Makita RP1800 Manuel D'instructions page 14

Ball bearing chamfering bit (Fig. 48)
D A 1 A 2
6
26 8
1/4"
6 20 8
Ball bearing beading bit (Fig. 49)
D A 1 A 2
6 20 12
6 26 12
Ball bearing cove beading bit (Fig. 50)
D A 1 A 2 A 3
6 20 18 12
6 26 22 12
Ball bearing roman ogee bit (Fig. 51)
D A 1 A 2
6 20 8
6 26 8
NOTE:
• Some items in the list may be included in the tool
package as standard accessories. They may differ
from country to country.
For Model RP1800
For public low-voltage distribution systems of
between 220 V and 250 V.
Switching operations of electric apparatus cause voltage
fluctuations. The operation of this device under
unfavorable mains conditions can have adverse effects to
the operation of other equipment. With a mains
impedance equal or less than 0.40 Ohms it can be
presumed that there will be no negative effects. The
mains socket used for this device must be protected with
a fuse or protective circuit breaker having slow tripping
characteristics.
For Model RP1800F
For public low-voltage distribution systems of
between 220 V and 250 V.
Switching operations of electric apparatus cause voltage
fluctuations. The operation of this device under
unfavorable mains conditions can have adverse effects to
the operation of other equipment. With a mains
impedance equal or less than 0.39 Ohms it can be
presumed that there will be no negative effects. The
mains socket used for this device must be protected with
a fuse or protective circuit breaker having slow tripping
characteristics.
14
L 1 L 2
42 12
41 11
A 3 L 1 L 2 L 3
8 40 10 5.5
8 42 12 4.5
A 4 L 1 L 2 L 3
8 40 10 5.5
8 42 12
L 1 L 2 L 3 R1
40 10 4.5 2.5
42 12 4.5 3
For Model RP1801, RP1801F
mm For public low-voltage distribution systems of
between 220 V and 250 V.

Switching operations of electric apparatus cause voltage
fluctuations. The operation of this device under
45°
unfavorable mains conditions can have adverse effects to
the operation of other equipment. With a mains
60°
impedance equal or less than 0.38 Ohms it can be
presumed that there will be no negative effects. The
mains socket used for this device must be protected with
mm
a fuse or protective circuit breaker having slow tripping
R characteristics.
4
For Model RP1800, RP1800F, RP1801, RP1801F
Noise
7
The typical A-weighted noise level determined according
to EN60745:
Sound pressure level (L
mm
Sound power level (L
R
Uncertainty (K): 3 dB (A)
3
Vibration
5 5
The vibration total value (tri-axial vector sum) determined
according to EN60745:
Work mode: cutting grooves in MDF
mm
Vibration emission (a
R2
Uncertainty (K): 1.5 m/s
4.5
For Model RP2300FC, RP2301FC
6 Noise
The typical A-weighted noise level determined according
to EN60745:
Sound pressure level (L
Sound power level (L
Uncertainty (K): 3 dB (A)
Vibration
ENF100-1
The vibration total value (tri-axial vector sum) determined
according to EN60745:
Work mode: cutting grooves in MDF
Vibration emission (a
Uncertainty (K): 1.5 m/s
• The declared vibration emission value has been
measured in accordance with the standard test method
and may be used for comparing one tool with another.
• The declared vibration emission value may also be
used in a preliminary assessment of exposure.
WARNING:
ENF100-1
• The vibration emission during actual use of the power
tool can differ from the declared emission value
depending on the ways in which the tool is used.
• Be sure to identify safety measures to protect the
operator that are based on an estimation of exposure in
the actual conditions of use (taking account of all parts
of the operating cycle such as the times when the tool
is switched off and when it is running idle in addition to
the trigger time).
EC Declaration of Conformity
For European countries only
The EC declaration of conformity is included as Annex A
to this instruction manual.
): 86 dB (A)
pA
): 97 dB (A)
WA
Wear ear protection.
2
): 4.0 m/s
h
2
): 87 dB (A)
pA
): 98 dB (A)
WA
Wear ear protection.
2
): 4.5 m/s
h
2
ENF100-1
ENG102-3
ENG223-2
ENG102-3
ENG223-2
ENG901-1