Component List; Technical Data; Vibration Information - Worx WG186E Manual Original

COMPONENT LIST

1. BATTERY INDICATOR LIGHT
2. BATTERY PACK *
3. LOCK-OFF BUTTON
4. SWITCH TRIGGER
5. ECO BUTTON
6. UPPER SHAFT
7. AUXILIARY HANDLE
8. SAFETY-STOP HANDLE
9. LOCKING KNOB
10. LOWER SHAFT
11. SAFETY GUARD
12. LINE CUTTER
13. SKIRT
14. TRIMMER HEAD (BUMP HEAD)
15. RELEASE TAB
16. BRUSH-CUTTER BLADE
17. WASHER
12
18. BLADE HOUSING
19. LOCK-NUT
20. SHOULDER STRAP
21. WRENCH
22. HEX KEY
23. POLE HEDGE TRIMMER ATTACHMENT*
24. POLE SAW ATTACHMENT *
25. EDGER ATTACHMENT *
* Not all the accessories illustrated or
described are included in standard delivery.

TECHNICAL DATA

Type Designation: WG186E WG186E.9
(1-designation of machinery, representative of
Cordless Grass Trimmer/ Brush Cutter)
Voltage
No load speed
Attachment-Capable String Trimmer
WG186E WG186E.9
40V MAX (2x20V MAX) **
6000/min
Cutting Diameter
for grass
trimmer
Cutting diameter
for brush cutter
blade
Line Diameter
Line length
Battery type
Lithium-ion
Battery Model WA3553 (4.0Ah)
Charger Model WA3883
Charging time
(approx.)
Battery pack:
4.0Ah (1pc)
4.0Ah (2pcs)
Machine Weight
**Voltage measured without workload. Initial battery
voltage reaches maximum of 20 volts. Nominal
voltage is 18 volts.
FOR GRASS TRIMMER:
NOISE INFORMATION
A weighted sound pressure
K
pA
A weighted sound power
K
wA
Wear ear protection

VIBRATION INFORMATION

Typical weighted vibration
Uncertainty
The declared vibration total value may be used for
comparing one tool with another, and may also be used in
a preliminary assessment of exposure.
WARNING: The vibration emission value during
actual use of the power tool can differ from the
declared value depending on the ways in which the tool
is used dependant on the following examples and other
variations on how the tool is used:
How the tool is used and the materials being cut or drilled.
The tool being in good condition and well maintained
38cm
25cm
2 x2.4mm
2 x3m
/
/
/
/
1 hr
2 hrs
5.5kg 4.1kg
L = 74.77dB(A)
pA
3dB(A)
L = 94.77dB(A)
wA
3dB(A)
a =2.822m/s
h
K = 1.5m/s²
EN
2