BASWA phon - Acoustic GRG Ireland

Transcription

Planning
documents
Marmorweg 10
CH-6283 Baldegg
Tel. ++41 (0)41 914 02 22
Fax ++41 (0)41 914 02 20
www.baswa.com
Table des contents
Page
Planning documents
4
System description of BASWAphon
4
BASWAphon – Classic
8
BASWAphon – Fine
8
BASWAphon – Base
9
BASWAphon – Cool
9
Construction details
10
Ceiling construction
10
Wall construction
11
Surface connections
12
Edge filling
13
Hybrid systems / seamless surfaces
14
Dilatations
15
Ceiling installations and constructions
16
Miscellaneous
17
Installation times
19
Detailed drawings
20
Bidding text
42
Reference list of objects
57
General Conditions of Contract of the BASWA companies
65
Page 4
BASWA – acoustics system
General information
The BASWAphon acoustic system is an innovative, mineral-based, patented modular product line designed for
controlling sound reverberation time. The system is
comprised of a pre-coated mineral fiber panel which is
glued on a hard surface (cement, plaster fiber panel) and
is then seamlessly coated with a micro-porous coating
mass.
The system is suitable for:
• level surfaces such as ceilings, floors
• arched and vaulted surfaces
• double-folded surfaces
BASWAphon technology provides architects and acousticians with new design possibilities thanks to the following characteristics.
•
•
•
•
seamless, smooth surfaces
exceptional sound absorption
minimal loss in room height
unrestricted color choice according to
Corbusier or NCS
• non-combustible
• sound absorbing cooling and
heating surfaces
Please visit our Internet address www.baswa.com which
will provide you with photos of several objects and design possibilities.
Systems
In order to satisfy a wide variety of acoustic and architectural requirements, four systems are available to you in
four different system strengths with a price-performance
ratio optimally suited to the various features and field of
application.
Illustration 1 Finesse of structured surface
Acoustic features of the system’s thickness
The systems satisfy a variety of acoustic and architectural requirements. Which is why BASWAphon acoustic
systems are available in a system thickness of 30, 40, 48
and 68 mm.
We recommend consulting with an architectural acoustician for your specific dimensioning requirements. The
measured values are listed in the BASWA test report documents.
Acoustic design
For acoustic reasons, it can be an advantage to have increased sound reverberation in some of the ceiling fields.
This can be achieved by using sound-proof surfaces such
as cement chases, curtain walling or by closing the pores
on the supporting panel with a latex paint.
Due to the various degrees of material porosity and flow resistances, the level of soiling may vary during the course of
use, which cannot be avoided and which is why no claims
will be accepted in this regard.
On the next pages, you will be givan a system description of the following systems:
• BASWAphon – Classic
• BASWAphon – Base
• BASWAphon – Fine
• BASWAcool
1.2
1.0
Schallabsorptionsgrad as
Seamlessness
Taking into account the specific features of the ceiling
surface such as: shape of ceiling, material expansion,
possible sinking and/or deformation of the building’s
shell, up to 400 m2 of surface can be designed seamlessly with a corresponding shadow gap of approx. 1 cm.
We’d gladly be of assistance to you in finding the suitable solution to meet your specific needs. .
1.4
0.8
0.6
0.4
0.2
0.0
125
250
500
1000
Frequenz f
2000 Hz 4000
Illustration 2 Sound absorption level of
BASWAphon - Classic 68 mm
BASWAacoustic AG • Marmorweg 10 • CH-6283 Baldegg • Tel. +41 (0)41 914 02 22 • Fax +41 (0)41 914 02 20 • www.baswa.com • [email protected]
Page 5
Product manufacturing / manufacturing quality
The quality of the surface greatly depends upon the care
that went into carrying out and adhering to the manufacturing instructions. BASWAphon ceilings are not merely
industrial creations, rather are handmade, quality objects
and therefore do not show any signs of irregularities, furnishing clear evidence of the fact that our products are
the result of high-quality craftsmanship.
Should the ceiling be exposed to extreme side light, minimal signs of unevenness in the smooth white plaster
surfaces may become visible. (In order to give you an
idea of the quality achieved on site, we would be pleased
to name several objects with side light).
Manufacturing is only permitted by employees certified
by the BASWA acoustic AG company.
Inexperienced contractors can receive a qualification for
installing the BASWAphon acoustic system by receiving
in-house technical training.
The different detailed solutions are also discussed during
training thus providing contractors with a high degree of
expertise in the manufacturing and consultation of the
product.
Partial soiling
Partial soiling such as nicotine stains, water and beverage stains, traces of chlorophyll, etc. can be carefully
removed by moistening the area with a 10% oxygenated
water solution. Please contact us should you be confronted with a case involving some form of damage.
Refreshing process
Any yellow or gray discoloration of the surface resulting
from normal use of the room can be refreshed by spraying the paint in the process of being prepared. This procedure can be repeated as many as three times.
Renewal process
When confronted with badly soiled surfaces, the last layer is removed and re-built. In order to do so, steam is applied to the BASWA surface for approx. 3 minutes with a
standard steam-cleaner used for household purposes.
After a brief saturation period, the BASWA Top layer (approx. 0.5 - 1.0 mm) is scraped off with a simple tool,
swept off with a clean broom and is newly applied.
Thanks to this rapid renovation process, the BASWAphon acoustic system is predestined for locations such
as restaurants, hotels, conference rooms, etc.
We’d be pleased to provide you with a current list of plaster contractors upon request.
Ceiling maintenance
Systems used to reduce reverberation time are based on
micro-porous surfaces where sound energy is transformed into heat. These pores may become soiled over the
course of time due to soot, nicotine or dust.
This may especially take place when the backside of the
BASWAphon ceiling forms a negative pressure. It is therefore particularly important to pay attention during planning that no pressure inclinations (location of the ventilation ducts, leakage) are formed between the cover’s
bottom and the massive ceiling.
The pores would also become clogged by a coat of paint,
which is why BASWA surfaces should under no circumstances be painted.
In order to uphold optimal acoustic characteristics and
optic requirements with respect to clean surfaces and/or
change in shade of color, BASWA’s construction principle
is based on enabling the system to be renewed at any given time.
Depending on the size of the object being dealt with, renewal can be carried out within 1 to 2 working days.
Page 6
Color concept
In order to create colored surfaces, the coating mass is
dyed. In order to retain open-porousness, acoustically
effective surfaces may under no circumstances be covered in paint.
Most colors are available in the Corbusier color concept
or NCS color range. The special composition of the
coating mass limits the selection of the pigments and the
usable amount thereof so that we may not be able to honor all requests. Due to the open-porousness, variations
in lighting, angles of vision, the manufacturing process
chosen, a color may somewhat differ from the model.
Depending on the intensity of the desired color, the foundation coating may have to be dyed as well.
As is the case with other mineral systems, slight cloud
formation cannot be ruled out.
When dealing with bordering building components that
are the same shade of color as the BASWA surface, we
recommend painting them only after completion of the
BASWA component.
Illustration 3 Colors NCS
Vaulted, arched surfaces
When dealing with vaulted ceilings or surfaces with severe curves, the pre-coated mineral fiber panels are cut into
approx. 3/4 of the way and are carefully pre-bent and then
glued to the surface.
Do you have a specific color in mind? We’d be more than
pleased to send you a sample.
In case of radii of less than 0.5 m, we recommend constructing with an uncoated mineral fiber panel as a basis
which is then coated in three working stages (BASWAphon Fill, BASWAphon 407 and BASWAphon – Top).
Building management, work planning
The system is purely water-based. The drying process,
therefore, is not accelerated by hydraulically binding additional substances. This is why we estimate, with appropriate manpower, a minimum building time of 5 working days per surface.
Thanks to the supporting panels’ high degree of flexibility, not only can walls of simple vaults be developed, but
also cross-vaults and/or double-curved walls. Depending upon the appearance of the object, structured surfaces can also be developed as is the case with restorations of historically valuable buildings.
Generally speaking, smooth surfaces are difficult to repair, which is why the final coating ought to be applied as
late as possible during the building process. By doing
so, clients can minimize the risk of damage. Gloves
ought to be worn when putting applications on already
existing ceilings in order to avoid fingerprint marks.
Electrical, ventilation and plumbing installations as well
as any possible fastening devices are to be precisely determined and planned in advance. Contrary to a normal
smooth plaster ceiling, making corrections at a later point
is very costly.
Sound reverberation zones are planned by an acoustician and indicated prior to applying the foundation coating.
By applying the final coating as late as possible, mechanical flaws as well as soiling due to color, fingerprints,
etc. can be avoided.
Illustration 4 Exemple de cintre
Seeing to it that all involved in the construction are aware of the vulnerable nature of the final coating can help
ensure a problem-free process as well optimal end results.
Page 7
BASWAphon – Cool
Sound absorption degree according to EN 20354
1.4
1.2
1.0
Schallabsorptionsgrad as
General
Rightfully so, one of the biggest topics today is how our
environment is being treated and the sustainable protection thereof. A significant factor in this regard is surely
the amount of energy required for the air conditioning of
our living space.
In order to guarantee a lasting basis for our lives, we
must optimize the energy used and make use of alternative forms of energy.
The classic systems used in order to air condition buildings such as ventilating systems, static heaters, are often limited when it comes to providing a comfortable atmosphere using the least amount of space and energy
possible.
0.8
0.6
0.4
0.2
0.0
125
1000
500
Frequenz f
250
2000 Hz 4000
Illustration 5
Capillary tube technology
Capillary tube technology provides new possibilities
in terms of environment. It is in tune with Nature: Waterbearing capillary tube mats made out of flexible synthetic
material are installed very close to the surface of the
space development surface, enabling mild temperature
equalization of the ceilings, walls or floors.
Refrigerating capacity
Typ:
Kapillarrohr-Kühldecke, eingeputzt
120
110
100
90
During this process, energy is transferred between the
users and the active surfaces mainly through radiation.
This is in accordance with the natural regulation of all
living creatures’ thermal economy.
22 kg/Elem.
80
70
11 kg/Elem.
60
50
40
This explains why human beings feel comfortable when
in a room equipped with this system and why their productivity is increased. For this very reason, the demands
for:
30
Kühlsegel mit PP-Kapillarrohren, Abstand: 10mm, eingebettet in Gipsputz
20
3
4
5
6
7
8
9
10
log. Untertemperatur In K
11
12
13
14
15
Illustration 6
Sound Absorption
Temperature Equalization
lead to the creation of our new BASWAphon – Cool
product.
System set-up
Capillary tube mats were glued onto the BASWAphon
supporting panels, were embedded and covered in two
stages, and in the end were covered with the desired final coating.
The BASWAphon – cool system can also be set up directly on a concrete ceiling or a suspended ceiling, as
well as slanted roofs and even in vaulted and arched locations.
However, due to the measurements of the water-supply
pipe, the system is only available in a system thickness of
approx. 53 and 73 cm.
We’d be more than pleased to be of assistance to you
during the planning process.
Function description
Thanks to the system’s large exchange surfaces, large
amounts of energy can be transferred without any
draught or noise, even in cases where the difference between the active room surface and the air is small.
Cooling
Depending upon the flow temperature, the surface temperature is approx. 19 °C at merely 2-3 K spreading between the flow (15°C - 17°C) and the return (17°C - 19°C).
When installed, up to 85 w/m2 refrigerating capacity can
thus be attained. Dew point thimbles steer the volume
energy and/or the flow temperature, thereby preventing
condensation formation.
Heating
In this case, the surface temperature is between approx.
27°C - 30°C. Therefore, skin surface temperature (32 °C)
is not exceeded, thus causing no physiological impairment.
Tests performed by Prof. Dr. Berned Glück have shown
that no loss in comfort is to be expected at a heating
capacity of 60 - 70 W/m2 based on radiation asymmetry.
Page 8
System set-up
5
4
3
2,0 mm
25,35,43,63 mm
2
1
General information
This tried and tested system can be put to use universally and combines all the advantages of the BASWAphon
acoustic system. The system provides the highest degree
of freedom, enabling the creation of the very finest surface structure.
3,0 mm
1,5 - 2,5 mm
0,5 - 1,5 mm
1) BASWAphon Top Covering Layer
2) BASWAphon 407 Foundation Layer
3) BASWAphon Supporting Panel
4) Adhesive
5) Background
Special features
• finest surface structure
• intense coloration
• curved surfaces
BASWAphon – Fine
System set-up
4
3
2,0 mm
2
28,38,46,66 mm
1
General information
This one-layer procedure stands out for its smooth, fine
surface. This system is ideal for suspended systems
and/or in case of a need for short installation times.
1,5 - 2,5 mm
1) BASWAphon fine covering layer
2) BASWAphon acoustic panel
3) Adhesive
4) Background
Special features
• fine surface structure
• short installation time
Page 9
BASWAphon – Base
System set-up
4
3
2
25,35,43 63 mm
1
General information
This module has a smooth, white, seamless, finely structured and mechanically-speaking relatively durable surface with an interesting price-performance ratio.
1,5 - 2,5 mm
1) BASWAphon 407 foundation layer
2) BASWAphon supporting panel
3) Adhesive
4) Background
Special features
• curved structured surfaces
intensive coloration
BASWAcool
System set-up
6
2,0 mm
5
4
25,35,43,63 mm
3
2
4,0 - 5,0 mm
2,0 - 3,0 mm
0,5 - 1,0 mm
1
General information
This product class combines sound absorption with the
water-bearing capillary tube system and creates a room
temperature in tune with our clients’ specific needs.
Special features
• seamless, smooth surface (Classic, Base and Fine)
• draught-free, noise-free heating and
cooling
• exceptional sound absorption
• Refrigerating capacity > 87W/m2 at a dT of 10 K
• short thermal reaction time
• very best hygienic conditions
1)
2)
3)
4)
BASWAphon Top covering layer
BASWAphon 407 base layer
Capillary dube cooling mat
BASWAphon – Supporrting panel with
cement foundation layer
5) Cement-like adhesive
6) Cement
Page 10
Ceiling construction
Massive ceilings
BASWAphon acoustic systems have been tried, tested
and proven to be ideal for this application thanks to a minimal loss in ceiling height, the additional thermal insulation, the system’s seamlessness, all combined with exceptional acoustics.
When dealing with already existing ceilings (abrasion,
coat of paint), the adhesive strength ought to be determined in advance. Should it be less than 250 N/m2, the
background has to be strengthened by an insulation liquid suitable for the existing coating and/or an additional
mechanical fastening has to be placed on the glued supporting panels with BASWA metal clips.
Otherwise, the supporting panels’ entire surface is glued
on the dust-free and forming-oil-free cement ceiling with
the adhesive suited for the background. Casing offsets
larger than 3 mm have to be levelled out in advance.
Illustration 7 Additional mechanical fastening
(see drawing Z001)
Suspended ceilings
In order to avoid partial soiling of the surface and in order
to uphold the fire resistance class F30, the system requires a closed ceiling sub-structure. A standard suspended system made out of metal tracks can be used for the
sub-structure. Wooden sub-structures are not recommendable due to possible fissures as a result of longterm deformation.
As a suspension basis for the BASWAphon – construction, a solid, 12.5 mm plaster board or plaster fiber panel
covering ought to be chosen. (When constructing in humid rooms, such as swimming pools, the choice of substructure must be determined on the basis of building
physics.)
Illustration 8 System-set up of Classic suspended
In order to avoid partial soiling of the surface, the butt
joints have to be levelled out. If a pressure differential
over the ceiling application cannot be ruled out, a large
opening, which can be concealed with a loudspeaker
cloth, should be formed.
The surface of the suspended ceilings must be dry and
free of any dust particles. The pre-coated supporting panels are glued entirely on the smoothed plaster board
ceiling with a gypsum based adhesive. Additional mechanical fastening is not necessary.
Page 11
Wall construction
Increasing mechanical stability by
incorporating a net
The BASWAphon acoustic system can also be used for
projection purposes, that is for overhead projectors, movie and slide presentations. The application of the system on walls is similar to ceiling application. As an alternative, a white synthetic reinforcement net can either be
partially or entirely embedded when the first foundation
layer is being applied (BASWAphon – 407). This helps increase system stability. However, additional reinforcement may cause absorption to be somewhat diminished.
Illustration 9
Wall construction
with reinforcement material
(see drawing Z023)
Increasing mechanical stability by means of
curtain walling
Maximum mechanical stability of specific exposed areas
can be attained by applying curtain walling
made out of mineral building material. This is then covered by the acoustically effective surface, thereby creating
a seamless wall. The transition region between the curtain walling and the BASWAphon supporting panel ought
to be reinforced with a net in order to prevent the formation of fissures.
Illustration 10 Wall construction with curtain walling
(see drawing Z007)
Page 12
Surface connections
Wall connection with severance strips
In order to prevent fissuring, all BASWAphon acoustic
surfaces ought to be separated from bordering surfaces
and objects in the vicinity such as curtain rod tracks, tubular feed-throughs, embrasures, etc. with a BASWA
tape joint.
In addition to what is shown on the diagram to the
right/to the left, the severance strip can also be cleanly
cut only after completion of the BASWAphon top surface.
Illustration 12 Wall connection with severance strips
(see drawing Z002)
Wall connection with a Swedish cut
Due to higher mechanical oscillations or expansion coefficients (with respect to air humidity), respectively, when
dealing with connections on dry walls or wooden walls,
we highly recommend choosing a 2 to 3 mm Swedish
cut.
Illustration 13 Wall connection with a Swedish cut
(see drawing Z003)
L1
Wall connection with shadow gaps
Individual shadow gaps can of course also be filled
according to the diagram to the right/left.
L2
Illustration 14 Wall connection with shadow gaps
(see drawing Z016)
Page 13
Edge filling
Inserting edge protection
Untreated aluminum or metal profiles are not suitable for
filling edges. When using aluminum, for instance, gray
streaks may be caused by the abrasion when the coating
is being applied. Metal profiles may leave color residue
when applying thin layers.
In order to grant material homogeneity, we recommend
the use of BASWAphon synthetic edge protection profiles (BASWAphon – KS, Art.Nr. a027) when filling edges.
Illustration 15 Edge filling with BASWAphon KS
(see drawing Z012)
Edge filling with an angle section
In lieu of BASWA-KS, an appropriate angle section made
out of stove-enamel sheet metal, chrome steel or the
white synthetic material BASWAphon-end section can
also be used. This can be an advantage when having to
clean lateral air evacuation ducts or to provide protection
from mechanical damage.
Illustration 16 Edge filling with an angle section
(see drawing Z014)
Side filling with gypsum skirt
The side of light shafts are often covered with gypsum
plaster board. The diagram shows a suggestion for how
to fill the edge without making a severance. This calls for
optimal dry construction. In order to rule out any fissures
between the fiber panel and the bottom view of the ceiling, we recommend making a severance cut.
Illustration 17 Side filling with gypsum skirt
(see drawing Z005)
Page 14
Hybrid systems/seamless surfaces
Massive hybrid systems
Although directly coating cement or plaster with
BASWAphon-Top virtually has no acoustic effect, it ought
to be taken into consideration for reasons of appearance.
These hard surfaces can, after applying an appropriate
primer (for plaster: water protection coat, for cement:
alkaline resistant proof coating) simply be covered with
the coating mass. Irregularities in the cement’s surface
can be smoothed out with BASWAphon Fill.
In the transition regions of the pre-coated panel, in order
to prevent fissures, an approx. 15 cm wide synthetic net
should be inserted. This net should be inserted with great
care so that at a later point, the surfaces, which will fade
differently, can be precisely separated by an approx. 1mm
thick cut and thus not interfere with the appearance.
Illustration 18 Massive hybrid systems
(see drawing Z011)
Suspended hybrid systems
For acoustic reasons (creation of a sound reverberation
surface), hybrid systems can also be used for suspended
systems, thus providing acoustic design within the room.
The points listed above also apply to this type of application.
Illustration 19 Suspended hybrid systems
(see drawing Z025)
Page 15
Dilatations
Formation of expansion joints
When confronted with large surfaces, the formation of
dilatations may become necessary based on the specific
characteristics of the object in question and the work
sequence of the construction. When following the principle shown, no air circulation can take place in the vicinity
of the hollow space, explaining why partial soiling can be
ruled out.
Illustration 20 Formation of expansion joints
(see drawing Z008)
Illustration 21 Formation of expansion joints
(see drawing Z094)
Page 16
Ceiling installations and constructions
Recessed lights
Openings for recessed lights can be made by means of a
carpet knife, crown bit or saw after completion of the final coating.
In order to conceal damage done to the edge during installation or maintenance, the masking ring should have
a width of a minimum of 1 cm. The lights have to be fastened to the solid background or substructure, respectively. We do not recommend merely laying installations
on the fiber panels.
If however recessed lights are installed with a narrow
masking ring or with a spring system, a metal case or a
BASWAphon installation platform (BASWAphon IP) must
be built in, in lieu of the elastic mineral fiber panel.
Illustration 22 Installation of recessed lights
BASWAphon-IP
(see drawing Z006)
All panel’s front faces, penetrations are to be hermetically sealed by means of a PE-band or a coat of gypsum
plaster board. By doing so, partial soiling, which can
take place as a result of panel airflow, can be prevented.
BASWA Installation Platform (BASWA – IP)
The BASWA-IP is used for recessed lights with bracing
springs, as a background for heavy objects such as surveillance cameras, fire alarms, loudspeakers, heavy ceiling lights, electric outlets, ventilation and plumbing installation openings, etc.
Thanks to the panel’s pressure-proof quality, there is no
risk of the edge breaking through, thus rendering the use
of a wide masking ring superfluous.
The BASWA-IP is comprised of an open-porous, pressure-proof panel, is calibrated according to the thickness of
the respective BASWAphon supporting panel and can be
delivered either with or without an opening cut-out.
BASWA – IP Standard:
150 mm x 150 mm for d < 90 mm
300 mm x 300 mm for 90 mm < d > 220 mm
Additional dimensions are available upon special request.
The platforms are fastened in advance on the existing
background (glued and then screwed to the background). Then, the supporting. panels are snugly pushed
onto the installation platform. Any remaining space is filled with BASWAphon-Fill.
Service openings
Standard products which can be adjusted in height
ought to be used for service openings. The cover is
coated with the foundation and cover coating and therefore has the same surface as the ceiling.
Page 17
Miscellaneous
Incisions for cable and electric tubes
When dealing with a system thickness of 68 mm, electric
tubes can also be fastened to the ceiling and cut-outs
can be made on the reverse side of the supporting panels
accordingly. This can especially be an interesting alternative in the renovation sector. One must bear in mind,
however, that the tubes’ covering is at least 2 cm and
that the tubes ought to be tightly fastened to the ceiling
with wall clamps, without any sagging.
min. 2 cm
Cross-overs are strictly prohibited!
Illustration 23
Air flow with suspended ceilings
In order to rule out or minimize partial soiling through air
slits, the in-going or out-going air ought to be directed laterally towards the wall. Should this not be possible, we
recommend making sure that a constant small air exchange take place, preventing the creation of an air vortex. An air exit angle of 45 degrees greatly reduces the
degree of soiling.
Installation of cables and electrical conduit
(see drawing Z015)
open passage
Any risk of differences in pressure (between the installation area and indoors) can be prevented by inserting a
blind hole, which can be concealed, for example, with a
loudspeaker. The dimension thereof ought to be calculated by an ventilation or structural engineer.
Illustration 24
Sample of compensation in pressure
(see drawing Z022)
Page 18
Installation of conductor rails and the like
Conductor rails and/or curtain tracks are best installed
according to the procedure described. After completion
of the ceiling, the rails/tracks are installed in an independently developed channel.
Illustration 25 Installation of conductor rails
(see drawing Z009)
Installation of sliding doors and the like
Large interruptions in the ceiling are to be separated and
separately fastened from the substructure. Here, too, we
recommend separating the ceiling by means of a severance strip.
Illustration 26 Installation of sliding doors
(see drawing Z004)
Installation of luminous band
Based on the lamps chosen, the fixture can either be fastened directly on the substructure or be fastened to the
suspended ceiling by means of expansion joints. The alternative illustrated shows the luminous bands without a
visible lamp socket.
Illustration 27 Installation of luminous band
(see drawing Z010)
Page 19
Installation times for BASWAphon – Acoustic Systems
The installation time required for the various systems is
shown in diagram 1.
The installation time is calculated on the basis of a
working group of 3 to 4 people and a ceiling size of 80 100 m2.
Applying BASWAphon – Fine
Connection tasks
BASWAcool
Gluing BASWAphon – supporting panels
•
•
Filling BASWAphon – supporting panels
•
Sanding BASWAphon – supporting panels level
•
Gluing capillary tube mats
•
Embedding capillary tube mats
•
Applying BASWAphon – 407 foundation coat
•
Sanding BASWAphon – 407 foundation coat level
•
Applying BASWAphon – Top cover coat
•
Connection tasks
10. 11. 11. 13. 14.
drying process
drying process
9.
drying process
•
Day
7. 8.
drying process
BASWAphon – Fine
Gluing BASWAphon – acoustic panels
•
•
Filling BASWAphon – acoustic panels
•
Sanding BASWAphon – acoustic panels level
6.
drying process
foundation layer
Connection tasks
drying process
•
5.
drying process
BASWAphon – Base
•
•
•
•
Coating BASWAphon – 407 supporting panel with
drying process
foundation layer
Sanding BASWAphon – 407 foundation layer level
Applying BASWAphon – Top cover layer
Connection tasks
4.
drying process
•
•
•
3.
drying process
•
•
•
•
Coating BASWAphon – 407 supporting panel with
2.
drying process
1.
Page 20
BASWAphon
ADDITIONAL MECHANICAL
FASTENING
5
8
7
4
3
2
1
6
1
BASWAphon - Top covering layer
2
BASWAphon - 407 base layer
3
BASWAphon - supporting panel
4
Cement-like adhesive
5
Cement ceiling or walling
6
BASWAphon – «Fill» seam filler
7
BASWA – metal clip
8
Screw or metal pin
Z001
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 21
BASWAphon
CEILING CONNECTION TO ELEMENTS
WITH SEVERANCE STRIPS
6
8
5
3
2
1
7
4
1
2
3
4
Cement walling
5
Gypsum adhesive
6
Fiber panel for ex. Fermacell or gypsum plastered board
7
BASWA-PE – Severance strips
8
Vapor barrier adhesive
3
2
1
Z002
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 22
BASWAphon
CEILING CONNECTION TO ELEMENTS
WITH A SWEDISH CUT
7
6
5
3
2
1
3
4
2
1
1
2
3
4
Cement walling or wall
5
Gypsum adhesive
6
7
Z003
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 23
BASWAphon
CEILING CONNECTION TO,
FOR EX., A SLIDING DOOR
5
7
4
3
2
1
6
1
2
3
4
Gypsum adhesive
5
6
7
Z004
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 24
BASWAphon-Classic
SIDE FILLING
WITH GYPSUM SKIRT
8
5
7
4
3
2
1
6
1
2
3
BASWAphon - panneau porteur
4
5
Cement ceiling
6
Edge protection
7
Synthetic material mesh, white 4x4 mm for reinforcement
8
Z005
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 25
BASWAphon
BASWA
INSTALLATION PLATFORM
8
5
4
3
2
6
1
7
8
8
9
6
1
2
3
4
5
Cement or walling
6
BASWAphon – «Fill» seam filler
7
Fastening base
8
Fermacell panel
9
Aluminium band
Z006
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 26
BASWAphon
WALL CONSTRUCTION
WITH CURTAIN WALLING
3
4
7
11
10
2
9
1
6
8
5
1
2
3
4
5
Cement or walling
6
7
8
Moos cork strips
9
Metal substructure
10
Plaster board, seam filler
11
Preliminary paint/proof coating
Z007
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 27
BASWAphon
FORMATION OF
AN EXPANSION JOINT
5
7
4
3
2
1
6
1
2
3
BASWAphon - panneau porteur
4
5
6
BASWA – Expansion joint profile
7
Expansion joints airlight
Z008
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 28
BASWAphon
INSTALLATION OF CONDUCTOR RAILS
OR CURTAIN TRACKS
5
10
6
4
3
2
1
7
8
9
1
BASWAphon – Top covering layer
2
BASWAphon – 407 base layer
3
BASWAphon – supporting panel
4
Gypsum adhesive
5
6
U–profile
7
Conductor rails
8
Wooden reinforcement
9
Screw or metal pin
10
Z009
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 29
BASWAphon
INDIRECT LIGHTING
5
4
6
3
2
1
6
1
2
3
4
Gypsum adhesive
5
6
BASWA – Edge protection
Z010
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 30
BASWAphon
CONSTRUCTION OF
CONCRETE / BASWAphon HYBRID SYSTEM
5
6
7
8
1
2
3
4
1
2
3
4
5
6
Alkaline-resistant proof coating
7
8
Ev. background coated with BASWA-Fill
Z011
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 31
BASWAphon
GROOVE FILLING WITH BASWAphon
GROOVE PROTECTION,
FRONT FACE WITH BASWAphon
5
6
1
2
7
1
2
3
4
1
2
3
4
5
6
Painted with smooth plaster exposed concrete or the like
7
BASWAphon – Edge protection
Z012
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 32
BASWAphon
GROOVE FILLING WITH BASWAphon
GROOVE PROTECTION,
FRONT FACE WITH WHITE SMOOTH PLASTER
5
6
7
1
2
3
4
1
2
3
4
5
6
7
BASWAphon – edge protection
Z013
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 33
BASWAphon
GROOVE FILLING
WITH AN L-ANGLE PROFILE
5
6
7
8
1
2
3
4
1
2
3
4
5
6
7
Chrome steel angle or powder-coated metal angle
BASWAphon – end angle
8
Mounting glue
Z014
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 34
BASWAphon
INSTALLATION MANAGEMENT
6
5
4
7
3
min. 2 cm
2
1
1
2
3
4
5
6
Synthetic pipe
7
Pipe clamp
Z015
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 35
BASWAphon
WALL CONNECTION
8
6
5
7
9
1
2
3
4
6
L1
WITH A SHADOW GAP
L2
1
2
3
4
Gypsum adhesive
5
6
BASWAphon – PVC end angle
7
Profil L-angle
8
9
Mounting glue
Z016
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 36
BASWAphon
PREVENTING A DIFFERENCE IN PRESSURE
ABOVE THE CEILING
open passage
5
4
3
2
1
6
7
1
2
3
4
Gypsum adhesive
5
Gypsum fiber or gypsum plastered panel
6
Wooden foundation
7
For ex. loud speaker covering
Z022
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 37
BASWAphon
WALL CONSTRUCTION
WITH REINFORCEMENT NET
1
2
3
4
5
6
7
1
2
3
Synthetic material mesh, white 4x4 mm for reinforcement,
in BASWAphon 407, embedded and covered
4
5
6
7
Moos cork strips
Z023
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 38
BASWAphon
FORMATION OF EXPANSION JOINTS
5
7
6
8
6
1
2
1
2
3
4
5
Cement walling
6
Chrome steel angle or powder-coated metal angle,
3
4
BASWAphon – end angle
7
Mounting glue
8
Moss cork strips
Z024
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 39
BASWAphon
CONSTRUCTION OF A FIBER PANEL /
BASWAphon HYBRID SYSTEM
8
5
6
9
7
10
1
2
3
1
2
3
4
Gypsum adhesive
5
6
Alkaline-resistant proof coating
7
8
Wooden foundation
9
Screws
10
Plaster board, seam filler
4
5
Z025
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 40
BASWAcool
SYSTEM CONSTRUCTION DIRECTLY
ON CONCRETE
6
2,0 mm
5
4
25,35,43,63 mm
3
2
4,0 - 5,0 mm
2,0 - 3,0 mm
0,5 - 1,0 mm
1
1
2
3
Capillary tube cooling mat
4
BASWAphon – Supporting panel with foundation layer
5
6
Cement
Z027
BASWA acoustic AG
Marmorweg
10
CH - 6283 Baldegg
Page 42
271.1 Bidding text for BASWAphon System
BASWAacoustic AG, Baldegg
Bid and offre
Project:
………
271.1 Bidding text for BASWAphon
271.1 Special plasterer tasks
Input total net
CHF ...............................................
Name:
.....................................................
Street:
.....................................................
Zip code, City/town:
incl. VAT
..........................................
Telephone:
.....................................................
Fax:
.....................................................
Person handling bid: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Place, date:
Signature:
...............................................................................................
Page 43
NPK: 651 Ceiling coverings made out of gypsum elements D/89(V’01))........................................................BKP: 271.1
Gross
Net
Summary base on order, BKP: building construction
271.1
Special plasterer tasks
271.1 Special plasterer tasks
Total
...............................
...............................
..........................
..........................
Conditions
Description
Input total
Revised
Gross
.......................................
.....................................
.........................% .......................................
.....................................
.......................................
.....................................
Discount
Subtotal 1
Cash discount
........................ % .......................................
Subtotal 2
VAT
Net
7.6 %
.......................................
.....................................
.......................................
.....................................
.......................................
.....................................
Page 44
000
Conditions
Positions that do no t correspond to the original text of the NPK
are labelled with the letter «R» before the position number.
R
.100
Short list of table of contents.: the full text in NPK 651D/1989
is decisive.
.900
Bids for the installation of BASWAphon acoustic systems can
only be submitted by licensed, certified companies. The
submission of the document forms an integral part of the offer.
010
Regulations
011
Norms, recommendations and the like. The version in force on
the date of the contract shall apply.
.100
SIA-standards.
.110
The valid SIA-standards are binding for the execution of work,
in particular Norm SIA 118 «General Conditions for Construction
Work» («Allgemeine Bedingungen für Bauarbeiten») shall apply.
.120
Norm SIA 256 Ceiling Coverings made out of Pre-fabricated
Elements («Deckenverkleidungen aus Fertigelementen») shall
apply in particular.
.130
Ceiling coverings and suspended ceiling coverings
with closed surfaces.
- Proof shall be furnished for the required fire resistance
classes.
- The recommendation SIA V 242/2
Plasterer Tasks Dry Mortarless Construction
(«Gipserarbeiten - Trockenbau»)
shally apply for paragraphs 400 and 500.
.140
System-Protektor
Protektor-Profil GmbH,
Regensdorf
Tel. +41 (0)1-843 14 14
Sub-structure made out of metal
Type: Protektor.
Planking made out of gypsum plaster board
Type: Lafarge.
.150
Sistema BASWAphon,
BASWAacoustic AG,
CH-6283 Baldegg
Tel. +41 (0) 41 914 02 22.
Page 45
011
.300
Other standards.
.310
The current guidelines of the company BASWAacoustic AG are
to be taken into account when performing work.
100
Preliminary work
110
Preparation tasks
R 119
Scaffolding.
R
.100
Surface scaffolding.
R
.101
Surface scaffolding with closed, horizontal layer. Working
basis: sturdy, load bearing floor, horizontal
2
or inclined up to 10 %
........................................ m
120
..............................
..............................
Covering tasks
The following covering tasks may only be carried out with the
authorization of building management.
121
Protection of floors.
.801
122
Hardword floors etc ……………………
To pos. ……………………
Pavatex 3 mm glued with Floarliner.
Joint formation ……………………
Type of fastening ……………………
Removal and transport
after completion of work.
Type of removal …………………………
........................................
m2
..............................
..............................
........................................
m2
..............................
..............................
Protection of walls
.200
Plastic foil, thickness mm 0,05
Joints overlapping and glued.
Fastened with adhesive strips.
.202
.601
Wooden walls, etc. description
can be chosen freely
To pos.
Covering material ………………
Joint formation ………………
Type of fastening ………………
after competition of work.
Carry over
..............................
Page 46
122
.601
123
Type of removal
m2
..............................
..............................
........................................
pc
..............................
..............................
........................................
m2
..............................
..............................
Protection of building components.
.001
Dimension per piece.
Type ……………………
for ex. built-in kitchens
To pos ……………………
Covering paper, g/m2 ……………………
Material ……………………
Joints overlapping and glued.
Fastened by means of a ledge or
adhesive strip.
Type of fastening ……………………
Building component, measurement
R 190
Preparation of background.
R191
Levelling out of background.
R
........................................
.101
Levelling out teeth, coating
bonding mortar and equalizing
irregularities on the cement’s surface
with foundation plaster
to a tolerance of +/- 1,5 mm
R
.200
Preparation and completion
of background.
R
.201
Removing cement surface of dust
and oil.
........................................
m2
..............................
..............................
Scraping off, roughening and cleaning
of existing plastered surfaces,
Tensile strength larger than kg/m2 30
........................................
m2
..............................
..............................
With suitable product proofing all
surfaces that can bleed such as:
gypsum plaster board, accessories out
of wood, nicotine-stained surfaces
and the like with a watery or solvent proof
coating for the ensuing coating with
BASWAphon coating mass.
........................................
m2
..............................
..............................
R
R
R
.202
.203
.204
Coat all surfaces not suitable
for the bonding of mineral adhesives
so that the tensile strength
Carry over
..............................
Page 47
R 191
.204
500
with the chosen adhesive
is larger than kg/m2 30.
........................................
m2
..............................
..............................
Special ceilings
The recommendation SIA V 242/2 Plasterer Tasks
Dry Mortarless Construction.
(«Gipserabeiten Trockenbau») shall apply paragraph 500.
.100
Supplementary tasks to par. 500 are described in
paragraph 600.
R 590
Sound proofing and absorbing ceiling coverings.
R 591
BASWAphon acoustic system.
R
.100
BASWAphon supporting panel, place entire surface
backwards in the mineral wool with suitable cement
adhesive, staggered and snugly pushed onto clean, level
background. Fill butt joints with BASWAphon- Fill, allow
to dry completely (at least 24 hrs.), level out surface by
sanding it with an emery board.
Without substructure.
Working height up to m 3.00
R
.111
System thickness mm 30.
........................................
m2
..............................
..............................
R
.112
........................................
m2
..............................
..............................
R
.113
........................................
m2
..............................
..............................
R
.114
........................................
m2
..............................
..............................
R
.200
BASWAphon supporting panel, place entire surface
backwards in the mineral wool with suitable cement
adhesive, staggered and snugly pushed onto clean, level
background. Fill butt joints with BASWAphon- Fill, allow to dry
completely (at least 24 hrs.), level out surface by sanding
it with an emery board.
Without substructure.
Working height up to m 3.00.
R
.201
........................................
m2
..............................
..............................
R
.202
........................................
m2
..............................
..............................
R
.203
........................................
m2
..............................
..............................
R
.204
........................................
m2
..............................
..............................
R
.300
Suspended ceiling coverings.
Suspended ceiling coverings made out of mineral
Carry over
..............................
Page 48
R 591 .300
Gypsum plaster board of fiber panels, horizontal, level.
Lateral connections with mould-parting seam approx,
2 mm or severance strips.
The surface weight of the BASWAphon acoustic system
of kg/m2 15.0 is to be taken into account when laying
the anchoring elements, center distances, supporting and
assembly profile.
Suspended lower ceiling are to be described with
paragraphs 200 + 400.
BASWAphon supporting panel; suitable gypsum based
adhesive place entire surface backwards in the
mineral wool with suitable cement adhesive, staggered
and snugly pushed onto clean, level background.
Fill butt joints with BASWAphon- Fill, allow to dry completely
(at least 24 hrs.), level out surface by sanding it with an
emery board
R
.301
........................................
m2
..............................
..............................
R
.302
........................................
m2
..............................
..............................
R
.303
........................................
m2
..............................
..............................
R
.304
........................................
m2
..............................
..............................
R
.400
Suspended ceiling coverings.
Suspended ceiling covering out of mineral gypsum plaster
board or fiber panels, horizontal, level. Lateral connections
with mould-parting seam approx. mm 2 or severance strips.
The surface weight of the BASWAphon acoustic system of
kg/m2 15.0 is to taken into consideration when laying the
anchoring elements, center distances supporting profile and
assembly profile.
Suspended lower ceilings are to be described with
paragraphs 200 + 400.
BASWAphon acoustic panel; suitable gypsum based adhesive
place entire surface backwards in the mineral wool with
suitable cement adhesive, staggered and snugly pushed onto
clean, level background.
R
.401
........................................
m2
..............................
..............................
R
.402
........................................
m2
..............................
..............................
R
.403
........................................
m2
..............................
..............................
R
.404
........................................
m2
..............................
..............................
R
.800
Additional charges.
R
.801
Surcharge for additional mechanical fastening,
....................
..............................
Carry over
...........................
Page 49
R 591
.801
Fasten 4 BASWAphon metal clips /
m2 by means of screws or metal pins on
load-bearing background.
(see detail drawing Z 001)
........................................
600
Supplementary tasks.
610
Reinforcements, interchanges as well as grooves,
edges and special connections, severance strips.
612
Wooden reinforcements.
R
.100
Parallel boards mm 150x27.
.103
.191
Iength over m 1,20
Wooden backing behind
structural panel for installation
fastenings.
Dimensions mm ………… x …………
613
........................................
m2
..............................
..............................
m
..............................
..............................
..............................
..............................
....................................m
Edge and groove fillings.
R
.900
Edge and groove fillings for
BASWAphon acoustic system.
R
.991
Edge and groove filling for
BASWAphon acoustic system incl.
all suplementary tasks and material.
........................................
m
..............................
..............................
all supplementary tasks and material.
........................................
m
..............................
..............................
........................................
m
..............................
..............................
........................................
m
..............................
..............................
....................
..............................
R
R
R
.992
.993
.994
614
Connections with bordering building
components.
.100
With severance cut or severance strips.
Carry over
...........................
Page 50
614
.110
On vertical surfaces.
.114
All components are to be separated
by means of BASWA PE-Band.
(see detail drawing Z 002).
Right-angled.
.115
........................................
m
..............................
..............................
........................................
m
..............................
..............................
All components are to be separated
with a 3 mm Swedish cut.
Right-angled.
.120
With angular cross section, for ex. pillar.
.121
Lateral side size up to m 0,80, 2 sides.
........................................
pc
..............................
..............................
.122
........................................
pc
..............................
..............................
.123
........................................
pc
..............................
..............................
.130
With a round cross section, for ex. columns.
.131
Semicircle up to d m 0,40.
........................................
pc
..............................
..............................
.132
Full circle up to d m 0,40.
........................................
pc
..............................
..............................
.200
Connections with fire protection requirements
with a severance cut or severance strips.
.210
With right-angled cross section
with gypsum or rock wool strip securities.
.211
Right-angled.
........................................
m
..............................
..............................
.212
Oblique-angled.
........................................
m
..............................
..............................
.213
Bent.
........................................
m
..............................
..............................
.220
with gypsum or rock wool strip
securities.
.221
........................................
pc
..............................
..............................
.230
with gypsum or rock wool strip
securities.
..............................
..............................
Carry over
........................................
Page 51
614
.231
Semi-circle up to d m 0,40.
........................................
pc
..............................
..............................
.232
Full circle up to d m 0,40
........................................
pc
..............................
..............................
R
.900
Special connections to bordering
building components and seams
for BASWAphon acoustic system.
R
.901
Shadow gap.
........................................
m
..............................
..............................
........................................
m
..............................
..............................
........................................
m
..............................
..............................
........................................
m
..............................
..............................
pc
..............................
..............................
..............................
..............................
All building components are to be
separated by means of a shadow gap.
including all supplementary tasks and
material.
Width ……………………… mm
Depth ……………………… mm
R
.902
Ceiling connections.
Ceiling connection on frame.
For ex. sliding doors and the like,
including all supplementary tasks
and material.
R
.905
Fill settlement joints.
Filling of settlement joints.
Filling in BASWA contraction joint profile,
incl. all supplementary tasks and material.
R
.906
Bridging over settlement joints.
Bridging over settlement joints.
Filling in the Protektor settlement
joint profile, incl. all supplementary
Tasks and material.
620
Incisions for installations
621
Incisions with closing and plastering for tubes,
canals and ventilation grids. Surface for laying of
ingrain wall covering or cover coat.
.100
Round incisions.
.101
d up to mm 100.
........................................
Carry over
........................................
Page 52
621
R
.102
d mm 101 up to 250.
........................................
pc
..............................
..............................
.103
d mm 260 up to 500.
........................................
pc
..............................
..............................
.200
Angular incisions.
.201
up to m2 0,01.
........................................
pc
..............................
..............................
.202
m2 0,02 to 0,06.
........................................
pc
..............................
..............................
.203
m2 0,07 to 0,25.
........................................
pc
..............................
..............................
.204
m2 0,26 to 0,36.
........................................
pc
..............................
..............................
.391
Making incision in lines on the
BASWAphon supportinng panel’s
or acoustic panel’s back side
(minimum overlapping mm 20)
........................................
m
..............................
..............................
........................................
m2
..............................
..............................
m2
..............................
..............................
..............................
..............................
R 690
Treating surfaces of BASWAphon
supporting panels
or acoustic panels accl. to pos. 590.
R 691
BASWAphon surface coatings.
Applying coating masses.
R
.100
BASWAphon-Classic.
R
.101
Applying BASWAphon 407 foundation
layer, smoothing out and allowing to
dry completely (minimum of 48 h.)
Checking coating for levelness and
if necessary level out by sanding.
Apply BASWAphon Top covering layer,
smooth out and allow to dry completely.
Total layer strength mm 3,5 - 4,5.
R
.200
BASWAphon-Fine.
R
.201
Apply BASWAphon-Fine,
smooth out and allow to dry
completely (min 48 h).
........................................
Carry over
........................................
Page 53
R
.300
BASWAphon-Base.
R 691
.301
Apply BASWAphon,
completely (min 48 h).
........................................
m2
..............................
..............................
........................................
m2
..............................
..............................
Shade of color for light
pastel colors.
........................................
m2
..............................
..............................
Extra charge for
rich colors.
........................................
m2
..............................
..............................
Synthetic tissue, white,
embded mm 4 x 4 in BASWAphon
foundation layer and cover.
Incl. all work and material.
........................................
m2
..............................
..............................
Carry over
........................................
..............................
..............................
R
.500
BASWAphon-Therm.
R
.501
Embedding and covering waterbearing capillary tube
map with BASWA 407 foundation
layer in two working stages.
1st working stage:
Embded capillary tube mat with
BASWAphon 407 foundation layer,
fill in all crevices, smooth out
and allow to dry completely
(min. 48 hrs.).
2nd working stage:
Apply BASWAphon 407 foundation
layer on capillary tube mats, smooth
out and allow to dry completely
(min. 48 hrs.).
Check coating for levelness and
smooth out by means of an emery
board.
Apply BASWAphon Top covering layer,
smooth out, and allow to dry completely
(min. of 24 hrs.).
R
.800
Extra charges.
Extra charge for paint.
R
R
R
.801
.802
.803
Page 54
R
R
R
R
.804
.805
.806
.807
Apply BASWAphon 407
foundation layer on proof coated
fiber panels or coated,
proof coated cement surface,
completely (min. of 48 hrs.).
Check for levelness and if
necessary level out by sanding.
incl. all work and material
(without substructure).
........................................
m2
..............................
..............................
Apply BASWAphon 407
covering layer on proof coated
(with BASWAphon 407 foundation
layer) fiber panels or coated,
proof coated cement surface,
(without substructure)
........................................
m2
..............................
..............................
Apply BASWAphon 407
Fine covering layer on proof coated
(with BASWAphon Fill) fiber panels or
coated, proof coated cement surface,
(without substructure).
........................................
m2
..............................
..............................
Insert a white synthetic net,
mm 4 x 4, width at least 150 mm,
at material transition to the other
building material such as gypsum
plaster board / fiber panels, cement
and the like with coating material
from Pos R 691, incl. all work and
material
(see detail drawing Z 025 or Z011).
........................................
m2
..............................
..............................
Carry over
........................................
..............................
..............................
Page 55
800
Supplementary tasks and charges 1
810
Fastenings, laying tasks, small surfaces supplements
and the like
R
R
813
Supplementary charge for fastening
the BASWAphon supporting panel or
acoustic panel on sloped carrying building
components. Incl. all supplementary tasks.
.001
To pos ……………………
According to plan ……………………
Degree of slope ……………………
Suspension height mm ………… to …………
Additional ……………………
814
Supplementary charge for fastening
the BASWAphon supporting panel or
acoustic panel on sloped carrying building
components incl. all supplementary tasks.
.001
To pos ……………………
According to plan ……………………
Degree of slope ……………………
Suspension height mm ………… to …………
Additional ……………………
........................................
m2
..............................
..............................
........................................
m2
..............................
..............................
Carry over
Page 56
850
Ceiling lights and the like 1
...........................
....................
....................
R
859
Setting the BASWAphon installation
platform for placement of recessed lights,
fire alarm and the like.
Gluing and additional mechanical
fastening, incl. work and all material.
R
.101
BASWAphon – IP 150, mm 150x150
with diameter up to mm 90.
........................................
pc
..............................
..............................
BASWAphon – IP 150, mm 300x300
with diameter up to mm 220.
........................................
pc
..............................
..............................
BASWAphon – IP according to
indications given by building
management or architect, respectively.
........................................
pc
..............................
Installation of electricity, curtain rod
tracks and the like and placing
a U-profile according to pos. 620,
incl. work and all material.
........................................
m
..............................
..............................
........................................
pc
..............................
..............................
................
................
R
R
R
R
.102
.103
.105
.107
Installation of a blind cover for
pressure equalization.
Setting an air permeable blind cover
pressure equalization between the
bottom view of the hollow ceiling,
incl. work and all material.
Length mm ……………………
Width mm ………………………
651
Total ceiling coverings made out
of gypsum elements
271.1
Total special plasterer tasks
.....................
................
Page 57
Reference list of objects
The extract of the objects listed is meant to helb you form an opinion about the various possibilities of putting
the BASWAphon Acoustic System to use. Surely there is an object in close proximity to you which you can visit in
order to get a closer loot at our quality products. Faced with a particularly challenging situation? Just give us a call –
We’d be more tha pleased to provide you with examples of similar objects.
No private addresses are listed in the object list for privacy protection reasons. Over 50 objects were carried out in that
sector over the past 2 years.
Object
Golf Club de Lausanne
College des Martines
Hotel Alpha
Alcoa Europe SA
Café-Restaurant «A la Bossette»
Collège de la Croix-sur-Lutry
Salle communale
Crèche Chateaubriand
Salle paroissiale des Eaux-Vives
O.M.S. 20, salle de meeting,
Cafe Zinette
Café du Raisin
Gymnase Intercantonal de la Broye
Université de Fribourg
Ecole de la villa thérèse
Sparkasse des Sensebezirks
Ecole de Plan-Conthey
Musée d’Histoire naturelle
Don Camillo Communauté
Théâtre de la ville
Museum Center, PasquArt
Restaurant Räblus
Grand Hotel
Château Porrentruy
Gare Delemont
Stadtverwaltung
Landesbibliothek
Lichtensteinische Botschaft
Bauart Architekten AG
Oberzolldirektion
Naturhistorisches Museum
Eidg. Finanzdepartement Bernerhof
Auktionshaus J. Stucker AG
Elektrizitätswerk der Stadt Bern EWB
Obergericht des Kt. Bern
Antroposophische Kirche
Salem-Spital
BUWAL
Schloss Gümligen
BAG Bundesamt f. Gesundh.
Wullehus-Mode AG
Parkhotel Montana
Contec AG
Rest. Wimmiser Hausberg
Victoria-Jungfrau Grand Hotel
Hotel Bellevue
Restaurant Walliser Weinstube
Kulturzentrum Steinmatte
Aufbahrungskapelle
Alters- + Pflegeheim St. Josef
Maison du Feu
Raiffeisenbank Aletsch
CS-Bank
Morger & Degelo Architekturbüro
Morger & Degelo Architekturbüro
Rue
Rte du Golf 3
NPA
1000
1000
Ch. du Petitt Chêne 34 1003
Av. d’Ouchy 61
1004
pl.du Nord 4
1005
1090
1097
1202
Jorgonnant 5
1207
Rte d. Morillons-Porte 15 1211
Rte. du Grand-Lancy 45 1212
Grand’ Rue 26
1268
1539
Chemin Guillaume Ritter 1700
rte de Berne 10
1700
Mariahilfsstr. 4
1712
Centre scolaire
1964
Rue des Terreux 14
2000
Montmirail
2075
Av. Leopold Robert
2300
Seevorstadt 71–75
2500
Neuenburgstr. 90
2505
Hauptstr. 232
2532
2900
Place de la Gare
2900
Predigergasse 4
3000
Hallwylstr. 15
3000
Willadingweg 65
3000
Laupenstr. 20
3000
Monbijoustr. 40
3003
Bernastr. 15
3005
Brückenstr. 50
3005
Alt. Aargauerstalden 30 3006
Monbijoustr. 11
3011
Hochschulstr. 7
3012
Alpeneggstr. 18
3012
Schänzlistr. 39
3013
3063
3073
Schwarzenburgerstr.
3097
Emmentalerstr. 4
3510
Friedbühlweg 36
3653
Glütschbachstr. 90
3661
3712
Höhenweg 31
3800
Marktgasse 59
3800
Bahnhofstr. 9
3902
3906
3938
3952
3962
Furkastrasse 88
3982
Bahnhofplatz 4
3990
Spitalstr. 8
4000
Spitalstr. 10
4000
Pays
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Lieu
Lausanne
Mont-sur-Lausanne
Lausanne
Lausanne
Lausanne
La Croix (Lutry)
Riex
Genève
Genève
Genève 27
Grand-Lancy
Begnins
Payerne
Fribourg
Fribourg
Tafers
Conthey
Neuchâtel
Thielle
La Chaux-de-Fonds
Biel
Biel
Magglingen
Porrentruy
Delémont
Bern
Bern
Bern
Bern
Bern
Bern
Bern
Bern
Bern
Bern
Bern
Bern
Ittigen
Gümligen
Liebefeld
Konolfingen
Oberhofen
Uetendorf
Niesen-Kulm
Interlaken
Interlaken
Glis
Saas-Fee
Ausserberg VS
Susten
Montana
Bitsch
Visp
Basel
Basel
Réalisé
2.2000
8.1998
3.2002
10.1999
9.2004
10.2003
6.1997
8.2004
7.2004
9.2000
9.2004
10.2004
11.2004
2.2003
4.1999
3.2001
7.2000
12.2000
6.2002
11.1999
2.1998
12.2004
3.2000
9.2000
5.2001
8.2000
1.2002
2.2003
9.2002
10.1996
1.2005
8.2002
4.2003
7.2001
9.1999
10.2001
6.1996
7.2001
3.1996
5.2000
7.1999
8.2002
4.2002
5.2004
8.2001
7.1997
4.1999
9.2002
8.2002
8.2001
3.2004
8.2004
2.1999
7.2003
Page 58
Miller & Maranta Architekturbüro
Radio DRS
Swisscom-Shop
Basel 1 Hauptpost
Bank UBS
Bank Solothurn
ASAG-Garage
Novartis VR-Sitzungszimmer
Casino-Gesellschaft
Römisch-Kath. Kirche
Rest. Naturhistorisches Museum
Geschäftsgebäude
Geschäftsgebäude
Geschäftsgebäude
Kollegiumsgebäude Basel
Ramstein Optik AG
Christengemeinschaft
Moki Montessori-Kinderhaus
Bürogebäude
Zentralstellwerk SBB
Alt. Stadtgefängnis «Lohnhof»
Zwinglihaus
Bürogebäude
Arbeitsgericht
Batigroup
Herzog & De Meuron
Herzog & De Meuron
Novartis, Bau 501
Geografisches Institut
Geografisches Institut
Kindertagesheim Roche-Solitude
Restaurant Kindergarten
Messeturm Basel
Kleiner Messesaal
Erziehungsdepartement
Syngenta Bau 1001, Foyer
Restaurant Erlkönig
Bürogebäude
Schulhaus Meiriacker
Restaurant Schlüssel
Gemeindeverwaltung
Berovergut
Sonderschulheim z. Hoffnung
Polizeiposten
Kantonalbank BL
Evang.-Method. Kirche
Bürogebäude
Reformierte Kirche
Schulhaus
Sperrag
Beiersdorf AG
Schaulager
Cafeteria Confiserie Brändli
Klinik
Würth AG
Gemeindehaus
Gemeindezentrum
Musikautomatenmuseum
Römer Museum
Schulhaus
Dreifachsporthalle Kaserne
Kantonalbank
Römisch-Katholische Kirche
Pro Senectute
Schützenmattstr. 31
Novarrastr. 2
Steinentorstr. 37
Marktplatz 17
Aeschengraben 25
Sevogelstr. 26
Lichtstr.
Steinenbergstr. 14
Leonhardsstr. 45
Münsterplatz 20
Leimenstr. 1–3
Leonhardsberg 1
St. Alban Graben 8+10
Petersplatz 1
Sattelgasse 4
Lange Gasse 11
Rennweg 89
Picassoplatz 8
Bauhinweglein
Kanonengasse
Gundeldingerstr. 370
Pelikanweg 2
Birsigstr. 45
Burgfelderstr. 211
Spitalstr. 10
St. Johann 96
St. Johann Areal
Maiengasse
Klingelbergstr. 27
Grenzacherstr. 206
Schönaustr. 71
Messepl. 12
Messeplatz 1
Riehenstr. 300
Rosenthalanlage
Erlenstrasse 21
Picassoplatz 8
Rottmannsbodenstr.
Baslerstr. 70
Wenkenstr. 33
Baslerstr. 45
Hauptstr. 77
Kirchstr. 8
Hardstrasse 95
Friedhofstrasse 1
Schulstrasse 37
Im Wannenboden 4
Aliothstr. 40
Ruchfelderstr.
Dorfplatz 7
Dornwydenweg 11
Domplatz 8
Hauptstr. 13
Bollhübel 1
Giebenacherstr. 17
Sandgruben
Nonnenbodenweg
Rheinstr. 7
Bahnhofstr. 4
4000
4000
4000
4001
4001
4002
4002
4002
4051
4051
4051
4051
4051
4051
4051
4051
4052
4052
4052
4053
4053
4053
4054
4054
4055
4056
4056
4056
4056
4056
4058
4058
4058
4058
4058
4058
4058
4058
4102
4104
4123
4125
4125
4125
4127
4127
4127
4127
4127
4133
4142
4142
4144
4144
4144
4144
4153
4206
4302
4323
4410
4410
4410
4410
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Basel
Binningen
Oberwil BL
Allschwil
Riehen
Riehen
Riehen
Birsfelden
Birsfelden
Birsfelden
Birsfelden
Birsfelden
Pratteln
Münchenstein
Münchenstein
Arlesheim
Arlesheim
Arlesheim
Arlesheim
Reinach BL
Seewen
Augst
Wallbach
Liestal
Liestal
Liestal
Liestal
6.2000
6.2000
10.1999
3.1996
9.2001
5.2001
6.2001
7.1999
7.1998
7.1999
10.2000
11.2001
7.2002
9.2002
9.2002
10.2003
9.2000
8.2002
2.2002
6.1999
7.1999
6.2003
4.1999
3.2002
11.2001
7.2003
9.2001
11.2001
2.2002
4.2002
6.2000
7.1999
6.2001
8.1999
8.1999
3.2002
4.2004
3.2002
1.2003
3.2003
9.2001
2.1998
11.2001
4.2002
4.1996
12.2000
4.2004
9.2003
11.2003
2.1999
4.2001
10.2002
1.2001
11.1999
9.2002
11.2002
3.2002
1.1997
11.1997
2.2003
4.2001
7.2001
6.2002
10.2002
Page 59
Gemeindehaus
Schloss Wildenstein
Schulhaus
Raiffeisenbank
Schulhaus Rickenbach
Solothurner Bank SoBa
AEK Solothurn
Jugendherberge
Bürogebäude
Bruder Kirche
Kantonsspital
Friedenskirche
Restaurant Mövenpick
Raiffeisenbank Aarau
Klinik im Schachen
Restaurant Rathausgarten
Kunsthaus Foyer
Saalbau der Stadt Aarau
Zentrum Laufenburg
Rheuma-Klinik Schinznach-Bad
Kirche Rein
Neue Aargauer Bank
Klinik Königsfelden
Gemeindehaus
Bezirksschule
Hydraulisches Kraftwerk, Beznau
Röm.-Kath. Kirchgemeindehaus
Aarg. Kantonalbank
ABB Gebäude 706
Neue Aargauer Bank
Badener Tagblatt
Stadthaus
ABB Power Tower
Restaurant Pinte
Kirchliches Zentrum
Katholische Kirche
Kirchgemeindehaus
Kellys Autocenter
Heilpädagogische Schule
Neuapostolische Kirche
St. Josefsheim
Gemeindehaus
Bourbaki Panorama
Restaurant Bolero
Regiobank (Valiant Bank)
Stiftung Rosengart
Hotel Diana
Betagtenzentrum Eichhof
Hotel Royal
Johannes Kirche
Lachappelle
Schulhaus Bärenmatt
Raiffeisenbank
Pistor
Gemeindehaus Ebikon
Kirche Gemeindezentrum
Untersteinhof IHA
Reformierte Kirche
Raiffeisenbank
Gemeindesaal
Alte Stadtmühle
Evangelische Kirche
Milchw. Bildungszentrum
Restaurant Weinhof
Teichweg 31
Poststrasse 5
Hauptstr. 6
Amthausplatz 4
Wengistr. 17
Landhausquai 23
Hauptbahnhofstr.
Baslerstr. 150
Reiserstr. 89
Höhenstr. 666
Casinostr.
Schänisweg
Obere Vorstadt 36
Aargauerplatz
Schlossplatz 9
Alte Zürcherstr. 15
Bahnhofplatz 2
Bruggerstr.
Bahnhofplatz 1
Bruggerstr.
Bruggerstr.
Sommerhaldenstr.
Landstr.
Fliederstr. 4
Landstr.
Staffelstr.
Bärholzstr. 15
Luzernerstr.
Unt. Gerbiweg
Löwenstr. 18
Bundesplatz 18
Pilatusstr. 39
Pilatusstr. 10
Sempacherstr. 16
Steinhofstr. 13
Rigistr. 22
Würzenbach
Pulvermühleweg
Hasenmoosstr. 31
Zentralstr.
Sonnenbergstr. 11
Dorfstr. 9
Bahnhofstr. 16
Büelgasse 7
Centralstr. 21
Bahnhofstr. 47
4416
4416
4422
4460
4462
4500
4500
4500
4500
4563
4600
4600
4622
5000
5000
5000
5000
5000
5080
5116
5200
5200
5200
5215
5300
5312
5333
5400
5400
5400
5400
5400
5400
5405
5406
5415
5415
5430
5430
5610
5620
5707
6000
6000
6003
6003
6003
6005
6006
6006
6010
6017
6018
6023
6030
6043
6052
6055
6064
6102
6130
6204
6210
6210
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Bubendorf
Bubendorf
Arisdorf
Gelterkinden
Rickenbach
Solothurn
Solothurn
Solothurn
Solothurn
Gerlafingen
Olten
Olten
Egerkingen
Aarau
Aarau
Aarau
Aarau
Aarau
Laufenburg
Schinznach-Bad
Rein
Brugg
Brugg
Hausen
Turgi
Döttingen
Baldingen
Baden
Baden
Baden
Baden
Baden
Baden
Dätwil
Rütihof
Nussbaumen b. Baden
Nussbaumen b. Baden
Wettingen
Wettingen
Wohlen
Bremgarten
Seengen
Luzern
Luzern
Luzern
Luzern
Luzern
Luzern
Luzern
Luzern
Kriens
Ruswil
Buttisholz
Rothenburg
Ebikon
Adligenswil
Hergiswil
Alpnach
Kerns
Malters
Willisau
Sempach
Sursee
Sursee
10.1997
10.2000
6.2002
9.2004
8.2001
4.1999
10.2001
12.1999
9.2002
9.2001
9.1997
10.2001
7.1999
7.2001
8.2001
9.2001
3.2003
12.1995
6.1999
5.2001
1.1999
4.2001
11.2002
8.2001
6.2001
10.2004
11.2000
1.2000
4.2001
8.2001
9.1994
10.1999
7.2002
4.1999
10.1998
10.2002
1.2003
3.2001
5.2001
3.2003
2.2003
5.2002
1.2000
8.2004
3.2000
9.2001
10.2002
6.2003
1.2001
8.2001
7.2002
2.2003
5.2000
8.2004
11.2002
8.2001
4.2002
10.1995
9.2001
6.1995
9.2002
4.1998
1.1999
5.2000
Page 60
Bodum AG
Restaurant Duc
Schulhaus Schötz
Kirche
SPV Plattenverband
Coiffeur-Salon Bühlmann
Vereinshaus Wassersport
Kaufmännische Berufsschule
Schule Wilhelmgebäude
Restaurant Gotthardhof
Kantonale Strafanstalt
Restaurant Steinbock
Abona Treuhand
Zuger Kantonalbank
Psychiatrische Klinik Meisenberg
Wettingerhaus
Don Bosco Stiftung
Roche Forum
Hotel National
Park Hotel Weggis
Hotel Waldstaetten
Gschweighus
Kantonsschule Kollegium
Bundesbriefarchiv
Kapuzinerkloster
Lichtkappelle
Gemeindehaus
Palazzo del Governo Cant.
Kirche Gerra Piano
Kantine Liceo 2
Studio Radio e Televisione
Kantonalbank
Würth Holding GmbH
HTW Wirtschaft u. Tourismus
Praxis Cominot
Hotel Sommerau
GD Golf Domat/Ems AG
Restaurant La Riva
Alters- und Pflegeheim
Werkhof
Kloster
Graubündner Kantonalbank
Schulhaus
Rätia Energie AG
Hotel Steigenberger Belvédère
Haus Albula
Grand Hotel
Confisserie Fässler
Raiffeisenbank
Kirche Sargans
Schulhaus Cazis
Altersheim Domleschg
Betagtenheim Hinterrhein
Randolins Touristik Zentrum
Hotel Suvretta
Zürich Versicherung
Hotel Schweizerhof
Hotel Monopol
Rathaus
Schulhaus Puoz
Tourismus-Fachschule
Restaurant Academia Engiadina
Gemeindehaus
Haus Lazzarini
Kantonsstr. 100
Hauptstr.
Altishoferstr. 40
Hochdorfer Märt 139
Chamerstr. 33
Hofstr. 22
Hofstr.
Bundesplatz 16
An der Aa 2
Bannstr. 6
Zugerstrasse
Zugerstr. 26
Seestr. 16
Hertensteinstr. 34
Pannereggstr. 7
Gschweighusweg
Herrengasse 33
Gotthardstr.
Herrengasse
Piazza Governo
Svizzera Italiana
Hauptsitz
Stadtgartenweg 7
Commerzialstr. 22/24
Gänggelistr.
Emserstr. 4
Tuma Lunga
Voa Davos lai 27
Euja
Via Lucmagn 26
Schulweg
Energieversorgung
Prommenade 89
Horlauberstr. 27
Quellenhof
Sarganserstr. 1
Meienfeldstr. 4
Zürcherstr. 56
Via Maistra 12
Via Chasellas 1
Via Maistra 7
Via dal Bagn 54
Via Maistra 17
Quadratsch 18
Quadratscha 18
Plazzet 4
6234
6243
6247
6247
6252
6280
6300
6300
6300
6300
6300
6312
6314
6314
6317
6340
6340
6343
6353
6353
6353
6403
6430
6430
6430
6438
6460
6500
6516
6942
6949
7000
7000
7000
7000
7000
7013
7078
7132
7151
7180
7180
7204
7250
7270
7270
7310
7310
7310
7320
7408
7413
7440
7500
7500
7500
7500
7500
7500
7503
7503
7503
7503
7503
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Triengen
Egolzwil
Schötz
Schötz
Dagmersellen
Hochdorf
Zug
Zug
Zug
Zug
Zug
Steinhausen
Unterägeri
Unterägeri
Oberwil
Walterswil
Walterswil
Buonas
Weggis
Weggis
Weggis
Küssnacht am Rigi
Schwyz
Schwyz
Schwyz
Ibach
Altdorf
Bellinzona
Gerra Piano
Savosa-Lugano
Comano
Chur
Chur
Chur
Chur
Chur
Domat/Ems
Lenzerheide
Vals
Schluein
Disentis
Disentis
Untervaz
Klosters
Davos-Platz
Davos-Dorf
Bad Ragaz
Bad Ragaz
Bad Ragaz
Sargans
Cazis
Fürstenaubruck
Andeer
St. Moritz
St. Moritz
St. Moritz
St. Moritz
St. Moritz
St. Moritz
Samedan
Samedan
Samedan
Samedan
Samedan
8.2000
5.1996
7.2000
8.2000
6.2002
3.1995
5.2001
10.1999
6.2003
11.1999
10.2002
8.1999
6.1999
10.2000
6.1998
1.2002
1.2003
9.2001
6.1998
4.2002
7.2003
4.2004
1.2000
3.1999
7.1999
9.1998
1.1998
12.2002
6.1997
4.1999
10.2001
4.1994
9.2001
12.2001
2.2002
11.2004
3.2002
10.2002
3.2003
11.1996
4.2001
6.2004
5.2002
3.2002
6.2001
8.2002
8.2000
11.2001
2.2004
9.1994
4.1995
11.1998
9.2002
4.1996
5.2000
6.2000
8.1999
11.1998
11.2001
5.1997
5.1998
6.1997
9.2000
11.1999
Page 61
Sporthotel Pontresina
Hotel Saratz
Alte Brauerei
Hotel Chesa Rosatsch
Kirche Silvaplana
Hotel Waldhaus
Hotel Post
Schulhaus Lyzeum
Bogn Engiadina Scuol
Restaurant Latino
Gruppe Schnittpunkt KWZ
Rat der Techn. Hochschule
Bürogebäude Hürlimann
Bethaus Wiedikon
Uni-Spital
Bürogebäude
Zürcher Kammerorchester
Kirche Fluntern
ETH Hauptgebäude
Stadthaus
Amt f. Hochbauten Stadt Zürich
Obergericht Zürich
BVK-Geschäftsgebäude
Hyposwiss
Raiffeisenbank
Restaurant Nordsee
Dézaley Cave Vaudoise, Restaurant
Kunsthaus
Bürogebäude
Elvia Versicherungen
Swiss Re
Kirchgemeindehaus
Restaurant Plüsch-Bar
Kindergartenhaus Wiedikon
Akazienhof
TAMEDIA AG
Wella
Sternwarte Urania
Archäologisches Institut
ETH Maschinenlaboratorium
Universität Zürich
Epileptische Klinik
Geschäftsgebäude
Casino Zürichhorn
Restaurant Luegete
Zentrum für Zahnheilkunde
Bürogebäude
Kirche St. Anton
Bürogebäude
Restaurant Linde
Kirche Letten
St. Franziskus Kirche
St. Konrad Kirche
röm.-kath-Kirchgemeindezentrum
On Line Video 46 AG
Druckerei Schwegler
Geschäftsgebäude
Restaurant Giesserei Oerlikon
Kirche Herz-Jesus
SF DRS
Hotel Klingental
Flughafen Zürich-Kloten
Heilpädagogische Tagesschule
Reformierte Kirche
Haus B
Alpinium
Hallenbad Quadras
Seegartenstr. 14
Häldeliweg 17
Bahnhofstr. 81
Nordtrakt 1
Uetlibergstr. 132
Seefeldstr. 305
Gloriastr.
Rämistrasse 101
Stadthausquai 17
Lindenhofstr. 21
Hirschengraben 15
Nüschelerstr. 44
Schützengasse 4
Limmatquai 68
Rennweg 48
Römergasse 7
Heimplatz 1
Gartenstr. 33
Bleicherweg 9
Gotthardstr.
Schlossgasse
Aemtlerstr. 16
Zentralstr. 105
Kreuzstr. 42
Werdstr. 21
Heinrichstr.
Uraniastr. 9
Rämistr. 73
Sonneggstr. 3
Rämistr. 71
Bleulerstr. 60
Dufourstr. 46/48
Bellerivestr. 170
Feusisberg
Plattenstr. 11
Hammerstr. 81
Neptunstr. 70
Zollikerstr.1
Universitätsstr. 91
Imfeldstr. 51
Kilchbergstr. 1
Letzigrabenstr. 159
Limmattalstr. 146
Leutschenbachstr. 46
Hagenholzstr. 71
Dörflistr. 120
Birchstrasse 108
Schwammendingenstr.
Fernsehstr. 1–4
Kasernenstrasse
Check-in 3
Regensbergstr. 121
7504
7504
7505
7505
7513
7514
7514
7524
7550
8000
8000
8000
8000
8000
8000
8000
8000
8000
8000
8001
8001
8001
8001
8001
8001
8001
8001
8001
8002
8002
8002
8003
8003
8003
8004
8004
8005
8006
8006
8006
8006
8008
8008
8008
8008
8028
8032
8032
8032
8033
8037
8038
8047
8049
8050
8050
8050
8050
8050
8052
8058
8058
8059
8117
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Pontresina
Pontresina
Celerina
Celerina
Silvaplana
Sils
Sils-Maria
Zuoz
Scuol
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Pfäffikon SZ
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich-Höngg
Zürich
Zürich
Zürich
Zürich
Zürich
Zürich
Basel
Zürich
Zürich
Fällanden
11.1996
12.1996
6.1996
10.1997
11.1994
6.1995
10.1998
10.2004
11.2002
5.2000
5.2000
6.2000
7.2001
8.1998
8.2001
1.2002
2.2002
2.2003
8.2004
1.2001
5.2000
7.2001
9.2001
11.2001
4.2002
11.2002
7.2004
6.2004
9.2002
4.2002
1.2003
6.1998
7.2001
9.2001
3.1999
7.2000
8.2002
2.1998
3.2001
7.1996
9.2000
4.1998
8.2001
10.2000
5.2002
7.2000
1.2001
2.2002
12.2002
6.1994
6.2002
6.2004
7.2003
10.2004
6.2000
6.2002
3.2003
10.2004
9.2003
11.2000
11.2001
12.2002
9.2001
12.2000
Page 62
The Alive Music Company AG
Restaurant Wassberg
Hotel Krone
Restaurant Sihlhalden
Hotel Uto-Kulm
Hotel Hilton
Restaurant z. Goldenen Kopf
Neuapostolische Kirche
Schmidli AG
Migros Klubschule
Kirche
See & Parkhotel Feldbach
Schloss Brunnegg
Rathaus
Kantonsschule
Konferenzsaal
Kneipp Hof
Bar Hotel Kronen
Kirchgemeindehaus Veltheim
Casino Theater
Credit Suisse
Mäander C
Golfplatz Rossberg
Lernwerkstätte für Mechanik, MSW
Kirchgemeindehaus
Alter Theatersaal
Rest. Gyrenbad
Naturhistorisches Museum
Baumer Electric AG
Kantonsschule Frauenfeld
Regierungsgebäude
Restaurant Historisches Museum
Kartause Ittingen, Wohnheim
Stiftung für Gebrechliche
Gemeindehaus
Thurg. Sprachheilschule
Schulhaus
Klinik Humaine
Thurgauer Kantonalbank
Bahnhofbuffet
Psychiatrische Klinik
Evangelische Kirche
Blindenzentrum
Schlössli Bottighofen
Raiffeisenbank Regio Altnau
Migros Restaurant
Schule Unterhöhe
Restaurant Kastanie
Altersheim Rosengarten
Schulhaus
Pfarreizentrum
Schulhaus Zentrum
Altersheim Breitenhof
Kirchliches Zentrum
Reformierte Kirche
Obersee Nachrichten AG
Adwista Treuhand
Kantonsschule «alte Turnhalle»
Hotel Sonne
Goldbach Center
Bürogebäude Spleiss
Wohnheim Gelterkinden
Bürogebäude
Thesenacker 47
Wassbergstrasse 62
Zürichstr.
Sihlhaldenstr. 70
Gratstr.
Höhenbühlstr. 10
Marktgasse 9
Nordstr.
Schachen
Neustadt
Kirchstr.
Pestalozzistr. 9
Bahnhofstr. 90
Kurhausstr. 34
Marktgasse 49
Feldstr. 6
Stadthausstr. 119
Stadthausstr. 16
Theaterstrasse 20
Zeughaustr. 56
Hohlandstr. 7
Klosteranlage
Freiestr. 24–26
Hummelstr. 17
Ringstr.
Rathausplatz
Katharinenberg
Schulstr. 20
Gartenstr.
Eppishausen Schloss
Hauptstr.
Bahnhofstr. 54a
Alte Landstr.
Seestr.
Romanshornerstr.
Unterdorfstr. 7
In der Höh
Schulweg 7
Aathalstr. 21
Aatalstr.
Chapfstr. 25
Eggstrasse
Breitenhoferstr. 12
Herschärenstr.
Hauptplatz 4
Zürcherstr. 9
Dorfstr. 30
Seestr. 120
Seestr. 157
Dufourstr. 17
Alte Landstr. 107
8126
8127
8134
8136
8143
8152
8180
8180
8192
8200
8228
8266
8280
8280
8280
8280
8374
8400
8400
8400
8400
8400
8400
8400
8404
8462
8488
8500
8500
8500
8500
8500
8532
8537
8542
8560
8580
8586
8588
8590
8590
8596
8596
8597
8598
8598
8600
8604
8610
8610
8613
8614
8620
8630
8633
8634
8640
8640
8700
8700
8700
8700
8702
8702
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Zumikon
Forch
Adliswil
Gattikon
Uetliberg
Glattbrugg
Bülach
Bülach
Schachen
Schaffhausen
Beggingen
Steckborn
Kreuzlingen
Kreuzlingen
Kreuzlingen
Kreuzlingen
Dussnang
Winterthur
Winterthur
Wintherthur
Winterthur
Winterthur
Winterthur
Winterthur
Oberwinterthur
Rheinau
Turbenthal
Frauenfeld
Frauenfeld
Frauenfeld
Frauenfeld
Frauenfeld
Warth-Weiningen TG
Nussbaumen TG
Wiesendangen
Märstetten
Dozwil
Erlen
Zihlschlacht TG
Romanshorn
Romanshorn
Münsterlingen
Scherzingen
Landschlacht
Bottighofen
Bottighofen
Dübendorf
Volketswil
Uster
Uster
Oberuster
Gossau ZH
Wetzikon
Rüti ZH
Wolfhausen
Hombrechtikon
Rapperswil
Rapperswil
Küsnacht
Küsnacht
Küsnacht
Küsnacht
Zollikon
Zollikon
6.2000
12.2003
7.2001
7.2002
12.2002
4.2001
9.1999
2.2003
12.2002
7.2001
11.1999
1.1995
6.1999
10.2001
11.2001
8.2002
1.2001
6.1999
8.1999
1.2002
5.2003
10.2004
3.2004
10.2004
2.1997
9.2002
2.2000
1.1999
4.1999
5.1995
6.2000
12.1998
3.2004
2.2002
8.2002
6.2003
12.1995
6.2002
3.2003
10.1999
12.1998
11.1997
12.2002
12.1999
5.2001
1.2004
6.2000
2.2003
4.2002
1.2003
6.2002
5.2004
6.2002
10.2003
11.1996
11.2001
2.2001
10.2002
5.2000
10.1998
11.2000
9.2004
1.1997
10.2001
Page 63
Restaurant Löwen
Schulhaus Blatten
Schule Chästli
Raiffeisenbank
Elektrizitätswerk Näfels
Ref. Kirchgemeindehaus
Bürogebäude Lindh Air Service AG
Restaurant Wiggis Park
Gemeindezentrum
Realschulhaus
Restaurant Etzliberg
Kappelle Au
Leutscherhaus
Restaurant Lo
Credit Suisse Comm. Center
Restaurant Locarno
BZ-Bank
Glarner Kantonalbank
Gemeindesaal Amden
Pizzeria Tannenheim
Kath. Pfarreizentrum
Pfalzkeller Regierungsgebäude
SUVA
Pädagogische Hochschule
ISC-Symposium
Migrosbank
Kathrinen Kirche
Schutzengelkapelle
Raiffeisenbank SG
Kantonsschule am Burggraben
Bürogebäude
Schulanlage Engelwies
Fisba Optik
Wohnheim Riederenholz
Primarschule Landhaus
Römisch-Kath. Kirche
Alterszentrum Heinrichsbad
Volkskunde Museum
Schule Steinegg
Bürgerheim
Zingg Industrieabfälle
Café Schnell
Schulhaus Mariaberg
Kantonalbank St. Gallen
Trüeperhof
Sekundarschule
Rathaus
Rüesch Druck AG
Pflegewohnheim Thal-Rheineck
Heilpädagogische Schule
Alters- und Pflegeheim Städtli
Altersheim Augiessen
Schulhaus Oberstufe Rebstein
Sekundarschule
Pfarrei Altstätten
Jansen AG
Lukashaus
Swissfirst Bank
Kunstmuseum
Präsidial-Anstalt
Schloss Vaduz
Kindergarten Ebenholz
Ritec AG
Seestr. 595
Stampfgasse
Büntgasse 2
Flugplatz
Wiggis Park
Etzliberg
Alte Landstr.
Leutschenrain
Bockenweg 4
Egglirain
Ziegelbrückstr. 22
Langacherstr.
Unterstr. 15
Notkerstr. 27
Dufourstr. 83
Bahnhofstr. 4
Katharinengasse
Klosterhof 2
Vadianstr. 17
Burggraben 21
Oberer Graben 26
Zürcherstr. 226
Rorschacherstr. 258
Rorschacherstr. 268
Brauenstr. 99
Kasernenstr. 91
Appenzeller Brauchtum
Amriswilerstr. 1
Meggenhausen
Seestr. 4
Mariabergstrasse
Marktplatz
Rohrschacherstr. 70
Kraft 10
Römerstr. 10
Kirchgasse 6
Augiessenstr. 19
Engelgasse 1
Industriestr. 34
Lukashausstr.
Austr. 61
Aeulestr. 36
Landstr.
8706
8708
8718
8750
8752
8753
8753
8754
8755
8758
8800
8804
8807
8810
8810
8832
8832
8867
8873
8897
8932
9000
9000
9000
9000
9000
9000
9000
9000
9000
9001
9014
9016
9016
9016
9053
9057
9100
9107
9113
9220
9327
9400
9400
9400
9402
9403
9403
9424
9425
9435
9442
9443
9445
9445
9450
9463
9472
9490
9490
9490
9490
9490
9494
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
FL
FL
FL
FL
FL
FL
Meilen
Männedorf
Schänis
Glarus
Näfels
Mollis
Mollis
Netstal
Ennenda
Obstalden
Thalwil
Au ZH
Freienbach SZ
Horgen
Horgen
Wollerau
Wilen b. Wollerau
Niederurnen
Amden
Flumserberg SG
Mettmenstetten
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
St. Gallen
Teufen AR
Schwende
Herisau
Urnäsch
Degersheim
Bischofszell
Tübach
Rorschach
Rorschach
Rorschach
Mörschwil
Goldach
Goldach
Rheineck
Thal
Heerbrugg
Berneck
Widnau
Rebstein
Rebstein
Altstätten
Oberriet
Grabs
Vaduz
Vaduz
Vaduz
Vaduz
Vaduz
Schaan
3.2002
6.2004
9.1995
4.2003
5.2001
3.2000
11.2003
7.1996
5.1997
7.2001
8.1996
3.2003
10.2002
10.2002
1.2003
4.1999
5.2001
7.2000
1.1999
11.2001
3.2004
3.2000
5.1999
5.2000
6.2000
8.1999
12.2000
10.2002
2.2003
9.2003
8.2000
1.1996
2.1999
10.2000
4.2003
3.2004
3.2002
1.2003
3.2000
6.1996
10.2002
5.2001
8.1999
1.2003
12.2002
11.2000
6.1995
10.2002
11.2001
5.1999
3.2001
11.2001
11.2001
3.1995
6.1994
3.1996
8.2000
3.1998
3.2001
6.2000
9.2001
12.1997
5.2002
11.2002
Page 64
Musikschule
Spital Wil
Begegnungszentrum
Primarschulhaus
Pizzeria Al Giardino
Pfarreiheim Brunschofen
Psychiatrische Klinik
Mehrzweckgebäude
Primarschule
Wohnheim für Erwachsene
Trofana Royal (Nachtclub )
Musikhaus Wien
Flughafen Innsbruck
Kloster Novy Dvur
EU Parliament Com. Francaise
Parlament de la Com. Franc.
BMW-Tower FIZ BA7
Novotel München City
Schloss Bruchsal
Waldorfschule Bildstock
Betriebszentrum Harting
Technologiezentrum Mega-Bau
Pinakothek der Moderne
Hotel Ueberfahrt
ZDF Zollernhof
Fünf Höfe
Akademie der Wissenschaften
Französicher Dom
Rathaus Göppingen
Vor Frue Kirke - mødelokale
DSB Generaldirektoratet
Egelund - DA Kursusejendom
Johannes Larsen Museet
Ventesal Fredericia Banegård
EIT Lounge Crossair
Théâtre Municipal
Accademia s.r.l.
Porsche House s.r.l.
Südtiroler Sparkasse
Universität Bozen
Teatro Comunale di Concordia
Oranim Silencer
Brendan Loughran & Sons
Musée Fort Thüngen
Metro-Stations
Famalicão - Casa de Camilo
Music-Center
American Visionary Art Museum
Atlantic Terminal Building
Gehry Partners, LLP Office
New de Young Museum
Richard Meirs & Partners
University of Chicago Law Scool
White House
Dennison University
Kennedy Center Opera House
Lehman Brothers
MGM Studios Inc.
Seaside School-Building
Weatherhead School of Management
Landstr.
Fürstenlandstr. 32
Zuckenrieterstr. 2
Zürcherstr. 226
Viaduktstr.
Johanneum
Dobra Voda 20
Rue Royal 72
Rue Royale 72
Max-Diamond-Str. 18
Hochstrasse 11
Schönbornstr.
Neunkirchenstr. 70
Simeonsglacis
Karl-Heine-Str. 97
Türkenstr. 15
Ueberfahrtstr. 6–7
9495
9500
9524
9525
9552
9552
9565
9573
9606
9615
9652
6561
1080
6020
36461
1000
1000
80937
81669
Mittelstr. 44–49
Faulhaber Str. 14
Jägerstr. 22/23
Gendarmenmarkt
Nørregade 8
Sølvgade 40
Fredensborgvej 71
Møllebakken 14
Jernbanegade 2
Fingerdock
Via Euripide 34
Via Lancetti 46
Sparkassenstr. 12b
Spitalgasse 6
Via della Pace
1165
1307
3480
5300
7000
4000
67500
20041
20158
39100
39100
41033
North western health
Rue Fort Thüngen
1499
Campo 24, de Agosto
4300
2959-909
840 Key Highway
Atlantic & Flatbush
Av. Brooklyn
12541 Beatrice Street
2501 Irving Street
475 Tenth Avenue
1111 East 60th Street
Granville, Ohio 43023
2700 Street NW
New York
MGM Grand Hotel
42 Simolian Circle
10900 Euclid Avenue
21230
11217
90066
20566
43023
20566
32459
44106
FL
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
A
A
A
CZ
B
B
D
D
D
D
D
D
D
D
Triesen
Wil SG
Zuzwil
Lenggenwil
Brunschofen
Brunschofen
Bussnang
Littenheid
Bütschwil
Dietfurt
Neu-St. Johann
Ischgel/Tirol
Wien
Innsbruck
Tepla
Brüssel
Brüssel
München
München
Bruchsal
Friedrichsthal
Minden
Leipzig
München
Rottach-Egern
1.2004
5.2002
4.2001
9.2002
9.2000
11.1997
6.2002
11.1999
2.1999
3.1995
2.2002
4.2004
10.2004
8.2004
2.2004
10.2002
1.2003
5.2004
11.2004
1.1999
4.1999
4.2001
5.2001
6.2000
D
D
D
D
D
DK
DK
DK
DK
DK
F
F
I
I
I
I
I
IL
IR
LUX
P
P
UK
USA
USA
Berlin
München
Berlin-Mitte
Berlin
Göppingen
København K
København K
Fredensborg
Kerteminde
Fredericia
Basel-Mulhouse
Haguenau
Agrate Brianza
Milano
Bozen
Bozen
Concordia/Italien
Tel Aviv
Leitrim
Kirchberg
Porto
Pinhal Novo/Portugal
Newcastle
Baltimore, Maryland
New York 11217
USA
USA
USA
USA
USA
USA
USA
USA
USA
USA
USA
Los Angeles, California 1.2004
San Francisco,California 10.2004
New York
1.2004
Chicago 0248
10.2004
Washington, DC
11.2004
Ohio
6.2003
Washington DC
11.2003
New York
4.2003
Las Vegas, Nevada
Seaside
3.2002
Ohio 44106
11.2001
7.2000
8.1999
10.2000
11.2000
12.1999
12.2000
9.2002
8.2000
3.2003
10.2001
7.2002
7.2001
2004
9.2002
9.2002
1.2000
12.2001
7.2002
7.1999
2.2003
3.2003
4.2004
9.2004
9.2004
9.2004
3.2004
Page 65
General Conditions of Contract of the Baswa compa-nies
1. General
These General Conditions of Contract ("GCC") are valid for all services and supplies rendered by BASWAtherm AG and BASWAacoustic AG (hereinafter "Baswa") to a cus-tomer ("Customer"). Any contradicting conditions stipu-lated by Customer are not binding for
Baswa unless ex-pressly acknowledged by Baswa in writing. Baswa is
not obliged to oppose to such conditions explicitly.
2. Offers
Baswa's offers are always without obligation. Technical data, descriptions or illustrations of the products in offers, brochures or in any other information media shall not be deemed as representations and are
subject to unilateral changes by Baswa.
No warranty is given for the indicated quantities of average consumption of Baswa products. Customer shall immedi-ately examine calculations of quantity (extract of material) provided by Baswa. Customer
notes that no warranty is given for such calculations.
Contracts with Baswa shall be deemed concluded only upon written
confirmation of order by Baswa, latest with the de-livery of the products. The terms of the contract are as per the confirmation of order
or, in the absence of such con-firmation, the offer of Baswa.
Baswa reserves its right to modifications in technology, construction
or design, particularly for improvements, where reasonable for Customer, even after the confirma-tion of order.
3. Prices
Unless otherwise agreed upon, all prices are in Swiss Francs, excluding
Swiss VAT, packing included.
Unless otherwise agreed upon in writing, price calcula-tions shall be
based on the prices as valid on the day of de-livery.
In Switzerland all prices shall be deemed to be free building site if accessible to trucks; unloading is done by Customer. Delivery is made
on returnable pallets. Unreturned pallets will be charged by Baswa.
8. Complaints, Warranty
Warranty for defects is excluded except for the declared characteristics
of the products as set out in Baswa's product list. No warranty is given
for customised solutions (i.e. for products which are not enumerated
in Baswa's product list) and dyed coating compounds. Differences in
colour caused by the raw materials are no defects. Customer undertakes to examine the delivery immediately. Complaints due to incomplete, wrong or defective delivery shall be notified to Baswa immediately after delivery of the products, in any case within the following
eight days.
The liability of Baswa for defects in the sense of the foregoing section
shall be as follows:
Unless otherwise agreed upon in writing, the warranty period shall be
6 months from the delivery date.
Customer has to adhere to its contractual obligations in any case,
especially to the agreed terms of payment. Baswa is entitled to replace
defective products by a redelivery.
Annulment of the contract by Customer is inadmissible. Any warranty and liability is excluded if the products are not stored appropriately
and/or if Customer or any third party does not adhere to the application guidelines determined by Baswa, or if the proper due diligence as
a craftsman is not observed by Customer or any third party.
Any further claim of Customer towards Baswa or its auxiliary persons
is herewith excluded, in particular any claim for damages other than
for a damage to the delivered product itself. The amount of damages
is limited by the amount of the purchase price.
9. Returns
Baswa is not obliged to accept returns or to refund them. Returns are
however possible in exceptional cases if they are in good and original
condition. Refund for accepted returns amounts to 90 % of the value
of goods minus deduction for the costs of transportation. Baswa charges Customer with an expense allowance of CHF 30. Dyed products
can neither be returned nor refunded.
4. Terms of Payment
Unless otherwise agreed upon, all invoices are net payable within 30
days. In case of default in payment, Baswa is en-titled to charge an interest of 6 % p.a. for late payment. Save for the existence of an acknowledgement in writing or for a final judgement for any counterclaim of Customer, Customer is not entitled to make any off-set
against Baswa's claims. The goods remain property of Baswa until
they are completely paid.
10. Liability
Unless expressly provided for otherwise in the GCC, Baswa is only liable for damages which were caused with unlawful intent or by gross
negligence. Any liability for auxiliary persons of Baswa is hereby excluded.
5. Delivery date
Terms of delivery communicated by Baswa are fixed care-fully, but are
not binding. If delivery is delayed due to rea-sons not being attributable to Baswa, the terms of delivery are deemed to be observed if the
readiness for dispatch is notified within the agreed term. If delivery
becomes com-pletely or partially impossible due to force majeure or to
difficulties without a fault, Baswa is entitled to withdraw from the
contract. The same applies if such circumstances arise with subcontractors or suppliers. In such cases Cus-tomer is not entitled to damages or subsequent delivery.
12. Place of Jurisdiction and Venue
For all disputes arising out of or in connection with the GCC and the
individual purchase contracts concluded in the frame of the GCC the
exclusive place of jurisdiction shall be at Baswa's registered seat. Baswa
is, however, entitled to sue Customer in any other court which has jurisdiction over Customer.
6. Delivery
Baswa charges an additional freight for deliveries with a value of goods
of less than CHF 500. Unloading is done by Customer. Customer is
charged with costs of special trans-ports.
7. Risk of Loss or Damage
All deliveries including returns are at Customer's risk. The risk shall
pass from Baswa to Customer as soon as the delivery leaves Baswa's
storehouse or the storehouse of a third party operated by Baswa. If dispatch is delayed upon request of Customer or on grounds being attributable to Customer, the risk of loss or damage shall pass over to Customer once the readiness for dispatch is notified.
11. Place of Performance
The place of performance shall be at Baswa's registered seat.
13. Applicable Law
The GCC and the individual purchase contracts concluded in the
frame of the GCC shall be governed by the substan-tive laws of Switzerland.
The application of the United Nations Convention on Contracts for
the International Sale of Goods of April 11, 1980, is excluded.
Mai 2005

BASWA phon - Acoustic GRG Ireland

Transcription

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