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Self-supporting bioclimatic pergola on 4 posts to protect your terrace
The self-supporting model is mounted on at least 4 posts, unlike the wall-mounted model, which rests against a wall.
For larger dimensions, this can go up to 6 or 8 posts if you exceed 5.2 m.
This custom-made, professional-quality pergola adapts easily to your desires and your exterior. We also talk about freestanding pergola.
It is therefore independent, which allows you to install it freely in the middle of your garden, on your terrace, at the end of the swimming pool, etc...
The quality of the slats gives it a robust appearance and ensures perfect sealing thanks to the lip seal which ensures the junction between the slats.
The system of gutters and water drainage in the posts will facilitate the evacuation of rainwater.
Your bioclimatic pergola is guaranteed
10 years
on structure
5 years
on the engine
2 years
on the LED option
Freely develop your exterior thanks to your future self-supporting pergola
- Extruded aluminum construction and stainless steel components
- Adjustable extruded slats (not just sheet metal) and motorized Somfy IO or RTS radio
- Water drainage system
- Maximum dimensions of a module: width 4 m, projection 7 m
- Minimum dimensions of a module: width 1.2 m, projection 1.2 m
Enhance your exterior with a contemporary design
- 85 x 150 mm post, 85 x 212 mm bar and 216 x 40 mm blade
- Be comfortable with a maximum height under the bar of 2.8m
- Adapts to all conditions: wind resistance class 6 (400 Pa ~41kg/m²)
- Enjoy warm evenings with optional LED lighting (neutral color 4500k)
Bar section (85 x 212 mm)
Material: EN AW6060 T66
Static characteristics:
Mass = 6.48 kg/m
Area = 24.01 cm 2
J1 = 291.31 cm 4
J2 = 1216.58 cm 4
Post cut (85x150)
Material: EN AW6060 T66
Static characteristics:
Mass = 4.83 kg/m
Area = 17.89 cm 2
J1 = 215.9 cm 4
J2 = 564.44 cm 4
Build the perfect pergola to transform your garden
Different possible combinations,
do not hesitate to contact us for a free study
Classic ride-on version
Discover the attached version
1. Overview of a freestanding pergola:
Note: the drawing shows the system of projection B = 4400 mm and width D = 3500 mm.
2. How does the rotation of the blades work?
The rotation of the blades is due to the motor which drives the strand forwards or backwards.
This 8 x 20 mm strand which runs the entire length of the pergola is attached on the one hand to the motor using a guide support, and on the other hand to each of the slats at regular intervals using screws.
For more details, refer to the instructions.
a. Closed blades
drive side
Landing side
b. Blades with the maximum height of the motor drive
drive side
Landing side
c. Open blades
drive side
Landing side
d. Blade rotation mechanism
drive side
3. How to fix the motor?
Blade drive unit
Meaning:
1 - Elero linear motor power 1200N
2 - Motor support
3 - Guide support
4 - M8 screw
5 - Strand 8 x 20 mm
6 - Blade tip (propeller)
Blade drive unit with masking bar
Meaning:
1 - Elero linear motor power 1200N
2 - Motor support
3 - Guide support
4 - Rod
5 - Strand 8 x 20 mm
6 - Blade tip (propeller)
7 - Masking bar
Motor support for simple pergola
Motor support for pergola with motor cover
Motor attachment for simple pergola
Motor attachment for pergola with motor cover
4. How does the gutter work?
Designation of water drainage details:
1. Flow through the blade gutter
2. Flow from the blades to the common gutter
3A. Rear peening blade
3B. Front peening slat
4. Additional side gutters (in case of water diversion to the side or in the wall version)
5. Overflows between the gutters (longitudinal and transverse)
6. Common gutter diversion to the bars and column profile
7. Column derivation
Two posts with water diversion are required.
Detail 1
Drainage with blade gutter
(stable longitudinal slope of 20 mm)
Gutter diameter 36 mm
Detail 2
Drainage with the common gutter
(transverse slope, without longitudinal slope)
Internal section 87 x 48 mm
Detail 3a
Flow from back blade to back peening blade (bent gutter).
The gutter without slope. The drain ends from the gutter to the common gutter.
NOTE: The linked splint of two segments with the stud in the middle.
Detail 3b
Flow from the front blade to the front matting blade (bent gutter) the gutter without slope.
The drain ends from the gutter to the common gutter.
In the case of derivation on the sides, the common gutter is below (transverse).
NOTE: The linked splint of two segments with the stud in the middle
Detail 4
Cross gutter (at a cross slope, no hateful slope).
Internal cut 87 x 47 mm.
The gutter is connected the longitudinal bar with the side oval overflows
with the angular derivation - internal section mm.
Detail 5
Kidney-shaped overflow hole 144 x 483
Straight branch profile (in bar) 34 x 44 mm
5. Cutting parts:
Simple cross section
Cross section for pergola with engine cover
longitudinal section
Feet without derivation
Feet with bypass
Feet in EN AW-5754 aluminum sheet, 8 mm thick, powder coated.
Section of the rear complementary blade
Material: sheet metal EN AW6060 T66
Mass 0.25 kg/m
Cut of the front complementary blade
Material: sheet metal EN AW6060 T66
Mass 0.25 kg/m
Gutter Cut
(91.6x75)
Material: EN AW6060 T66
Mass 2.08 kg/m
Masking bar attachment detail
6. Where is the LED lighting located?
Meaning :
1 - LED strip with a plinth next to the gutter
2 - LED strip with a plinth next to the bar
3 - End cap with milled groove
4 - Lighting controller
5 - 24 V power supply with hanger
NOTE:
If the total LED circuit > 12 m the power supply must be split into 2 sections.
(at cable exit point)
Longitudinal bar
Cross-bar
has. Detail of the LED strip power supply
b. Location of the LED feeder
Orientation des lames de pergola
Options Details
The Blebox antenna allows you to operate your pergola using your phone.
La rotation des lames se fera dans le sens des aiguilles d'une montre lorsque l'on se place à l'extérieur de la pergola, et que l'on regarde le côté gauche.
Donc si la façade de votre batiment se situe vers l'arrière, vos lames s'ouvrent de l'arrière vers l'avant.
Avec les lames à 45°, les rayons du soleil seront bloqués par les lames.
Cette orientation est idéale pour les pergolas situées dans les régions au sud de Lyon, où les apports solaires l'hiver ne sont pas forcément nécessaires pour réchauffer votre pièce principale.
La rotation des lames se fera dans le sens inverse des aiguilles d'une montre lorsque l'on se place à l'extérieur de la pergola, et que l'on regarde le côté gauche.
Donc si la façade de votre bâtiment se situe à l'arrière, vos lames s'ouvrent de l'avant vers l'arrière.
Avec les lames à 45°, les rayons du soleil pourront passer au travers en mi-saison et ainsi rentrer dans votre logement si votre pergola est plein sud, et si vos lames sont parralèles à la façade.
Cette orientation est idéale pour les pergolas situées dans les régions au nord de Lyon, où les apports solaires l'hiver sont nécessaires/souhaités pour réchauffer votre pièce principale.
- Classe 3 - 45 km / h
- Freestanding
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