Husqvarna 346XP 351 34´+H$J¶6q¨, Technical Data, Engine, Ignition system, Weight, Noise emissions

TECHNICAL DATA

	346XP	351
Engine	2,7/45,0	3,0/49,4
Cylinder volume, cu.in/cm3
Cylinder bore, inch/mm	1,65/42,0	1,73/44,0
Stroke, inch/mm	1,28/32,5	1,28/32,5
Idle speed, rpm	2 700	2 700
Recommended max. speed, unloaded, rpm	14 200	12 500
Power, kW/ rpm	2,5/ 9 600	2,3/ 9 000
Ignition system	FHP	FHP
Manufacture
Type of ignition system	CD	CD
Spark plug	NGK BPMR 7A	NGK BPMR 7A
	Champion RCJ 7Y	Champion RCJ 7Y
Electrode gap, inch/mm	0,020/0,5	0,020/0,5
Fuel and lubrication system	Walbro	Walbro
Manufacturer
Carburettor type	HDA 159A	HDA 159A
Fuel capacity, US pint/litre	1,06/0,5	1,06/0,5
Oil pump capacity at 8500 rpm, ml/min	6-10	6-10
Oil capacity, US pint/litre	0,59/0,28	0,59/0,28
Type of oil pump	Automatic	Automatic
Weight	346XP: 10,6/4,8	351:10,6/4,8
Without bar and chain, lbs/kg
	346XPG: 10,8/4,9	351G: 10,8/4,9
	346XP E-tech: 10,8/4,9	351 E-tech: 10,8/4,9
Noise emissions	346XPG E-tech: 11,0/5,0	351G E-tech: 11,0/5,0
(see note 1)	346XP: 113	112
Sound power level, measured dB(A)
	346XPG: 113
	346XP E-tech: 110
	346XPG E-tech: 110
Sound power level, guaranteed LWA dB(A)	346XP: 114	113
	346XPG: 114
	346XP E-tech: 113
	346XPG E-tech: 113
Sound levels
(see note 2)
Equivalent sound pressure level at
operator’s ear, measured according to	101	101,5
relevant international standards, dB(A)
Vibration levels
(see note 3)	3,3	2,9
Front handle m/s2
Rear handle m/s2	3,4	3,6
Chain/bar	13"/33	13"/33
Standard bar length, inches/cm
Recommended bar lengths, inches/cm	13-20"/33-50	13-20"/33-50
Usable cutting length, inches/cm	12-19"/31-49	12-19"/31-49
Chain speed at max. power, m/sec	18,5	17,3
Pitch, inch/mm	0,325"/8,25	0,325"/8,25
Thickness of drive link, inch/mm	0,050"/1,3	0,050"/1,3
	0,058"/1,5	0,058"/1,5
Number of teeth on drive sprocket	7	7

Note 1: Noise emissions in the environment measured as sound power (LWA) 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.

34´+H$J¶6q¨

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