GreenWorks GD24CS30 Bedienungshandbuch Seite 13

Problem Possible cause
The motor runs
The chain is
and the chain ro-
blunt.
tates, but the
chain does not
The chain is in
cut.
the incorrect di-
rection.
The chain is tight
or loose.
The machine
does not start.
The chain brake
is engaged.
The machine
and battery are
not connected
correctly.
The battery level
is low.
The lock out but-
ton and the trig-
ger are not push-
ed at the same
time.
The battery is
too hot or too
cold.
English
Solution Problem
Sharpen or re- The motor runs,
place the saw but the chain
chain. does not cut cor-
rectly, or the mo-
Turn the chain
tor stops after
loop to the other
around 3 sec-
direction.
onds.
Adjust the chain
tension.
Pull the chain
brake in the di-
rection of the
user to disen-
gage it.
Make sure that
the battery re-
lease button
clicks when you
install the battery
pack.
Charge the bat-
tery pack.
1. Push the
lock-out but-
ton and hold
it.
8
2. Push the trig-
ger to start
Voltage
the machine.
Refer to battery No load speed
and charger
Guide bar length
manual.
Chain stop
Chain oil capacity
Weight (without battery
pack)
Measured sound pres-
sure level
Guaranteed sound power
level
Vibration
Chain
Guide bar
Battery model
Charger model
9
Possible cause
The machine is
in the protection
mode to protect
the PCB.
The battery is
not charged.
The chain is not
lubricated.
Incorrect battery
storage tempera-
ture
TECHNICAL DATA
24 V DC
7.8 m/s
305 mm
< 2 s
200 ml
2.6 kg
L = 92 dB(A), K
pA
dB(A)
L = 106 dB(A)
wA.d
2.5 m/s
90PX045X/
CL14345/90X-45E
124MLEA041/
M1431245-1041/
ES124MLEA041
G24B2/G24B4 and other
BAG series
G24C and other CAG ser-
ies
EN
Solution
Release the trig-
ger and start the
machine again.
Do not force the
machine to cut.
Charge the bat-
tery. Refer to the
battery and
charger manual
for correct charg-
ing procedures.
Lubricate the
chain to de-
crease the fric-
tion. Do not let
the guide bar
and the chain
operate without
sufficient lubri-
cant.
Cool the battery
pack until it de-
creases to the
ambient temper-
ature.
= 3
pA
2 2
, K = 1.5 m/s