disc.
• Do not grind with the side face of the disc. The optimum
working angle for this type of disc is 30o (fig H).
• Grinding work must only be carried out using grinding discs
suitable for the material.
• When working with flap discs, abrasive fleece discs and
flexible discs for sandpaper, care must be taken to ensure the
correct angle of attack (Fig. I).
• Do not sand with the entire surface of the disc.
• These types of discs are used for machining flat surfaces.
• Wire brushes are mainly intended for cleaning profiles and
hard-to-reach areas. They can be used to remove e.g. rust,
paint coatings, etc. from the material surface. (Fig. K).
• Only work tools whose permissible speed is higher than or
equal to the maximum speed of the angle grinder without load
should be used.
OPERATION AND MAINTENANCE
• Unplug the power cord from the mains socket before
carrying out any installation, adjustment, repair or
operation.
MAINTENANCE AND STORAGE
• It is recommended to clean the device immediately after each
use.
• Do not use water or other liquids for cleaning
• The unit should be cleaned with a dry piece of cloth or blown
with low-pressure compressed air.
• Do not use any cleaning agents or solvents, as these may
damage the plastic parts.
• Clean the ventilation slots in the motor housing regularly to
prevent the unit from overheating.
• If the power cable is damaged, it must be replaced with a
cable of the same characteristics. This operation should be
entrusted to a qualified specialist or have the appliance
serviced.
• If excessive sparking occurs on the commutator, have the
condition of the motor's carbon brushes checked by a qualified
person.
• Always store the device in a dry place,
TECHNICAL SPECIFICATIONS
RATING DATA
Angle grinder 59G188
Parameter
Supply voltage
Supply frequency
Rated power
Idling speed
Disc diameter
Internal disc diameter
Spindle diameter
Protection class
Mass
Year of production
59G188 indicates both the type and the designation of the
NOISE AND VIBRATION DATA
Sound pressure level
Sound power level
Vibration acceleration value
(main handle)
Vibration acceleration value
(auxiliary handle)
Information on noise and vibration
The noise emission level of the equipment is described by: the emitted
sound pressure level Lp
denotes measurement uncertainty). The vibration emitted by the
12
Value
230 V AC
50 Hz
1600 W
3000 ÷ 11000/min
125 mm
22.2 mm
2.65 kg
machine
Lp
= 91 dB(A) K= 3 dB(A)
A
Lw
= 99 dB(A) K= 3 dB(A)
A
2
a
= 4.55 m/s
K= 1.5 m/s
h
2
a
= 5.00m/s
K= 1.5 m/s
h
and the sound power level Lw
A
M14
II
2025
2
2
(where K
A