4. Start the product and let it run at 3/4 speed. Point the
nose of the bar at a light color surface almost 20 cm
(8 in) away.
5. After 1 minute of running, a line of oil shows on the
light surface.
6. If you cannot see the line of oil after 1 minute, speak
to your approved dealer.
TRANSPORTATION
• Empty the fuel and chain oil tanks before
transportation. Discard used fluids correctly.
• Put the guide bar cover on the cutting attachment
during transportation. This prevents persons from
touching the sharp saw chain by accident. A saw
chain not in operation can cause injury to you or
other persons that touch a sharp saw chain.
• Remove the spark plug cap from the spark plug and
engage the chain brake before transportation.
• Make sure the product cannot move during
transportation.
STORAGE
• Always put the product away safely when not in
operation. Leakages and fumes from the product can
touch sparks, naked flames from electrical
equipment, electrical mowers, relays/switches,
boilers and more.
• Always save fuel in an approved container.
• Empty the fuel and chain oil tanks when the product
is in storage for longer periods of time. Discard used
fluids correctly.
• During storage, put the guide bar cover on the guide
bar. This prevents persons from accidentally
touching the sharp saw chain. A saw chain not in
operation can cause serious injury to you or persons
who touch a sharp saw chain.
• Remove the spark plug cap from the spark plug and
engage the chain brake before storage.
TECHNICAL DATA
unit 130 (H13038HV) 135 Mark II
(H13038HV)
Engine specifications
Cylinder displacement cm
3
38 38
Spark plug — NGK BPMR 7A NGK BPMR 7A
Electrode gap mm (in) 0.5 (0.02) 0.5 (0.02)
Fuel tank volume cm
3
350 350
Idling speed min
-1
2800-3200 2800-3200
Power output at 9000 min
-1
kW 1.5 1.6
Emission durability period h 125 125
Noise and vibration data
Equivalent vibration level (ahv, eq) left handle
1
m/s
2
3.72 3.72
Equivalent vibration level (ahv, eq) right handle
2
m/s
2
5.5 5.5
1
Equivalent vibration level is calculated as the time-weighted energy total for vibration levels under various
working conditions. Reported data for equivalent vibration level has a typical statistical dispersion (standard
deviation) of 1.5 m/s
2
.
2
Equivalent vibration level is calculated as the time-weighted energy total for vibration levels under various
working conditions. Reported data for equivalent vibration level has a typical statistical dispersion (standard
deviation) of 1.5 m/s
2
.
862 - 001 - 20.09.2018 21
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