Scope of delivery
Carefully remove the tool from the pack-
aging and check that the following parts
are complete:
•
Engine housing with choppers
•
2 fork handles
•
2 central bars
•
Diagonal bracket (plastic)
•
Mounting accessories for bar attach-
ment (6 screws and 6 wing nuts, 2
recessed head screws)
•
Mounting accessories for wheel as-
sembly (Wheel rod, wheel axle, 2
wheels, 2 end caps, 2 splints, 2 hexa-
gon socket screws, 2 nuts, butterfly
screw, wing nut)
•
Allen key
•
Belt clip
•
Instructions manual
Overview
1 2 fork handles
2 Mains connection cable
3 Diagonal bracket (plastic)
4 2 central bars
5 Cable clamp
6 Lower bar
7 Engine housing
8 Gears
9 Drive shaft
10 Chopper
11 Belt clip
12 Wheel rod
13 Wheel axle
14 Hexagon socket screws
15 Nut
16 Butterfly screw
17 Wing nut
18 Recessed head screws
19 Screws
20a Upper wing nuts
20b lower wing nuts
21 Strain relief
22 Release button
23 Start handle
24 hexagon bolts with self-securing
nuts
25 bolts with safety clips
Functional description
Your hand-operated electric garden hoe is
equipped with a maintenance free electric
motor and a gearbox with sump lubrication.
The device features six rotating, hardened
choppers as a cutting unit, which automa-
tically penetrate into the ground.
The fork handles can be folded in for bet-
ter storage.
Please refer to the following descriptions
for the function of the controls.
Technical data
Electric Garden Hoe .......... DG-ETI 1540
Motor power input ......................... 1500 W
Rated input voltage............ 230 V~, 50 Hz
Safety class ........................................
Degree of protection ..........................IPX4
Working width ............... 190/325/435 mm
Max working depth ..............max. 200 mm
Number of tine wheels ............................ 6
Weight .............................................13 kg
Acoustic pressure level
(L
) .................... 82.6 dB (A), K
pA
Sound power level (L
Measured ... 92.84 dB (A), K
Guaranteed ............................ 93 dB (A)
Vibration at hand grip
(a
) ....................1.796 m/s
h
GB
= 3 dB
pA
)
WA
= 1.02 dB
WA
, K= 1.5 m/s
2
II
2
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