Elite JUSTO Instrucciones página 44

Do not select training modes that are either too extreme or
incompatible with the health, age and physical prowess of
the user.
Setting parameters must be overseen by an experienced and
responsible adult.
Even though the product simulates road-like conditions, make
sure your posture on the bicycle is proper and comfortable.
Should you experience any discomfort or pain while working
out, stop using the home trainer right away and consult your
physician.
SYMBOLS AND SIGNAGE
On the manual and/or in some cases on the product and/or
its packaging some symbols or panels are used to highlight
or indicated dangers, obligations, warnings or notes.
Symbol Description
General warning. It prohibits from conduc-
ting said operation or maneuver
EN
General danger: Dangerous operations or
44
situations, where the users or maintainers
must be extra careful.
Obligation to read: Instructions must
always be at hand and must not be dama-
ged in any way.
Notes: It indicates particularly sensitive ne-
cessary instructions.
REFERENCE STANDARDS
• International standards and National laws complied with
when designing and manufacturing the product, as well as
safety standards and environments for product use.xx
• EN 60204-1:2018 "Safety of machinery – Electrical
equipment of machines"
• EN IEC 61000-6-1:2019 "Electromagnetic compatibility
(EMC) Generic standards - Immunity standard for residential,
commercial and light-industrial environments"
• EN IEC 61000-6-3:2021 "Electromagnetic compatibility
(EMC) Generic standards - Emission standard for equipment
in residential environments"
• ETSI EN 300 328 V2.2.2 "Wideband transmission sy-
stems. Data transmission equipment operating in the 2,4
GHz band"
• EN 62479:2010 "Assessment of the compliance of low
power electronic and electrical equipment with the basic
restrictions related to human exposure to electromagnetic
fi elds"
• ETSI EN 301 489-1 V2.2.3 "ElectroMagnetic Compatibili-
ty (EMC) standard for radio equipment and services; Part 1:
Common technical requirements"
• ETSI EN 301 489-17 V3.2.4 "ElectroMagnetic Compati-
bility (EMC) standard for radio equipment and services; Part
17: Specifi c conditions for Broadband Data Transmission
Systems"
• EN 60335-1:2012 + AC:2014 + A1:2019 + A2:2019 +
A11:2014 + A13:2017 + A14:2019 + A15:2021 "Safety of
electrical appliances for household environment and com-
mercial purposes"
DESCRIPTION AND FEATURES
Features that distinguish the product are:
the wide interval of braking torque that can be selected while
working out, the direct and accurate measurement of power
expressed by the cyclist, the excellent pedalling roundness
and compatibility with open communication standards.
The pedalling resistance is generated by a unit that gene-
rates a magnetic technology braking torque, ensuring very
silent operations while working out.
Power measurement
The product features a patented system for measuring the
power developed by the cyclist. The product is a fully-fl edged
ergometer, that is a system that measures power developed
by the cyclist, resulting in very accurate values.
The powe developed by the cyclist is picked up with +/- 1%
accuracy.
Please visit the Manufacturer website for more info.
Power level values developed by the cyclist
are picked up by the system following the
transmission (sprocket set). Any other system
installed before the transmission (pedal or
crank) might pick up different values as they
are not infl uenced by the transmission itself.
The power interval developed by the cyclist that the home
trainer can brake on is very wide. It is still possible however to
fi nd extreme conditions where pedalling resistance is outside
the interval (too high or too low). In this case the home trainer
supplies the max or minimum braking torque and displays
the actual power developed by the cyclist , not the theoretical
one, on screen.
Gradient simulation
The home trainer uses a gradient simulation system based
on the movement of a magnetic arm inside a moving metallic
disc. Such technology makes it possibe to accurately simulate
even the slightest gradient changes, developing resistance to
pedalling that also considers inertia that you would have while
pedalling on the road or on a descent.
Modifying the resistance to pedalling will then happen gradual-
ly, both with an increase and a decrease of gradient. This sy-
stem makes it possible to avoid a total pedalling shutdown due
to an inadequate braking torque.
Maximum gradient that can be simulated varies based on the
speed and weight of the cyclist set data. The power a cyclist
needs to face an uphill climb varies as a function of the speed
level you want to maintain (faster = more power) and weight
(more power is needed to carry a heavier load).
When the situation calls for a higher braking
torque than the maximum allowed, the home
trainer continues supplying the same maxi-
mum braking torque and as a consequence