Technical data
LFV 80
LFV 100
Honda
Honda
Hatz
Engine oil capacity *, l/qts
0.6/0.63
0.6/0.63
0.9/0.95
Fuel consumption, l/h or qts/h
1.21 or 1.28
1.21 or 1.28
0.57 or 0.6
Water tank for asphalt, l/gal (optional)
13/3.4
13/3.4
13/3.4
Fuel *
Unleaded gasoline,
max. 10% ethanol
Unleaded gasoline,
max. 10% ethanol
Ultra-low-sulfur
diesel fuel only
Engine oil *
SAE 10W-30, API
Class SJ
SAE 10W-30, API
Class SJ
SAE 10W-30,
ACEA - B3/E4
Noise and vibration emissions
Sound power level, measured dB (A)
101
102
104
Sound power level, guaranteed L
WA
dB (A)
2
103
104
105
Sound pressure level at the operator's ear, L
P
, dB (A)
3
93
94
94
Vibration level, a
hv
, m/s
2
, standard handle
4
6.7
7.8
6.8
* = For further information and questions about this
specific engine, refer to the engine manual or the web
site of the engine manufacturer.
Noise and vibration declaration
statement
These declared values were obtained by laboratory type
testing in accordance with the stated directive or
standards and are suitable for comparison with the
declared values of other products tested in accordance
with the same directive or standards. These declared
values are not suitable for use in risk assessments and
values measured in individual work places may be
higher. The actual exposure values and risk of harm
experienced by an individual user are unique and
depend upon the way the user works, in what material
the product is used, as well as upon the exposure time
and the physical condition of the user, and the condition
of the product.
2
Noise emissions in the environment measured as sound power (L
WA
) as per EN ISO 3744 in conformity with
EC directive 2000/14/EC. The difference between guaranteed and measured sound power is that the guaran-
teed 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.
3
Sound pressure level L
P
according to EN ISO 11201, EN 500-4. Uncertainty K
PA
3.0 dB (A).
4
Vibration value according to EN 500-4. Reported data for vibration level has a typical statistical dispersion
(standard deviation) of 1.5 m/s
2
.
1388 - 001 -
17
