Two strong ones from weinor's conservatory awning family - WGM 2030/2020 Design - www.weinor.co.uk
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WGM 2030/2020 Design
Two strong ones from
weinor’s conservatory awning family
We reserve the right to make technical alterations. December 2006
Conser-
vatory
awnings
WGM
2030/2020
Design
www.weinor.co.uk
WGM 2030/2020 Design 1
WGM 2030/2020 Design
WGM 2020 Design multi-section curved
unit with WGM 2030 single section flat unit
The top awnings
They are flexible and can be fitted
to almost any conservatory:
the WGM 2020 Design and 2030
We reserve the right to make technical alterations. December 2006
➔ Design. Whether flat, curved,
Conser-
multi-section or multi-section
vatory
awnings curved units, both these models
WGM are good looking high-tech
2030/2020 shades from weinor’s conservatory
Design WGM 2030 Design awning family.
Technical Details
Max. sizes TEX cord, patented cord coiling • 6 standard contrasting colours
WGM 2030 Design flat unit mechanism built into the outer for top and outer rail end caps
• Single section: Axial dimension rail and pre-tensioned • Surface permanently resistant
(width) up to 650 cm • Removable inspection cover to scratching and weather
Projection up to 650 cm • Light tensioning with gear • Maintenance-free, rust-free,
• Multi section: Axial dimension mechanism in the outer rail reliable
(width) up to 2000 cm • Patented carriage system for one- Drive
Projection up to 650 cm sided winds (angled up to 10 °) • Motor as standard
WGM 2020 Design curved unit • Gutter built into outer rail
• Single section: Axial dimension • Protective brushes keep heavy Options
up to 500 cm rain out of the casing
Projection up to 600 cm • Casing overhangs only 19 mm to Drive
• Multi section: Axial dimension the side • Remote control
up to 1200 cm • Intelligent coupling system for
Projection up to 600 cm multi-section units Controls
• Large selection of support • Sun and wind monitors
Technical equipment brackets • Automatic rain sensor
• Guaranteed smooth-running • Distance bars for wider units and
combination of winding and ones with longer projection Accessories
guiding technology (European Pattern • Heating system Tempura
patent No. EP 0546297) • Large selection of fabrics from • Light Bar Lux
• Service friendly circular tension- the current weinor collections
ing system (European patent Powder coating
No. EP 000000559959A3) with • In 47 standard colours
WGM 2030/2020 Design 2
WGM 2030/2020 Design flat unit
The technical product highlights of the WGM 2030/2020 Design
WGM 2030 Design Gutter in outer rail Protective brushes in the awning casing
Little casing overhang The gutter Protective brushes
With its slim casing whose side Should the WGM 2030/2020 In heavy rain the protective
We reserve the right to make technical alterations. December 2006
caps only overhang by 19 mm, Design get wet in driving rain, brushes stop water getting into
the WGM 2030 is also suitable for the rainwater runs off to the the cassette, especially when the
fitting in difficult places, e. g. in sides in a controlled manner, just WGM 2030/2020 Design is not
niches. as off a roof of suitable pitch. fitted at an angle but rather hori-
zontally, e. g. with a minimum
The cover caps pitch angle of 5 °.
are of high quality cast aluminium
and give the side channels of
the WGM 2030/2020 Design an
elegant look when closed. Their
shape and colour harmonises
with the awning casing cover
caps.
Thanks to the carriage system, the Example: support bracket “Gothic”
WGM 2030 and 2020 Design open and
retract very quietly The support brackets
A wide selection of different
The carriage system support brackets is available
Precision rollers reduce the fric- for the conservatory awning.
tion considerably. This means It is even possible to fit them in
that opening and retracting are awkward locations.
extremely quiet.
(European patent No. EP 0545062)
WGM 2030/2020 Design 3
WGM 2030/2020 Design
The technical product highlights of the WGM 2030/2020 Design
Open outer rail with patented tensioning system
The tensioning system
We reserve the right to make technical alterations. December 2006
Its simple but at the same time ro-
bust design is simply captivating.
The Tex cord, developed for ocean
sailing, does not stretch and is
both tear and tension proof. The
combination of winding and guid-
ing technology ensures that the
cord is wound quietly in a con-
trolled manner. The tensioning
mechanism is easily accessible and
service friendly in the outer rail. Patented cord drum and slider
The tension in the fabric can be
adjusted simply with an Allen key.
The refined technology ensures When the WGM 2030 flat units
that the fabric stays permanently are delivered, the cord is already
taut. (Patent applied for threaded into the outer rail and
P 4207821.0) in the end cap.
Fabric tension can be adjusted easily WGM 2030 with threaded cord
WGM 2030/2020 Design 4
WGM 2030/2020 Design with curve
The technical product highlights of the WGM 2020 Design curved unit
Open single section WGM 2020 Design Retracted single section WGM 2020 The cord is guided through the area of
curved unit Design curved unit the bend
Horizontal and vertical shade in Distance bars Cord guides
We reserve the right to make technical alterations. December 2006
one unit The fabric is fed through the guarantee that the WGM 2020
The WGM 2020 Design was bend over 1 to 3 distance bars, Design curved unit will function
designed to provide vertical and depending on the angle of bend. perfectly.
horizontal shade in conservatories. The standard internal radius of
The only other way to do this is the bend is 300 mm.
with WGM 2030 Design flat units
in combination with Aruba win-
dow awnings. Depending on the
dimensions of the conservatory to
be covered, the WGM curved unit
is the best solution.
The carriage system
The patented carriage system
plays a particularly important role
on the curved unit because the
cord is led precisely through the
bend. (Patent No. EP 054062) Distance bars in the area of the bend Support bracket at the joint
Multi-section side channels
The guide rails of curved units
may be in several parts. If so,
the support brackets should be
placed at the joints.
Distance bar brackets round off the
elegant looks of the curved unit
WGM 2030/2020 Design 5
WGM 2030/2020 Design
The technical product highlights of the WGM 2030/2020 Design
Coupled 2-section WGM 2030 Design unit, view of whole unit, open … … and retracted
Flat and curved multi-section and Fabric rolled out the same
We reserve the right to make technical alterations. December 2006
series-connected units distance
Both with bend (WGM 2020 The precision rollers in the car-
Design) and without bend (WGM riage and the patented coupling
2030 Design) coupled as multi- system ensure that the fabric in all
section units are the ideal shades sections opens the same distance.
for even the largest conservato- The fabric sections open and re-
ries. tract together. That is one of the
amazing technical highlights.
The series-connected unit
is an alternative to the multi-
section unit with double side
channels. A series-connected unit
is several units side-by-side which
are not coupled, each with its
own motor drive. Attachment
brackets are used to join the
individual side channels and are
fixed centrally on the conserva-
tory section.
WGM 2020 Design series-connected unit with one motor for each section
WGM 2030 Design series-connected unit with differing projections, with one motor for
each section
WGM 2030/2020 Design 6
WGM 2030/2020 Design
The technical product highlights of the WGM 2030/2020 Design
Coupling between the fabric rollers. They Wide variety of brackets for individual
can be adjusted with only an Allen key shade locations
Coupling of multi-section units Brackets, support brackets and section unit – there is a suitable
We reserve the right to make technical alterations. December 2006
Above a certain size, two individ- angle brackets weinor solution for every shady
ual units are coupled and driven There are a variety of different problem, no matter how compli-
by one motor using a double side brackets available for all versions cated. From the universal support
channel. The coupling system of the WGM 2030/2020 Design. bracket to the “modern” support
makes the fabric sections of multi- bracket, in a variety of heights.
section units infinitely adjustable. Be it a curved unit, curved unit (Please also see the current
Equal lengths of fabric look with solar bend, curved unit with weinor price list.)
good. They can be adjusted at special radius, flat unit or multi-
any time.
Fitting the second casing with a
fabric roller and the infinite ad-
justment of the fabric is particu-
larly simple. The left half of the
unit is fitted first. The advantages
of fitting the tensioning system
remain.
Universal support bracket X-shaped support bracket
Optically identical, both awnings open Standard support bracket “Gothic” Standard support bracket “Modern”
the same distance
WGM 2030/2020 Design 7WGM 2030/2020 Design
Product benefits at a glance
Designation Material Surface Qualities Your advantages
treatment
Casing section Aluminium, Chrome-free Surface permanently You choose the powder coating colour
Outer rail extruded pre-treated, resistant to scratch- for your awning to suit your conservatory.
Guide section powder coated ing and weather Pre-treating the profiles prevents
Support bar corrosion altogether, even on damaged
surfaces.
Bends Aluminium, Chrome-free Surface permanently Secure function due to cord guides in the
extruded pre-treated, resistant to scratch- area of the bend.
powder coated ing and weather
Cord in tensioning Tex cord as used Robust, tear and tension proof, runs
system in ocean racing quietly
We reserve the right to make technical alterations. December 2006
Patented tensioning With angle drive Easily accessible and can be adjusted at
system for tensioning any time
Patented coiling and Cord drum Controlled and quiet winding
guiding system of high grade
plastic
Sliders: plastic,
stainless steel
Gutter in outer section Aluminium, Chrome-free pre- Surface permanently Rainwater runs off to the sides in the
extruded treated, powder resistant to scratch- gutter.
coated ing and weather
Support brackets Aluminium, Machine-edged, Surface permanently Rust protection, down to the last detail
Fixing brackets extruded or chrome-free protected
cast aluminium pre-treated,
powder coated
Casing and outer rail Plastic In 6 standard Surface permanently Choose the colours for the end caps to
end caps Cast aluminium coloured coatings weather-resistant match the fabric, the conservatory or
tone-in-tone.
WGM 2030/2020 Design 8WGM 2030/2020 Design
Product benefits at a glance
Designation Material Surface Qualities Your advantages
treatment
Screws Stainless steel Non-corrosive No rust, no appreciable wear and tear
Awning material Acrylic Spin-jet dyed, The weinor fabric collection offers a
impregnated wide variety of sophisticated patterns.
Drive motor Precisely manufac- The awning is opened and retracted by
tured robust design an electric tubular motor housed in the
fabric roller which can be operated, for
example, by a wall switch.
We reserve the right to make technical alterations. December 2006
Overview of product options
Designation Material Surface Qualities Your advantages
treatment
Awning fabric from Acrylic Spin-jet dyed, Warp printed, Even greater selection of unicolour and
external suppliers impregnated watertight striped fabrics.
Soltis 92 Specially coated Microvented, Light and wind permeable sun protec-
polyester fibre light permeable tion
Remote-controlled On request, an integrated tubular motor
drive with WeiTronic receiver can be fitted.
The WeiTronic Remoto handheld remote
control makes for easy operation of the
awning. See the WeiTronic section for
details.
WGM 2030/2020 Design 9WGM 2030/2020 Design
Exploded drawing of the WGM 2030/2020 Design
Side channel sections Fabric roller insert, fabric side
Top centre plate right
Distance bar bracket
Centre plate right
Distance bar insert
Top centre plate left
Slider bush
Distance bar
Centre plate left
Connector Coupling section
Slider bush
Clamping slider
Slider sheet
Support bracket Slider
End cap, coupling
Fabric roller insert with bolt
Top plate cover right
Flat unit:
Adaptor locking device right
Guide rails
Top plate right
Clamping slider
Angle bracket for fixing version 3
We reserve the right to make technical alterations. December 2006
Support bracket
Casing bracket
End cap
Angle bracket for fixing version 2
Motor with lead
Spring clip
Top of casing
Rain outlet hole
Rain outlet hole
Carriage right
Spring right
Brush Spring cover
Upper part of top bracket Cord block
Sliding support bearing Pre-tensioning fork
Sliding support clip Cord clamp
Cord drum Net
Upper part of top bracket Pre-tensioning fork
Lower part of top bracket Fabric fixing screw
Sliding support clip Rawlplug
Top stop cam
Piping
Brush Outer rail cover
Fabric roller
rail cover
Bottom of casing Cover plug
Cord drum
Rain outlet hole
Stop cam
Fabric roller insert
Cord block
Spring cover Distance bar insert
Spring left
Adaptor
Spring slot
Top plate Threaded spindle
cover left
Rain outlet hole Gears
Carriage left Distance bar
Adaptor
locking device left Spacer pipe insert
T-head screw
Distance bar bracket
Top plate left
End cap
Rain outlet hole
WGM 2030/2020 Design 10WGM 2030/2020 Design
Cross-sectional drawing, WGM 2030/2020 Design – not to scale
Actual height: depends on height of the support brackets
We reserve the right to make technical alterations. December 2006
Projection
WGM 2030/2020 Design 11Cor
dd
rum
Cor
d fi
xing
Fab
ric
roll
Slid er
er
Fab
ric
WGM 2030/2020 Design
Cor
d
WGM 2030/2020 Design 12
Functional drawing, WGM 2030 Design single section units
Car
riag
e
Rol
ler
Pul
ley
b lock
Joc
key
roll
Pul e r
ley
blo
ck
Spr
ing
slot Cor
Thr db Pre
ead lock
ed Ten -ten
sion Cor
Gea spin sion
dle Pul ing dc
rs spr
ing ley lam Cor
blo
ck
fork p d
Ou
ter
rail
We reserve the right to make technical alterations. December 2006WGM 2030/2020 Design
Overall views
Viewed from side
WGM 2030 Design 0-1-1
Single section flat unit with
1 motor. When establishing the
fixing height, check for any
opening windows, gutters, etc.
Min. pitch 5°
Casing width Viewed from front
We reserve the right to make technical alterations. December 2006
Axial dimension**
WGM 2030 Design 0-1-1
Single section flat unit with
1 motor
36
226*
120*
44*
40
* Dependent on fitting distance
** Axial dimension WGM 2030 Design – from centre to centre of side channels
K = Casing width Viewed from above
WGM 2030 Design 0-1-1
A = Axial dimension* Single section flat unit with
1 motor
Series-connected units viewed
from above
Series-connected units with
differing projections are also
Gap in fabric approx. 14 mm technically feasible.
Projection
* Axial dimension WGM 2030 Design –
from centre to centre of side channels
WGM 2030/2020 Design 13WGM 2030/2020 Design
Curved units viewed from side
Viewed from side
WGM 2020 Design 1-1-1
Single section curved unit with
1 motor. Standard curve radius 68
Proje
ction
300 mm (internal). Angle of bend 40
max. 90 °.*
82
*
326*
* 1
58
144* 238
76
Minimum
pitch 5°
00
80
60 R 3
100
** Dimension dependent
on fitting distance 85
We reserve the right to make technical alterations. December 2006
220
80 110
48
56
Ø 68
Viewed from side
WGM 2020 Design 2-1-1
Single section curved unit with 68 Proje
ction
40
2 bends and 1 motor. Standard
82
*
curve radius 300 mm (internal).
326*
* 1
58
Total angle of bends with 2 bends
144*
238
max. 90 °.*
76
0
30
R
80 60
100
85
* In the area of the bend the
fabric may crease diagonally. 220
Outer rails are made up of
80 110
segments.
48
56
When establishing the fixing
Ø 68
height, check for any opening
windows, gutters, etc.
WGM 2030/2020 Design 14WGM 2030/2020 Design
Multi-section units viewed from above
Unit width WGM 2030 Design 0-2-1
Axial dimension of awning WGM* Axial dimension of awning WGM* Two section flat unit
45 coupled with 1 motor
19 19
Projection
Gap in fabric
approx. 14
113
Distance between * Axial dimension of WGM 2030
94 fabric sections 68
80
48
52
Design = centre to centre of side
approx. 126
channels.
WGM 2030 Design 0-3-2
We reserve the right to make technical alterations. December 2006
Three section flat unit
coupled with 2 motors
Unit width
Axial dimension of awning WGM* Axial dimension of awning WGM* Axial dimension of awning WGM*
45
Projection
19 19
Gap in fabric
approx. 14
113
Distance between
68
48
80
52 94 fabric sections
approx. 126
WGM 2030 Design 0-4-2
Four section flat unit
coupled with 2 motors (below)
Unit width
Axial dimension of awning WGM* Axial dimension of awning WGM* Axial dimension of awning WGM* Axial dimension of awning WGM*
45
Projection
19 19
Gap in fabric
approx. 14
113
Distance between
94 fabric sections 68
80
48
52
approx. 126
WGM 2030/2020 Design 15WGM 2030/2020 Design
Type designations/establishing dimensions
Example 1 Example 2 Side channel
WGM 2030 Design WGM 2020 Design
0-3-2 flat unit 1-3-2 curved unit
Type key: Type key:
Outer
0 = No. of bends 1 = No. of bends Proje
rail
= flat unit = curved unit ction
3 = No. of sections 3 = No. of sections
2 = No. of motors 2 = No. of motors
WGM 2030 Design flat unit 0-1-1
Establishing dimensions Standard radius of bend: 30 cm 0 bends, 1 section, 1 motor
Projection = (internal). On units with 1 bend
Rear edge of casing to front edge the maximum angle of the bend
of side channel cap is 90 ° (Exception: units with an
axial dimension/section width
We reserve the right to make technical alterations. December 2006
Bend
Axial dimension = 401 – 500 cm = max. 45 °)
Centre to centre of side channel
On units with 2 bends, the maxi-
Section width = mum total angle of both bends
Centre to centre of side channel is 90 ° (Exception: units with an
axial dimension/section width
Sections
401 – 500 cm = both bends max.
45 °)
The angle of bend is different
Double side channel
each time, depending on the
substructure.
WGM 2020 Design curved unit 2-2-2
2 bends, 2 section, 2 motors
Calculation of angle of bend on Calculation of angle of bend on
units with 1 bend units with 1 bend
Angle of bend = 90 ° – a1 Angle of bend = 90 ° – a1
WGM 2030/2020 Design 16WGM 2030/2020 Design
Overview of types, WGM 2030 Design flat units
Fig. Type No. of Max. pro- Axial dimen- Section width
2030 Design bends Sections Motor jection sion from – to min. – max.
in cm in cm in cm
0-1-1 0 1 1 150 85 – 650
0-1-1 0 1 1 250 101 – 650
0-1-1 0 1 1 450 135 – 650
0-1-1 0 1 1 500 188 – 650
0-1-1 0 1 1 600 188 – 600
0-2-1 0 2 1 150 172 – 1000 86 – 500
0-2-1 0 2 1 250 206 – 1000 103 – 500
0-2-1 0 2 1 400 276 – 1000 138 – 500
0-2-1 0 2 1 450 276 – 800 138 – 500
0-2-1 0 2 1 600 380 – 800 190 – 500
0-2-2 0 2 2 150 172 – 1300 86 – 650
0-2-2 0 2 2 250 206 – 1300 103 – 650
We reserve the right to make technical alterations. December 2006
0-2-2 0 2 2 450 276 – 1300 138 – 650
0-2-2 0 2 2 500 380 – 1300 190 – 650
0-2-2 0 2 2 600 380 – 1200 190 – 600
0-3-2 0 3 2 150 267 – 1650 89 – 650* (500)**
0-3-2 0 3 2 250 315 – 1650 105 – 650* (500)**
0-3-2 0 3 2 400 420 – 1650 140 – 650* (500)**
0-3-2 0 3 2 450 420 – 1450 140 – 650* (400)**
0-3-2 0 3 2 500 576 – 1450 192 – 650* (400)**
0-3-2 0 3 2 600 576 – 1400 192 – 600* (400)**
0-4-2 0 4 2 150 356 – 2000 89 – 500**
0-4-2 0 4 2 250 420 – 2000 105 – 500**
0-4-2 0 4 2 400 560 – 2000 140 – 500**
0-4-2 0 4 2 450 560 – 1600 140 – 500**
0-4-2 0 4 2 600 768 – 1600 192 – 500**
* = max. section width for the single section
** = max. section width for the double sections
WGM 2030/2020 Design 17WGM 2030/2020 Design
Overview of types, WGM 2020 Design curved units
Fig. Type No. of Sec- Max. Width of unit Section width
2020 bends tions Motor pro- from – to (cm) min. – max. in cm
Design jection Angle of bends Angle of bends
in cm up to 45 ° 45 ° – 90 ° up to 45 ° 45 ° – 90 °
1-1-1 1 1 1 150 85 – 500 85 – 400
1-1-1 1 1 1 250 101 – 500 101 – 400
1-1-1 1 1 1 450 135 – 500 135 – 400
1-1-1 1 1 1 600 188 – 500 188 – 400
1-2-1 1 2 1 150 172 – 800 172 – 800 86 – 400 86 – 400
1-2-1 1 2 1 250 206 – 800 206 – 800 103 – 400 103 – 400
1-2-1 1 2 1 450 276 – 800 276 – 800 138 – 400 138 – 400
1-2-1 1 2 1 600 380 – 800 380 – 800 190 – 400 190 – 400
1-2-2 1 2 2 150 172 – 1000 172 – 800 86 – 500 86 – 400
1-2-2 1 2 2 250 206 – 1000 206 – 800 103 – 500 103 – 400
1-2-2 1 2 2 450 276 – 1000 276 – 800 138 – 500 138 – 400
We reserve the right to make technical alterations. December 2006
1-2-2 1 2 2 600 380 – 1000 380 – 800 190 – 500 190 – 400
1-3-2 1 3 2 150 267 – 1200 267 – 1200 89 – 500* (400)** 89 – 400
1-3-2 1 3 2 250 315 – 1200 315 – 1200 105 – 500* (400)** 105 – 400
1-3-2 1 3 2 450 420 – 1200 420 – 1200 140 – 500* (400)** 140 – 400
1-3-2 1 3 2 600 576 – 1200 576 – 1200 192 – 500* (400)** 192 – 400
2-1-1 2 1 1 150 85 – 500 85 – 400
2-1-1 2 1 1 250 101 – 500 101 – 400
2-1-1 2 1 1 450 135 – 500 135 – 400
2-1-1 2 1 1 600 188 – 500 188 – 400
2-2-1 2 2 1 150 172 – 800 172 – 800 86 – 400 86 – 400
2-2-1 2 2 1 250 206 – 800 206 – 800 103 – 400 103 – 400
2-2-1 2 2 1 450 276 – 800 276 – 800 138 – 400 138 – 400
2-2-1 2 2 1 600 380 – 800 380 – 800 190 – 400 190 – 400
2-2-2 2 2 2 150 172 – 1000 172 – 800 86 – 500 86 – 400
2-2-2 2 2 2 250 206 – 1000 206 – 800 103 – 500 103 – 400
2-2-2 2 2 2 450 276 – 1000 276 – 800 138 – 500 138 – 400
2-2-2 2 2 2 600 380 – 1000 380 – 800 190 – 500 190 – 400
2-3-2 2 3 2 150 267 – 1200 267 – 1200 89 – 500* (400)** 89 – 400
2-3-2 2 3 2 250 315 – 1200 315 – 1200 105 – 500* (400)** 105 – 400
2-3-2 2 3 2 450 420 – 1200 420 – 1200 140 – 500* (400)** 140 – 400
2-3-2 2 3 2 600 576 – 1200 576 – 1200 192 – 500* (400)** 192 – 400
S-1-1 only on request
Special design
* = max. section width for the single section
** = max. section width for the double sections
WGM 2030/2020 Design 18WGM 2030/2020 Design
Attachment
min. 270
min. 80
Standard mount, WGM 2030/2020 Design: Important dimensions for positioning of brackets: numbers in mm
V1 cantilever casing
Optionally available
Casing mount below = V2
We reserve the right to make technical alterations. December 2006
Wall casing mount = V3
No. of brackets WGM 2030/2020 Design
Projection in cm
Type up to 101 – 151 – 201 – 251 – 301 – 351 – 401 – 451 – 501 – 551 –
100 150 200 250 300 350 400 450 500 550 600
2030 Design 0-1-1 4 4 4 4 6 6 6 6 8 8 8
2030 Design 0-2-1 6 6 6 6 9 9 9 9 12 12 12
2030 Design 0-2-2 6 6 6 6 9 9 9 9 12 12 12
2030 Design 0-3-2 8 8 8 8 12 12 12 12 16 16 16
2030 Design 0-4-2 10 10 10 10 15 15 15 15 20 20 20
2020 Design 1-1-1 4 4 6 6 8 8 8 8 10 10 10
2020 Design 1-2-1 6 6 9 9 12 12 12 12 15 15 15
2020 Design 1-2-2 6 6 9 9 12 12 12 12 15 15 15
2020 Design 1-3-2 8 8 12 12 16 16 16 16 20 20 20
2020 Design 2-1-1 4 4 6 6 8 8 10 10 12 12 12
2020 Design 2-2-1 6 6 9 9 12 12 15 15 18 18 18
2020 Design 2-2-2 6 6 9 9 12 12 15 15 18 18 18
2020 Design 2-3-2 8 8 12 12 16 16 20 20 24 24 24
A bracket must be fitted at Please note that despite their • Units which are to open from
the joints between two side perfection and the large quantity the bottom upwards are only
channels (WGM 2020 Design). of materials used, the WGM available on request
2030/2020 Design are only sun- • Units with an axial dimension
Where there are strong winds shades. of 501 cm and above require a
and a weak substructure, or sliding support
similar, we recommend using Information about supply: • Motor drive without switch,
more support brackets and Attention: plug, Hirschmann coupling as
distance bars. • Units with SOLTIS fabrics can standard
only be supplied in certain sizes • Fixers for the substructure are
Please also note the details in the not supplied as standard
current weinor price list.
WGM 2030/2020 Design 19WGM 2030/2020 Design
Distance bars
Standard number of distance Standard No. of distance bars per section in flat units
bars
These are calculated as follows: Width of section Axial dimension in cm
1. Check whether the required Axial dimension 251 – 301 – 351 – 401 – 451 – 501 –
WGM Design dimensions are in cm 300 350 400 450 500 600
feasible. 000 – 134 – X X X X X
2. The standard number of dis- 135 – 188 – – – 1 X X
tance bars per section is to be 189 – 500 – – – 1 1 1
found in the adjacent table. 501 – 600 – – 1 1 1 1
3. For multi-section units, calcu- 601 – 650 1 1 1 1 1 X
late the total number of dis- X Unit not feasible
tance bars needed by adding – No distance bar required
the number of distance bars
required for each section.
We reserve the right to make technical alterations. December 2006
Additional distance bars are
available. Please see the current
weinor price list.
a
a
°
30 a 30
°
Distance bar
Distance bar
°
Distance bar
30
Cent d
Ce bend
of be
Ce f be
of
ntr
nt nd
o
re
re
e
n
The number of distance bars on The number of distance bars on
WGM 2020 Design curved units WGM 2020 Design double curved
increases by 1 if the flat area is units is calculated from the indi-
longer than 4 m. vidual bends, whereby the total
angle of bend may not exceed 90 °.
WGM 2030/2020 Design 20WGM 2030/2020 Design
Mounting versions
Width of casing Width of casing
Axial dimension WGM 2030/2020 Design Axial dimension WGM 2030/2020 Design
Conservatory section Conservatory section
Unlimited sideways width of casing. Width of casing limited on both sides.
We reserve the right to make technical alterations. December 2006
E. g. mounting on a conservatory with standard E. g. mounting to the brickwork with an angle bracket.
support bracket.
Limited width (e. g. niche) minus space =
casing width. Casing width minus 90 mm =
WGM axial dimension
Width of casing Width of casing
Axial dimension WGM 2030/2020 Design Axial dimension WGM 2030/2020 Design
Conservatory section Conservatory section
Width of casing limited on one side. Width of casing limited on both sides, e. g. by
E. g. limited side with Z-shaped bracket or niche brickwork. In this case the axial dimension of the
support bracket, free side with standard support WGM 2030/2020 Design may differ from the axial
bracket. dimension of the substructure.
E. g. mounting on a conservatory with Z-shaped
Limited width minus space = bracket or niche support bracket.
casing width. Casing width minus 90 mm =
WGM axial dimension Limited width (e. g. niche) minus space =
casing width. Casing width minus 90 mm =
WGM axial dimension
WGM 2030/2020 Design 21WGM 2030/2020 Design
Support brackets
120 (150) (220)
Direct insertion
Infinite height adjustment
(150) (220)
80(120)
120–180
180–240
240–300
100 9
80
16
Infinite angle adjustment 9
33
100
61
45
80
40
20
20
40
40
20
9 80
9 100
Standard support bracket, Universal support bracket, Niche support bracket
“Modern” adjustable height and angle, Height 120 – 220 mm
Height: 80 mm (only for units with direct insertion
We reserve the right to make technical alterations. December 2006
with up to 4 m axial dimension Height: 120 – 180 mm,
and 4 m projection, no distance 180 – 240 mm, 240 – 300 mm
bar, no casing bracket, not for
curved units)
Height: 120 mm, 150 mm,
220 mm
80– 400
120
120–324
100 100
100
80
80
80
20
40
40
20
40
20
9 9
9
Standard support bracket, Special support bracket Special support bracket for
“Gothic” Height 80 – 400 mm casing attachment V2
Height: 120 mm Height 120 – 324 mm
X-shaped support bracket
Height 80 – 400 mm
Fixing bracket for wind and 왘
sun sensor
WGM 2030/2020 Design 22WGM 2030/2020 Design
Angle brackets
Bracket
45
for attachment to the side of the
5
wall
180
50
76
80
120 40–90
100
Z-shaped bracket
50
Height adjustable, for niche
0
12 mounting
We reserve the right to make technical alterations. December 2006
80 105–180
Conservatory section
60–80
90
50 10
100 Long angle bracket
for fitting to the side of the con-
10
servatory
approx. 110–180
200
10–60
Conservatory section Conservatory
section
30–80
130
90–110 Fixing plate
for series-connected joined units
Fixing plate
with separate side channels.
Height: 10 mm
10 Base plate
for support brackets in
130
130 80 Standard
series-connected joined units
0
12 support (see outside right)
bracket
Height 10 mm
Conser-
vatory
section
WGM 2030/2020 Design 23You can also read
