• Replace any damaged, worn or broken parts.
• At the beginning of the next season, use only fresh
fuel having the proper petrol to oil ratio.
Technical data
Technical data for gasoline operated products
BA101
Weight
Weight, lb/kg
4.2/1.9
Sound levels
1
Equivalent sound pressure level at the operator’s ear, measured according to
EN15503 dB(A)
99
Vibration levels
2
Equivalent vibration levels (a
hv,eq
) at handles, measured according to EN 15503, m/s
2
Front/rear handles:
5.6/8.3
Fan performance
3
Max. air velocity with standard nozzle, mph / m/s:
148/66
Air flow with standard nozzle, cfm / m
3
/min
529/15
Technical data for battery operated products
Blower attachment BA101
Weight
Weight, lb/kg
5.1/2.3+4.2/1.9
Sound levels
Sound pressure level at the operator’s ear, measured according to ISO 26868 dB(A)
4
Equipped with approved accessory (original), dB (A)
93
Vibration levels
5
1
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 disper-
sion (standard deviation) of 1 dB(A).
2
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/s
2
.
3
Measured together with 525LK/GC2225C engine unit.
4
Reported data for sound pressure level for the machine has a typical statistical dispersion (standard deviation)
of 3 dB (A) and has been measured with the original attachment that gives the highest level. Measured to-
gether with the 325iLK motor unit.
5
Reported data for vibration level has a typical statistical dispersion (standard deviation) of 2 m/s
2
. For compar-
ison of vibrations levels, battery and combustion products use vibration calculator. refer to, https://www.husq-
varna.com/uk/services-solutions/vibration-calculator/. Measured together with the 325iLK motor unit.
282
747 - 002 - 20.11.2019
