Access and room systems Technical brochure 2021
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Access and room
systems
Technical brochure 2021
UNIQUIN
dormakaba Access and room systems
Our Sustainability Commitment
We are committed to foster a sustainable development along our entire value chain in line with our
economic, environmental and social responsibilities toward current and future generations.
Sustainability at product level is an important, future-oriented approach in the field of construction.
In order to give quantified disclosures of a product’s environmental impacts through its entire life
cycle, dormakaba provides Environmental Product Declarations (EPD), based on holistic life cycle
assessments.
The full EPD is available for download at www.dormakaba.com.
2
Contents
Contents
4 Intelligent design
10 Technical data
26 Fixed glazing
technology
28 Single-action door
technology
38 Sliding door
technology
42 Acoustic module
technology
44 Electrification
46 Accessories technology
53 Glass / timber
processing
58 Technical Support
63 Security-related
information
07/21 3
dormakaba Access and room systems
Intelligent design
"A profile system that is visually impressive due to its lightness and
uniformity, while at the same time being easy to plan and install."
This idea by Hubert Elmer, With decades of experience in
designer of solutions for fitting the field of glass fitting
glass in architecture, was the technology and with a view to
basis for a versatile profile the future, we present you
system and functional ele- with a system that combines
ments for room access and impressive appearance and
freestanding room-in-room function with versatility and
designs: UNIQUIN. Visually and reusability.
constructively convincing. At
dormakaba, we always work
Hubert Elmer
closely with architects, fitters lives and works in Innsbruck.
and users and take their
requirements into account.
Elements with a single identity
UNIQUIN enhances your interior architecture. surface that can be selected in a color to match the
The system, made in Germany, comprises flush-fitting setting. The textured coating in anthracite grey is
profiles complemented by hardware and locking typical of UNIQUIN and particularly robust.
systems in the same coordinated design. UNIQUIN can be fitted with fixed elements made of
The aluminum profiles and the visible functional glass, timber or other materials in thicknesses between
elements are powder-coated to give them a resistant 10 and 19 mm.
Coordinated design for frame and Sliding doors can also be effortlessly You can combine other dormakaba
lock element integrated components such as the TS 97
door closer
Award-winning design
UNIQUIN recognized with
the Iconic Award.
The internationally renowned
German Design Council
awards this honor to innova-
tive products,for example,
from all segments of architec-
ture, the construction and real
estate sectors and manu
In addition to anthracite grey
facturing industries. (scratch-resistant), other subtle
shades integrate well into
contemporary architecture (see page
11). A variety of RAL colours is
available on request.
4 07/21
The system for communicative room designs
02 08
01
07
05
04
03
06
UNIQUIN – The system for communicative room designs
Enhance your interior design. The system comprises versatility. For effortlessly combined transparency
partitions and door solutions that offer coordinated, and discretion: UNIQUIN.
attractive design coupled with impressive application
01 02 03 04
Sliding door Room-height single-action door Corners Electrification
Create access points without Incorporate door systems Create rooms with continuous You can position switches,
losing space. With UNIQUIN measuring up to 3 meters in transparency and without sockets or electronic
you can incorporate single or height. These prestigious vertical posts even in 90° connections at the door
double-leaf sliding doors access points create a striking room corners. frame profiles. The cable
with ease. impression. supply is provided invisibly
within the profiles.
05 06 07 08
Acoustic module Sound protection Single-action door Door assemblies in
The acoustic modules from The decoupled mounting of Whether doors for selective structural openings
UNIQUIN absorb sound your desired material in visual privacy or homely You can also use the same
waves from within to create thicknesses between accents, again, the choice is frame profiles from UNIQUIN
a pleasant ambient feel. 10 to 19 mm reduces sound yours. With frames in a for classic single-door
The fabric covering can transmission. When using coordinated design for glass solutions, giving a uniform,
be individually printed and laminated safety glass with doors in 10-19 mm thickness coordinated look throughout
backlit*. Whether it’s an special sound protection films, and timber doors in 40-50 mm the entire building.
eye-catching detail or discreet the effect is even maximized: thickness.
background – you decide. more transparency, less noise. * Concept and installation by others
07/21 5
dormakaba Access and room systems One system, many purposes Transparent: Rooms created with UNIQUIN are bright and friendly. Relaxation areas such as lounges or break rooms and bustle, they nevertheless remain integrated into are given a new, communicative atmosphere with the overall atmosphere. Here everyone can find the UNIQUIN: glass walls combined with attractive peace of mind they need to relax while staying close design from UNIQUIN create open and enticing to the action. spaces. Acoustically separated from the hustle The UNIQUIN frame system is suitable both for rooms where full transparency is desirable and for individual door solutions. Variation is also possible: Timber, for example, can provide visual interest and discretion where it is required. Conference rooms should be focal points for focused sphere. This also helps in those decisive moments and creative work, to which transparency need be no when thoughts need to be gathered and ideas allowed hindrance. Quite the contrary: an open, spacious to mature. With UNIQUIN, conference rooms benefit interior, with incoming natural light and a wide from reduced sound transmission, helping to promote panorama, creates a pleasant and motivating atmo- productivity and creativity. 6 07/21
UNIQUIN Intelligent design Divides space without filling it UNIQUIN offers particular benefits when it comes to efficiently harnessing space and natural light, for example in hotels. Harmonious: UNIQUIN profiles as well as the sliding door’s track rail and pull handle offer a perfect match with the design concept, offering uniformity in both color and shape. Great in small spaces UNIQUIN is the perfect choice wherever limited space people can experience the space in its entirety at all needs to be utilized with maximum efficiency (home times: regardless of where they are within in the room. office, hotel room or hobby area). The system allows With UNIQUIN, divided rooms appear to gain size, you to structure the available space while keeping all light and ambience. This conveys a feeling of luxury, areas connected – the feeling of spaciousness especially where space must be used efficiently. remains. Whether it's a home office or a hotel room, With its open design, UNIQUIN scores highly wherever a view into neighbouring rooms is desirable – for example in fitness suites. The acoustic modules can be individually printed, offering visual highlights as well as enhancing the ambient sound of the space. Large rooms acoustically separated, visually unified of sound can be greatly enhanced by the use of optional With UNIQUIN, you create rooms that offer advantages acoustic modules. The decoupled mounting system for in virtually any application. The modular system enables the glass elements in the UNIQUIN profiles also reduces you to divide areas without restricting the panoramic sound transmission from room to room. This makes view and access to natural light. In terms of colour, UNIQUIN a universal solution for almost every space. UNIQUIN fits almost any environment. The absorption 07/21 7
dormakaba Access and room systems Enhance your interior architecture For designers who prefer to set For installers who appreciate their own boundaries. uncomplicated quality. UNIQUIN is the perfect solution for architects, TGA Whether you’re a tradesperson or a property planner planners and spatial planners who advise builders on – with UNIQUIN, you can implement interior design the design of their buildings. across disciplines. With UNIQUIN, you can configure spatial designs that UNIQUIN allows you to implement sophisticated room stand out in terms of both quality and flexibility The concepts quickly and easily. The system can be easily flush-fitting elements, with their slender styling, reveal installed with standard tools in rooms of all the usual excellence in both material and workmanship. The heights up to 4,000 mm. The component connections profiles can accommodate glass, but also other are fully coordinated and requisite cabling can be materials such as timber, in thicknesses from 10 to ducted through the profiles to make things even 19 mm. This allows you to adopt your own harmonious simpler. The profiles are available for delivery either in mix of transparent and opaque elements and combine stock lengths (6,000 mm) or custom-cut – just let us panoramic views with discreet privacy. know your specifications when placing the order. UNIQUIN allows a high degree of flexibility when designing Simple to implement – with effortless assembly and custom-fit spaces. system components. Perfect for the property Beautifully simple • Versatility when planning • Installation with standard tools • Integrated design of all components • Coordinated construction connections • Sound protection up to 39 dB can be integrated in • Easy to repair, reconfigure or dismantle and re-install the system • Standard room heights accommodated without any • Aluminium profiles with resistant special graphite problem powder coating; other powder-coated surfaces • Profiles delivered from the factory in the required available length or in 6,000 mm warehouse length • Option to install glass or other materials • Integration of electrical/electronic connections in thicknesses from 10 to 19 mm possible • All components can be ordered from one system • Time- and cost-saving final assembly of the cover • UNIQUIN system can be downloaded as BIM data profiles across all trades (e.g. by electrician) at the and configured with the 3D planning program end of construction Archicad • Self-explanatory assembly videos available https://www.dormakaba.com/de-de/ Watch our UNIQUIN assembly animations at: verkauf-support/digitale-planungsunterstu- https://glas-innovationen.com/en/glass-innovations/uniquin etzung/bim-von-dormakaba/ uniquin-bim-konfigurator Do you have any design or technical questions? We look forward to hearing from you: https://glas-innovationen.com/en/contact With regard to the suitability of the system in damp rooms or for outdoor use, please refer to the safety-related information on page 63. 8 07/21
UNIQUIN Intelligent design
Basic versions
With UNIQUIN, you can create an interior design exactly to your taste – from comprehensive room concept to
individual door solution.
Glass single-action door Room-height glass single-action door Glass single-action door in
in glass element Fixed panel (here with pushbar panic hardware fitting) wall opening with overpanel
Fixed panel Acoustic element Glass sliding door Glass single-action door
Variable size, (single/double-leaf) with pull in wall opening
custom-printed handle in glass element.
Timber single-action door Room-height timber Timber single-action door in
in glass element Fixed panel single-action door wall opening with overpanel
Fixed panel Acoustic element Timber sliding door Timber single-action door
Variable size, (single/double-leaf) with pull in wall opening
custom-printed handle in glass element.
Note: On-site timber door leaf, lock and hinges.
07/21 9
dormakaba Access and room systems
System types
Glass
Type 1 Type 2 Type 3 Type 4 Type 5
Type 6 Type 7 Type 8 Type 9 Type 10
Type 11
Timber
Type 1 Type 2 Type 3 Type 4 Type 5
Type 6 Type 7 Type 8 Type 9 Type 10
Type 11
10 07/21UNIQUIN Technical data
General – Technical data
Total system measurements w = no limit (according to respective glass statics)
h = max. 4,000 mm
Intermediate fixed panel w = min. 500 mm, h = max. 4,000 mm
Wall-mounted fixed panel w = min. 300 mm, h = max. 4,000 mm
(See also “Maximum installation heights” table)
Pane material Glass (TSG, LSG of 2 x TSG), timber or other material (10–19 mm)
Mounting profiles For material thicknesses 10–13.5 mm, 14–18 mm and 16–19 mm (see page 24)
Profile material Aluminium, powder-coated
Profile colours 382 LM graphite powder-coated (Graphite P 182 SR)
318 LM similar to EV1 powder-coated (Silver P 600SG)
383 LM similar to DB 703 fine structure powder-coated
384 LM white fine structure powder-coated (RAL 9016)
385 LM black fine structure powder-coated (RAL 9005)
399 LM special colour powder-coated (standard powder according to RAL card)*)
Installation options Wall, floor, ceiling, 90° room corner, T-joint
Door types Swing and sliding doors (technical data from page 28)
Emergency exit/panic function In accordance with EN 179 and EN 1125
(can be equipped optionally) (see from page 47)
Wiring (electrics/electronics) Integrated cabling of NYM cables with max. outside diameter of 10 m
Sound protection test Tested sound protection according to DIN EN ISO 10140 up to 41 dB, depending on design and
construction type. (The sound protection value may vary depending on the chosen glass
thickness. The specified value of up to 39 dB refers to a complete door element and thus to the
supposedly weakest element of an assembly. Up to 41 dB can be achieved in the fixed panel
area. Corresponding certificates are available upon request.) (see page 15)
Structural analysis Proof of stability according to DIN 18008. DIN 4103 available as certificate for glass.
(For alternative materials, the safety certificate must be furnished on a case-by-case basis.)
Accident-proof glazing possible with UNIQUIN, see note on page 12.
Maximum installation heights
Note: Please contact us to obtain our stability certificate
for glass. We can also provide you with information on
the use categories and other corresponding maximum values.
Please note the installation areas according to the usage
category chosen by the customer on the following page.
To find your contact person,
simply go to:
https://glas-innovationen.com/en/contact
Technically, almost anything is possible – UNIQUIN from dormakaba
07/21 11dormakaba Access and room systems
UNIQUIN structural stability calculations
Use categories with corresponding max. door dimensions
Installation area in accordance with DIN 4103
1 2
Use category in accordance with ETAG 003
I II III
Width 500 mm Height (mm) 100 Nm 200 Nm 300 Nm
10 TSG 3,300 ● ○ ○
3,000 ● ○ ○
2,500 ● ● ○
10.76 LSG 3,300 ● ○ ○
3,000 ● ● ○
2,500 ● ● ●
11.52 LSG 3,300 ● ○ ○
3,000 ● ● ○
2,500 ● ● ●
12 TSG 3,300 ● ○ ○
3,000 ● ● ○
2,500 ● ● ●
12.76 LSG 3,300 ● ● ○
3,000 ● ● ○
2,500 ● ● ●
13.52 LSG 3,300 ● ● ○
3,000 ● ● ○
2,500 ● ● ●
15 TSG 4,000 B X X
3,500 B X X
3,300 B X X
16.76 LSG 4,000 B X X
3,500 B X X
3,300 B X X
17.52 LSG 4,000 B X X
3,500 B X X
3,300 ● ● ●
19 TSG 4,000 B X X
3,500 B X X
3,300 B X X
UNIQUIN offers fall protection glazing options. For further information, please get in touch with your contact person in sales or in our
application technology department.
● = static/dynamic, calculated according to standard and physically tested B = static/dynamic, calculated according to standard
○ = failed test X = under review
12 07/21UNIQUIN Technical data
UNIQUIN stability certificate
UNIQUIN is linear-mounted glazing (LV)* and thus only suitable for vertical glazing.
Not OK! ** Not OK! ** Not OK! ** OK!
Notes on the stability of UNIQUIN:
• The inclination of the system must be ≤ 10°.
• Only temporarily variable loads may be applied to the LV.
• The glass must be properly blocked.
UNIQUIN is not suitable for walkable * DIN 18008 Part 1 and Part 2
glazing and/or horizontal glazing. ** UNIQUIN is not permitted for these installations.
Examples include:
• Overhead glazing ETAG 003 definition of use categories – Structural
• Canopy damage – Dynamic loads according to ETAG 003
Information about the use categories I. Areas that are mainly accessible to people who
of DIN 4103 exercise a high degree of caution. Minimal risk of
accident and misuse.
Installation area 1 II. Areas that are mainly accessible to people who
I. Areas that are mainly accessible to people who exercise a medium degree of caution. Medium
exercise a high degree of caution. Examples: risk of accident and misuse.
rooms in residential buildings, offices; hospital III. Areas that are easily accessible to the public and
wards. Minimal risk of accident and misuse. to persons who exercise a minimum degree of
II. Areas that are mainly accessible to people with caution. Risk of accident and misuse.
some degree of caution. Examples: rooms in IV. Areas and risk as for II and III. In case of malfunc-
residential buildings, offices; hospital wards. tion, there is a risk of falling to a lower floor.
Medium risk of accident and misuse.
Installation recommendation
Installation area 2 The minimum glass mounting depth is 20 mm. In the
III. Areas that are easily accessible to the public and case of extreme impact load (result of a pendulum
to persons who exercise a minimum degree of impact test), the glass may slide out of the upper
caution. Examples: schoolrooms, meeting rooms, profile. It is therefore recommended to plan a glass
reception rooms, entrance areas in hotels or mounting depth of 23 mm or, for safety reasons, to
administrative buildings, lecture halls, waiting maintain the maximum possible glass mounting
rooms; areas in cafes, restaurants, cinemas; depth in the upper area.
sports and recreation areas such as dance halls,
sports halls, stages; areas in department stores, Static detection of supporting forces
shops; storage areas including libraries. Risk of Calculation examples for a 5,000 mm system height
accident and misuse. were carried out. Based on experience and in order to
minimize the supporting loads, the maximum system
height was reduced to 4,000 mm.
Depending on the load case and the system height,
07/21 13dormakaba Access and room systems the supporting loads per metre are determined and The loads result from both the static calculation and distributed over three connecting elements. the dynamic pendulum impact load. The on-site substrate determines the selection of the connecting elements to be provided by the customer. In any case, the UNIQUIN system requires a substruc- ture with sufficient load-carrying capacity. If, for example, the ceiling is concrete, the material, strength, type of drill hole and installation must be considered. Software solutions and online consulting are offered by major connection manufacturers. If the calculated supporting load on the three connec- ting elements is too high, the load can, in exceptional cases, be distributed over four or five connecting elements by adding additional drill holes. This must be planned on site. Design load The pendulum impact test was carried out on intermediate fixed panels (see figure), which were placed in linear form at the top and bottom of UNIQUIN profiles, without lateral support. Wall-mounted Intermediate Intermediate fixed panel fixed panel fixed panel 14 07/21
UNIQUIN Technical data
Technical information on sound insulation
UNIQUIN reduces the transmission of sound between In other series of measurements, single-action doors
adjacent rooms by decoupling the profile and the sep- with equally large glass elements were tested (see
arating element as well as the profile and the building page 19).
structure. The use of special glazing enables noise re- In the case of single-action doors with drop-down seals
duction values of up to 41 dB. and double rebate seals, losses of sound insulation
values of 2 to 4 dB were measured compared to solid
Sound insulation loss of common solid glazing glazing elements. To improve the usability of the
elements with UNIQUIN profiles was tested in the single-action doors, the leaf opening seal may be
laboratory. A sound insulation loss of only 1 dB from dispensed with.In that case, an additional loss of
the sound value of the glass manufacturer's specifica- sound insulation of ≤ 1 dB is to be expected.
tion was detected.
The sound insulation values for additional glass
Note: The human ear only perceives a change in sound thicknesses can be derived from existing expert
level above 3 dB. reports based on the findings of further tests
(see Table 1 and from page 19).
Sound insulation measurement on the test bench Average data from the glass industry
Glass type Glass Individual values and
The sound insulation measurement according to DIN thickness spectrum
EN ISO 10140-2 is for direct sound transmission. (t in mm) adjustment values
Rw (dB) C (dB) Ctr (dB)
Note: Flanking transmission and installation Single-glazing
conditions may influence the result. TSG
10 33 -2 -3
12 34 0 -2
LSG structure Glass / PVB /
with glass (mm)
sound-absorbing
film
5 / 1.52 / 5 39 -1 -3
6 / 1.52 / 6 40 -2 -3
8 / 1.52 / 8 42 -1 -3
Table 1
Schematic illustration sound insulation
measurement according to DIN EN ISO 10140-2 Perception of noise reduction
Noise reduction Perception
(dB)
0–2 imperceptible
3–5 just perceptible, small improvement
6–10 clearly perceptible, noticeable
improvement
11–20 significant, convincing improvement
> 20 very significant, very convincing
improvement
Source room Receiving room Note: For construction projects with noise protection
requirements, we recommend you request the test
certificates from the glass manufacturer.
07/21 15dormakaba Access and room systems
Comparison of noise sources and perception
Noise protection
Büro Unterhaltung neben Schlafzimmer
ohne Schallschutz durch UNIQUIN
Office
Büro mit Schallschutz
Conversation
Unterhaltung durch
next
neben UNIQUIN
to the bedroom
Schlafzimmer
ohne Schallschutz
no noise durch UNIQUIN
protection mit Schallschutz durch
with sound protection UNIQUIN
by UNIQUIN
60 - 70 dB 50 - 60 dB >> 10 - 20 dB
60 - 70 dB
60–70 dB 50 - 60 dB
50–60 dB >>
>> 10 10–20
- 20 dB dB*
Office nextBüro
Büro neben to office with Conversation
Unterhaltung next
neben to library
Bibliothek
sound
mit
Büro protection
Schallschutz byUNIQUIN
neben Bürodurch UNIQUIN with
mit sound protection
Schallschutz durch by UNIQUIN
UNIQUIN
Unterhaltung neben Bibliothek
mit Schallschutz durch UNIQUIN mit Schallschutz durch UNIQUIN
60 - 70 dB >> 20 - 30 dB 50 - 60 dB >> 40 dB
60–70 dB >> 20–30 dB 70–80 dB >> 30–40 dB
60 - 70 dB >> 20 - 30 dB 50 - 60 dB >> 40 dB
*Specification according to standard DIN EN 15251:2012-12
Please note the sound insulation values from page 19.
Sound pressure level of various sound sources and sound effects
dB (A) Pain threshold
140
Jet engine Jet aircraft starting Hearing damage even with
130 100 m away short-term exposure to noise
120
110
Hearing damage with
Pop concert Construction noise
100 prolonged exposure to noise
90
Freight transport 80 Average
A great deal of annoyance and in
70 road traffic
some cases considerable
60 Office limitation of mental performance
Conversation
50
40 Living space Occasional disturbance
Library
30
20
Bedroom
Forest No or rare disturbances
10
0
16 07/21UNIQUIN Technical data
Unterhaltung neben Schlafzimmer
utz durch UNIQUIN mit Schallschutz durch UNIQUIN
Information on sound protection in everyday situations
50 - 60 dB >> 10 - 20 dB
Impacts
Door solution Volume
o
z durch UNIQUIN
Unterhaltung neben Bibliothek
mit Schallschutz durch UNIQUIN and measures
Unterhaltung neben Schlafzimmer
utz durch UNIQUIN mit Schallschutz durch UNIQUIN
Low sound protection, You can follow a conversation at
sliding door without any Sliding door normal volume in the neighbouring
sealing elements room
>> 20 - 30 dB 50 - 60 dB >> 40 dB
You cannot follow a conversation at
50 - 60 dB >> 10 - 20 dB Slightly increased sound
normal volume in the neighbouring
insulation, Sliding door
room, but you do hear that a conversa-
sliding door with gaps
o Unterhaltung neben Bibliothek
mit Schallschutz durch UNIQUIN
tion is taking place
z durch UNIQUIN
Büro Unterhaltung neben Schlafzimmer Low sound protection,
ohne Schallschutz durch UNIQUIN mit Schallschutz durch UNIQUIN You can follow a conversation at
single-action door with TSG Single-action
normal volume in the neighbouring
glazing, without drop-down door
room
>> 20 - 30 dB 50 - 60 dB >> 40 dB
seals
60 - 70 dB 50 - 60 dB >> 10 - 20 dB
Slightly increased sound You cannot follow a conversation at
protection, single-action door Single-action normal volume in the neighbouring
with TSG glazing and door room, but you do hear that a conversa-
Büro neben Büro
mit Schallschutz durch UNIQUIN
Unterhaltung neben Bibliothek
mit Schallschutz durch UNIQUIN
drop-down seals tion is taking place
You cannot follow a conversation even
Increased sound protection,
Single-action at a higher volume in the neighbouring
single-action door with LSG
door room, but you do hear that a conversa-
glazing and drop-down seals
60 - 70 dB >> 20 - 30 dB 50 - 60 dB >> 40 dB tion is taking place
Significantly increased sound
protection, single-action door You cannot hear a conversation even at
Single-action
with LSG glazing (incl. sound- a higher volume in the neighbouring
door
absorbing film), double gap seal room
and drop-down seals
You cannot follow a conversation at
Slightly increased sound
normal volume in the neighbouring
protection, fixed glazing with Fixed glazing
room, but you do hear that a conversa-
TSG glazing
tion is taking place
You cannot follow a conversation even
Slightly increased sound
at a higher volume in the neighbouring
protection, fixed glazing with Fixed glazing
room, but you do hear that a conversa-
LSG glazing
tz durch UNIQUIN
Unterhaltung neben Schlafzimmer
mit Schallschutz durch UNIQUIN
tion is taking place
Significantly increased sound
You cannot hear a conversation even at
protection,
Fixed glazing a higher volume in the neighbouring
fixed glazing with LSG glazing
room
50 - 60 dB >> 10 - 20 dB (incl. sounds-absorbing film)
o Unterhaltung neben Bibliothek
z durch UNIQUIN mit Schallschutz durch UNIQUIN
>> 20 - 30 dB 50 - 60 dB >> 40 dB
07/21 17dormakaba Access and room systems Space for your notes 18 07/21
UNIQUIN Technical data
dormakaba inspection report
The following tests were carried out with UNIQUIN in accordance with DIN EN ISO 10140-2.
The test documents are available on request.
Test results
Sound insulation measurement according to DIN EN ISO 10140-2
Dimensions Corrected
measure-
ment
Glass Clear pas- Clear pas- Rw (C; Ctr) Remark
sage width sage height
[W] (mm) [LH] (mm)
Fixed glazing
12 mm TSG 1,000 2,125 35 (-2; -3) dB Single-pane fixed glazing with 46 mounting profile
12 mm LSG SC 66.4 1,000 2,125 39 (0; -2) dB Single-pane fixed glazing with 46 mounting profile
16 mm LSG SC 88.4 1,000 2,125 41 (-1; -2) dB Single-pane fixed glazing with 46 mounting profile
Single-action door *
12 mm TSG 1,000 2,125 31 (-1; -1) dB Single-action door with drop-down seal and double rebate seal
12 mm LSG SC 66.4 1,000 2,125 35 (-1; -1) dB Single-action door with drop-down seal and double rebate seal
16 mm LSG SC 88.4 1,000 2,125 39 (-1; -2) dB Single-action door with drop-down seal and double rebate seal
Sliding door
10 mm TSG 1,000 2,125 12 (-1; -1) dB Without brush seal and floor seal
12 mm LSG SC 66.4 1,000 2,125 13 (-1; -1) dB Without brush seal and floor seal
10 mm TSG 1,000 2,125 14(-1; -1) dB With three-sided brush seal and without floor seal
12 mm LSG SC 66.4 1,000 2,125 14(-1; -1) dB With three-sided brush seal and without floor seal
Fixed glazing
16 LSG SC 88.4 3,570 2,910 38 (±1.2) dB Six-pane fixed glazing with 55 mounting profile
Single-action door with sidelight
16 LSG SC 88.4 3,670 2,910 36 (±1.2) dB Five-pane fixed glazing with 55 mounting profile +
single-action door and overpanel
Acoustic element
16 LSG SC 88.4 1,230 1,480 41 (±1.2) dB Acoustic element with glass element and convoluted foam in-
sulation
*To improve the usability of the single-action doors, the leaf opening seal may be dispensed with.
In that case, an additional loss of sound insulation of ≤ 1 dB is to be expected (see page 60).
All LSG glazing was tested with SC (special sound-absorbing film).
Note: Sound protection certificates available on request!
07/21 19dormakaba Access and room systems
dormakaba manufacturer’s test certificate
Sound insulation measurement according to EN ISO 10140-2
Glass Design
Fixed glazing
12 mm TSG • Mounting profile: 46 mm Rw (C; Ctr) 35 (-2;-3) dB
• Fixed element height: 2,125 mm Reference: Report of measurement of
• Fixed element width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,079 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 954 mm Athmer)
• Glass thickness: 12 mm
• Glass type: TSG
13.5 mm LSG • Mounting profile: 46 mm Rw(C; Ctr) 39 (0;-2) dB
• Fixed element height: 2,125 mm Reference: Report of measurement of
• Fixed element width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,079 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 954 mm Athmer)
• Glass thickness: 13.52 mm
• Glass type: LSG with sound-absorbing film (66.2)
17.5 mm LSG • Mounting profile: 46 mm Rw (C; Ctr) 41 (-1;-2) dB
• Fixed element height: 2,125 mm Reference: Report of measurement of
• Fixed element width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,079 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 954 mm Athmer)
• Glass thickness: 17.52 mm
• Glass type: LSG with sound-absorbing film (88.4)
Single-action door
12 mm TSG • Mounting profile: 46 mm with frame adapter Rw (C; Ctr) 31 (-1;-1) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,023 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 812 mm Athmer)
• Drop-down seal
• Glass thickness: 12 mm
• Glass type: TSG
13.5 mm LSG • Mounting profile: 46 mm with frame adapter Rw (C; Ctr) 35 (-1;-1) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,023 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 812 mm Athmer)
• Drop-down seal
• Glass thickness: 13.52 mm
• Glass type: LSG with sound-absorbing film (66.2)
17.5 mm LSG • Mounting profile: 46 mm with frame adapter Rw (C; Ctr) 39 (-1;-2) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,023 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 812 mm Athmer)
• Drop-down seal
• Glass thickness: 17.52 mm
• Glass type: LSG with sound-absorbing film (88.4)
20 07/21UNIQUIN Technical data
Sound insulation measurement according to EN ISO 10140-2
Glass Design
Sliding door without brush seal
10 mm TSG • MUTO Comfort L 80 Rw (C; Ctr) 12 (-1;-1) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,163 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 1,060 mm Athmer)
• Glass thickness: 10 mm
• Glass type: TSG
13.5 mm LSG • MUTO Comfort L 80 Rw (C; Ctr) 13 (-1;-1) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,163 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 1,060 mm Athmer)
• Glass thickness: 13.52 mm
• Glass type: LSG structure with sound-absorbing
film (66.4)
Sliding door with brush seal
10 mm TSG • MUTO Comfort L 80 Rw (C; Ctr) 14 (-1;-1) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,163 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 1,060 mm Athmer)
• Three-sided brush sealing
• Glass thickness: 10 mm
• Glass type: TSG
13.5 mm LSG • MUTO Comfort L 80 Rw (C; Ctr) 14 (0;0) dB
• Clear passage height: 2,125 mm Reference: Report of measurement of
• Clear passage width: 1,000 mm airborne sound insulation (20180710_Prüfbericht
• Glass height: 2,163 mm UNIQUIN Schalldämmwert Messungen Firma
• Glass width: 1,060 mm Athmer)
• Three-sided brush sealing
• Glass thickness: 13.52 mm
• Glass type: LSG structure with sound-absorbing
film (66.4)
07/21 21dormakaba Access and room systems
Planning basics
Planning specifications for the fixed glazing • In systems with sound-protection design, the glass
• Only right-angled UNIQUIN systems can be ordered. joint must be sealed by the customer or with technical
Adjustments for sloping wall or floor/ceiling gradients sealing tape, e.g. tesa ACXplus (see page 60).
are to be implemented by the customer (see section
“Measuring correctly” on page 59). Specification by the glass industry:
• The product may only be attached to a supporting For the production of a single glass pane (TSG = sin-
surface using suitable mounting material (see details gle-pane safety glass), the glass industry specifies a
sheet 50-022, on-site mounting material). height-to-aspect ratio of 1:10. Unless otherwise stated,
• Glass thickness must be selected according to the these specifications will be implemented in our release
UNIQUIN stability certificate (see page 12 or details drawings.
sheet 50-000B).
• Release drawings show the view from inside**. • Systems > 6,000 mm are divided (max. bearing length
• Gaps are planned as 3 mm as standard. An on-site = 6,000 mm). Profile joints are only permitted on a
filling with coordinated silicones or the use of fixed panel and should be avoided on the overpanel
double-sided tape (e.g. tesa ACXplus) is possible. On and glass joint. See Figure 1, page 23.
request, systems with a gap of 5 mm can also be • Mitres and T-joints must be performed by the custom-
planned. This may be useful for large glass thicknesses, er. Here, depending on the situation, profiles must be
LSG and/or high manufacturing tolerances of the prepared (notch). See illustration at the bottom of
glasses. The customer must take into account any page 25.
differences in the gap dimensions in the glass widths • Systems with a room corner and/or a T-joint have to
calculation. It is recommended to connect the glass be ordered with extra length to adjust the profile joints
with a wet seal or with double-sided adhesive tape. on site. See Figures 2+3, page 23.
• Profile connection to the building body in 90° installa-
tion. Different angles are to be implemented by
on-site construction.
**Inside = cover profile side for fixed elements/
hinge side for single-action doors/back side for sliding doors.
23±2
46/55
Glass height = clear passage height - 2x23
Clear passage height
46/55 46/55 10-19
46/55
3* 3*
23±2
23±2 Total glass width = Clear passage width - 2x23 - Air gap / Number of glasses 23±2
Clear passage width
* The dimensions of the gaps between the glass are based on the
recommended system standard dimensions. The gap dimensions Watch the UNIQUIN standard systems
can be changed on site, taking into account the glass widths. assembly video (video 1)
22 07/21UNIQUIN Technical data
Recommendation: Compared to the drawing, all mounting frames (ex-
We recommend that you use doors with a overpanel cept functional elements) are delivered with an extra
for optimal handling, planning freedom and delivery length of 20 mm. Minor adjustments are possible on
reliability. Rooms have different heights. The use of site. Sufficient for sloping walls/ceiling/floor.
overpanels allows for easy adjustment of the distance
from door to ceiling without changes to the frame 3. Delivery with extra length according to customer
look. The design of the system and the transparent request: Compared to the drawing, all mounting
appearance remain intact, and installation is flexible. frames (except function elements) are supplied with
Toughened glass doors are also independent of the an extra length according to the customer's specifica-
direction of DIN. We recommend a frame size of 1,010 mm tion. On-site adjustments are possible. We recom-
x 2,155 mm for a barrier-free passage width. Profiles for mend an extra length of 100 mm for angled systems.
systems with a room corner and/or T-joints must be
ordered with extra length in order to adapt the profile 4. Delivery in standard length (recommended for
joints on site (see figures below). buildings):
The functional elements are supplied exactly as per
Explanation of delivery length: the drawing. The mounting frames are
Pre-cut systems can be ordered from the following ordered in a 6,000 mm standard length. Absolute
options: flexibility during assembly.
1. Delivery in fixed length: Note: A profile joint is necessary if the system is
All profile lengths and the frame are manufactured wider than 6,000 mm.
and delivered to exactly match the drawing. An exact
Attention: For all mounting points, specialist planning on site
measurement is a prerequisite. The connections must
and a sufficiently stable base with coordinated dowel
be parallel and perpendicular. technology is required. Glass dimensions are to be provided by
2nd Delivery with extra length of 20 mm: the customer prior to implementation.
Figure 1
Angled systems (in
this case, an example
of an external corner):
Profiles are adapted
to mitre on site. Extra
length must be T-joint (here, an inside example):
considered. The glass can be pushed or
installed throughout.
T-joint 90° Disengage the base
profile of the front, cover
Room corners between profiles pushed blunt.
90° and 180°. Base
Figure 2 profile on mitre, cover Figure 3
profile pushed blunt.
07/21 23dormakaba Access and room systems
Profile system technology
Mounting profiles and information on the fixed elements
The mounting frames form the basis of the UNIQUIN The profile cross-section allows cables with a diameter
system. Three available versions ensure optimal of up to 10 mm to be mounted (see page 44).
fixation of single-pane and laminated safety glass
(TSG) as well as alternative materials with a thickness
of 10 to 19 mm. The silicone seals decouple the glass
from the profile and the profile from the building.
Base profile versions
10 15 6 19
6 6
32±2
23±2
23±2
55
46
46
7
(23)
(23)
(23)
5
5
36 41 Spacer 41
Spacer Spacer Aufnahmeprofil 46/36 mm, 10-13,5 mm Glas, Art. Nr. 50.401
on site on site on site 49,5
40,5 45,5
10 12 13 13,5
6 6 6 6
46/36 profile 46/41 profile 55/41 profile
46 mm visible height 46 mm visible height 55 mm visible height
23±2
23±2
10–13.5 mm material thickness 14–18 mm material thickness 16–19 mm material thickness
23±2
23±2
46
46
46
46
(23)
(23)
(23)
(23)
Usable glass thicknesses (shown as an example)
36 36 36 36
Mounting profile46/36
Aufnahmeprofil 46/36 mm,
mm, glass 10–13.5
10-13,5 mm
mm Glas, Art. Nr. 50.401 40,5 42,5 43,5 44
Aufnahmeprofil
10 46/36 mm, 10-13,5
12 13
mm Glas, Art. Nr. 50.401 13,5
Aufnahmeprofil 46/41 mm, 14-18 mm Glas, Art. Nr. 50.402
6 6 6 6
10 12 13 13,5 15 17 17.5
6 6 6 6 6 6 6
23±2
23±2
23±2
23±2
46
46
46
46
23±2
23±2
23±2
23±2
(23)
(23)
46 (23)
(23)
23±2
23±2
23±2
46
46
46
46
46
46
(23)
(23)
36 36 36 36
(23)
(23)
(23)
(23)
(23)
40,5 42,5 43,5 44
36 36 36 36 41 41 41
40,5 42,5 43,5 44 45,5 47,5 48
Aufnahmeprofil 46/41 mm, 14-18 mm Glas, Art. Nr. 50.402
Mounting profile 46/41 mm, glass 14–18 mm Mounting profile 55/41 mm, glass 16–19 mm
Aufnahmeprofil 46/41 mm, 14-18 mm Glas, Art. Nr. 50.402 Aufnahmeprofil 55/41 mm, 16-19 mm Glas, Art. Nr. 50.403*
15 17 17.5
6 15 6 17 617.5 17 17,5 19
6 6 6
6 6 6
23±2
±2
23±2
(23)(23)23±2 23
32±2
32±2
23±2
32±2
46
46 46
46 46
23±2
(23)
(23)
55
55
55
46
(23)
(23)
(23)
(23)
(23)
41 41 41
45,5
41 41
47,5 41 48 41 41 41
45,5 47,5 48 47,5 48 49,5
Aufnahmeprofil 55/41 mm, 16-19 mm Glas, Art. Nr. 50.403* * Hinweis:
Aufnahmeprofil 55/41 mm, 16-19 mm Glas, Art. Nr. 50.403* Aufnahmeprofil 55 mm wird für D
17 17,5 19 mit einer Ebenheitsabweichung
17 17,5 19 auf 10 m empfohlen.
6 6 6
6 6 6
(23) 55 32±2
±2±2
32±2±2
32±2
32
32
32
55
55
55
24 07/21
55
55
(23)
(23)
(23)
(23)
(23)UNIQUIN Profile system technology
24.5
6
Glass thickness
46
Glass thickness
Cover profile A
Basic profile B
Basic profile A
Note: We recommend maintaining an excess length of at least 100 mm for T-joints and for performing the on-site
system preparation. Room corners
Cover profile B are not possible in direct connection to doors. The cutting takes place on site.
Basic profile A
Cover profile B 46
Cover profile A
3±2
24.5
3±2 46 6
24.5
6
Basic profile B Glass thickness
Details of 90° corner
Profile cut on site Basic profile B
46
• 90° external corner • 90° internal corner
46
• Outside base profile – mitre connection • Inside base profile – mitre connection Glass thickness
Basic profile A
Glass thickness
24.5
46 6
• Inside cover profile – butt joint • Outside cover profile –Cover
mitreprofile B
connection
Cover profile A
Cover profile A
3±2
Glass thickness
6
Basic profile A
24.5
Cover profile A
Basic profile B
Basic profile A
On-site profile cutting On-site profile cutting
24.5 24.5 24.5 profile B
Cover Basic Basic
profileprofile
B B
6 Cover profile B 6 Profile cut on site
6
Glass thickness Glass thickness
Glass thickness
45°
AA
24.5
Cover profile B 46
A
profile
A46
Basic profile A
3±23±2
thickness
3±2 46
6 6
24.5
24.5
24.5
profile
CoverCover
profileprofile
B B 46 46
Cover profile A
46
46
profile
3±2
Cover profile B
B
Glass thickness
thickness
46
Basic profile B
AB
6
6
Glass thickness
profile
Basic profile B
profile
profile
Basic
Basic profile B
Basicprofile
Basic profile A Basic profile A 6
A
45°
Cover
Basic Cover p
profile
Profile cut on site 24.5
Glass
Cover
Glass thickness
Cover
Glass thickness
Glass thickness
1:4
Cover profile A
Glass
Cover
Cover profilel B
Cover profilel B
Basic profile A
Basic profile B
Basic profile B
45°
Basic
Profile cut on site
Basic profile A Basic profile A
Cover profile B
4646 45°
45°
46
24.5
24.5
46 46 Glass thickness
6
6
6
6
45° Basic profi
Cover profile A
Basic profile A
Glass Glass
thickness
thickness
Cover profile A
6
Basic profile A 1:4
3±2 46 Cover profile6B 6 Cover profile B
24.5
24.5
Cover profile A Cover profile ACover profile A Cover profile A
6
4.5 Basic profile B 24.5 24.5
45°
45°
sdicke
Profile cut on site Profile cut on site
ProfileProfile
cut oncut
4siteon site
45°
45° Basic profile B 5°
45° Basic profile B
1:4
1:4
Glasdicke
AA
profile
Cover profile A
eckprofil B
AA
Cover profile A
profile
Basic profile A
Cover profile B
profile
Basic profile A
On-site profile cutting
Details of T-joint CoverCover
profileprofile
B B
profile
24.5
Cover profile B
Cover
46
6
45°45°
24.5
Cover
Basic
6
dprofil B Glass thickness
• T-joint outside • T-joint inside
45°
45°
Basic
• Outside base profile – butt joint • Outside base 46profile – butt joint
Bauseitiger Profilzuschnitt
24.5
3±2
45°
45°45°
Cover profile B
6
Basic profile B
• Inside cover profile –Basic
buttprofile
joint • Inside cover
45° 45profile – buttBasic
joint
45°
B 45° 45° ° profile B
Basic profile A
45° 45° Basic Basic
profileprofile
B B
On-site
On-site
On-site profile profile
cuttingcuttin
profilecutting
Glass thickness
24.5 1:4 On-site profile cuttingOn-site
On-siteprofile
profilecutting
1:4
cutting On-site profile cutting
profile BA
24.5
Cover profilel B
24.5 24.5 1:4Basic
1:4 Basic Basic
A profile
profile
profile A A
46Basic Deckprofil
46 Basic Basic
profile AA
3±2
66
46 46 profileprofile A
46
Deckprofil B Basic
3±2
3±2
66
6
6 6
Glass thickness Glass
Glassthickness
thickness Basic profile A Glass thickness
45°
Cover profile B
6
Basic profile B
Cover profile B
Cover profile B
Basic profile B
3±2 Basic profile B
min. x
24.5 A1 A2 A1 x+24.5+3
thickness
24.5
min. x
A1 A1 A2 A2 x+24.5+3
min. x
46 x+24.5+3
24.5
A1 A1
6
Glass thickness
thickness
46
Grundprofil B
24.5
46
46
24.5
B
B
profile B
3±2Basic profile B Cover profile B
Cover profile B
profile B
Basic profile B
Basic profile B
Bauseitiger Profilzuschnitt
Cover profile
Basic 6profile
On-site profile cutting
Glass
Basic profile A Basic
Basicprofile
profileAA Grundprofil A Basic profile A On-site profile cutting
BasicA profile A 46 Grundprofil A
±2±2
6
Cover profile A Cover profile 46 Cover profile A Basic profile A Cover profile A1 Cover profileA2
Glass
33
Basic profile A
46 Basic profile A
Cover
thickness
46 Basic
Glass thickness
Glass thickness
24.5 thickness
6
Cover profile
Cover A A
profile CoverCover
profileprofile
A1 A1 CoverCover
profileA2
pro
B
Basic profile B
profilel B
Cover profilel B
Cover profilel B
Basic profile B
Basic profile B
Basic profile B
B B
46
B B
profile BB
profile BB
Cover profilel
min.x x
A1 A2 x+24,5+3
profileprofile
A1
profileprofile
Grundprofil
Cover profile B
A1 A2
Glasdicke
x+24.5+3
Deckprofil
x = 6+Glass
45°
Glass thickness A1
Glass thickness
24.5
min.
min. x
Basic A1 A2Basic
Basicprofile
profileAA x+24.5+3
Cover profile B
24.5
profile A A1 Basic profile A
46
Basic profile B
Glass thickness
6
Glass
Glass
Cover Cover
x = 6+Gla
Basic Basic
Glass thickness x=
Cover
45°
45°
Glass thickness
Cover
24.5
Basic
24.5
24.5
24.5
24.5
46 46
46 6 Bauseitiger
646
Profilzuschnitt
6
66
45°
6
6
6
6
6
Grundprofil A On-site profile cutting 1:4
24.5
24.5 46
Deckprofil A 24.5 Grundprofil A Deckprofil A1 Deckprofil A2
6
Cover profile A Cover profile A1 Cover profileA2
6 Cover profile A Cover profile A1 Cover profileA2
Glass thickness
Cover profile A Cover
Coverprofile
profileAA Cover profile ACover profile
CoverAprofile
Cover profileAA Cover profile A
Grundprofil B
46
Deckprofil B
profile BB
profile B
min. x
A1 A2 x+24,5+3
46
A1
Glasdicke
Grundprofil
Cover profile B
x = 6+Glasdicke
Deckprofil
46
Basic profile B
Glasdicke
24.5
x = 6+Glass thickness
46
Glass thickness
Cover profile B
Basic profile B
6 Glass thickness x = 6+Glass thickness
6
Cover
Basic profile A 6
Basic
24.5
24.5
24.5
Glass thickness
Deckprofil A Deckprofil A1 Deckprofil A2
Cover profilel B
Basic profile B
Basic profile A
46
Grundprofil B
Deckprofil B
Glasdicke x = 6+Glasdicke
24.5
46
6
6
6
24.5
Watch the UNIQUIN joint (room corners)
Cover profile A Cover profile A
assembly video (video 6):
07/21 25dormakaba Access and room systems
Fixed glazing technology
UNIQUIN is linear-mounted glazing and thus only
suitable for vertical glazing.
Straight system configuration
LH
LH
LH
LH
LH
LB
LB
46 46
(23) 23 23 (23)
46 46
(23) 23 23 (23)
LB
LB
LB
46
46 46
46
(23)
(23) 23
23 23
23 (23)
(23)
46 46
(23) 23 23 (23)
3 3
LH
LH
LH
LH
LH
LB
LB
LB
46
46 46
46
35 35
(23)
(23) 23
23 23
23 (23)
(23)
46 46
5 5
(23) 23 23 (23)
LB
LB
46 46
5 5
(23) 23 23 (23)
46 46
5 5
(23) 23 23 (23)
Watch the standard systems assem-
bly video (video 1)
26 07/21UNIQUIN Fixed glazing technology
On request, curved system configurations (only fixed elements) can also be realised, taking into account a radius
of min. 1,000 mm (respective profile inner edge). For curved systems (curved glass is not a regulated
construction product), a proof of stability must be provided by the customer if necessary.
Functional elements on curved fixed glazing: Please contact our application technology department.
Curved system configuration
LH
LH
LH
LH
00
in. 10
ofil m
Bogenlänge
ius Pr
000
Rad
00 m
in. 1
file
in. 10
il mro
max. 90Ā
ius p
Bogenlänge
of
s Pr
in. 10 Radiu
Rad
00
Arc length
ofil m
Bogenlänge
ius Pr
Rad
max. 90°
max. 90Ā
Bogenlänge max. 3000
max. 90Ā
Arc length max. 3000
Bogenlänge max. 3000
Bogenlänge max. 3000
LH
LH
LH
LH
000
in. 1
fi00l m
in. 10
il mro
LH
iuPrsof p
Bogenlänge
s
Rad in. 10 Radiu
00
Arc length
ofil m
Bogenlänge
s Pr
00
iu
in. 10
Rad
max. 90°
max. 90Ā
ofil m
Bogenlänge
ius Pr
Rad
max. 90Ā
00
in. 10
ofil m
Bogenlänge
ius Pr
max. 90Ā
Rad
Arc length max. 3000
Bogenlänge max. 3000
max. 90Ā
Bogenlänge max. 3000
Bogenlänge max. 3000
Bogenlänge max. 3000
07/21 27dormakaba Access and room systems
Single-action glass door with frame in masonry
With UNIQUIN, you can easily implement individual Maximum door weight including all fittings:
solutions in masonry. For this type of installation, we 130 kg for glass doors
offer you three basic frame sizes with individually Calculation of door dimensions:
adjustable width and height. A combination with a Door width = frame width - 86 mm
drop-down seal can also be used without further glass Door height = frame height - 50 mm
preparation.
9
381
9
300
9
381
300
300
LDH = Frame height-55
LDH = Frame height-55
LDH = Frame height-55
Frame height = LH-9
Frame height = LH-9
Frame height = LH-9
LH
LH
LH
1050
1050
1050
381
381
381
7
7
7
DB = Frame width-110 DB = Frame width-110 DB = Frame width-110
9 Frame width = LB-102 9 9 Frame width = LB-102 9 9 Frame width = LB-102 9
LB LB LB
Size 1: 2 hinges Size 2: 3 hinges Size 3: 3 hinges
Frame height: 2,000–2,200 mm Frame height: 2,201–2,600 mm Frame height: 2,601–3,000 mm
Frame width: 746–1,410 mm Frame width: 746–1,410 mm Frame width: 746–1,410 mm
Wall opening: 755–1,428 mm wall opening: 755–1,428 mm Wall opening: 755–1,428 mm
99 55
55 55
55 99
3.5
3.5 12
12 12
12 3.5
3.5
39.5
39.5
Application with TS 97
If a door closer is installed in a frame set in
masonry, the frame must be mounted
TS 97 TS 97
ca
.1
20 flush with the wall, as otherwise the door
ca
°
.6
closer will strike the masonry and the opening
5°
of the door will be severely limited.
97
TS
97
TS
Watch the assembly videos for the
UNIQUIN drop-down seal (video 2.2) and
doors in wall soffits (video 7):
28 07/21UNIQUIN Technical single-action door
Single-action timber door with frame in masonry
Timber door These hinge components also remain part of the
If a timber door is used, the UNIQUIN frame profile external timber door delivery. The same applies to
can optionally also be prepared for use with an ITS 96. locks, levers and drop seals inserted in the timber door
All ITS components remain part of the external timber leaf.
door delivery. A universal locking plate with a drop and
latch inlet is included in the scope of delivery of the Maximum door weight including all fittings:
UNIQUIN frame profile. 80 kg for timber doors
Calculation of door dimensions:
The UNIQUIN frame profile is also prepared for con- Door width = frame width - 86 mm
cealed hinges (manufacturer specifications and di- Door height = frame height - 50 mm
mensions on page 56/57).
237
350
237
237
350
Frame height = LH-9 =1991 to 2991
Frame height = LH-9 =1991 to 2991
Frame height = LH-9 =1991 to 2991
350
LDH = Z Frame height-55
LDH = Frame height-55
LDH = Frame height-55
BA
BA
BA
LH
LH
LH
1050
1050
1050
7
7
7
DB = Frame width-110 DB = Frame width-110 DB = Frame width-110
9 Frame width* 9 9 Frame width* 9 9 Frame width* 9
LB LB LB
Size 1: 3 hinges Size 2: 3 hinges Size 3: 3 hinges
Frame height: 2,000–2,200 mm Frame height: 2,201–2,600 mm Frame height: 2,601–3,000 mm
Frame width: 746–1,410 mm Frame width: 746–1,410 mm Frame width: 746–1,410 mm
Wall opening: 755–1,428 mm wall opening: 755–1,428 mm Wall opening: 755–1,428 mm
9
9 55
55 55
55 99
11.5 11.5
44 11.5 11.5 4
4
39.5
39.5
Holztürblatt, Schloss
und Bänder, bauseits
Note: When using timber door leaves, Watch the assembly videos
the frames are always prepared for three hinges. for the UNIQUIN timber door (video 2.3)
On-site timber door leaf, lock, lever and hinges. and doors in wall soffits (video 7):
07/21 29dormakaba Access and room systems
Single-action glass door with frame in masonry
with overpanel
The combination of door and overpanel in masonry is a 130 kg for glass doors
variant in which the base profile ensures both the Calculation of door dimensions:
framing of the overpanel and the connection of the Door width = frame width - 86 mm
frame. For this type of installation, we also offer you Door height = frame height - 50 mm
three basic frame sizes with individually adjustable
width and height. A drop-down seal can be used
without further glass preparation.
Maximum door weight including all fittings:
381
300
381
300
300
LDH = Frame height-55
LDH = Frame height-55
LDH = Frame height-55
Frame height
Frame height
Frame height
LH
LH
LH
1050
1050
1050
381
381
381
7
7
7
DB = Frame width-110 DB = Frame width-110 DB = Frame width-110
51 Frame width = LB-102 51 51 Frame width = LB-102 51 51 Frame width = LB-102 51
LB LB LB
Size 1: Size 2: Size 3:
Overpanel weight: max. 80 kg Overpanel weight: max. 80 kg Overpanel weight: max. 80 kg
46 5 55
46 5 46 55 5 55 55 5 46
55 5 55 46 5 46
(18) 28 17 (18) 3.5 28 12 (18)17 283.5 1217 3.5 12 12 3.5 17 12 28 3.5 (18) 17
12 3.528 17(18) 28 (18)
Section Frame
46
46 55 55
55 55
55 55 46
46
(18)
(18) 28
28 17
39.5
17 3.5
3.5 12
12 39.5 39.5
12
12 3.5
3.5 17
17 28
28 (18)
(18)
39.5
39.5
Section Overpanel
46
46 46 46 46 46 46
46
(23)
(23) 23
23 (23) 23 (23) 23 23 (23) 23 (23) 23
23 (23)
(23)
46 46
(23) 23 23 (23)
Note: In principle, it should be noted that the Watch the assembly videos
thickness of the materials of solid elements for UNIQUIN frames and doors (video
and door elements must always be identical. 2) and drop-down seals (video 2.2):
30 07/21You can also read
