TECHNICAL DATA | ||
Technical data |
| |
Technical data | 356BTx | |
Engine |
| |
Cylinder displacement, cm3 | 51,7 | |
Cylinder bore, mm | 44 | |
Stroke, mm | 34 | |
Idle speed, rpm | 2300 | |
Max. engine output, acc. to ISO 8893, kW/ rpm | 2,4/6000 | |
Catalytic converter muffler | No | |
Yes | ||
Ignition system |
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Spark plug | NGK BPMR 7A | |
Electrode gap, mm | 0,5 | |
Fuel and lubrication system |
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Fuel tank capacity, litre | 1,5 | |
Weight |
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Weight without fuel, kg | 10,4 | |
Noise emissions |
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(see note 1) |
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Sound power level, measured dB(A) | 99 | |
Sound power level, guaranteed LWA dB(A) | 100 | |
Noise levels |
| |
(see note 2) |
| |
Equivalent sound pressure level at the operator’s ear, measured | 91 | |
according to EN15503 dB(A) | ||
| ||
Vibration levels |
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(see note 3) |
| |
Equivalent vibration levels (ahv,eq) at handles, measured according to | 3,9 | |
EN15503, m/s2 |
| |
Fan performance |
| |
Max. air velocity vith standard nozzle, m/s: | 79 | |
Air flow with standard nozzle, m3/min | 13,3 | |
Max air velocity with flat nozzle (Accessory), m/s: | 90 | |
Air flow with flat nozzle (accessory), m3/min: | 13,0 | |
Note 1: Noise emissions in the environment measured as sound power (LWA) in conformity with EC directive 2000/14/ EC. Reported sound power level for the machine has been measured with the original cutting attachment that gives the highest level. The difference between guaranteed and measured sound power is that the guaranteed sound power also includes dispersion in the measurement result and the variations between different machines of the same model according to Directive 2000/14/EC.
Note 2: The equivalent sound pressure level value is calculated with a work cycle of a duration of 1/7 for idling and 6/7 for racing. Reported data for equivalent sound pressure level for the machine has a typical statistical dispersion (standard deviation) of 1 dB(A).
Note 3: The equivalent vibration level value is calculated with a work cycle of a duration of 1/7 for idling and 6/7 for racing. Reported data for equivalent vibration level has a typical statistical dispersion (standard deviation) of 1 m/s2.
English – 21
