Tarasola Cubic User manual

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Tarasola Cubic
TARASOLA
CANOPY AND COMPONENTS
USE AND MAINTENANCE MANUAL

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Table of Contents
1. SUBJECT OF THE DOCUMENTATION ........................................... 3
2. PRODUCT IDENTIFICATION ....................................................... 3
3. TECHNICAL SPECIFICATION ...................................................... 4
3.1 Structure ................................................................................ 4
3.2 Wind class............................................................................... 6
3.3 Electrical components for Tarasola CUBIC.................................... 6
3.4 Fabric components in the canopy ............................................... 8
3.5 Technical limitations of the fabrics.............................................. 9
4. CANOPY USER MANUAL AND GENERAL SAFETY REGULATIONS 10
5. CERTIFICATES ......................................................................... 14

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1 SUBJECT OF THE DOCUMENTATION
The purpose of this documentation is to familiarize the user with the
intended use of the structure, its principles of operation, and rules regarding
handling of the Tarasola-branded product. This booklet also contains
guidelines for use and service activities.
2 PRODUCT IDENTIFICATION
The following describes a folding canopy with the trade name Tarasola Cubic.
It is an aluminum structure with fabric cover, operated by automatic
mechanisms.
Designed in accordance with the EU Council Regulation – CONSTRUCTION
PRODUCTS. When properly installed it can withstand the wind pressure
equivalent to the 3rd wind class, the criteria of which were established by
the standard PN-EN 13561 + A.1: 2009 – EXTERNAL BLINDS AND AWNINGS
- performance requirements including safety. This technical class ensures
that the awning can withstand a wind pressure of 110 N/m2, equivalent to
a continuous wind pressure of 49 km/h, which corresponds to 6 in the
Beaufort scale.
The calculations concerning wind load resistance were performed according
to the standard PN - EN 1932: 2013 - 09 - EXTERNAL BLINDS AND
SHUTTERS - RESISTANCE TO WIND LOADS METHOD OF TESTING and for
structures with electric drive - Machinery Directive 2006/42/EC.
The canopy was designed as an external product, for wind, rain, and sun
protection, for commercial clients as well as for residential and private
buildings.
Operated by electric drives.
The structure may be enhanced with additional functionalities such as: heat
radiators, glass walls, roller blinds, integrated lighting (additional products
are described in detail in a separate booklet), creating a comprehensive
design of a terrace canopy.
Familiarizing oneself with the manual shall ensure the proper functioning of
the product.
Compliance with the guidelines therein shall ensure durability of the canopy.

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3 TECHNICAL SPECIFICATION
3.1 Structure
The canopy structure consists of an aluminum substructure. The structural
elements are thick-walled extruded profiles, coated with a layer of thermally
hardened powder varnish.
Supporting structure consists of the following elements:
1. Aluminum guides - the number and spacing of the guides depends on
the width of the unit.
2. Clamping beams – aluminum profile with an integrated gutter, acting
as a front and rear beam that connects the structure.
3. Support pillars - aluminum leg profile together with an integrated
water drainage system. The number of supporting legs depends on
the width of the module. The supporting pillars are equipped with
brackets intended for screwing to the base.
4. Side gutters (middle gutters) – aluminum profile that drains water
and stiffens the structure.
5. System roof - made of steel or aluminum sheet. The system roof
overhang depends on the canopy extension.
6. Aluminum anti-wind beams - guide, stretch, and strengthen the
material of the beam with the fabric.
7. Starting profile - aluminum wall mounting profile, available in the wall
unit.
Note: there may be slight color differences between various
suppliers of paint powders.

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Fig. 1 Graphical representation of the freestanding Tarasola Cubic
structure
Fig. 2 Graphical representation of the Tarasola Cubic wall structure

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3.2 Wind class
The canopy of the structure was subjected to FEM tests (Finite Element
Method), which resulted in determining the wind resistance in relation to
the width and extension of the structure. The maximum pressure is 570
(N/m2), which represents the sum of the resistance of forces acting on the
structure, which in turn corresponds to the maximum wind speed of
110km/h – 11 in the Beaufort scale.
Fig. 3 List of wind classes – Tarasola Cubic
3.3 Electrical components for Tarasola Cubic
Tarasola cooperates with the best suppliers on the market in order to ensure
the highest level of offered products. Thanks to the electrical components
used in our products, we are offering a comprehensive product to our Clients
- the best on the market.
WARNING! Due to the complexity and specificity of the product,
installation shall be performed by qualified personnel. Any actions
inconsistent with the guidelines may cause a potential threat and
void the warranty.
ELECTRIC MOTOR. A motor with a built-in radio receiver and an electric
limiter. Secure coding system. Simple programming and maneuvering. All
operations are controlled by the motor, and it works at low speed. Operation
via remote or local controller.
Installation remarks
The protection rating of a motor installed outside stands at IP 44. However,
if the switch shall be installed internally then its protection rating may drop
to IP 40. The voltage supplied to the motor must be 230 V. The wiring must
be insulated.
Motor connection diagram is presented below.

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Fig. 4 Electrical drive with remote control.
Fig. 5 Electrical drive with a switch.
It is not recommended to connect more than one motor to one
switch (and vice versa). The exception is having a switchboard.
Warning!
All wiring connection diagrams shall be obeyed, otherwise warranty
may be voided.
REMOTE CONTROLLER
•Manual radio control of one or more RTS drives and/ or radio receivers

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or a group of RTS drives and/ or radio receivers.
•Handling of a single device or a group of devices is possible.
•Stopping the motion and/ or forcing the motion via a convenient
button.
•Remote controller is equipped with an adjust function which enables,
for e.g., intensity of illumination to be adjusted.
•A convenient LED indicates that an action was requested by the user
and enables selection of a channel in the remote controller (in case of
multi-channel remote controllers).
•Wireless, battery powered remote controller(CR 2430 battery).
•Working temperature: 0°C/ +60°C.
•Protection rating: IP 30 / IP 40.
•Radio frequency: 433.42 MHz.
Electrical components are handled with ease by an integrated motor system.
Wind and rain covers unfold and fold in full or to the desired extension, thus
enabling either shade or sunlight to shine through.
IN THE EVENT OF A FAILURE OF THE ELECTRICAL SYSTEM
OF THE STRUCTURE, IMMEDIATELY DISCONNECT THE MAIN
POWER SUPPLY OF THE CANOPY AND REPORT THE FAILURE
TO THE MANUFACTURER. ONLY QUALIFIED PERSONNEL
SHALL ENGAGE IN REPAIRING THE ELECTRICAL SYSTEM.
ANY ACTIONS CONSTITUTING SELF-REPAIR AND
NEGATIVE EFFECTS OF SUCH ACTIONS MAY RESULT IN THE
WARRANTY BEING VOIDED.
A detailed description of the operation of electrical components can be found
in a separate user manual.
3.4 Fabric components in the canopy
The fabric is made of durable components which are resistant to changing
weather, thermal, and mechanical conditions. For sewing, we use multi-
filament polyester SERAFIL® threads, while the material used in the fabric
manufacturing process is, among others, PTFE (polytetrafluoroethylene)
and PVC (polyvinyl chloride), joined together by high frequency technology
- High Frequency Welding.
TECHPROTECT
Double-sided PVC-coated polyester; embossing within the fabric

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imitating the fabric on the inside; anti-dust acrylic coating; fabric
weight: 850g/m²; fabric thickness: 0.5mm; fracture toughness approx.
250/250 DaN/5cm (ISO 1421), tear resistance approx. 25/20 DaN
(DIN 53363); 2nd fire resistance class M2 (NFP 92-507); allowed
temperature changes: -30/+70˚C; 100% watertight.
Cleaning and care: water, light detergent + soft cloth.
SOLTIS W96
1100 Dtex polyester with double-sided PVC coating; micro-perforated
PVC cover; shiny coating. Weight 620g/m2, tensile strength 220/220
daN/5cm (EN ISO 1421), tear resistance 25/20 daN (DIN 53.363),
thickness 0.56 mm, fire resistance: 1st class (UNI 9177-87), 2nd class
M2 (NFP 92-507); 100 % watertight.
Cleaning and care: water, light detergent + soft cloth.
SERGE 600 SOLAR
Fabric coated in fiberglass yarns, composition: 34% fiberglass, 48%
PVC, 18% laminate. Weight 645g/m2. The fabric blocks sunrays out
but retains transparency - translucency 3%; fire resistance: 1st class
(UNI 9177-87), 2nd class M2 (NFP 92-507); allowed temperature
changes: -30˚C/+70˚C, 100% watertight.
Cleaning and care: water, light detergent + soft cloth.
3.5 Limitations of the fabrics
Watertightness - acrylic fabrics are not watertight. They contain microscopic,
porous holes where the threads cross. External impregnation applied on
acrylic and polyester materials creates a protective layer against dirt, water,
and oily substances. During rainfall water drops run down easily when the
canopy is sloped. Weather and mechanical conditions gradually reduce the
effectiveness of the impregnation.
Rot resistance - the canopy fabrics are usually made of synthetic materials,
which do not contain any biodegradable substances. This, in turn, makes
them rot-proof. The accumulation of dirt and other naturally occurring
substances on the fabric surface, coupled with moisture, may create very
good conditions for fabric degradation. Folding of a damp fabric may have
an additional negative effect on the condition of the fabric and may cause
change in its color. It is important to let the fabric dry before folding it.
Creases – the cobweb effect: creases may form as a result of folding the
fabric, the "wrinkle" effect may, particularly when exposed to light, become
darker. This, however, does not affect the usability of the fabric and is not

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covered by the warranty.
Waves - may form close to the sewing or welding of the fabric as well as on
the side of the edge, due to double thickness of the fabric.
Fraying and abrasion - if the canopy is exposed to constant high winds, it
may show signs of wear, tear, and abrasion. This may occur after many
years of misuse.
4CANOPY USER MANUAL AND GENERAL SAFETY REGULATIONS
Proper functioning and avoidance of breakdowns resulting from
improper use shall be ensured by following the rules below. The
entirety of the support is burdened with a load which may cause
oscillatory motion. This motion is not an indicator of structural
weakness but shall be considered normal for a complex structure.
Therefore, deviations and motions of the structure shall be allowed.
Repeated opening and closing of the canopy may overheat the
electric drive, thus activating the thermal switch which shall
disconnect the power supply. The motor shall remain off until the
temperature is adjusted.
It is forbidden to use the canopy in conditions and for purposes
different to those provided for by the manufacturer, which shall be
to act as sun, and rain protection.
It is forbidden for third parties to place any items, install additional
fixings, hooks, hangers on the canopy structure without
manufacturer’s consent. This increases the risk of product failure
and shall result in the product warranty being voided.
Be careful when opening and closing the canopy. Due to the risk of
damaging one’s hands, it is forbidden to touch the structure when
it is in work mode.
The structure is not of a self-cleaning nature. Cleaning shall be
performed only after turning off the electric power supply of the
canopy. Cotton cloth and water with light detergent are
recommended to clean the structure.

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Please contact the Manufacturer in the event of a canopy
malfunction or failure. Users shall not make any repairs to a faulty
canopy.
The manufacturer shall not be liable for random events affecting
the product, such as: weather conditions below/ above the
standards presented in the product sheet; as well as
electromagnetic disturbances, electrical discharges and power
surges.
During rainfall, snowfall, hail, and strong winds (exceeding the
permissible standards for a structure of a particular size), the
canopy shall be folded immediately. Failure to comply with the
above recommendation increases the probability of damage,
canopy destruction or accident, as well as loss of warranty.
The canopy is not designed to carry snow loads. In the event there
is snow on the canopy panels or the panels are covered in ice,
please remove the snow and/ or ice layer immediately.
In order to maintain the water drainage system unobstructed, it is
necessary to check and remove waste such as leaves, conifer
needles, and other type of waste from the gutters at least twice a
year. This shall help maintain the flow capacity of the gutters
mounted in the supporting legs of the structure. The manufacturer
recommends that structures installed in the vicinity of natural
environment shall be cleaned as often as it may be required.
It is recommended to check the state of the structure - in
springtime, before the start of the summer season, and in the fall
- before the canopy is closed for the winter season. The structure
may be checked more often if alarming events occur. Defects
resulting from failure to comply with the above shall not be covered
by the manufacturer's warranty.
Due to the design of the structure, the guide rails and the canopy
profiles shall be checked for the presence of ice before opening/
closing the canopy, particularly during cold temperatures. Icing
may damage the components of the guides themselves as well as
the electrical components and this shall not be covered by the
manufacturer's warranty. It is recommended to check the flow
capacity of the guides each time before switching the canopy on
(in case any foreign matter, such as leaves, sticks, insects or

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animals got inside) – ICING.
Due to temperature differences, dew may appear on profiles and
on the fabric, as well as condensation of water vapor under the
canopy may occur – this shall not be deemed a product defect.
Waste causing mechanical damage to the fabric or the structure
shall be removed before the roof is folded.
While the canopy is being folded, residual rainwater may pour out
from the fabric panels.
Shade differences between aluminum elements coming in in
different batches of the product may occur.
Taking into consideration the high level of pollution which leads to
acid rain, and in case the structure is installed near roads, air
channels, forests, trees with a risk of resin contamination, and
additionally it is not cleaned immediately after contamination, then
the profiles may get dirty, making it impossible to clean them later.
In the event of heavy wind and heavy rainfall, there is a possibility
that rainwater may enter between the canopy profiles and the
guides, which in turn may result in a leak inside the canopy.
In the event of heavy wind and heavy rainfall, there is a possibility
that rainwater may enter between the canopy profiles and the
guides, which in turn may result in a leak inside the canopy.
Do not use abrasive materials to clean the structure.
It is recommended to check the condition of the canopy’s fabric at
least twice a year - in springtime, before the start of the summer
season, and in autumn, before the awning is folded for the winter
season.

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It is forbidden to unfold the canopy during snowfall and hail. Failure
to comply with this recommendation may damage the fabric,
reduce its properties and, as a result, tear it.
Using the canopy during conditions exceeding the indicated wind
standard may result in damage or destruction of the canopy.
It is forbidden to place any items or objects on the material of the
structure.
The arrangement of the fabric panel where the cord is welded may
differ slightly in its appearance from the part of the fabric where
the cord is not welded. This, however, does not affect the
appearance and functionality of the canopy.
Deviations of the profiles in relation to each other and the distance
between them are permissible due to buckling of the profiles
caused by temperature changes and long-term loads (for e.g. of
snow) covering the profiles.
Slight water outflow may be caused by the sheathing of the
structure being folded. This may occur due to dew building up in
the fabric panels and its running down the fabric - this shall not be
deemed a product defect.
THE MANUFACTURER SHALL NOT BE LIABLE FOR INCORRECT USE
OF THE CANOPY RESULTING FROM FAILURE TO COMPLY WITH THE
USE AND SAFETY REGULATIONS PROVIDED IN THIS MANUAL.

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5CERTIFICATES