General Description; Scope Of Delivery; Functional Description; Overview - Parkside PGK 1500 A1 Translation Of The Original Instructions

GB MT

General description

The illustration of the principal
functioning parts can be found
on the front and back foldout pages.

Scope of delivery

Carefully remove the device from the
packaging and check whether all the parts
listed below are present and complete:
- Device
- Handlebar
- 2x Central bar
- 2x Wheel with hubcap
- 2x Circlip
- 2x Washer
- 4x Screw
- 4x Wing nut
- 4x Washer
- 1x Cable clamp
- Instruction manual

Functional description

Your hand-operated garden tiller is
equipped with a maintenance free electric
motor and a gearbox with sump lubrication.
The equipment is fi tted with 6 rotating tine
wheels that automatically dig themselves
into the ground. The aluminium frame can
be folded to aid storage.
Please refer to the following descriptions
for the function of the controls.

Overview

1 Handlebar
2 Power cable
3 Central bar
4 Lower bar
5 Chassis
6 Wheel
7 Chopper
22
8 Gears
9 Engine housing
10 Cable clamp
11 Screw, wing nut, washer
12 Strain relief
13 Release button
14 Start handle
15 Bolt with securing clip
16 Drive shaft
17 Nut (self-securing), hexagonal bolt
18 Chassis lock
19 Transport position
20 Working position
21 Device cable
22 Washer
23 Circlip
24 Hubcap

Technical data

Garden Tiller .............PGK 1500 A1
Motor power input (P) ................ 1500 W
Rated input voltage (U) .....230 V~, 50 Hz
Idling speed (n ) ........................380 min
0
Safety class ......................................
Degree of protection .........................IPX4
Working width ......................max. 40 cm
Max working depth ...............max. 20 cm
Number of tine wheels ..........................6
Weight (m) ................................ 10.5 kg
Acoustic pressure level
(L ) ....................... 80.9 dB, K
pA
Sound power level (L
Measured ........ 91.2 dB, K
Guaranteed ............................... 93 dB
Vibration at hand grip
(a ) .............. < 2.5 m/s
hw
= 3 dB
pA
)
WA
= 1.99 dB
WA
2 , K= 1.5 m/s
-1
II
2