kwf2

Transcription

kwf2

General Catalogue 2015
Aluminum
Bracket System
EUROPEAN UNION
EUROPEAN REGIONAL
DVELOPMENT FUND
CONTENTS
BSP Bracket System Polska ................................................................................................................. 3
PRODUCTS
Fixing systems for curtain walls ...................................................................................................... 4
Bracket BSP Type K1 ...................................................................................................................................... 5
Bracket BSP Type K2 ...................................................................................................................................... 7
Extension Piece BSP Type KP1/173 ....................................................................................................... 9
BSP extruded aluminum brackets - example of application ................................................. 10
Insert bracket BSP Type K3 ..................................................................................................................... 11
Bracket for segment based curtain walling system BSP Type KE ........................................ 12
Fixing systems for ventilated façades ...................................................................................... 11
Advantages of ventilated facades ...................................................................................................... 14
Bracket BSP Type KW1 .............................................................................................................................. 15
Heat transfer reduction ............................................................................................................................ 16
Passive Bracket BSP Type KW1 PAS ..................................................................................................... 17
Passive Bracket BSP Type KW2 PAS ..................................................................................................... 18
Insulation pads BSP Type PE .................................................................................................................19
Bracket BSP Type KW1/40-650 ............................................................................................................. 20
Brackets ECO BRACKET range Type KW 1 EB/170-A-Fix/Los .................................................. 21
Adjustment of the BSP aluminum substructure ......................................................................... 22
Extension Piece BSP Type KWP1 ......................................................................................................... 23
Foot BSP Type KWW1 ................................................................................................................................ 24
Support BSP Type KWP2 .......................................................................................................................... 24
Profile BSP Type KWR1, KWR2 ............................................................................................................... 25
Perforated aluminum sheet BSP Typ KWS1 .................................................................................... 26
Window Recess profile BSP Type KWRG .......................................................................................... 27
Profile ECO BRACKET KWR9, KWR7, KWR10, KWR11 .................................................................. 28
Brackets and profiles in vertical system - example of application ..................................... 30
Aluminum Bracket System
Bracket systems for interior cladding ...................................................................................... 31
Bracket BSP Type KW1/40 ....................................................................................................................... 31
Hanging brackets system .................................................................................................................. 32
Profile BSP Type KWRW ............................................................................................................................ 32
System KWRY for supporting ACM or metal sheets cassettes ............................................ 33
Hanging profile BSP Type KWH ............................................................................................................ 34
Floor to Floor BSP System ................................................................................................................. 35
Profile BSP Type KWR6 .............................................................................................................................. 36
Sections and models ................................................................................................................................. 36
Additional substructure elements .............................................................................................. 37
Bracket BSP Type KWD/A-B .................................................................................................................... 37
Profile BSP Type KWRK .............................................................................................................................. 37
Omega BSP profile Type RW2 ............................................................................................................... 38
Supporting system BSP Type KCS ............................................................................................... 39
System for supporting ceramic tiles and stone panels ............................................................ 39
System for supporting glass panels ................................................................................................... 40
System BSP Solar for solar panels fixation on facades ................................................ 41
Decorative profiles ................................................................................................................................ 42
Outward angle profile BSP Type KWN1 ........................................................................................... 42
Inlet angle profile BSP Type KWN2 ..................................................................................................... 42
Joint profile BSP Type KWF1 .................................................................................................................. 42
Closing profile BSP Typ KWF2 ............................................................................................................... 42
Joint profile BSP Typ KWF3 ..................................................................................................................... 42
EXAMPLES AND CALCULATIONS
Horizontal brackets BSP - examples of applications ................................................................. 43
Exemplary assembly scheme ................................................................................................................ 43
Examples of subconstruction layout ................................................................................................. 44
Examples of load calculations .............................................................................................................. 45
ADDITIONAL SERVICES
Design and assistance .............................................................................................................................. 46
Other services ............................................................................................................................................... 46
REFERENCES
Excerpt from reference list ..................................................................................................................... 47
Photographs of selected objects ........................................................................................................ 50
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ABOUT US
BSP Bracket System Polska
B
SP Bracket System Polska Ltd delivers a complete
bracket system for façades. We focus on quality, innovation and constant improvement to obtain the
final goal which is to satisfy the needs of all market players
ranging from architects, cladding material manufacturers,
to Contractors to and installation companies.
We offer years of experience, in-depth knowledge of the building
market and a complete range of solutions meeting every need
and application, when it comes to building façades.
Our entrepreneurial spirit stands for continuous development.
Our success is based upon our ability to think beyond boundaries, which enables us to discover opportunities resulting in new
perspectives for our customers.
Our staff consists of experienced and recognized experts in the
area of engineering, construction management processes, investments, design, project implementations, financing and technical support and works coordinations.
System BSP is recommended by world leader in façade
materials - EQUITONE (former Euronit).
The BSP registered trademark and the BSP bracket system are protected by law.
Copying and publishing without permission is prohibited by law.
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3
PRODUCTS
Fixing systems for curtain walls
B
SP extruded aluminum brackets are designed to fix aluminum curtain wall facades. Optimally
designed brackets allows the transfer of all loads from the construction of the facade to the main
load-bearing structures of the building.
BSP bracket system allows very precise positioning of the cladding panels, with the possibility of adjusting its position in three directions without the need to use leveling pads.
Advantages of extruded aluminum brackets BSP for curtain wall facades:
Resistance to weather, especially when compared with steel brackets.
•
Light weight important for the cost of transportation.
•
Possibility of drilling additional holes or cuttings without the need for special anticorrosion treatment.
•
No galvanic corrosion at the interface with other elements of aluminum.
•
No welded joints and the risks of improper welding work.
•
Lack of internal stress states, characteristic of consoles bent or welded.
•
Optionally brackets can be supplied as a powder coated or anodized.
•
Reduced delivery time. Standard products available from stock.
•
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PRODUCTS
Bracket BSP Type K1/Fix
A
B
Bracket BSP Type K1/100-150-FIX
Description
100
150
100
120
100
100
100
80
120
150
120
120
120
100
120
80
200
150
200
120
200
100
200
80
180 for K1/200
200 for K1/100, K1/120
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PRODUCTS
Bracket BSP Type K1/Los
180 for K1/200
200 for K1/100, K1/120
6
A
B
Bracket BSP Type K1/100-150-LOS
Description
100
150
100
120
100
100
100
80
120
150
120
120
120
100
120
80
200
150
200
120
200
100
200
80
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PRODUCTS
A
B
Description
100
150
100
120
100
100
100
80
120
150
120
120
120
100
120
80
Bracket BSP Type K2/200-150-FIX*
200
150
200
120
200
100
200
80
Bracket BSP Type K2/Fix
* Available soon
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PRODUCTS
Bracket BSP Type K2/Los
A
B
Description
100
150
100
120
100
100
100
80
120
150
120
120
120
100
120
80
Bracket BSP Type K2/200-150-LOS*
200
150
200
120
200
100
200
80
* Available soon
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PRODUCTS
Extension Piece BSP Type KP1/173 Fix - Los
BSP Extension Piece Type KP1/173
BSP Extension Piece Type KP1/173 Fix
BSP Extension Piece Type KP1/173 Los
NE W
Description
A
Extension Piece BSP Type KP1/173-150 FIX
150
120
100
80
Extension Piece BSP Type KP1/173-150 LOS
150
120
100
80
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PRODUCTS
BSP extruded aluminum brackets - example of application
Wide range of regulation helps avoid problems with
the tolerance of wall construction +/- 20 mm
Side bracket within
wall dilatation joint…
Bracket BSP Type K2/A-B-FIX
Bracket BSP Type K2/A-B-LOS
…within places where standard bracket does not fit for ex.
corners
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PRODUCTS
Fixing systems for ventilated façades
Insert Bracket BSP Type K3
Unlike brackets K1 and K2 fixed from lateral side
of the slabs K3 brackets are mounted on the
surface of slab. In this case, the box profile is
inserted into the bracket as shown in the picture:
Bracket BSP Type K3
NE W
Fixed point
Box profile
K3 insert bracket can also be used wherever
there is a need for fixing the box profiles
perpendicularly to the structure surface and
where lateral fixing is impossibe, eg. mounting
support for roof screens, for use on balconies,
as sunscreens, protective screens, ventilation
openings, parking garages and other special
applications.
Sliding point
Sliding point
Insert Bracket BSP type K3
lx
Wx
Field
Description
617,496 cm4
ly
786,546 cm4
50,213 cm3
Wy
71,504 cm3
Mass
7,252 kg/m
26,761 cm
2
Bracket BSP Type K3
B
Insert Bracket BSP Type K3/158-150
150
120
100
* To order the production of K3 insert bracket of any size B
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PRODUCTS
Bracket for segment based curtain walling system BSP Type KE
BSP Bracket
Type KE
Bracket for segment based
curtain walling system is a
special solution to achieve a
modular wall structure: All the
elements are prefabricated
in a production plant and
assambled to complete glazed
segments. Then the segments
are delivered to the worksite
and attached to the bearing
constructruction of the building by means of BSP Type KE
brackets.
12
Segment based façade
Segment based façade
NE W
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BSP Bracket
Type KE
PRODUCTS
A
luminum made substruction for fixing cladding panels consists of brackets and the profiles. It
is used for precise fixing of cladding panels, ie: fiber-cement, HPL, aluminium composite, archi-
tectural concrete, aluminum louvers, and other cladding materials.
Brackets are used to transfer loads between the profiles and the structure of the building. Depending on
the distance between cladding panels and the main structure of building brackets of different outreach are
used. In order to reduce instalation time and make the fixing work easier the shape of brackets has been
designed for easy adjustment and proper lining of the grid observing required tolerances and variations in
alignment. BSP brackets can correct the variations of alignment up to + / - 20 mm without the need to use
leveling pads.
There are generally two kinds of vertical profiles: “T” profiles (KWR1, KWR3, KWR9) used for connections of
two cladding panels and “L” profiles (KWR2, KWR4, KWR5, KWR7, KWR10, KWR11) appropriate to fix the panels in other areas.
Both have small grooves on the outer surface what considerably increases the durability the junction between the profiles and cladding material.
•
Increased capacity allowing for cost optimization when calculating mechanical parameters of the substructure.
•
Patented foot leading to substantial improving of the mecanical strength of bracket.
•
Extruded brackets compared to bent brackets have no initial stresses and microcracks that weaken their
mechanical proprieties.
•
Resistance to weather, especially when compared with steel brackets.
•
Light weight important for the cost of transportation and handling.
•
Possibility of cutting or drilling additional holes without the need for special anticorrosion treatment.
•
No galvanic corrosion between different aluminum elements.
•
High aesthetics of fabrication: brackets can be optionally supplied
d
as a powder coated or anodized.
•
Reduced delivery time and vast range of products available from
stock.
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Advantages of extruded aluminum brackets applied for ventilated façades:
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PRODUCTS
Advantages of ventilated facades
Acustic insulation
BSP bracket for sliding
points
BSP aluminum bracket
Thermal insulation
BSP bracket for fixed
points
Ventilated cavity
BSP vertical Profile
Cladding panel
Thermal insulation
Ventilated cavity
Cladding panel
Thermal insulation
Wall ventilation
Thermal insulation
BSP bracket for fixed points
Thermal insulation
Cladding panel
Thermal insulation
Cladding panel
Ventilated cavity
Thermal insulation
14
Thermal insulation
Cladding panel
Ventilated cavity
Thermal insulation
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BSP bracket for sliding
points
BSP bracket for fixed
points
Ventilated cavity
Cladding panel
Thermal insulation
Fire resistance
PRODUCTS
Bracket BSP Type KW1/A-B-Fix-Los
R2.5
A
A
12.5
R2.5
4
4
B
30
30
B-50
B
28
28
53
53
Description
A
B
Bracket BSP Type KW1/40-150
40
150
40
120
40
90
40
60
40
40
80
150
80
120
80
80
Description
A
B
170
150
170
120
90
170
90
60
170
60
80
40
170
40
120
150
210
150
120
120
210
120
120
90
210
90
120
60
210
60
120
40
210
40
140
150
310
150
140
120
310
120
140
90
310
90
140
60
310
60
140
40
310
40
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9
B/2
B
9
R4.
5
B/2
9
25
59
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PRODUCTS
Heat transfer reduction
The technology of the ventilated façade has a number of important advantages such as excellent thermal insulation properties, great possibilities of architectural design, high aesthetic values, fast moisture dissipation from the building, etc. Unfortunately ventilated facades also have one unfavorable disadvantage: heat bridges. Aluminum support structure (brackets
and profiles) used for fastening the cladding panels to the building construction is among the factors which considerably
contribute to the uncontrolled heat transfer between the interior and the exterior part of the building. The brackets being
made of materials of high thermal conductivity go through the layers of insulation and consequently create the way for increasing the heat losses.
The formation of thermal bridges has the following consequences:
•
Heat loss resulting energy losses, which directly affects the energy balance of the building
•
Cooling of the outer walls resulting vapor and moisture condensation in the area of the insulation and construction
materials. This in turn can contribute to the development of harmful fungi and molds
In the figure below, one can observe the temperature distribution arround the standard BSP aluminum bracket (without the
use of thermal insulators).
18
o
20,0 C
16
15
15
B
o
15,0 C
17
16
17
18
A
18
18
15
10
5
0
-5
-10
-15
-19
15
10
5
0
-5
-10
-15
-19
o
10,0 C
o
5,0 C
o
0,0 C
o
-5,0 C
o
-10,0 C
o
-15,0 C
o
-20,0 C
-15
-13
Figure 1: Temperature distribution for standar bracket (in temperature scale)
Reduction of risk of thermal bridges in ventilated facades can be achieved through appropriate planning and careful manufacturing of the supporting structures.
These should be done in accordance with the established construction trade practices In view of the fact that rules and standards for the thermal protection parameters in construction projects (heat transfer coefficient value) have become more and
more challenging, these methods may no longer be sufficient. This is why BSP developed an innovative solution that radically
and efficiently resolves the problem of thermal bridges offering a unique opportunities to the architects and constructors
specializing in energy efficient construction projects: passive brackets.
Methods to minimize the risk of thermal bridges:
1. Using of foamed PVC or special plastic material as thermal insulation and anticorrosion protection materials isolating
the brackets from the wall.
2. Applying BSP substraction where less brackets are needed and thus the number of potential thermal bridges is reduced.
3. Using of passive brackets (with a non-metallic component) which almost completely eliminates the thermal bridge
phenomenon.
The following figure shows the temperature distribution around the BSP passive bracket.
19
o
20,0 C
19
o
B
19
A
19
15,0 C
o
10,0 C
o
5,0 C
o
0,0 C
o
-5,0 C
o
-10,0 C
o
-15,0 C
o
-20,0 C
15
10
5
0
-5
-10
-15
-19
15
10
5
0
-5
-10
-15
-19
Figure 2: Temperature distribution graph for BSP PAS - Passive Bracket (in temperature scale)
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PRODUCTS
Passive bracket KW1 PAS/A-B-Fix/Los
Regarding the constantly increasing requirements concerinng the insulating performances for external walls insulations
our R&D division developed a passive bracket. The product is dedicated to architects, designers and Contractors looking for
a modern, energy-efficient and innovative solutions.
Passive bracket virtually completely eliminates thermal bridges
enabling to meet already today the strict requirements for the
heat transfer coefficient value (Umax) provided for 2021.
Element
Umax to 2014
Umax 2014
Umax 2017
Umax 2021
Walls
external
0,30
0,25
0,23
0,20
Description
A
B
Passive bracket BSP Type KW PAS 170-150 FIX/LOS
170
150
170
120
170
90
210
150
210
120
210
90
250
150
250
120
250
90
280
150
280
120
280
90
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PRODUCTS
Passive bracket KW1 PAS/A-B-Fix/Los
Complementary to the range of passive bracket BSP offers passive bracke KW2 PAS not equipped with aluminum extension piece. This solution can be used anywhere where there is no need for leveling the facade during installation of substructure.
18
a
A
B
Description
170
150
170
120
170
90
210
150
210
120
210
90
250
150
250
120
250
90
280
150
280
120
280
90
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A=a+b-65
A=a+b-65
b
B
PRODUCTS
BSP insulating pads for ventilated facades BSP Type PE
BSP insulating pads are made of high-density polyethylene
HDPE obtained by low pressure polymerization. This material is
hard, strong, mechanically and chemically resistant.
Physically separate the two different materials: aluminum
and the material of the wall creating the insulation against
corrosion.
2.
As a material of very high thermal resistance the pads significantly limit thermal bridges phenomenon reducing the
total energy demand.
NE W
Adjusting the right pad size to appropriate bracket
can be obtained through cutting the pad along the
grooved line with special BSP nife.
1.
grooved line 1 mm
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PRODUCTS
Bracket BSP Type KW1/40-650 Fix/Los
650
42
42
8
11
52
20
A
9
25
30
52
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Ø5
This kind of bracket is recommended for renovation
works without removing the existing thermal insulation.
PRODUCTS
Through in-depth research and analysis BSP developed a new economical extruded aluminum made
substructure dedicated to mounting cladding façade panels. BRACKET ECO range consists of brackets (170 mm of outreach, five different foot dimension size) and a set of extruded profiles. Brackets have a variable wall thickness for maximum load capacity with optimized aluminum usage.
Note: The BSP recommends the use of ECO BRACKET profiles and brackets up to 12 m of building height.
ECO Bracket Type KW1 EB/170-A-Fix/Los
2
170
45.5
61.5
NE W
54
3
59
Description
A
B
Eco Bracket Type KW1 EB/170-150 FIX/LOS
170
150
170
120
170
90
170
60
Bracket Type KW1 EB/170-40 FIX/LOS
170
40
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PRODUCTS
Adjustment range of BSP aluminum substructure
BRACKET BSP TYP KW1/310
EXTENSION BRACKET BSP KWP1/135
PROFILE BSP TYPE KWR1
45
470
42
22
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Adjustment from 42 mm to 470 mm
Use of BSP extension piece KWP1/A-B
PRODUCTS
135
Extension Piece BSP Type KWP1/A-B
3,0
Description
A
A
Extension Piece BSP Type KWP1/135-150
150
120
90
60
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23
PRODUCTS
Foot BSP Type KWW1/A-B
Description
A
Foot BSP Type KWW1/65-150
150
120
100
60
Support BSP Type KWP2/A-B
Description
A
Support BSP Type KWP2/193-150
150
120
100
60
Bracket with the additional support
Used for bigger loads and outreaches
and also as horizontal brackets
Support BSP Type KWP2/193-A
KW1/210-A
Foot BSP Type
KWW1/65-A
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PRODUCTS
Profile BSP Type KWR1
15,467 cm4
ly
26,316 cm4
Wx
2,776 cm3
Wy
4,386 cm3
Field
3,582 cm2
Mass
Description
lx
Profile BSP Type KWR1 bar 3100 mm
0,971 kg/m
Description
11,877 cm4
ly
5,038 cm4
Wx
2,467 cm3
Wy
1,279 cm3
Field
2,278 cm2
Mass
lx
0,617 kg/m
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PRODUCTS
lx
Description
5,864 cm4
3
ly
16,546 cm4
Wy
3,309 cm3
Wx
1,432 cm
Field
2’963 cm2
Mass
lx
4,908 cm4
ly
4,908 cm4
Wx
1,335 cm3
Wy
1,335 cm3
Field
1,960 cm2
Mass
0,803 kg/m
Description
A
B
Profile BSP Type KWR4 - 50 x 50 mm,
bar 3000 mm
50
50
Perforated aluminum sheet BSP Type KWS1
12
ø8
12
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Perforated aluminum
sheet is used for closing
the air gap in the ventilated facades forming
a protection against
rodents or other small
animals.
0,531 kg/m
PRODUCTS
Window recess profile BSP Type KWRG
Window recess profile KWRG has been specially developed to stiffen the junction between the panels fixed
in the window recess and the wall panels. Additionally
KWRG profile can be used in the area where the fixing
point of panel is far from the place where ancoring is not
possible, like on the example drawings.
Window recess profile BSP Type KWRG
lx
Wx
Field
17,266 cm4
ly
131,371 cm4
2,931 cm3
Wy
12,692 cm3
Mass
1,306 kg/m
4,819 cm
2
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PRODUCTS
During development of the ECO BRACKET range well proven solutions, known from standard
BSP substructure, were applied such as riffled surface of profiles to facilitate the draining of
water and atmospheric moisture from the gap between the panels and profiles.
The thickness of supporting profiles made of extruded aluminum were optimized and could
be applied wherever the aluminum support structure does not require to transfer significant
loads.
Note: BSP recommends the use of ECO BRACKET profiles and brackets up to 12 m height of the
building.
Profile ECO BRACKET Type KWR9
100.0
50.0
60.0
1.75
NE W
28
1.75
Description
Profile T1 ECO BRACKET Type KWR9 bar 3100
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lx
8,421 cm4
3
Wx
1,773 cm
Field
2,627 cm2
ly
13,179 cm4
Wy
2,636 cm3
Mass
0,712 kg/m
PRODUCTS
Profile ECO BRACKET Type
yp KWR7
40.0
40.0
1.75
NE W
1.75
Description
lx
2,092 cm4
ly
2,027 cm4
Profile L1 ECO BRACKET Type KWR7 bar 3100
Wx
0,724 cm3
Wy
0,679 cm3
Field
1,304 cm
2
Mass
0,353 kg/m
40.0
1.75
Description
lx
6,354 cm4
3
Wx
1,561 cm
Field
1,654 cm2
ly
2,266 cm4
Wy
0,712 cm3
Mass
0,448 kg/m
30.0
60.0
1.75
NE W
60.0
1.75
NE W
1.75
Description
lx
5,767 cm4
ly
1,003 cm4
Wx
1,488 cm3
Wy
0,407 cm3
Field
1,497 cm
2
Mass
0,406 kg/m
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29
PRODUCTS
Brackets and profiles in vertical system - example of application
·
·
Standard BSP Brackets
Standard BSP Profiles - thickness 2 mm
above 25 m
·
·
·
Eco Bracket profiles - thickness below 2 mm
12 m
·
·
·
·
Eco Bracket - KW1 EB
Eco Bracket profiles - thickness below 2 mm
BSP allows the use Eco Bracket range higher after prior approval of the required static calculations.
30
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PRODUCTS
Bracket systems for interior cladding
Bracket BSP Type KW1/40-A-Fix/Los
A
A
BSP bracket type KW1/40 and
profile type KWR5 is used for
mounting the internal panels,
in areas where no additional
thermal insulation is needed. The
adjustment of distance between the
wall surface and cladding panels is
from 45 mm to 90 mm. This solution
is particularly recommended for
fixing by glue or rivets.
A
Bracket BSP Type KW1/40-120/Fix/Los
120
90
60
lx
2,305 cm4
ly
6,454 cm4
Wx
0,785 cm3
Wy
1,607 cm3
Field
1,794 cm
2
Mass
0,486 kg/m
90.0
45.0
38.0
1.8
NE W
Description
1.8
33.0
lx
Description
Profile BSP Type KWR8 bar 3100
2,325 cm4
3
Wx
0,741 cm
Field
2,164 cm2
ly
10,879 cm4
Wy
2,236 cm3
Mass
0,587 kg/m
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31
PRODUCTS
Hanging system
B
SP hanging bracket system allows for precise fixing of HPL cladding, fiber cement and other
types of cladding panels used both indoors and on the external ventilated façades. The hanging
system enables the distance adjustment in the vertical direction up to 10 mm. To secure precise vertical
adjustment, a screw and a nut set in a particularly designed guide channel are used. To facilitate the
operation of hole drilling there are markers on the surface of the profile.
As additional advantage BSP hanging system enables easy removing and re-attachment, without damaging
the panels and profiles.
The system is used in the following configurations:
•
When there is no need for leveling uneven walls and the use of thermal insulation, supporting profile
KWRW is mounted directly to the wall. The hanging element is attached directly to the back of the cladding
panel (fixing with glue or undercut anchors). - Fig. 1
•
When thermal insulation is required, then we apply additional vertical supporting profiles attached to the
wall with KW1 brackets. These profiles are used to fix the horizontal KWRW supporting profiles, on which
cladding panels are mounted. - Fig. 2
32
Profile BSP Type KWR1/
KWR2
Fixing
with glue
Fixing
with glue
Fig. 1
www.bspsystem.com
Fixing with
undercut anchor
Bracket BSP Type KW1/A-B
Fixing with
undercut anchor
Profile BSP Type KWRW
Fig. 2
PRODUCTS
Hanging system
System KWRY for supporting ACM
or metal sheets cassettes
The system consists of two size version of Y profile KWRY50 and KWRY80 as well as hanger plate KWZ with anti rattle gasket.
System allows for installing ACM or metal sheets cassettes
Profile BSP Type KWRY50
1.8
15.5
2.0
50.0
2.0
1.8
55.0
99.0
Wx
Field
4,3421 cm4
ly
18,992 cm4
1,195 cm3
Wy
3,837 cm3
3,024 cm
2
Mass
0,819 kg/m
lx
15
2
80
65
2
55
22
22
99
lx
Wx
Field
16,848 cm4
ly
18,324 cm4
2,886 cm3
Wy
3,702 cm3
3,423 cm
2
Mass
0,928 kg/m
1,6
3
18,5
31,1
12,6
Hanger plate KWZ
22,5
54
22,5
99
www.bspsystem.com
33
PRODUCTS
Hanging system
K
WH hanging system is used for concealed fix of cladding panels by means of undercut bolts. This
system is characterized by high load capacity, allowing to mount heavy cladding panels, eg. stone
or concrete architecture.
Hanging profile BSP Type KWH
Profile BSP Type KWRY
Hanging profile BSP
Type KWZ
Zaczep BSP Type KWH
Profil BSP Type KWRY
Bracket BSP Type KW1
Hanging profile
BSP Type KWZ
Hanging profile BSP
Type KWZ
34
www.bspsystem.com
Bracket BSP Type KW1
PRODUCTS
Floor to Floor BSP System
T
he BSP Floor to Floor has been designed to minimize the amount of substructure between
the façade panels and the wall of the building. The principle of the Floor to Floor system is to
increase the distance between the neighboring brackets, mostly from floor to floor of a building.
Brackets are fixed to the structural elements of the building, most often to the face of the floor slab.
Brackets K1 and K2 meet elevated requirements for mechanical capacity and rigidity of the supporting
elements in order to transfer considerable stresses resulting from rare distribution of brackets fixed only
in the floor slabs at floor height.
On the other hand, vertical profiles KWR6 have reinforced structure, so that it can safely carry the increased
wind load and the deflection forces do not exceed the critical value. Specially shaped grooved outer
surface, significantly increase the stability of the connection between profile and panel.
•
Reduced number of brackets allowing for significant reduction of thermal bridges.
•
Reduced number of brackets allowing for reduced installation time.
•
Mounting brackets to the bearing structure of the building, usually reinforced concrete simplifies
installation and allows for using standard expansion anchors instead of expensive chemical anchors.
120.0
2.0
49.0
61.0
90.0
2.0
Advantages of BSP Floor to Floor system:
42.0
52.0
lx
Wx
Field
89,044 cm4
17,048 cm
3
7,952 cm2
ly
51,629 cm4
Wy
8,605 cm3
Mass
2,30 kg/m
www.bspsystem.com
35
PRODUCTS
Floor to Floor BSP System
Span between slabs
Span between slabs
Sections and models
Fig. 3 - 3D Model
Fig. 4 - The floor section
Fig. 5 - Internal and external detailed solution
36
www.bspsystem.com
PRODUCTS
Additional substructure elements
Bracket BSP Type KWD/A-B
Description
A
B
Bracket BSP Type KWD/85-60
85
60
85
80
85
100
85
120
85
140
85
160
160
60
160
80
160
100
160
120
160
140
160
160
Profile BSP Type KWRY
“Y” type profile for
panels
aaluminum
luminum ccomposite
o m p o s i te p
anels
NE W
4,3421 cm4
ly
18,992 cm4
Wx
1,195 cm3
Wy
3,837 cm3
Field
3,024 cm2
Mass
lx
Bracket for timber framework
0,819 kg/m
www.bspsystem.com
b
37
PRODUCTS
Additional substructure elements
Profile BSP Type RW2
Profile Type Omega
The range of profiles RW2 are designed for mounting panels on walls where only very small
vertical deviation occurs.
15
1,8
40
Description
A
B
C
Th*
Profile omega BSP Type RW2 A
30
25
15
2,0
Profile omega BSP Type RW2 B
40
15
25
1,8
Profile omega BSP Type RW2 C
50
50
30
2,0
Profile omega BSP Type RW2 D
50
30
20
2,0
Profile omega BSP Type RW2 E
60
15
20
2,0
25
RW2A
L
ON
REQUEST
* Thickness
60
60
20
20
ON
ST
REQUE
60
60
15
15
30
30
15
15
22
25
25
15
15
2
2
100
100
50
50
20
20
ON
ST
E
R QUE
50
50
2
2
50
50
2,5
2.5
30
30
38
RW2D
2
36
36
96
96
2
RW2B
RW2C
www.bspsystem.com
RW2E
90
90
PRODUCTS
Supporting system BSP Type KCS
System for supporting ceramic tiles, stone panels
System KSC was designed for fixing ceramic tiles, stone and glass in ventilated facades. This system allows the mounting
panels of different thickness due to regulation seal. Specially designed guideway in vertical profiles make the hanging hooks
easy to fix and ensure their straightness.
NE W
Vertical profil T BSP Type KCT
2
Vertical profil L BSP Type KCL
3
Edge hook for supporting ceramic tiles and
stone panels BSP Type KC1
4
Middle hook for supporting ceramic tiles and
stone panels BSP Type KC2
PROFIL BSP TYP KCT
1
Description
PROFIL BSP TYP KCT
No
www.bspsystem.com
39
PRODUCTS
Supporting system BSP Type KCS
System for supporting glass panels
PROFIL BSP TYP KCT
NE W
40
www.bspsystem.com
Nr
Description
1
Vertical profil T BSP Typ KCT
2
Vertical profil L BSP Typ KCL
3
Egde hook for supporting glass panels BSP Typ KC3
4
Middle hook for supporting glass panels BSP Typ KC4
PRODUCTS
System “BSP Solar” for solar panels fixing on façade
B
SP Solar System is dedicated to mounting of solar panels or collectors on the building walls,
such as ventilated façade. The system allows for independent installation of solar panels, as
well as their harmonious incorporation into a ventilated façade among standard cladding panels.
The system can be applied to fix all types of solar panels and collectors designed to operate in the vertical
position.
Advantages of horizontal installation of solar panels as a façade in comparison to traditional
roofing installation:
•
Increased solar coverage, which is the percentage of energy supplied by the solar panels in relation to the
demand for energy, depending on the insolation quantities of the collectors and the size of the storage
tank.
•
Continuous cooling by the air flow circulation (chimney effect) in the ventilation gap between the solar
panel and the wall of building.
•
Easy access to the panels to remove impurities that cause efficiency loss.
•
No risk of snow cover and full efficiency in the winter.
•
A smaller distance between the collector and the storage tank, usually placed in the boiler room on the
ground floor.
For the details please refer to www.bspsystem.com
W3 - fix
point
W3 - fix
point
W2 - sliding
point
www.bspsystem.com
41
PRODUCTS
Decorative profiles
Profile BSP Type KWN1
External corner profile
2
74
When high aesthetic of corners
at the junction of cladding
panels is required, decorative
profiles are used for masking the
joints.
12
14
2
Internal corner profile
62
2
94
20
12
Profile BSP Type KWF1
Joint profile
6
12
o
45
3
12
Joint profiles are used to
mask the gaps between
panels in public spaces,
as solution against acts of
vandalism (eg, throwing
cigarette butts).
30
Closing profile
Joint profile
40
35
18
12
www.bspsystem.com
2
42
8
8
11
12
EXAMPLES AND CALCULATION
Aluminum substructure BSP - examples of applications
A wide range of regulation helps to avoid problems with the tolerance of wall construction +/-20 mm.
Horizontal brackets BSP - examples of applications
The use of substructure in horizontal position, allows for the cost optimization of the
façade when narrow horizontal panels are to be fixed.
www.bspsystem.com
43
Exemplary assembly scheme
Cladding panel
BSP Aluminum profile
Thermal insulation
Fixing screw
BSP bracket KW1
Fixing anchor
EPDM thermal insulation pad
Façade profile
Fixing anchor
Cladding panel
BSP bracket KW1
Thermal insulation
Waterproofing
Fixing screw
Painted rivet Al/A2
Fixing anchor
BSP Aluminum profile KWR2
Painted rivet Al/A2
Fixing screw
BSP bracket KW1
Cladding panel
Fixing anchor
BSP bracket KW1
Fixing screw
Painted rivet Al/A2
Cladding panel
Thermal insulation
Thermal insulation
Painted rivet Al/A2
Fixing screw
BSP bracket KW1
Fixing anchor
Painted rivet Al/A2
Fixing screw
Painted rivet Al/A2
Cladding panel
Thermal insulation
BSP bracket KW1
Fixing anchor
Cladding panel
Thermal insulation
Painted rivet Al/A2
Fixing screw
BSP bracket KW1
Fixing anchor
Fixing anchor
BSP bracket KW1
44
Painted rivet Al/A2
Painted rivet Al/A2
Fixing screw
Cladding panel
Thermal insulation
Cladding panel
Thermal insulation
www.bspsystem.com
Roughcast
Examples of load calculations
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•
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•
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The bending moments [KNm]
Exeplary subconstruction layout
TS]H >Â,Y]H@ÂÂUÂYP]H 3D N3D
'HÀHFWLRQV>PP@
www.bspsystem.com
45
ADDITIONAL SERVICES
Design and assistance
Design services
Depending on the customer`s profile BSP offers
the following services:
For Architects
•
Project of ventilated facade
•
Development of detailed technical drawings of substructure
•
Development of custom tailored design solutions
•
Technical analysis of projects
•
Static calculations of supporting substruction
•
Advice on the selection of building materials and minimizing costs
•
Intermediaries between customer and manufacturers of building materials
•
Design assistance
For General Contractors
•
Project of ventilated facade
•
Development of alternative design solutions
•
Project calculations
•
Panel cutting optimization
•
Bill of materials, together with the implementation of a cost estimate
•
Advice on the selection of building materials for minimizing costs
•
Intermediaries between customer and manufacturers of building materials
•
Consulting in the selection of Contractors
•
Supervision and coordination
•
Technical and design support
For Installers
•
Opimized layouts
•
Project calculations
•
Panel cutting optimization
•
Preparing Bill of Material
•
Advice on the selection of building materials for minimizing costs
•
Help in project agreements with the general Contractor and/or architect
•
Supervision and coordination of installation
•
Technical assistance
For Building Material Producers
•
Detailed technical drawing development
•
Technical support and training
•
Advice on architects and Contractors selection
•
Advice on individual technical solutions
Other services:
46
www.bspsystem.com
•
Powder coating from RAL color card
•
Anodizing
•
Custom tooling
•
Metal case with exemplary BSP system products
REFERENCES
Excerpt from reference list
IKEA Retail Park Targowek - Warsaw - façade surface: more than 1000 m2,
General Contractor „KARMAR S. A.”
•
RTV Euro AGD - Warszawa,
General Contractor „KARMAR S. A.”
•
Apartment and services complex Zabłocińska str. Warsaw,
General Contractor „TYNKBUD-1 Sp. z o. o.”
•
Apartment and services complex Wańkowicza str. Warsaw,
•
Construction of the Louis Armstrong Municipal Amphitheatre in Iława,
General Contractor Iławskie Przedsiębiorstwo Budowlane „IPB” Sp. z o. o.
•
„Zink Power Wielkopolska” in Krągola near Konin - façade surface: more than 1000 m2,
General Contractor „TULCON S. A.”
•
Modular kindergarden building Św. Hieronima str. in Warsaw,
General Contractor „PREFABRYKA Sp. z o. o.”
•
Modular kindergarden building Turmoncka str. Warsaw,
General Contractor „PREFABRYKA Sp. z o. o.”
•
Apartment complex Jesiennych Liści str. Warsaw,
General Contractor Generalny Wykonawca firma „ALISMA CONSTRUCTION S. A.”
•
Sports hall Legionowo,
General Contractor „MOSTOSTAL WARSZAWA S. A.”
•
Office building „Oxygen”Malczewskiego str. Szczecin,
General Contractor „EIFFAGE BUDOWNICTWO MITEX S. A.”
•
Apartment complex Międzyborska str. Warsaw,
•
Apartment complex Wyścigowa str. Warsaw,
General Contractor „UNIBEP S. A.”
•
Museum of Contemporary Art in Krakow - façade surface: more than 1500 m2,
General Contractor „Warbud S. A.”
•
Apartment building Malcanowo,
Private investor
•
Stadium Arka in Gdynia,
General Contractor „Budimex-Dromex S. A.”
•
Sports center Wielka Krokiew Zakopane,
General Contractor „Budimex-Dromex S. A.”
•
Philharmonic Hall Kielce,
General Contractor „Unibep S. A. i Unimax S. A.”
•
Service building for subway station Kabaty,
General Contractor „Budimax-Dromex S. A.”
•
Building of Institute of Aviation Warsaw - façade surface: more than 1000 m2,
General Contractor „Dorbud S. A.”
•
Storage-office building - Sobiekursk near Karczewo,
General Contractor „Pro-Bud S. A.”
•
Apartment-commercial building Warszawska str. Kielce,
General Contractor „Nowbud”
•
Apartment complex Argentyńska str. Warsaw - façade surface: more than 1000 m2,
General Contractor „ALISMA CONSTRUCTION S. A.”
•
www.bspsystem.com
47
REFERENCES
48
•
Storage-office building Annopol str. Warsaw,
General Contractor „Hochtief Polska S. A.”
•
Apartment complex „Saska” Warsaw,
•
Apartment complex Parkowa str. Krakow,
General Contractor „PRZ w Krakowie S. A.”
•
Apartment building Puławski astr. Piaseczno,
General Contractor „ALISMA CONSTRUCTION S. A.”
•
Office building Bysławska Warsaw - façade surface: more than 2500 m2,
Investor: Mera Pnefal S. A.
•
Individual house Spartańska str. Warsaw,
Private investor
•
Individual house Komorów,
Private investor
•
Interior cladding of tunnels at Chopin Airport Warsaw,
General Contractor „PeKaBud”
•
ASP Academy of Fine Arts Łódź - façade surface: more than 3000 m2,
General Contractor „Budimex”
•
Apartment building Serocka str. Warsaw,
General Contractor „Tryboń”
•
Theater Suwałki - façade surface: more than 1000 m2,
Contractor „A&D Suwałki”
•
Apartment complex Mozaika Mokotow Warsaw - façade surface: more than 1000 m2,
•
Shopping Center Jantar in Słupsku - façade surface: more than 5000 m2,
Contractor „Termatex”
•
Faculty of Phisics (CENT II) UW in Warszawa - façade surface: more than 2000 m2,
General Contractor „Karmar S. A.”
•
Cotex Office Center in Płock - façade surface: more than 4000 m2,
Investor „Budoplan”
•
Construction of production plant Weyerhaeuser in Gdańsk,
•
Olecko District Court building,
General Contractor „Skanska”
•
University Hospital in Białymstok - façade surface: more than 6000 m2,
•
„Konstruktorska Business Center” Warszawa - total façade surface more than 4000 m2,
General Contractor „HB Reavis Construction PL Sp. z o. o.”
•
Apartment complex IN CITY Siedmiogrodzka/Karolkowa str. Warsaw - more than 1500 m2,
General Contractor „Unibep S. A.”
•
Shipping center „Galeria Bursztynowa” - more than 6000 m2,
General Constructor „INSTAL Białystok”
•
IInstytut of Aviation - more than 2000 m2,
General Contractor „SKANSKA”
•
Banach Hospital
General Contractor „WARBUD”
www.bspsystem.com
•
Warsaw Underground - 2nd line - toilet cabins - HPL more than 2000 m2
General Contractor „AGP”
•
Warsaw Underground - 2nd line - ventilation screens - HPL more than 5000 m2
General Contractor „AGP”
•
Office building Szczytno - more than 1000 m2
•
Office Building Ericpol Łódź - more than 2000 m2
Contractor „Widok”
•
Office Building Nimbus Office Warsaw Al. Jerozolimskie - more than 2000 m2
General Contractor „Strabag”
•
Hospital in Sosnowiec - more than 1000 m2
•
Building of Municipality in Suwałki - more 1000 m2
General Contractor „Bcomplex”
•
Apartment building Bobrowiecka street in Warsaw - more than 2500 m2
General Contractor „Pribo Suwałki”
•
Buildings: „Apartamenty przy Operze” Białystok - more than 1000 m2
General Contractor „FAD-BET Białystok”
•
Chain Stores ALDI - more than 500 m2
General Contractor „EMG Europe Investment & Partners”
•
Sports and entertainment hall in Lubin - more than 3000 m2
General Contractor „PANPOL”
•
Transformer Station in Katowice - do more than 2000 m2
•
Apartment Complex “Młyny Królewskie” Warsaw, Ostroroga str. - more than 1000 m2
General Contractor „HenpoI”
•
Pomerania Logistic Center (PCL) Gdańsk - over 3000 m2
General Contractor „Doraco” Gdańsk; Contractor „Bausan Aluminium”
•
Apartament complex „Garnizon” Gdańsk - over 1000 m2
General Contractor „Hossa”
•
Public Library Świecie - around 1000 m2
General Contractor „Solgrud”
•
Private School Gdańsk - around 1000 m2
General Contractor „Rebel Concept”
•
Swimming pool at Primary School Pruszcz Gdański - around 800 m2
General Contractor „Budrem”
•
Hotel Przystań Olsztyn - around 700 m2
General Contractor „Przemysłówka PBP Holding”
•
Building of Politechnika in Gdańsk
General Contractor „Hartuna”
•
Technical Inspection Authoriry (UDT) Białystok - over 1000 m2
General Contractor „Skanska S. A.”
•
Hajnowka Shopping Centre - over 1300 m2
General Contractor „Budimex S. A.”
•
Vis a Vis Shopping Centre Łodź - ponad 1000 m2
General Contractor „Budimex S. A.”
•
Apartamenty przy Krasińskiego 41, Warszawa - ok. 800 m2
General Contractor „Fort Budownictwo Sp. z o. o.”
www.bspsystem.com
REFERENCES
49
REFERENCES
Photographs of selected objects
50
Sports hall in Legionowo
IKEA Retail Park Targowek - Warsaw
Museum of Contemporary Art in Krakow
RTV Euro AGD - Warsaw
Construction of the Louis Armstrong Municipal Amphitheatre in Iława
Office building of the Institute of Aviation in Warsaw
Office Building Mera Pnefal S.A. Warsaw
Apartment complex - Zabłocińska str. in Warsaw
www.bspsystem.com
Interior cladding of tunels at Chopin Airport Warsaw
Apartment complex Mozaika Mokotow Warsaw
Apartment complex Wyścigowa str. Warsaw
Apartment building Serocka str. in Warsaw
Apartment-commercial complex Wańkowicza str. Warsaw
Apartment complex „Saxon” in Warsaw
Residential building Argentynska str. Warsaw
Apartment buildings Wilanow str. in Warsaw
REFERENCES
Photographs of selected objects
www.bspsystem.com
51
BSP Bracket System Polska Ltd.
ul. Stanisława Augusta 73 lok. 17
03-846 Warszawa
+48 22 243 09 70, +48 22 428 22 63
e-mail: [email protected]
www.bspsystem.com
Version 01/2015
Our partners
EUROPEAN UNION
EUROPEAN REGIONAL
DVELOPMENT FUND

kwf2

Transcription

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