www.leroymerlin.fr
2
Redstone reserves the right to make improvements and modifications to the design
and technical specification of this product without prior notification.
DRY WALL SANDER - SPECIFICATIONS
Power
(230V ~ 50Hz) (Watts):
710
Spindle thread
M14
RPM
Rated speed (min-1): 600-1500
Recommended Maximum Duty Cycle
(Minutes):
15
Circular Abrasive paper size
(Diametre mm):
225
Circular Sanding Pad size
(Diametre mm):
215
Triangular Abrasive paper size
(mm):
285 x 285 x 285
Triangular Sanding Pad size
(mm):
280 x 280 x 280
Telescopic tube adjustment
(metres):
1.45-1.97
Tool Dimensions - Contracted (H x W x L)
(mm):
260 x 250 x 1450
Tool Dimensions - Extended (H x W x L)
(mm):
260 x 250 x 1970
Dust extraction hose length
(metres):
4
Dust Port Diameter
(mm):
35
Cable Length
(metres):
4
Inbuilt torch:
3 High Intensity LED
Weight
(kg):
6.3kg Net / 7.3kg Gross
Declaration and verification of noise emission values
Noise emission value L (L
pA
,
L
pCpeak
and L
wA
)
Max.value of all models:
L
pA
: 84 dB(A),
L
wA
: 95 dB(A)
P
Respective uncertainty K (K
pA
, K
pCpeak
and K
wA
)
K
pA
: 3 dB,
K
wA
: 3 dB
P
The result ah is the basis of declared value. If values have been
obtained for different hand positions, the greatest value shall be
the basis for the declaration.
Max.value of all models:
a
h
= 3,28 m/s
2
, (Delta Sander)
a
h,DS
= 3,18 m/s
2
(Disc-type Sander)
The vibration total value ah of the handle with the highest
emission and the uncertainty K shall be declared.
K = 1,5 m/s
2
Vibration declaration according to EN60745
The following information:
• that the declared vibration total value
has been measured in accordance with a
standard test method and may be used for
comparing one tool with another;
• that the declared vibration total value may
also be used in a preliminary assessment of
exposure
A warning:
• that the vibration emission during actual
use of the power tool can differ from the
declared total value depending on the ways
in which the tool is used; and
• of the need 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).
