Husqvarna 346XP 351 - Manual (Page 34)

34
– English
TECHNICAL DATA
346XP
2,7/45,0
1,65/42,0
1,28/32,5
2 700
14 200
2,5/ 9 600
FHP
CD
NGK BPMR 7A
Champion RCJ 7Y
0,020/0,5
Walbro
HDA 159A
1,06/0,5
6-10
0,59/0,28
Automatic
346XP: 10,6/4,8
346XPG: 10,8/4,9
346XP E-tech: 10,8/4,9
346XPG E-tech: 11,0/5,0
346XP: 113
346XPG: 113
346XP E-tech: 110
346XPG E-tech: 110
346XP: 114
346XPG: 114
346XP E-tech: 113
346XPG E-tech: 113
101
3,3
3,4
13"/33
13-20"/33-50
12-19"/31-49
18,5
0,325"/8,25
0,050"/1,3
0,058"/1,5
7
351
3,0/49,4
1,73/44,0
1,28/32,5
2 700
12 500
2,3/ 9 000
FHP
CD
NGK BPMR 7A
Champion RCJ 7Y
0,020/0,5
Walbro
HDA 159A
1,06/0,5
6-10
0,59/0,28
Automatic
351:10,6/4,8
351G: 10,8/4,9
351 E-tech: 10,8/4,9
351G E-tech: 11,0/5,0
112
113
101,5
2,9
3,6
13"/33
13-20"/33-50
12-19"/31-49
17,3
0,325"/8,25
0,050"/1,3
0,058"/1,5
7
Engine
Cylinder volume, cu.in/cm 3
Cylinder bore, inch/mm
Stroke, inch/mm
Idle speed, rpm
Recommended max. speed, unloaded, rpm
Power, kW/ rpm
Ignition system
Manufacture
Type of ignition system
Spark plug
Electrode gap, inch/mm
Fuel and lubrication system
Manufacturer
Carburettor type
Fuel capacity, US pint/litre
Oil pump capacity at 8500 rpm, ml/min
Oil capacity, US pint/litre
Type of oil pump
Weight
Without bar and chain, lbs/kg
Noise emissions
(see note 1)
Sound power level, measured dB(A)
Sound power level, guaranteed L
WA
dB(A)
Sound levels
(see note 2)
Equivalent sound pressure level at
operator’s ear, measured according to
relevant international standards, dB(A)
Vibration levels
(see note 3)
Front handle m/s
2
Rear handle m/s 2
Chain/bar
Standard bar length, inches/cm
Recommended bar lengths, inches/cm
Usable cutting length, inches/cm
Chain speed at max. power, m/sec
Pitch, inch/mm
Thickness of drive link, inch/mm
Number of teeth on drive sprocket
Note 1: Noise emissions in the environment measured as sound power (L
WA
) in conformity with EC directive 2000/14/EC.
Note 2: Equivalent sound pressure level, according to ISO 7182, is calculated as the time-weighted energy total for sound pressure
levels under various working conditions with the following time distribution: 1/3 idling, 1/3 max. load, 1/3 max. speed.
Note 3: Equivalent vibration level, according to ISO 7505, is calculated as the time-weighted energy total for vibration levels under
various working conditions with the following time distribution: 1/3 idling, 1/3 max. load, 1/3 max. speed.
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