Husqvarna 440 Operation Manual - Page 39

TECHNICAL DATA Technical data 435 Engine Cylinder displacement, cm3 40,9 Cylinder bore, mm 41 Stroke, mm 31 Idle speed, rpm 2900 Power, kW/ rpm 1,6/9000 Ignition system Manufacturer of ignition system Walbro Type of ignition system MBU-33 Spark plug NGK BPMR 7A/ Champion RCJ 7Y/ Husqvarna PR 17Y Electrode gap, mm 0,5 Fuel and lubrication system Manufacturer of carburettor Zama Carburettor type EL 41 Fuel tank capacity, litre 0,37 Oil pump capacity at 9,000 rpm, ml/min 13 Oil tank capacity, litre 0,25 Type of oil pump Not adjustable Weight Chain saw without bar or chain, empty tanks, kg 4,2 Noise emissions (see note 1) Sound power level, measured dB(A) 112 Sound power level, guaranteed LWA dB(A) 114 Sound levels (see note 2) Equivalent sound pressure level at operator's ear, measured according to relevant international 102 standards, dB(A) Vibration levels (see note 3) Front handle, m/s2 2,5 Rear handle, m/s2 3,2 Chain/bar Standard bar length, inch/cm 13"/33 Recommended bar lengths, inch/cm 13-18"/33-46 Usable cutting length, inch/cm 12-17"/31-43 Pitch, inch/mm 0,325/8,25 Thickness of drive links, inch/mm 0,050/1,3 Type of drive sprocket/number of teeth Spur/7 Chain speed at max. power, m/sec 17,3 435e 40,9 41 31 2900 1,6/9000 Walbro MBU-33 NGK BPMR 7A/ Champion RCJ 7Y/ Husqvarna PR 17Y 0,5 Zama EL 41 0,37 13 0,25 Not adjustable 4,4 112 114 102 2,5 3,2 13"/33 13-18"/33-46 12-17"/31-43 0,325/8,25 0,050/1,3 Spur/7 17,3 440e 40,9 41 31 2900 1,8/9000 Walbro MBU-33 NGK BPMR 7A/ Champion RCJ 7Y/ Husqvarna PR 17Y 0,5 Zama EL 41 0,37 13 0,25 Not adjustable 4,4 112 114 102 2,5 3,2 13"/33 13-18"/33-46 12-17"/31-43 0,325/8,25 0,050/1,3 Spur/7 17,3 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 22868, is calculated as the time-weighted energy total for noise 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 22867, 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. 115 10 82-26 Rev.2 2008-06-03 English - 39