SELT SB400 PRO User manual

TECHNICAL AND OPERATIONAL DOCUMENTATION
INSTALLATION MANUAL,
OPERATING MANUAL AND INSTRUCTIONS FOR SAFE USE
(Translated from the original manual)
5.Steel and aluminium components and structural sets
5.14. Pergola SB400 PRO
5.14
DT-E

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DT-E 5.14: ALUMINIUM CONSTRUCTION –SYSTEM PERGOLA SB400PRO
Edition 1 / April 2023 / EN page 2 / 53
PRODUCT NAME:
ALUMINIUM CONSTRUCTION
PERGOLA SB400 PRO
MARKING OF PRODUCT MANUFACTURER:
Manufacturer name:
SELT Sp. z o. o.
KRS 0000589791, share capital: 64 000 000 zł
NIP: 7543103311, REGON: 363154414, BDO no 000009177
Manufacturer’s registered office:
45- 449 Opole, ul. Wschodnia 23A
Contact details:
Tel: [phone]
Website:
www.selt.com
E-mail:
[email protected]
PRODUCT SAFETY MARKING:
The product meets the CE safety requirements.
THIS TECHNICAL AND OPERATIONAL DOCUMENTATION:
Is valid from: 11 April 2023
Is applicable to the above listed product versions.

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TABLE OF CONTENTS
1INTRODUCTION............................................................................................................................................................ 4
1.1 SAFETY GUIDELINES FOR THE PRODUCT................................................................................................................. 4
1.2 EXPLANATION OF SYMBOLS AND SIGNS ................................................................................................................. 4
1.3 TERMS AND DEFINITIONS ....................................................................................................................................... 5
1.4 SUBJECT, INTENDED USE AND CONTENTS OF THE DOCUMENTATION................................................................... 6
2PRODUCT TECHNICAL INFORMATION.......................................................................................................................... 7
2.1 TECHNICAL PARAMETERS: ...................................................................................................................................... 7
2.2 PRODUCT SPECIFICATION ....................................................................................................................................... 9
3TRANSPORT AND STORAGE OF THE PRODUCT ............................................................................................................ 9
3.1 COMPLETENESS AND QUALITY CONDITION OF THE DELIVERY ............................................................................... 9
3.2 GENERAL CONDITIONS FOR TRANSPORT AND STORAGE OF THE PRODUCT ........................................................ 10
3.3 OBLIGATORY DESCRIPTIONS TO BE PLACED ON THE PRODUCT PACKAGING ....................................................... 10
4PRODUCT INSTALLATION........................................................................................................................................... 11
4.1 GENERAL REQUIREMENTS FOR SAFE INSTALLATION ............................................................................................ 11
4.2 REQUIREMENTS FOR SAFE INSTALLATION OF THE PRODUCT AT HEIGHTS........................................................... 11
4.3 PREPARATION FOR INSTALLATION........................................................................................................................ 11
4.4 GENERAL GUIDELINES FOR PRODUCT INSTALLATION........................................................................................... 12
4.5 INSTALLATION TOOLS ........................................................................................................................................... 13
4.6 INSTALLATION....................................................................................................................................................... 14
4.6.1 INSTALLATION OF STANDARD FEET.................................................................................................................. 17
4.6.2 INSTALLATION OF ADJUSTABLE FEET ............................................................................................................... 17
4.6.3 INSTALLATION OF ALIGNED FEET ..................................................................................................................... 18
4.6.4 INSTALLATION OF THE FRAME ......................................................................................................................... 19
4.6.4.1 FREE-STANDING VERSION –2 GUTTERS ................................................................................................. 19
4.6.4.2 FREE-STANDING VERSION –4 GUTTERS ................................................................................................. 21
4.6.4.3 WALL-MOUNTED VERSION –2 GUTTERS ............................................................................................... 23
4.6.4.4 WALL-MOUNTED VERSION –4 GUTTERS ............................................................................................... 25
4.6.5 MODULAR INSTALLATION ................................................................................................................................ 28
4.6.6 GUTTERS INSTALLATION .................................................................................................................................. 29
4.6.7 BLADES INSTALLATION..................................................................................................................................... 30
4.6.8 REVISION INSTALLATION.................................................................................................................................. 34
4.7 FOUNDATION GUIDELINES.................................................................................................................................... 35
5SYSTEM OPERATION AND PRODUCT SAFETY............................................................................................................. 37
5.1 GENERAL REQUIREMENTS FOR OCCUPATIONAL HEALTH AND SAFETY ................................................................ 37
5.2 SAFETY REQUIREMENTS RELATED TO SPECIAL CONDITIONS AND PLACES OF PRODUCT USE.............................. 37
5.3 SPECIAL SNOW LOAD REQUIREMENTS ................................................................................................................. 38
5.4 OPERATIONAL SAFETY........................................................................................................................................... 39
5.5 CONNECTION TO ELECTRICAL INSTALLATION....................................................................................................... 40
5.6 CONTROL............................................................................................................................................................... 42
5.7 START-UP AND ADJUSTMENT ............................................................................................................................... 44
5.8 MISUSE OF THE SYSTEM........................................................................................................................................ 45
6SYSTEM USE AND MAINTENANCE.............................................................................................................................. 46
6.1 USING THE PRODUCT IN ACCORDANCE WITH ITS INTENDED USE........................................................................ 46
6.2 INSTRUCTION FOR NON-PROFESSIONALS............................................................................................................. 46
6.3 INDICATIONS OF RISK, BREAKDOWN OR ACCIDENT ............................................................................................. 47
6.4. TECHNICAL INSPECTIONS AND REPAIRS........................................................................................................................ 48
7COMPLAINT / TECHNICAL DEFECTS ........................................................................................................................... 49
7.1 COMPLAINTS (MANUFACTURER’S WARRANTY) ................................................................................................... 49
7.2 TECHNICAL DEFECTS ............................................................................................................................................. 49
8PRODUCT DISASSEMBLY / UTILISATION / DISPOSAL.................................................................................................. 50
9MARKING AND LABELLING THE PRODUCT WITH THE CE MARK ................................................................................ 50
9.1 PRODUCT COMPLIANCE WIH THE CE STANDARD ................................................................................................. 50
9.2 INFORMATION ACCOMPANYING THE CE MARKING ............................................................................................. 51
10 WARRANTY EXCLUSIONS ........................................................................................................................................... 52
10.1 WARRANTY EXCLUSIONS ...................................................................................................................................... 52
APPENDIX NO 1 (SOMFY PERGOLA TILT 0 motor operating manual)....................................................................................... 53

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1INTRODUCTION
1.1 SAFETY GUIDELINES FOR THE PRODUCT
The product has been manufactured in accordance with the latest technical knowledge in the field of construction and
manufacturing and meets the safety requirements in accordance with the following standards.
No.
Subject
European Legal Basis
Polish Legal Basis
1
Execution of steel and
aluminium structures
Part 1: Requirements for
conformity assessment of
structural components
EN 1090-1:2009 +A1:2011
PN-EN 1090-1+A1:2012
2
Shutters and external venetian
blinds. Performance
requirements including safety.
EN 13659:2015
PN-EN 13659:2015
3
Construction Products
Regulation (CPR)
Regulation No 305/2011 of
the European Parliament and
of the Council
Act of April 16, 2004 on building products (i.e.
Journal of Laws 2020, item 215) as amended
4
Essential requirements for the
machinery
Directive 2006/42/EC of the
European Parliament and the
Council
Regulation of the Minister of Economy of
October 21, 2008 on the essential
requirements for machines (Journal of Laws
2008 No. 199, item 1228) as amended
5
Low Voltage Directive (LVD)
Directive 2014/35/EU of the
European Parliament and the
Council
Regulation of the Minister of Development of
June 2, 2016 on the requirements for electrical
equipment (Journal of Laws of 2016, item 806)
Act of June 13, 2019 on the conformity
assessment and market surveillance system
(Journal of Laws of 2019, item 544) as
amended
6
Electromagnetic Compatibility
Directive (EMC)
Directive 2014/30/EU of the
European Parliament and the
Council
Act of April 13, 2007 on electromagnetic
compatibility (Journal of Laws of 2019, item
2388)
Act of June 13, 2019 on the conformity
assessment and market surveillance system
(Journal of Laws of 2019, item 544) as
amended
Related documents: Declaration of performance for compliance with EN 1090-1:2009 +A1:2011,
Declaration of performance for compliance with EN 13659:2015 and installation instruction, user’s manual for motors
and control.
1.2 EXPLANATION OF SYMBOLS AND SIGNS
The following symbols (pictograms) indicate particularly important threats and safety information.
Pictogram
Pictogram meaning
Information
INFORMATION
Prior to using the product, its operating manual should be read.
Following the operating manual guarantees:
- failure-free use of the product,
- usage according to its intended use,
- warranty coverage against product defects.
Keep the operating manual for safety of people.
INFORMATION
No harmful or dangerous consequences for people or facilities.

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NOTE!
A situation that could damage the product or require user’s action.
No threat for people.
DANGER!
This symbol indicates all information concerning safety, which could pose a
hazard to human health or life in case of non-observance. The health of life
hazard.
Risk: a hazard of serious personal injury or death.
The hazardous operation which could cause injuries or damages to the
product.
WARNING!
Threat to human life or health due to electric shock.
DANGER!
Hand crushing threat
WARNING!
Head injury threat.
ENVIRONMENT
Marking of electronic or electric equipment, which should be collected in the
designated points.
1.3 TERMS AND DEFINITIONS
For the purposes of this documentation the following terms and definitions shall apply:
Product: PERGOLA SB400PRO
Pergola SB400PRO system is made of powder-coated aluminium profiles and stainless components. Roof framework made
of movable aluminium blades. The angle of inclination of the blades can be changed. . Product design is offered in colour
from RAL colour chart after confirmation of their availability by the manufacturer.
NOTE: the set includes: two lengthwise beams (drive and bearing), two cross beams (front and rear); gutters; posts, feet,
hidden wall brackets, LED strips (depending on the configuration), a movable roof consisting of aluminium blades, a hidden
rod with pins and motor built inside the beam.
Mobile roof:
It consists of blades attached to the cross guide rails with the possibility of adjusting the angle of the blades. Blades are
moved by a control mechanism driven by an electric motor.
Blades: Part of the product, made of extruded aluminium profiles with an aesthetic appearance. The shape of the blade
enables the drainage of rainwater from the roof surface within the design assumptions (see point 2.2), protection against
sunlight and snow load up to a limited value (see point 2.2).
VERSIONS:
Free-standing –Self-supporting structure containing single mobile roof module supported on front and rear posts.
Modular - Self-supporting structure consisting of single stand-alone modules joined together using mechanical fasteners
(screw connections).
Wall-mounted –Structure consisting of a mobile roof module supported partially on posts and fixed by a roof beam to a
supporting wall (along the rear or side edge of the roof) using hidden pass-through wall fixings.

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1.4 SUBJECT, INTENDED USE AND CONTENTS OF THE DOCUMENTATION
This documentation covers the products manufactured by SELT Sp. z o.o.
This documentation applies to all types of PERGOLA SB400PRO.
User’s manual and instructions for safe use, with motor manual, should be handed over to the end user
IMPORTANT INSTRUCTION RELATED TO SAFETY
WARNING - IT IS VERY IMPORTANT TO PROCEED ACCORDING TO THIS MANUAL
TO ENSURE PEOPLE SAFETY.
KEEP THIS MANUAL
The documentation is part of product delivery and should be permanently kept nearby all the time.
This documentation contains:
important guidelines for installation, use and maintenance of the product,
important recommendations for storage and transport,
guidelines, which observance would ensure operation of the product.
SELT Sp. z o.o. shall not be responsible for damages resulting from non-observance of the recommendations included in
this documentation.
For further improvement of the product, SELT Sp. z o.o. reserves the right to introduce changes, which, while maintaining
significant technical parameters, will be considered as appropriate for increasing the quality of product operation and
safety of use.
Copyrights for this documentation remains with SELT Sp. z o.o. with its registered office in Opole. This documentation may
not be used in any way, either in whole or in part, without the permission of SELT Sp. z o. o.

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2PRODUCT TECHNICAL INFORMATION
Technical specifications of the product are available after logging in on website www.selt.com
2.1 TECHNICAL PARAMETERS:
Pergola SB400PRO –free-standing
Fig. 1. Pergola SB400PRO free-standing –Overall dimensions: B max –maximum width, L max –maximum projection,
H max –maximum frame height (3048 mm), H1 max –maximum height of the clearance, H2 max –maximum height of the
blade angle change mechanism (~3095 mm).
Pergola SB400PRO –modular
Fig. 2. Pergola SB400PRO modular –Overall dimensions: B –system width, B1 max –maximum width of a single module,
L max –maximum projection, H max –maximum frame height (3048 mm), H1 max –height of the clearance, H2 max –
maximum height of the blade angle change mechanism (~3095 mm).

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System module dimensions:
Width*
Projection*
Height*
Height in the
light*
Supporting structure
up to 4000 mm
up to 7000 mm
up to 3095 mm*
(*-when the roof
is open)
up to 2800mm
Axial spacing of roof blades
200 mm
Difference in fastening of blade’s ends
(transverse slope –of blade axis)
None
Scope of use / exploitation
Ambient temperature
(min/max)
+5 do +40°C (opening / closing of the mobile roof)
Humidity (max)
90% no steam condensation (opening / closing of the mobile roof)
Drive (type of drives):
Linear drive.
The drive can be started using an external radio control receiver.
Connection to electrical installation
approximately 4,9 m power cord (after installation the cord should be properly
secured).
Electric drive - motor with the following parameters:
Model of the motor
SOMFY
Pergola Tilt 00
- supply voltage
24 V DC
- power
35 W
- power consumption
2,1 A
- protection level
IP 66
- continuous work time
up to 6 min (depending on the ambient temperature)
- extension, axial force
max 300 mm, extension force 1500N
- extension speed
approx. 6-8,5 mm/s
- operating temperature (min/max)
-10°C to +60°C
LED power supply data:
LED lighting
Optional –LED gutters, LED points in blades. Power supply 24V DC, 150W, max.
6.25A, IP66 fixed in pergola’s post
Installation:
Intended use
External
Site installation
To the supporting base or to the wall (pass-through with hidden reinforcement
inserts in the beam)
*- tolerances of external dimensions are +/-10 mm.
Detailed data for parameters of the individual motors are available on the websites of motor manufacturers and on the
website:
www.selt.com→ OUR OFFER → ELECTRIC EQUIPMENT

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2.2 PRODUCT SPECIFICATION
Products manufactured by SELT Sp. z o. o. have appropriate technical and operational parameters.
List of product types:
Free-standing,
Modular,
Installed outside the building, started by electromechanical drive connected with the control system,
They have the following features:
Roof (blades) electrically opened, designed to protect against the sun and rain (according to the parameters of the
product and its location).
Permissible outdoor use of the product in accordance with the product parameters.
The location, finish, installation method and applied seals, as well as intense weather conditions, including heavy
rain and/or snowfall, have a significant impact on the level of rain protection provided by the product.
The movable roof blades allow to regulate the access of sunlight.
Hidden motor and drive mechanism.
The upper chamber of the beams closed with a revision enables the distribution of cables.
The application and use of the product should take place within the limits set by the sixth wind class (according to
EN 13659) and/or maximum snow load.
It is forbidden to use the product during snowfall, in case of icing or when snow or ice remains on the roof, and
outside the temperature range given in the manual since it may result in product damage or even personal injury
or death.
They do not release any toxic substances during operation.
Noise emission by the product with the electro-mechanical drive (connected with the working movement of the
mobile components, generated by the electric motor during operation) is not considered as a significant threat
and is a matter of comfort.
The motor have an IP66 protection degree.
Product and drive design allows safe stop of the blades in any position in the working range.
Rotational motion of the blades can be started by a manual switch or by remote control.
The difference of angle of mobile roof’s blades closing may differ by 2° and it is a natural feature of the system
due to production and process tolerances of the components.
Covers of movable components have been designed and executed in a way ensuring safety for the operating
personnel provided that they are correctly operated.
Water vapour may condense on the product, especially its lower part, and water may drip or run down.
Water resistance, aesthetic water drainage through an integrated gutter and poles with drains.
Two variants possible: two lengthwise gutters without drainage or four gutters around the perimeter connected
by overflows in the corners, also without drainage.
Optional LED lighting in LED gutters and/or blades.
Maximum drainage efficiency –rain intensity up to 0,04 l/s/m2 with a maximum duration of 5,3 min (depending
on the configuration of the drainage holes).
It is possible to be used for protection against snowfall (up to 50 kg/m2)- as an even layer of the same height.
3TRANSPORT AND STORAGE OF THE PRODUCT
3.1 COMPLETENESS AND QUALITY CONDITION OF THE DELIVERY
Goods produced by SELT Sp. z o. o. are in accordance with their production technology. In the event of any reservations as
to the product or damage to the product packaging, the reservations or comments should be reported to the driver /
warehouseman / assembly team and marked on the WZ document under pain of losing claims in this respect, and a
protocol describing these reservations or comments should be drawn up with the driver's participation.
Upon receipt, first of all, mechanical damage, scratches, cracks, etc., as well as quantitative non-conformities should be
reported, otherwise they will be considered non-existent. Hidden defects must be reported in accordance with the terms of
the guarantee or warranty.

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3.2 GENERAL CONDITIONS FOR TRANSPORT AND STORAGE OF THE PRODUCT
List:
the product is factory packed in cardboard packaging protecting against damage during storage, during transport
and during relocation to the final installation location,
products for transport/storage should be set in accordance with the arrows indicated on the product packaging,
do not stack the products in more than two (2) layers because the packing material can be crushed, what in turn
may lead to permanent damage to the product,
do not load the product packaging with other objects,
products places on means of transport should be protected against relocation and damage during the transport
(e.g. with distance pieces, protecting belts etc.),
during transport the product should be protected against rain or snow,
storage locations should be dry, well-ventilated and protected against harmful impact of the weather (sun, rain,
etc.),
if product weight exceeds 25 kg its relocation to the final installation location should be carried out by at least two
persons (depending on the weight of the ordered product).
3.3 OBLIGATORY DESCRIPTIONS TO BE PLACED ON THE PRODUCT PACKAGING
Prior to installation and use of the product please read carefully the operation and maintenance
manual available at the following website: https://www.selt.com/dte-en

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4PRODUCT INSTALLATION
This chapter contains general requirements concerning the product installation.
Correct assembly is a necessary condition for smooth operation of the product.
SELT Sp. o.o. recommends using only professional assembly crews, which guarantee the Purchaser that the conducted
installation will be correct.
4.1 GENERAL REQUIREMENTS FOR SAFE INSTALLATION
it is necessary to observe general rules of good building practice,
it is necessary to comply with applicable Occupational Health and Safety regulations concerning in particular
those applying to the safety of operation of electrical equipment and work on heights,
product should be installed in a mechanical way, foams, adhesives or similar materials should be used in
accordance with the recommendations of their manufacturers, taking into account the specificity of the product,
base, to which the product brackets will be fixed, should be a reliable structure with appropriate parameters,
before starting the assembly, remove all unnecessary objects from the assembly area, including electric wires
(check the course of the installation in the area of the fixing places to exclude their damage), and also mark the
place of assembly and apply appropriate measures to protect people.
Information table regarding the substrate to which the substructure is to be installed
The product should be mounted to a substrate with appropriate parameters or a substructure with appropriate
parameters.
The above-mentioned requirements for the substrate and substructure require the assessment of a specialist and
burden the investor and the contractor.
A different assembly method than suggested by SELT is possible, provided that the requirements of building
knowledge and safety are observed. In any case, this requires specialist knowledge and is done at the risk of the
investor or contractor.
It is recommended to make arrangements with an authorized designer.
4.2 REQUIREMENTS FOR SAFE INSTALLATION OF THE PRODUCT AT HEIGHTS
Product installation, due to a necessity of execution of works on heights, is classified to the particularly
hazardous works because it causes high risk of occurrence of threats for human health and safety - in
particular in case of fall from heights.
Obligation to ensure preparation of occupational health and safety plan during installation is the responsibility of the
person performing the installation (hereinafter referred to as Installer) or ordering such works (hereinafter referred to as
the Investor).
Installer/Investor should define the detailed health and safety requirements when performing work at heights, and
especially ensure:
direct supervision of execution by person appointed for this purpose (e.g. site manager, foreman),
proper protection equipment, in particular equipment protecting against fall from heights,
detailed guidance for employees working at heights.
Works performed at heights above 2m, requiring the use of personal protection equipment against falling from heights,
should be carried out by at least two persons.
Works at height should be organised and performed in a manner that does not force an employee to lean beyond the
handrail of railings or outline of the device on which he/she stands. Do not stand on the elements of the product.
The investor/installer is obliged to ensure access to location, where the works on heights are executed, only for authorized
persons and persons, who were properly instructed. The Investor/installer should inform about the works carried out at
heights and the necessary safety measures to be used during these works by persons staying or likely to stay in the area
where such works are carried out or in the vicinity of this area.
4.3 PREPARATION FOR INSTALLATION
unpack the product and check if there are all components necessary for assembling,
prior to installation you should check whether the substrate has sufficient load capacity allowing safe assembly
and operation.

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Note: Purchase and selection of the screws, pins and bolts connecting the system with the facility structure
should be done by installer or investor.
4.4 GENERAL GUIDELINES FOR PRODUCT INSTALLATION
Pergola SB400PRO is an open external terrace covering. The equipment under the pergola must be intended for
outdoor use.
Four people are required for the safe installation of the support structure.
Incorrect assembly or errors during assembly may have serious consequences during product operation.
Before starting the installation, check whether the installation space is free of obstacles, including people and
things, and ensure that the installation site and the adjacent area are properly marked and secured,
Anchoring components intended for fixing the product to the wall or floor are not enclosed because they should
be individually selected by the fitter depending on the material to which they are to be installed (it is
recommended to make arrangements with an authorized designer),
Walls or floor should be load-bearing and adapted for transferring of forces from product anchoring,
SELT shall not be responsible for damages caused by use of too weak anchoring components or fixing in the floor
with too small load bearing,
The product should be protected against dirt (e.g. bricklaying mortar, caulking foam, silicone), which may cause its
damage,
If it is necessary to use polyurethane foam, silicone or other agents, it is absolutely necessary to follow the
manufacturer's instructions on the packaging.
The incorrect assembly may cause hazardous situations for the user.
Fig. 3. Standard direction of blades opening for Pergola SB400PRO
The drawings are for illustrative purposes only and do not reflect all product features, e.g. related to the use of gaskets.

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4.5 INSTALLATION TOOLS
Installation instructions, operation and maintenance manual and instructions for safe use are available at www.selt.com
after logging in.
List:
drill bits for metal and concrete,
hammer drill,
ladder / scaffolding, crane, bucket truck, loader crane, hydraulic crane,
screwdriver,
measure,
hammer,
pencil/marker pen,
spirit level,
flat wrenches,
wrench spanners (Allen keys),
rope for protections / hoisting / removal of components,
torque wrench.
In addition, persons who assemble the product must be provided with appropriate personal protective equipment (such as
protective clothing, gloves, helmet, protective glasses and other according to individual conditions, such as height
protection).
The motor together with the motor’s bracket and the drive mechanism is factory-tightened in the drive beam
chamber.
Pergola feet have cast connectors that have from the
metal sheet side factory-made outflow holes on wide
and narrow side of the connector.

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4.6 INSTALLATION
Fig. 4a View of the assembly of elements of the free-standing Pergola SB400PRO
Fig. 4b. View of the assembly of Pergola SB400PRO modules

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Fig. 5a. View of the assembly of Pergola SB400PRO- wall-mounted (transverse).
Fig. 5b. View of the assembly of Pergola SB400PRO- wall-mounted (lengthwise).

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Note:
Before proceeding with the assembly, it is necessary to verify the visual condition of the packaging of the
elements delivered for assembly, the visual condition of the elements and their completeness. For
damages arising after the delivery (transfer of risk) SELT Sp. z o.o. is not responsible.
The elements are delivered in a package and a stretch cover for protection during assembly.
Accessories (feet, bolts, screws, small circlips, clip plastic rings, small and large slip rings, blade pins,
silicone, assembly instructions) are packed in cardboard boxes.
Fig. 6. Marking of the types of feet (view from above) of Pergola SB400PRO.
Foot A
Foot B
Foot C
Foot D/F
Foot E
Adjustable foot
Aligned foot
Fig. 7. Type of foot for Pergola SB400PRO.
Note:
Prior anchoring you should check installation correctness of the support structure by checking the
diagonals between the posts and whole support structure and correct structure setting if necessary.
Assembled supporting structure should be permanently fixed to the substrate in destination location
by anchoring the feet, using anchors ensuring stable fixing. Anchoring should be selected by the
licensed designer every time. We recommend using screws/anchors of 12 mm diameter for fixing the
footing to the substrate.

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4.6.1 INSTALLATION OF STANDARD FEET
1. Install all feet to the appropriate post types.
Screw on both sides with conical screws with
M8x20 Allen socket.
2. For feet with outflow set up the cutouts in the
bottom of the sheet and the mouse hole
accordingly for the drainage of water in the post
and the foot.
Figure 8
4.6.2 INSTALLATION OF ADJUSTABLE FEET
1. Assembly is possible only for posts with
adapted drilling (with an additional third hole
at the bottom edge of the post). Install all feet
to the appropriate post types. Screw on both
sides with conical screws with M8x20 Allen
socket.
2. On the wider side of the post insert M8x20
conical screws with an Allen socket from the
outside into the two holes located above. From
the inside of the post they should be screwed
into a common pressure stainless steel flat bar.
Leave room for insertion of the foot into the
bone (fig. 9). Repeat this action on the opposite
wall of the post.
Figure 9
3. Slide the post profile with the pressure flat bars
onto the bone so that the fastening screws
enter the slots in the bone and the pressure
flat bars slide from the inside of the bone (fig.
10). The extension adjustment range allows
you to obtain a gap between the bottom of the
post profile and the top of the sheet in the
range of 0 to 50 mm.
4. Slide the post onto the bone while respecting
the allowable range of the gap and tighten with
torque of 17 Nm.
Figure 10
5. We recommend that the final stabilization of
the foot extension be performed after the
frame is fully assembled and the verticality of
the posts, the levelling of the beams and the
compliance of the diagonals are checked. For
the location next to the wall, make the target
drilling before moving it to the wall.
6. After determining the selected extension and
tightening the M8 screws, and completing the
assembly of the frame, drill through the bone
with a fi 10.5 drill through the bottom hole of
the post.
7. Fit M8 sleeve nuts with M8 threaded stud on
both sides and tighten with a torque of 17 Nm
(fig. 11).
Figure 11

Translated from the original manual
DT-E 5.14: ALUMINIUM CONSTRUCTION –SYSTEM PERGOLA SB400PRO
Edition 1 / April 2023 / EN page 18 / 53
4.6.3 INSTALLATION OF ALIGNED FEET
1. Insert the feet from the bottom of the posts (fig.
12) and temporarily tighten the feet from the
sides with 1 screw on each side - see standard
foot (point 4.6.1.). They are used to temporarily
protect the bottom edges of the posts during
the assembly of the frame.
2. Make the installation of the entire pergola
frame. After determining the final position
(checking the diagonals), the final anchorage of
the feet should be carried out.
3. Trace the contours of the aligned feet on the
ground.
4. The frame should be moved beyond the traced
edges of the feet.
5. Unscrew the screws from point 1 and remove
the bone together with the plate. Trace the
outline of the foot bone on the plate.
Figure 12
6. Unscrew the bone from the foot plate (fig.13-
left).
7. Apply the base plate in the outline. Mark out
two holes fi 14 diagonally (from the available 4
holes). Rectangular layout –axially 45x60 mm
(fig. 13 - right).
8. Remove the plate. Drill the substrate in the
axes of the marked holes and embed M12
chemical anchors.
Figure 13
9. Screw the bone back together (insert the
hexagonal heads of the screws from the
bottom of the plate into the bean holes). Place
the bone with the side cutouts to the plate and
position it according to the outline on the top
of the plate.
10. Place the foot on the tied anchors and tighten
them with the anchor nuts .
11. Repeat the step for all feet. Place the entire
frame (posts) over the bones of the anchored
feet.
12. Screw the bones with the profile of the posts
on both sides with conical screws with an Allen
socket M8x20 (fig. 14).
Figure 14

Translated from the original manual
DT-E 5.14: ALUMINIUM CONSTRUCTION –SYSTEM PERGOLA SB400PRO
Edition 1 / April 2023 / EN page 19 / 53
4.6.4 INSTALLATION OF THE FRAME
NOTE: Elements of the load-bearing structure during assembly should be secured against tipping over
or falling onto the persons performing the assembly. The assembled supporting structure (frame)
should be placed in the right place and anchored to the ground with a suitable fastening product.
Suggested size of the anchors is M12. The purchase and selection of elements for anchoring the
structure is the responsibility of the buyer of the system.
4.6.4.1 FREE-STANDING VERSION –2 GUTTERS
Both lengthwise beams have factory-fixed gutters and straight outflows.
Figure 15
1. Posts with previously tightened feet should be inserted with bones on both sides into the chamber of the crossbeam
and screwed from the side of the upper chamber of the beam according to fig. 15 using conical screws M8 x 20 with
Allen socket. Pay attention to the installation of posts with the correct arrangement of feet. Perform the steps for
both crossbeams to form two flat frames. A properly mounted frame has a sealing blade added on the crossbeam
from the side of the bones protruding from the posts.
Figure 16
2. Set the cross-frame vertically on a load-bearing surface and insert the lengthwise beams one by one into its
protruding bones. Provide safe and stable support for the cross-frame and the free end of the mounted
lengthwise beam.
3. Screw the end of the lengthwise beam inserted into the bone of the cross-frame from the side of the upper
chamber of the beam using 4 conical screws M8 x 20 with an Allen socket, according to fig. 16.
4. Repeat this step for the other lengthwise beam. Ensure that the free ends of both lengthwise beams are securely
supported.

Translated from the original manual
DT-E 5.14: ALUMINIUM CONSTRUCTION –SYSTEM PERGOLA SB400PRO
Edition 1 / April 2023 / EN page 20 / 53
Figure 17
5. The second cross-frame must be inserted simultaneously into the free ends of both lengthwise beams.
6. Screw the ends of the lengthwise beams inserted into the bones of the cross-frame from the side of the upper
chamber of the beam using M8 x 20 conical screws with an Allen socket, according to fig. 17.
Note: posts with the outflow have a square hole under the bone (fig. 17 bottom). When the lengthwise beams are
being inserted, rectangular drain profiles protrude from the beams at its ends. When embedding, they should be
carefully inserted into the post profile.
Figure 18
7. In the extreme holes at both ends of the lengthwise beams, hammer plastic sliding rings on the side wall (fig. 18).
8. Check the verticality of the posts and the levelling of the beams and the correspondence of both diagonals of the
posts and the top of the pergola frame.
9. In case of adjustable feet carry out the final levelling and drilling of the bone to lock in the selected foot extension.
10. In case of aligned feet –trace the final position of feet and anchors.
11. Anchor the product to the ground (anchors are not supplied by SELT). The size of anchors is M12.