Access and room systems Technical brochure 2021

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Access and room systemsTechnical brochure 2021

UNIQUIN

dormakaba Access and room systems

2

Our Sustainability CommitmentWe 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.

https://www.dormakaba.com.

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Contents

Contents

26

4228

4644 53

38

58 63

104 Fixed glazing technology

Acoustic module technology

Single-action door technology

Accessories technologyElectrification Glass / timber processing

Sliding door technology

Technical Support Security-related information

Technical dataIntelligent design

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UNIQUIN enhances your interior architecture. The system, made in Germany, comprises flush-fitting profiles complemented by hardware and locking systems in the same coordinated design. The aluminum profiles and the visible functional elements are powder-coated to give them a resistant

surface that can be selected in a color to match the setting. The textured coating in anthracite grey is typical of UNIQUIN and particularly robust. UNIQUIN can be fitted with fixed elements made of glass, timber or other materials in thicknesses between 10 and 19 mm.

"A profile system that is visually impressive due to its lightness and uniformity, while at the same time being easy to plan and install."

Elements with a single identity

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-facturing industries.

Award-winning design

This idea by Hubert Elmer, designer of solutions for fitting glass in architecture, was the basis for a versatile profile system and functional ele-ments for room access and freestanding room-in-room designs: UNIQUIN. Visually and constructively convincing. At dormakaba, we always work closely with architects, fitters and users and take their requirements into account.

With decades of experience in the field of glass fitting technology and with a view to the future, we present you with a system that combines impressive appearance and function with versatility and reusability.

Hubert Elmer lives and works in Innsbruck.

Coordinated design for frame and lock element

Sliding doors can also be effortlessly integrated

You can combine other dormakaba components such as the TS 97 door closer

In addition to anthracite grey (scratch-resistant), other subtle shades integrate well into contemporary architecture (see page 11). A variety of RAL colours is available on request.

Intelligent design

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UNIQUIN – The system for communicative room designs

Enhance your interior design. The system comprises partitions and door solutions that offer coordinated, attractive design coupled with impressive application

versatility. For effortlessly combined transparency and discretion: UNIQUIN.

01

Sliding doorCreate access points without losing space. With UNIQUIN you can incorporate single or double-leaf sliding doorswith ease.

02

Room-height single-action door Incorporate door systems measuring up to 3 meters in height. These prestigious access points create a striking impression.

03

CornersCreate rooms with continuous transparency and withoutvertical posts even in 90° room corners.

04

Electrification You can position switches, sockets or electronic connections at the door frame profiles. The cable supply is provided invisibly within the profiles.

05

Acoustic module The acoustic modules from UNIQUIN absorb sound waves from within to create a pleasant ambient feel. The fabric covering can be individually printed and backlit*. Whether it’s an eye-catching detail or discreet background – you decide.

06

Sound protection The decoupled mounting of your desired material in thicknesses between 10 to 19 mm reduces sound transmission. When using laminated safety glass with special sound protection films, the effect is even maximized: more transparency, less noise.

07

Single-action door Whether doors for selective visual privacy or homely accents, again, the choice is yours. With frames in a coordinated design for glass doors in 10-19 mm thickness and timber doors in 40-50 mm thickness.

08

Door assemblies instructural openingsYou can also use the same frame profiles from UNIQUIN for classic single-door solutions, giving a uniform, coordinated look throughout the entire building.

* Concept and installation by others

The system for communicative room designs

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One system, many purposes

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.

Transparent: Rooms created with UNIQUIN are bright and friendly.

Relaxation areas such as lounges or break rooms are given a new, communicative atmosphere with UNIQUIN: glass walls combined with attractive design from UNIQUIN create open and enticing spaces. Acoustically separated from the hustle

and bustle, they nevertheless remain integrated into the overall atmosphere. Here everyone can find the peace of mind they need to relax while staying close to the action.

Conference rooms should be focal points for focused and creative work, to which transparency need be no hindrance. Quite the contrary: an open, spacious interior, with incoming natural light and a wide panorama, creates a pleasant and motivating atmo-

sphere. This also helps in those decisive moments when thoughts need to be gathered and ideas allowed to mature. With UNIQUIN, conference rooms benefit from reduced sound transmission, helping to promote productivity and creativity.

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Intelligent designUNIQUIN

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.

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.

Great in small spacesUNIQUIN is the perfect choice wherever limited space needs to be utilized with maximum efficiency (home office, hotel room or hobby area). The system allows you to structure the available space while keeping all areas connected – the feeling of spaciousness remains. Whether it's a home office or a hotel room,

people can experience the space in its entirety at all times: regardless of where they are within in the room. With UNIQUIN, divided rooms appear to gain size, light and ambience. This conveys a feeling of luxury, especially where space must be used efficiently.

Large rooms acoustically separated, visually unified With UNIQUIN, you create rooms that offer advantages in virtually any application. The modular system enables you to divide areas without restricting the panoramic view and access to natural light. In terms of colour, UNIQUIN fits almost any environment. The absorption

of sound can be greatly enhanced by the use of optional acoustic modules. The decoupled mounting system for the glass elements in the UNIQUIN profiles also reduces sound transmission from room to room. This makes UNIQUIN a universal solution for almost every space.

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For installers who appreciate uncomplicated quality.

For designers who prefer to set their own boundaries.

UNIQUIN allows you to implement sophisticated room concepts quickly and easily. The system can be easily installed with standard tools in rooms of all the usual heights up to 4,000 mm. The component connections are fully coordinated and requisite cabling can be ducted through the profiles to make things even simpler. The profiles are available for delivery either in stock lengths (6,000 mm) or custom-cut – just let us know your specifications when placing the order.

With UNIQUIN, you can configure spatial designs that stand out in terms of both quality and flexibility The flush-fitting elements, with their slender styling, reveal excellence in both material and workmanship. The profiles can accommodate glass, but also other materials such as timber, in thicknesses from 10 to 19 mm. This allows you to adopt your own harmonious mix of transparent and opaque elements and combine panoramic views with discreet privacy.

Beautifully simple• Installation with standard tools• Coordinated construction connections• Easy to repair, reconfigure or dismantle and re-install• Standard room heights accommodated without any

problem• Profiles delivered from the factory in the required

length or in 6,000 mm warehouse length• Integration of electrical/electronic connections

possible• Time- and cost-saving final assembly of the cover

profiles across all trades (e.g. by electrician) at the end of construction

• Self-explanatory assembly videos available

Perfect for the property• Versatility when planning• Integrated design of all components• Sound protection up to 39 dB can be integrated in

the system• Aluminium profiles with resistant special graphite

powder coating; other powder-coated surfaces available

• Option to install glass or other materials in thicknesses from 10 to 19 mm

• All components can be ordered from one system• UNIQUIN system can be downloaded as BIM data

and configured with the 3D planning program Archicad

Whether you’re a tradesperson or a property planner – with UNIQUIN, you can implement interior design across disciplines.

UNIQUIN is the perfect solution for architects, TGA planners and spatial planners who advise builders on the design of their buildings.

UNIQUIN allows a high degree of flexibility when designing spaces.

Simple to implement – with effortless assembly and custom-fit system components.

Enhance your interior architecture

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.

https://www.dormakaba.com/de-de/verkauf-support/digitale-planungsunterstu-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

Watch our UNIQUIN assembly animations at:https://glas-innovationen.com/en/glass-innovations/uniquin

https://www.dormakaba.com/de-de/verkauf-support/digitale-planungsunterstuetzung/bim-von-dormakaba/uniquin-bim-konfigurator




https://glas-innovationen.com/en/contact

https://glas-innovationen.com/en/glass-innovations/uniquin

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Intelligent designUNIQUIN

With UNIQUIN, you can create an interior design exactly to your taste – from comprehensive room concept toindividual door solution.

Glass single-action doorin wall opening

Timber single-action door in wall opening

Glass single-action door in wall opening with overpanel

Timber single-action door in wall opening with overpanel

Room-height glass single-action door (here with pushbar panic hardware fitting)

Room-height timbersingle-action door

Fixed panel

Fixed panel

Glass sliding door(single/double-leaf) with pull handle in glass element.

Timber sliding door(single/double-leaf) with pull handle in glass element.

Glass single-action door in glass element

Timber single-action door in glass element

Acoustic element Variable size, custom-printed

Acoustic element Variable size, custom-printed

Fixed panel

Fixed panel

Basic versions

Note: On-site timber door leaf, lock and hinges.

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Type 5

Type 5

Type 10

Type 10

Type 4

Type 4

Type 9

Type 9

Type 3

Type 3

Type 8

Type 8

Type 2

Type 2

Type 7

Type 7

Type 1

Type 1

Type 6

Type 6

Type 11

Type 11

System types

Glass

Timber

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Technical dataUNIQUIN

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Technically, almost anything is possible – UNIQUIN from dormakaba

Total system measurements w = no limit (according to respective glass statics)h = max. 4,000 mm

Intermediate fixed panelWall-mounted fixed panel

w = min. 500 mm, h = max. 4,000 mmw = 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.

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.

Maximum installation heights

General – Technical data

To find your contact person, simply go to:https://glas-innovationen.com/en/contact

https://glas-innovationen.com/en/contact

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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○ = failed test

UNIQUIN structural stability calculations

Use categories with corresponding max. door dimensions

B = static/dynamic, calculated according to standardX = under review

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

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UNIQUIN is linear-mounted glazing (LV)* and thus only suitable for vertical glazing.

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.

Not OK! ** Not OK! ** Not OK! ** OK!

UNIQUIN stability certificate

UNIQUIN is not suitable for walkable glazing and/or horizontal glazing.Examples include:• Overhead glazing• Canopy

Information about the use categories of DIN 4103 Installation area 1I. Areas that are mainly accessible to people who

exercise a high degree of caution. Examples: rooms in residential buildings, offices; hospital wards. Minimal risk of accident and misuse.

II. Areas that are mainly accessible to people with some degree of caution. Examples: rooms in residential buildings, offices; hospital wards. Medium risk of accident and misuse.

Installation area 2III. Areas that are easily accessible to the public and

to persons who exercise a minimum degree of caution. Examples: schoolrooms, meeting rooms, reception rooms, entrance areas in hotels or administrative buildings, lecture halls, waiting rooms; areas in cafes, restaurants, cinemas; sports and recreation areas such as dance halls, sports halls, stages; areas in department stores, shops; storage areas including libraries. Risk of accident and misuse.

* DIN 18008 Part 1 and Part 2** UNIQUIN is not permitted for these installations.

ETAG 003 definition of use categories – Structural damage – Dynamic loads according to ETAG 003 I. Areas that are mainly accessible to people who

exercise a high degree of caution. Minimal risk of accident and misuse.

II. Areas that are mainly accessible to people who exercise a medium degree of caution. Medium risk of accident and misuse.

III. Areas that are easily accessible to the public and to persons who exercise a minimum degree of caution. Risk of accident and misuse.

IV. Areas and risk as for II and III. In case of malfunc-tion, there is a risk of falling to a lower floor.

Installation recommendationThe minimum glass mounting depth is 20 mm. In the case of extreme impact load (result of a pendulum impact test), the glass may slide out of the upper profile. It is therefore recommended to plan a glass mounting depth of 23 mm or, for safety reasons, to maintain the maximum possible glass mounting depth in the upper area.

Static detection of supporting forcesCalculation examples for a 5,000 mm system height 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,

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dormakaba Access and room systemsdormakaba Access and room systems

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.

the supporting loads per metre are determined and distributed over three connecting elements.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 loads result from both the static calculation and the dynamic pendulum impact load.

Intermediate fixed panel

Intermediate fixed panel

Wall-mounted fixed panel

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Technical information on sound insulation

UNIQUIN reduces the transmission of sound between adjacent rooms by decoupling the profile and the sep-arating element as well as the profile and the building structure. The use of special glazing enables noise re-duction values of up to 41 dB.

Sound insulation loss of common solid glazing elements with UNIQUIN profiles was tested in thelaboratory. A sound insulation loss of only 1 dB from the sound value of the glass manufacturer's specifica-tion was detected.

Note: The human ear only perceives a change in sound level above 3 dB.

In other series of measurements, single-action doors with equally large glass elements were tested (see page 19).In the case of single-action doors with drop-down seals and double rebate seals, losses of sound insulation values of 2 to 4 dB were measured compared to solidglazing elements. 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.

The sound insulation values for additional glass thicknesses can be derived from existing expert reports based on the findings of further tests (see Table 1 and from page 19).

Perception of noise reduction

Noise reduction (dB)

Perception

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

Sound insulation measurement on the test bench

The sound insulation measurement according to DIN EN ISO 10140-2 is for direct sound transmission.

Note: Flanking transmission and installation conditions may influence the result.

Average data from the glass industry

Glass type Glass thickness (t in mm)

Individual values and spectrum adjustment values

Rw (dB) C (dB) Ctr (dB)

Single-glazing TSG

10 33 -2 -3

12 34 0 -2

LSG structure with sound-absorbing film

Glass / PVB / glass (mm)

5 / 1.52 / 5 39 -1 -3

6 / 1.52 / 6 40 -2 -3

8 / 1.52 / 8 42 -1 -3

Schematic illustration sound insulation measurement according to DIN EN ISO 10140-2

Source room Receiving room

Table 1

Note: For construction projects with noise protection requirements, we recommend you request the test certificates from the glass manufacturer.

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140

130

120

110

100

90

80

70

60

50

40

30

20

10

0

Unterhaltung neben Schlafzimmermit Schallschutz durch UNIQUIN

Büro neben Büromit Schallschutz durch UNIQUIN

Unterhaltung neben Bibliothekmit Schallschutz durch UNIQUIN

Büro ohne Schallschutz durch UNIQUIN

60 - 70 dB >> 20 - 30 dB

60 - 70 dB 50 - 60 dB >> 10 - 20 dB

50 - 60 dB >> 40 dB





60 - 70 dB >> 20 - 30 dB

60 - 70 dB 50 - 60 dB >> 10 - 20 dB

50 - 60 dB >> 40 dB

Comparison of noise sources and perception

Officeno noise protection

Office next to office with sound protection by UNIQUIN

Jet engine Jet aircraft starting 100 m away

Hearing damage even with short-term exposure to noise

Conversation Office

Occasional disturbance

Pop concert Construction noise Hearing damage with prolonged exposure to noise

Freight transport

Library Living space

No or rare disturbancesBedroom Forest

Average road traffic A great deal of annoyance and in

some cases considerable limitation of mental performance

60–70 dB

60–70 dB >> 20–30 dB

Conversation next to the bedroom with sound protection by UNIQUIN

*Specification according to standard DIN EN 15251:2012-12Please note the sound insulation values from page 19.

Conversation next to library with sound protection by UNIQUIN

50–60 dB >> 10–20 dB*

70–80 dB >> 30–40 dB

Noise protection

Sound pressure level of various sound sources and sound effects

Pain thresholddB (A)


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60 - 70 dB >> 20 - 30 dB

60 - 70 dB 50 - 60 dB >> 10 - 20 dB

50 - 60 dB >> 40 dB





60 - 70 dB >> 20 - 30 dB

60 - 70 dB 50 - 60 dB >> 10 - 20 dB

50 - 60 dB >> 40 dB





60 - 70 dB >> 20 - 30 dB

60 - 70 dB 50 - 60 dB >> 10 - 20 dB

50 - 60 dB >> 40 dB





60 - 70 dB >> 20 - 30 dB

60 - 70 dB 50 - 60 dB >> 10 - 20 dB

50 - 60 dB >> 40 dB


Information on sound protection in everyday situations

Impacts and measures Door solution Volume

Low sound protection, sliding door without any sealing elements

Sliding door You can follow a conversation at normal volume in the neighbouring room

Slightly increased sound insulation, sliding door with gaps

Sliding door

You cannot follow a conversation at normal volume in the neighbouring room, but you do hear that a conversa-tion is taking place

Low sound protection, single-action door with TSG glazing, without drop-down seals

Single-action door

You can follow a conversation at normal volume in the neighbouring room

Slightly increased sound protection, single-action door with TSG glazing and drop-down seals

Single-action door


Increased sound protection, single-action door with LSG glazing and drop-down seals

Single-action door

You cannot follow a conversation even at a higher volume in the neighbouring room, but you do hear that a conversa-tion is taking place

Significantly increased sound protection, single-action door with LSG glazing (incl. sound- absorbing film), double gap seal and drop-down seals

Single-action door

You cannot hear a conversation even at a higher volume in the neighbouring room

Slightly increased sound protection, fixed glazing with TSG glazing

Fixed glazing


Slightly increased sound protection, fixed glazing with LSG glazing

Fixed glazing

You cannot follow a conversation even at a higher volume in the neighbouring room, but you do hear that a conversa-tion is taking place

Significantly increased sound protection, fixed glazing with LSG glazing (incl. sounds-absorbing film)

Fixed glazingYou cannot hear a conversation even ata higher volume in the neighbouringroom

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Space for your notes

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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-sage width [W] (mm)

Clear pas-sage height [LH] (mm)

Rw (C; Ctr) Remark

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

Note: Sound protection certificates available on request!

* 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).

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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• Fixed element height: 2,125 mm• Fixed element width: 1,000 mm• Glass height: 2,079 mm• Glass width: 954 mm• Glass thickness: 12 mm• Glass type: TSG

Rw (C; Ctr) 35 (-2;-3) dBReference: Report of measurement ofairborne sound insulation (20180710_PrüfberichtUNIQUIN Schalldämmwert Messungen FirmaAthmer)

13.5 mm LSG • Mounting profile: 46 mm• Fixed element height: 2,125 mm• Fixed element width: 1,000 mm• Glass height: 2,079 mm• Glass width: 954 mm• Glass thickness: 13.52 mm• Glass type: LSG with sound-absorbing film (66.2)

Rw(C; Ctr) 39 (0;-2) dBReference: Report of measurement ofairborne sound insulation (20180710_PrüfberichtUNIQUIN Schalldämmwert Messungen FirmaAthmer)

17.5 mm LSG • Mounting profile: 46 mm• Fixed element height: 2,125 mm• Fixed element width: 1,000 mm• Glass height: 2,079 mm• Glass width: 954 mm• 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• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,023 mm• Glass width: 812 mm• Drop-down seal• Glass thickness: 12 mm• Glass type: TSG


13.5 mm LSG • Mounting profile: 46 mm with frame adapter• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,023 mm• Glass width: 812 mm• 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• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,023 mm• Glass width: 812 mm• Drop-down seal• Glass thickness: 17.52 mm• Glass type: LSG with sound-absorbing film (88.4)


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Sound insulation measurement according to EN ISO 10140-2

Glass Design

Sliding door without brush seal

10 mm TSG • MUTO Comfort L 80• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,163 mm• Glass width: 1,060 mm• Glass thickness: 10 mm• Glass type: TSG


13.5 mm LSG • MUTO Comfort L 80• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,163 mm• Glass width: 1,060 mm• 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• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,163 mm• Glass width: 1,060 mm• Three-sided brush sealing• Glass thickness: 10 mm• Glass type: TSG


13.5 mm LSG • MUTO Comfort L 80• Clear passage height: 2,125 mm• Clear passage width: 1,000 mm• Glass height: 2,163 mm• Glass width: 1,060 mm• Three-sided brush sealing• Glass thickness: 13.52 mm• Glass type: LSG structure with sound-absorbing

film (66.4)

Rw (C; Ctr) 14 (0;0) dBReference: Report of measurement ofairborne sound insulation (20180710_PrüfberichtUNIQUIN Schalldämmwert Messungen FirmaAthmer)

22 07/21


23±2 23±2

23±2

3 3

23±2

46/55 46/55

46/5

546

/55

Clear passage width

Cle

ar p

assa

ge h

eigh

t

Total glass width = Clear passage width - 2x23 - Air gap / Number of glasses

Gla

ss h

eigh

t = c

lear

pas

sage

hei

ght -

2x2

3

10-19

Planning basics

Planning specifications for the fixed glazing• Only right-angled UNIQUIN systems can be ordered.

Adjustments for sloping wall or floor/ceiling gradients are to be implemented by the customer (see section “Measuring correctly” on page 59).

• The product may only be attached to a supporting surface using suitable mounting material (see details sheet 50-022, on-site mounting material).

• Glass thickness must be selected according to the UNIQUIN stability certificate (see page 12 or details sheet 50-000B).

• Release drawings show the view from inside**.• Gaps are planned as 3 mm as standard. An on-site

filling with coordinated silicones or the use of double-sided tape (e.g. tesa ACXplus) is possible. On request, systems with a gap of 5 mm can also be planned. This may be useful for large glass thicknesses, LSG and/or high manufacturing tolerances of the glasses. The customer must take into account any differences in the gap dimensions in the glass widths calculation. It is recommended to connect the glass with a wet seal or with double-sided adhesive tape.

• Profile connection to the building body in 90° installa-tion. Different angles are to be implemented by on-site construction.

• In systems with sound-protection design, the glass joint must be sealed by the customer or with technical sealing tape, e.g. tesa ACXplus (see page 60).

Specification by the glass industry:For the production of a single glass pane (TSG = sin-gle-pane safety glass), the glass industry specifies a height-to-aspect ratio of 1:10. Unless otherwise stated, these specifications will be implemented in our release drawings.

• Systems > 6,000 mm are divided (max. bearing length = 6,000 mm). Profile joints are only permitted on a fixed panel and should be avoided on the overpanel and glass joint. See Figure 1, page 23.

• Mitres and T-joints must be performed by the custom-er. Here, depending on the situation, profiles must be prepared (notch). See illustration at the bottom of page 25.

• Systems with a room corner and/or a T-joint have to be ordered with extra length to adjust the profile joints on site. See Figures 2+3, page 23.

** Inside = cover profile side for fixed elements/ hinge side for single-action doors/back side for sliding doors.

Watch the UNIQUIN standard systems assembly video (video 1)

* The dimensions of the gaps between the glass are based on the recommended system standard dimensions. The gap dimensions can be changed on site, taking into account the glass widths.

* *

https://www.youtube.com/playlist?list=PL6ZtI5CllhtFGS69YxoG9V8kT0oF9J-sr


07/21 23


Recommendation:We recommend that you use doors with a overpanel for optimal handling, planning freedom and delivery reliability. Rooms have different heights. The use of overpanels allows for easy adjustment of the distance from door to ceiling without changes to the frame look. The design of the system and the transparent appearance remain intact, and installation is flexible. Toughened glass doors are also independent of the direction of DIN. We recommend a frame size of 1,010 mm x 2,155 mm for a barrier-free passage width. Profiles for systems with a room corner and/or T-joints must be ordered with extra length in order to adapt the profile joints on site (see figures below).

Explanation of delivery length:Pre-cut systems can be ordered from the following options:

1. Delivery in fixed length: All profile lengths and the frame are manufactured and delivered to exactly match the drawing. An exact measurement is a prerequisite. The connections must be parallel and perpendicular.2nd Delivery with extra length of 20 mm:

Compared to the drawing, all mounting frames (ex-cept functional elements) are delivered with an extra length of 20 mm. Minor adjustments are possible on site. Sufficient for sloping walls/ceiling/floor.

3. Delivery with extra length according to customer request: Compared to the drawing, all mounting frames (except function elements) are supplied with an extra length according to the customer's specifica-tion. On-site adjustments are possible. We recom-mend an extra length of 100 mm for angled systems.

4. Delivery in standard length (recommended for buildings): The functional elements are supplied exactly as per the drawing. The mounting frames are ordered in a 6,000 mm standard length. Absolute flexibility during assembly.

Figure 1

Figure 2 Figure 3

Angled systems (in this case, an example

of an external corner): Profiles are adapted

to mitre on site. Extra length must be

considered.

Room corners between90° and 180°. Base

profile on mitre, cover profile pushed blunt.

T-joint 90° Disengage the base profile of the front, cover profiles pushed blunt.

T-joint (here, an inside example): The glass can be pushed or installed throughout.

Note: A profile joint is necessary if the system is wider than 6,000 mm.

Attention: For all mounting points, specialist planning on site and a sufficiently stable base with coordinated dowel technology is required. Glass dimensions are to be provided by the customer prior to implementation.

24 07/21


Spaceron site 40,5

46

10

6

(23)

23±2

5

36 Spaceron site

(23)

46

45,5

156

23±2

541

Spaceron site

(23)

55

49,5

196

32±2

7

41

*

40,5

4646

45,5

10

15

6

6

(23)

42,5

46

126

43,5

46

13

6

44

46

13,56

46

47,5

17

6

46

48

17.5

6

55

47,5

176

55

48

17,56

55

49,5

196

23±2

23±2

23±2

23±2

23±2

23±2

23±2

32±2

32±2

32±2

(23)

(23)

(23)

(23)

(23)

(23)

(23)

(23)

(23)

36 36 36 36

41 41 41

41 41 41

Aufnahmeprofil 46/36 mm, 10-13,5 mm Glas, Art. Nr. 50.401

Aufnahmeprofil 46/41 mm, 14-18 mm Glas, Art. Nr. 50.402


Hinweis:Aufnahmeprofil 55 mm wird für Decken mit einer Ebenheitsabweichung >15 mm auf 10 m empfohlen.

*

*

40,5

4646

45,5

10

15

6

6

(23)

42,5

46

126

43,5

46

13

6

44

46

13,56

46

47,5

17

6

46

48

17.5

6

55

47,5

176

55

48

17,56

55

49,5

196

23±2

23±2

23±2

23±2

23±2

23±2

23±2

32±2

32±2

32±2

(23)

(23)

(23)

(23)

(23)

(23)

(23)

(23)

(23)

36 36 36 36

41 41 41

41 41 41





* *

40,5

4646

45,5

10

15

6

6

(23)

42,5

4612

6

43,546

13

6

44

46

13,56

46

47,5

17

6

46

48

17.5

6

55

47,5

176

55

48

17,56

55

49,5

196

23±2

23±2

23±2

23±2

23±2

23±2

23±2

32±2

32±2

32±2

(23)

(23)

(23)

(23)

(23)

(23)

(23)

(23)

(23)

36 36 36 36

41 41 41

41 41 41





*

Profile system technology

The mounting frames form the basis of the UNIQUIN system. Three available versions ensure optimal 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.

The profile cross-section allows cables with a diameter of up to 10 mm to be mounted (see page 44).

Mounting profiles and information on the fixed elements

46/41 profile 46 mm visible height 14–18 mm material thickness

55/41 profile 55 mm visible height 16–19 mm material thickness

46/36 profile 46 mm visible height 10–13.5 mm material thickness

Base profile versions

Mounting profile 46/36 mm, glass 10–13.5 mm

Mounting profile 46/41 mm, glass 14–18 mm Mounting profile 55/41 mm, glass 16–19 mm

Usable glass thicknesses (shown as an example)

07/21 25

Details of 90° corner

Details of T-joint

Profile system technologyUNIQUIN

1:4

Glass thickness

Gla

ss th

ickn

ess

Profile cut on site

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

45°

45°

46

46

6

6

3±2

24.5

24.5

1:4

Glass thickness

Gla

ss th

ickn

ess

Profile cut on site

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

45°

45°

46

46

6

6

3±2

24.5

24.5

1:4

Glass thickness

Gla

ss th

ickn

ess

Profile cut on site

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

45°

45°

46

46

6

6

3±2

24.5

24.5

1:4

Grundprofil B

Deckprofil B

Gru

ndpr

ofil

A

Dec

kpro

fil A

Gla

sdic

ke

Glasdicke

Bauseitiger Profilzuschnitt

Grundprofil B

Deckprofil B

Dec

kpro

fil A

Gru

ndpr

ofil

A

45°

45°

46

46

6

6

3±2

24.5

24.5

46

46

3±2 6

6

45°

45°45°

45°

24.5

24.5

1:4

Profile cut on site

Gla

ss th

ickn

ess

Glass thickness

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

46

46

3±2 6

6

45°

45°45°

45°

24.5

24.5

1:4

Profile cut on site

Gla

ss th

ickn

ess

Glass thickness

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

46

46

3±2 6

6

45°

45°45°

45°

24.5

24.5

1:4

46

46

3±2 6

6

45°

45°45°

45°

24.5

24.5

1:4

Profile cut on site

Gla

ss th

ickn

ess

Glass thickness

Basic profile B

Cover profile BB

asic

pro

file

A

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

46

46

3±2 6

6

45°

45°45°

45°

24.5

24.5

1:4

Profile cut on site

Gla

ss th

ickn

ess

Glass thickness

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

46

46

3±2 6

6

45°

45°45°

45°

24.5

24.5

1:4

Profile cut on siteG

lass

thic

knes

s

Glass thickness

Basic profile B

Cover profile B

Bas

ic p

rofil

e A

Cov

er p

rofil

e A

Bas

ic p

rofil

e A

Basic profile B

Cover profile B

Cov

er p

rofil

e A

Gla

sdic

ke

Glasdicke

Grundprofil A Grundprofil A

Deckprofil A1

Gru

ndpr

ofil

B

Dec

kpro

fil B

Deckprofil A2


Deckprofil A

Gru

ndpr

ofil

B

x = 6+Glasdicke

Dec

kpro

fil B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24,5+3

24.5

24.5 Gla

sdic

ke

Glasdicke

Grundprofil A Grundprofil A

Deckprofil A1

Gru

ndpr

ofil

B

Dec

kpro

fil B

Deckprofil A2


Deckprofil A

Gru

ndpr

ofil

B

x = 6+Glasdicke

Dec

kpro

fil B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24,5+3

24.5

24.5

Gla

ss th

ickn

ess

Glass thickness

Basic profile A Basic profile A

Cover profile A1

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Cover profileA2

On-site profile cutting

Cover profile A

Bas

ic p

rofil

e B

x = 6+Glass thickness

Cov

er p

rofil

e B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24.5+3

24.5

24.5

Gla

ss th

ickn

ess

Glass thickness


Cover profile A1

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Cover profileA2


Cover profile A

Bas

ic p

rofil

e B


Cov

er p

rofil

e B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24.5+3

24.5

24.5

Gla

ss th

ickn

ess

Glass thickness


Cover profile A1

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Cover profileA2


Cover profile A

Bas

ic p

rofil

e B


Cov

er p

rofil

e B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24.5+3

24.5

24.5

Gla

ss th

ickn

ess

Glass thickness


Cover profile A1

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Cover profileA2


Cover profile A

Bas

ic p

rofil

e B


Cov

er p

rofil

e B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24.5+3

24.5

24.5

Gla

ss th

ickn

ess

Glass thickness


Cover profile A1

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Cover profileA2


Cover profile A

Bas

ic p

rofil

e B


Cov

er p

rofil

e B

46

46 6

6

A1 A2

3±2

min

. x A1 x+24.5+3

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess

On-site profile cutting46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Bas

ic p

rofil

e B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Bas

ic p

rofil

e B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

Cov

er p

rofil

el B

Basi

c pr

ofile

B

Cover profile A

Basic profile A

Basic profile A

Cover profile A

Basi

c pr

ofile

B

Cov

er p

rofil

e B

Glass thickness

Gla

ss th

ickn

ess


46

6

46 66

24.5

24.5

• 90° external corner• Outside base profile – mitre connection• Inside cover profile – butt joint

• T-joint outside• Outside base profile – butt joint• Inside cover profile – butt joint

• 90° internal corner• Inside base profile – mitre connection• Outside cover profile – mitre connection

• T-joint inside• Outside base profile – butt joint• Inside cover profile – butt joint

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 are not possible in direct connection to doors. The cutting takes place on site.

Watch the UNIQUIN joint (room corners) assembly video (video 6):



26 07/21

Fixed glazing technology

UNIQUIN is linear-mounted glazing and thus only suitable for vertical glazing.

Straight system configuration


Watch the standard systems assem-bly video (video 1)

(23) 23

46 46

(23)23

(23) 23

46 46

(23)2355

LB

LH

LB

LH

(23) 23

46 46

(23)23

(23) 23

46 46

(23)2355

LB

LH

LB

LH

(23) 23

46 46

(23)23

(23) 23

46 46

(23)2355

LB

LH

LB

LH

(23) 23

46 46

(23)23

(23) 23

46 46

(23)2355

LB

LH

LB

LH

46

46

LB

LB

LH

46

46

(23)

(23)

(23)

(23)

23

23

23

23

LH

3

3 3

3



07/21 27

Curved system configuration

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.

Fixed glazing technologyUNIQUIN

Functional elements on curved fixed glazing: Please contact our application technology department.

max. 90Ā

Rad

ius

Prof

il m

in. 1

000

max. 90Ā

Rad

ius

Prof

il m

in. 1

000

Bogenlänge max. 3000


LH

Bogenlänge

LH

Bogenlänge

max. 90Ā

Rad

ius

Prof

il m

in. 1

000

max. 90Ā

Rad

ius

Prof

il m

in. 1

000



LH

Bogenlänge

LH

Bogenlänge

max. 90Ā

Rad

ius

Prof

il m

in. 1

000

max. 90Ā

Rad

ius

Prof

il m

in. 1

000



LH

Bogenlänge

LH

Bogenlänge

max. 90Ā

Rad

ius

Prof

il m

in. 1

000

max. 90Ā

Rad

ius

Prof

il m

in. 1

000



LH

Bogenlänge

LH

Bogenlänge

Arc length

Arc length

Rad

ius

profi

le m

in. 1

000

LH

Rad

ius

profi

l min

. 100

0

max. 90°

max. 90°

Arc length max. 3000

Arc length max. 3000

LH

28 07/21


TS 97 TS 97

TS 9

7

TS 9

7

ca. 65°

ca. 120°

9 55

39.5

55 9

12 3.53.5 12

Single-action glass door with frame in masonry

With UNIQUIN, you can easily implement individual solutions in masonry. For this type of installation, we offer you three basic frame sizes with individually adjustable width and height. A combination with a drop-down seal can also be used without further glass preparation.

Maximum door weight including all fittings: 130 kg for glass doorsCalculation of door dimensions:Door width = frame width - 86 mmDoor height = frame height - 50 mm

Size 1: 2 hingesFrame height: 2,000–2,200 mmFrame width: 746–1,410 mmWall opening: 755–1,428 mm

Size 2: 3 hingesFrame height: 2,201–2,600 mmFrame width: 746–1,410 mm wall opening: 755–1,428 mm


Watch the assembly videos for the UNIQUIN drop-down seal (video 2.2) and doors in wall soffits (video 7):

Application with TS 97If a door closer is installed in a frame set in masonry, the frame must be mounted flush with the wall, as otherwise the door closer will strike the masonry and the opening of the door will be severely limited.

9 955 55

3.5

39.5

123.5 12

DB = Frame width-110 DB = Frame width-110 DB = Frame width-110

Frame width = LB-102 Frame width = LB-102 Frame width = LB-102LB LB LB

381

381

381

381

381

7 7 7

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

Fra

me

heig

ht =

LH

-9

Fra

me

heig

ht =

LH

-9

Fra

me

heig

ht =

LH

-9

LH LH LH

300

300

300

1050

1050

1050

9 9 99 9 9

9

9

9




07/21 29

Technical single-action doorUNIQUIN

9 55

39.5

11.54

55 9

411.5

Holztürblatt, Schloss und Bänder, bauseits

Single-action timber door with frame in masonry


Size 2: 3 hingesFrame height: 2,201–2,600 mmFrame width: 746–1,410 mm wall opening: 755–1,428 mm


Timber doorIf a timber door is used, the UNIQUIN frame profile can optionally also be prepared for use with an ITS 96. All ITS components remain part of the external timber door delivery. A universal locking plate with a drop and latch inlet is included in the scope of delivery of the UNIQUIN frame profile.

The UNIQUIN frame profile is also prepared for con-cealed hinges (manufacturer specifications and di-mensions on page 56/57).

These hinge components also remain part of the external timber door delivery. The same applies to locks, levers and drop seals inserted in the timber door leaf.

Maximum door weight including all fittings: 80 kg for timber doorsCalculation of door dimensions:Door width = frame width - 86 mmDoor height = frame height - 50 mm

Watch the assembly videosfor the UNIQUIN timber door (video 2.3) and doors in wall soffits (video 7):

Note: When using timber door leaves, the frames are always prepared for three hinges. On-site timber door leaf, lock, lever and hinges.

9 955 55

4

39.5

11.5 11.54


LB LB LB

7 7 7

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= Z

Fra

me

heig

ht-5

5

LH LH LHBA

BA

BA

237

237

237

350

350

350

1050

1050

1050

9 9 99 9 9Frame width* Frame width* Frame width*

Fra

me

heig

ht =

LH

-9 =

1991

to 2

991

Fra

me

heig

ht =

LH

-9 =

1991

to 2

991

Fra

me

heig

ht =

LH

-9 =

1991

to 2

991




30 07/21


(18) 28 17

39.5

46

17

46

(18)28

55 55

12 12 3.53.5

5 5

(23) 23

46 46

(23)23

(18) 28 17

39.5

46

17

46

(18)28

55 55

12 12 3.53.5

5 5

(23) 23

46 46

(23)23

(18) 28 17

39.5

46

17

46

(18)28

55 55

12 12 3.53.5

5 5

(23) 23

46 46

(23)23

Single-action glass door with frame in masonry with overpanel

(18) 28 17

39.5

46

17

46

(18)28

55 55

12 12 3.53.5

5 5

(23) 23

46 46

(23)23

The combination of door and overpanel in masonry is a variant in which the base profile ensures both the framing of the overpanel and the connection of the frame. For this type of installation, we also offer you 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:

130 kg for glass doorsCalculation of door dimensions:Door width = frame width - 86 mmDoor height = frame height - 50 mm

Note: In principle, it should be noted that the thickness of the materials of solid elements and door elements must always be identical.

Watch the assembly videosfor UNIQUIN frames and doors (video 2) and drop-down seals (video 2.2):

Size 1:Overpanel weight: max. 80 kg



46

Section Frame

Section Overpanel

4655 555 5

39.5

46 46

28 1217 3.5 (18)2812 173.5(18)

(23) 23 (23)23


Frame width = LB-102Frame width = LB-102Frame width = LB-102LB LB LB

381

381

381

7 7 7

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

Fra

me

heig

ht

Fra

me

heig

ht

Fra

me

heig

ht

LH LH LH

300

300

381

381

300

1050

1050

1050

51 51 5151 51 51




07/21 31


(23) 23

46 46

(23)23

(18) 28 17

39.5

46 55

11.54

5

17

46

(18)28

55

11.5 4

5


(23) 23

46 46

(23)23

(18) 28 17

39.5

46 55

11.54

5

17

46

(18)28

55

11.5 4

5


Single-action timber door with frame in masonry with overpanel


The UNIQUIN frame profile is also prepared for con-cealed hinges (manufacturer specifications and di-mensions on page 56/57).



Note: When using solid timber doors, the depend-ence of the T-joint thick-ness on the thickness of the glass sidelights must be observed. For details, see pages 56/57 and details sheet 50-010. For timber doors, the frames are always prepared for three hinges. On-site timber door leaf, lock, lever and hinges.

Watch the UNIQUIN assembly video for UNIQUIN frames and doors (video 2) and timber doors (video 2.3):




Section Frame

Section Overpanel

4646 5555 55

46 46(23)23

11.5 11.5

39.5

(18) 28 17 4 (18)28174

(23) 23


Frame width = LB-102Frame width = LB-102Frame width = LB-102LB LB LB

7 7 7

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

Fram

e he

ight

= L

H-9

=19

91 to

299

1

Fra

me

heig

ht =

LH

-9 =

1991

to 2

991

Fra

me

heig

ht =

LH

-9 =

1991

bis

299

1

LH

BA

LH

BA

LH

BA

237

237

237

350

350

350

1050

1050

1050

51 51 5151 51 51




32 07/21


(23) 23 18

39.5

46

18

46

(23)23

55 55

12 3.53.5 12

Single-action glass door with frame in masonry with sidelight

Even room-height doors can be implemented in toughened glass assemblies. For this type of installati-on, we offer you three basic frame sizes with individu-ally customisable width and height. A drop-down seal can also be used without further glass preparation.



Watch the UNIQUIN assembly videos for UNIQUIN frames and doors (video 2), drop-down seals (video 2.2) and floor-to-ceiling doors (video 2.4)

46 5555

39.5

46

(23) 23 3.5 1218 3.512 18 (23) 23

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55


Frame width Frame width Frame width LB LB LB

Fra

me

heig

ht

Fra

me

heig

ht

Fra

me

heig

ht

LH LH LH

300

300

381

300

381

381

381

381

7 7 7

1050

1050

1050





07/21 33


(23) 23 18

39.5

46

18

46

(23)234

55

11.5 411.5

55


Single-action timber door with frame in masonry with sidelight


The UNIQUIN frame profile is also prepared for concealed hinges (manufacturer specifications and dimensions on page 56/57).



Watch the UNIQUIN assembly videos for UNIQUIN frames and doors (video 2), timber doors (video 2.3) and floor-to-ceiling doors (video 2.4)

Note: When using timber doors, the dependence of the T-joint thickness on the thickness of the glass sidelights must be observed. For details, see pages 56/57 and details sheet 50-010. For timber doors, the frames are always prepared for three hinges. On-site timber door leaf, lock, lever and hinges.

46

(23) 23

46555511.5 11.5

39.5

418 (23) 234 18

LH LH LH

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55


Frame width Frame width Frame widthLB LB LB

Fra

me

heig

ht

Fra

me

heig

ht

Fra

me

heig

ht

BA

BA

BA

7 7 7

1050

1050

1050

237

237

350

350

237

350





34 07/21


(23) 23 18

39.5

46

18

46

(23)23

55 55

12 3.53.5 12

Single-action glass door with frame in toughened glass assembly

Door solutions with overpanel can optionally be integrated into toughened glass assemblies. Based on the three frame sizes, the width and desired height can be individually determined. A drop-down seal can also be used without further glass preparation. Please note that the glass thickness of a single-action door must always be the same as the thickness of the adjacent glass fixed elements (sidelights and overpanel).






Watch the UNIQUIN assembly videos for UNIQUIN frames and doors (video 2) and drop-down seals (video 2.2):

39.5

46 5555 46

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

3

3

3

3

3

3



Fra

me

heig

ht

Fra

me

heig

ht

Fra

me

heig

ht

300

300

381

300

381

381

381

381

7 7 7

1050

1050

1050

3.5 1218(23) 23 3.512 18 (23)23

LH LH LH




07/21 35


(23) 23 18

39.5

46

18

46

(23)234

55

11.5 411.5

55


Single-action timber door with frame in toughened glass assembly


The UNIQUIN frame profile is also prepared for concealed hinges (manufacturer specifications and dimensions on page 56/57).



BA

BA BA




Watch the UNIQUIN assembly video for UNIQUIN frames and doors (video 2) and timber doors (video 2.3):


46 46555511.511.5

39.5

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

LDH

= F

ram

e he

ight

-55

3

3

3

3

3

3



Fra

me

heig

ht

Fra

me

heig

ht

Fram

e he

ight

7 7 7

1050

1050

1050

237

237

237

350

350

350

(23) 23 418 (23)234 18

LH LH LH




36 07/21


(23) 23

46 46

(23)234

55

18 3.5

55

3.5 181212

(23) 23

46 46

(23)234

55

18 3.5

55

3.5 181212

Double-leaf single-action glass door in toughened glass assembly

Double-leaf single-action doors can be manufactured on request. For technical reasons, the use of a door closer (TS 97) + pull handles is required. Locking devices or noise protection requirements cannot be implemented for double-leaf doors.

Maximum door weight including all fittings:

130 kg for glass doorsCalculation of door dimensions:Door width (symmetrical division) = frame width - 86 - 4) : 2Door height = frame height - 50 mm

Size 1: Frame height: 2,000–2,200 mmFrame width: 1,410–2,000 mm Overpanel weight: max. 60 kg




446 5555

(23) 23

46

(23)23

LDH

= F

ram

e he

igh-

55

3

3

3

3

3

3

LDH

= F

ram

e he

igh-

55

LDH

= F

ram

e he

igh-

55



Fram

e he

igh

Fra

me

heig

h

Fra

me

heig

h

300

300

381

300

381

381

381

381

7 7 744 4

LHLHLH

3.5 1218 3.512 18

07/21 37

UNIQUIN Single-action door technology

(23) 23

46 6

(23)23

466

18 4 11.5

55

18

55

11.5 4



Double-leaf single-action timber door in toughened glass assembly


The UNIQUIN frame profile is also prepared for con-cealed hinges (manufacturer specifications and di-mensions on page 56/57). These hinge components also remain part of the

external timber door delivery. The same applies to locks, levers and drop seals inserted in the timber door leaf.

Maximum door weight including all fittings: 80 kg for timber doorsCalculation of door dimensions:Door width (symmetrical division) = frame width - 86 - 6) : 2Door height = frame height - 50 mm





46 55 6 55

(23) 23 11.5 11.546

(23)23

LDH

= F

ram

e he

igh-

55

3

3

3

3

3

3

LDH

= F

ram

e he

igh-

55

LDH

= F

ram

e he

igh-

55



Fra

me

heig

h

Fra

me

heig

h

Fra

me

heig

h

237

237

237

350

350

350

7 7 76 6 6

LH LH LH

418 4 18

BA

BA

BA

38 07/21


75

(23) 23

46 46

(23)23

30 30

Single-leaf glass sliding door in toughened glass assembly

MUTO Comfort L 80 DORMOTION (single-leaf, double-leaf or synchro variant) is used as a sliding door system on glass. The track rail profile is mounted on the outside of the toughened glass assembly with overpanel and fixed sidelight (against the hinge side of a frame application). A fixed panel is required on the respective handle side. Regardless of the fixed panels, the glass thickness of the sliding door is 8–13.5 mm.

The system is pre-assembled as standard, the rail is delivered already drilled. Optional accessories, such as an integrated locking device (battery-operated or cable systems), LSG accessories, etc. can also be configured. Other MUTO systems on request.

Note: When using the DORMOTION unit,we recommend installing a UNIQUIN pull handle. Following consultation with our application technol-ogy team, the MUTO Comfort Self-Closing sliding door system can also be used.

Example 1:LW from 801 to 1,000 mm

MUTO L 80 sliding door in UNIQUINMax. leaf width: 1,500 mmMin. leaf width: 660 mmMax. leaf height: 3,000 mmMax. leaf weight: 80 kg

UNIQUIN overpanelMax. width: 1,434 mmMax. height: 1,000 mmMax. weight: 80 kg

The sliding wing is installed against the clip profile side.

For glass preparation and further sliding door sizes, please refer to page 55

Example 2:LW from 1,001 to 1,200 mm

Example 3: LW from 1,201 to 1,500 mm

More information can be found in our technical bro-chure on manual sliding door systems.

Watch the UNIQUIN glass sliding door assembly video (Video 4):

Example sliding door sizes

46 46

75

(23) (23)23 23

3 3 3 33 3B = 2 x A + 67 B = 2 x A + 67 B = 2 x A + 67

LW 801 - 1000 LW 1001 - 1200 LW 1201 - 1500Glass width Glass width A = LW + 60 Glass width A = LW + 60A = LW + 60

LB LB LB

LH LH LH

10 10 10

3030

3



07/21 39

Technical sliding doorUNIQUIN

75

(23) 23

46 46

(23)23

30 30

Single-leaf timber sliding door in toughened glass assembly

Example 1:LW from 801 to 1,000 mm

MUTO L 80 sliding door in UNIQUINMax. leaf width: 1,500 mmMin. leaf width: 660 mmMax. leaf height: 3,000 mmMax. leaf weight: 80 kg


The sliding wing is installed against the clip profile side.



Watch the UNIQUIN glass sliding door assembly video (Video 4):


MUTO sliding door systems can be implemented with a timber leaf instead of a glass leaf. A separate timber adapter is used for this purpose.Regardless of the fixed panels, the timber thickness of the sliding door is 28–50 mm.

Note: When using the DORMOTION unit,we recommend installing a UNIQUIN pull handle. Following consultation with our application technology team, the MUTO Comfort Self-Closing sliding door system can also be used.

46 4675

(23) (23)23 23

3 3 33 3 3B = 2 x A + 67 B = 2 x A + 67 B = 2 x A + 67

LW 600 - 1000 LW 1001 - 1200 LW 1001 - 1200Width of timber Width of timberA = LW + 60 A = LW + 60

LB LB LB

LH LH LH

10 10 10

30 30

Width of timber A = LW + 60



40 07/21


75

(23) 23

46 46

(23)23

307530 6

Double-leaf glass sliding door in toughened glass assembly





MUTO L 80 sliding door (double-leaf) in UNIQUINMax. leaf width: 2 x 1,027 mmMin. leaf width: 2 x 660 mmMax. leaf height: 3,000 mmMax. leaf weight: 80 kg


For glass preparation and further sliding door sizes, please refer to page 55

46 30 3075 756 46(23)23

3

3

33

3

3B = 4 x A

B = 4 x A

B = 4 x A

LW 1266 - 1500

LW 2001 - 2886

LW 1501 - 2000

Glass width A = LW/2 + 27



LB

LB

LB

LH

LH

LH

10

10

106

6

6

(23) 23

07/21 41

Technical sliding doorUNIQUIN

(23) 23

46 46

(23)23

6 307530 75





MUTO L 80 sliding door (double-leaf) in UNIQUINMax. leaf width: 2 x 1,027 mmMin. leaf width: 2 x 660 mmMax. leaf height: 3,000 mmMax. leaf weight: 80 kg


Double-leaf timber sliding door in toughened glass assembly

30 3075 75646

(23) 2346

(23)23

3

3

33

3

3B = 4 x A

B = 4 x A

B = 4 x A

LW 1266 - 1500

LW 2001 - 2886

LW 1501 - 2000

Width of timber A = LW/2 + 27



LB

LB

LB

LH

LH

LH

10

10

10

6

6

6

42 07/21


3

UNIQUIN acoustic modules reduce sound reflection and thus optimise room acoustics. They are also an at-tractive design element. An acoustic module consists of an aluminium frame which is covered with acoustic convoluted foam for sound absorption (optional or on site) as well as with a glass insert for enhanced sound protection. The glass also serves as an entry barrier. The convoluted foam side (for sound absorption) is covered with a printable stretch fabric made of a spe-cial material (acoustic image). The other side can be provided with a stretch fabric made of a material of your choice (advertising image). Both fabrics can be printed with motifs or advertising messages and at-tached directly to the aluminium frame by flat welt-ing. Fabrics to be procured by the customer.

Specification note on acoustic or advertising imageFor a pleasant sensation of reverberation as well as for sound absorption, we recommend using a suitable fabric, e.g. textile Trevira CS 300 g/m2 (in conjunction with the convoluted foam) for the acoustic image. For the advertising image on the back, no specifica-tions regarding the material need to be observed. Circumferential flat welting for frame: 15 x 2.8 mm per image.

The use of LED panels for lighting or the installation of other devices (e.g. a TV) is possible (for installation dimensions see technical document "The Detail", details sheets 50-040/50-040A/50-041). LEDs or other accessories are an option. The procurement and installation must be carried out by the customer.

1 Fabric (advertising image)2 Acoustic/advertising frame

cross section3 Glass (noise protection,

entry barrier)4 Base profile fixed element5 Angle connectors6 Spacer7 Clamping piece8 Acoustic convoluted foam

1,000 x 500 mm (can optionally be ordered or procured by customer)

9 Fabric (acoustic image)

Acoustic module

9

2

6

57

8

1

4 3

07/21 43

Acoustic module technologyUNIQUIN

(23) 23

46

(23)23

46

10

46

30

10

46

30

BA

Glasbreite = BA - 96

30 30

BA


46 4612 4646 12

(23) 23

46

(23)23

46

10

46

30

10

46

30

BA


30 30

BA


46 4612 4646 12

(23) 23

46

(23)23

46

10

46

30

10

46

30

BA


30 30

BA


46 4612 4646 12

(23) 23

46

(23)23

46

10

46

30

10

46

30

BA


30 30

BA


46 4612 4646 12

(23) 23

46

(23)23

46

10

46

30

10

46

30

BA


30 30

BA


46 4612 4646 12

LBBA BA

LH

LB

LH

55

HA

Gla

shöh

e =

HA

- 96

HA

Gla

shöh

e =

HA

- 96

LBBA

LHH

A

LBBA

LHH

A =

LH -

58

Gla

shöh

e =

HA

- 96

(23) 23

46

(23)23

46

10

46

30

10

46

30

BA


30 30

BA


46 4612 4646 12

LBBA BA

LHLB

LH

55

HA

Gla

shöh

e =

HA

- 96

HA

Gla

shöh

e =

HA

- 96

LBBA

LHH

A

LBBA

LHH

A =

LH -

58

Gla

shöh

e =

HA

- 96

46 464646

30 30BA

BA



10 10(23) (23)23 23

46 46

3030

46 4612 12

Structure of acoustic/advertising image framesIn

divi

dual

adv

erti

sing

imag

e

Max. width: 1,200 mmMin. width: 300 mmMax. height: 2,200 mmMin. height: 300 mm

With glass overpanel In full system height Max. width: 1,200 mmMin. width: 300 mmMax. height: 4,000 mmMin. height: 300 mm

Indi

vidu

al a

dver

tisi

ng im

age

Indi

vidu

al a

dver

tisi

ng im

age

Indi

vidu

al a

dver

tisi

ng im

age

Watch the UNIQUIN acoustic element assembly video (video 3):

46 464646

30 30BA

BA

Glass width = BA - 96

Glass width = BA - 96

10 10(23) (23)23 23

46 46

3030

46 4612 12

LH

3 3

LBBA

HA

Gla

ss h

eigh

t = H

A - 9

6

LBBA

LHHA

Gla

ss h

eigh

t = H

A - 9

6

LBBA

LHHA

Gla

ss h

eigh

t = H

A - 9

6

LBBA

LHH

A =

LH - 5

8



44 07/21


01

02

03

04

01

02

01

03

04

05

Electrification

Wiring to the E-module:The E-module is an aluminium element with an inte-grated standard flush-mounted socket (hollow wall socket) for accommodating standardised switch sys-tems. It is designed for Gira System 55 etc. and can be used for over 300 functions (see Gira portfolio). The integrated strain relief ensures secure mounting and dismantling of the cover profile of the frame.

1. M5 connecting screw2. Strain relief3. E-module (designed for Gira System 55)4. NYM cable 3 x 1.5 mm2

When planning buildings and premises, there is often a lack of power sources and switches. This is not a problem when designing a room with UNIQUIN. The electrics can be retrofitted and adapted individually by

installing a UNIQUIN electric module as part of the UNIQUIN partition wall system.

Wiring in the base profile:The UNIQUIN base profile is suitable for electrification. A maximum of two 3-wire NYM cables 3 x 1.5 mm2 can be inserted into the profile. As shown in Figure 1, one cable is placed in the glass clamp and another cable fixed in the cover profile by cable holders. The cable holders are positioned between two glass clamps.

1. NYM cable 3 x 1.5 mm22. Cover profile3. Silicone welt (dark grey)4. Glass clamp5. Base profile

Figure 1

Figure 2

Watch the assembly videofor the UNIQUIN E-module (video 5):



07/21 45

ElectrificationUNIQUIN

Wiring in the system:Continuous wiring of the system is possible. Within the frame, cables can only be connected on the frame side with strike plate. Wiring on the frame side of the hinge suspension is not possible.

Please note:• Assembly is carried out on site.• Electrification may only be carried out by qualified

personnel.• The bending radius

must be observed when connecting cables (see cable manufacturer's specifications).

• Sharp edges, the clamping piece of the frame and any recesses that may come into contact with the cable must be deburred on site.

• The cable must only be inserted into the E-module with a double sheath .

01Electrical module on the strike plate side of the frame profile, e.g. for a light switch

02 Electrical module on the strike plate side of the frame profile, e.g. for a safety wall socket

03The frame side of the hinge suspension is not suitable for cable routing

04Cable routing in mounting profile

05Service connection

06Double cable routing from the mounting profile to the frame profile

01

02 03

04

05

06

46 07/21


Lock versions

UNIQUIN locks according to DIN 12209, with regard to type testing. The panic functions are only available in the direction of escape.

Locks for glass thicknesses between 10–19 mm (can only be used in combination with UNIQUIN frame profile)

Standard non-locking latch lock Product description

UNIQUIN non-locking latch lock

Europrofile cylinder lock Product description

UNIQUIN lock prepared for europrofile cylinder

UNIQUIN lock with or prepared forc-lever compact non-locking latch

UNIQUIN lock with or prepared for c-lever compact prepared for europrofile cylinder (not shown)

07/21 47

AccessoriesUNIQUIN

PANIC shift function EFor doors where unauthorised opening from the outside must be prevented.Opening the door from the inside (danger side) is always possible. On the inside:In an emergency, the latch and the engaged bolt are retracted simultaneously using the panic exit device. The bolt remains in the retracted position until it is locked with the key.On the outside: Here, there is a fixed knob. The key can be used to un-lock the lock and retract the latch. The key is also used to lock it again.

PANIC shift function DFor doors where access from outside is sometimes required. Opening the door from the inside (danger side) is al-ways possible. After a panic operation, access from the outside is also possible automatically. On the inside:In an emergency, the latch and the engaged bolt are retracted simultaneously using the panic exit device. The bolt remains in the retracted position until it is locked with the key.On the outside: Here, there is a lever handle. The key can be used to unlock the lock. The latch is retracted using the lever handle.

Lock with emergency escape function Product description

UNIQUIN lock with panic function D (DIN 1125) prepared for europrofile cylinder, panic function D: Pushbar on the inside, c-lever on the outside

UNIQUIN lock with panic function E (DIN 1125) prepared for europrofile cylinder, panic function E: Pushbar on the inside, fixed knob on the outside

UNIQUIN lock with panic function D (DIN 179) prepared for europrofile cylinder, panic function D: c-lever on the inside and outside

UNIQUIN lock with panic function E (DIN 179) prepared for europrofile cylinder, panic function E: c-lever on the inside and fixed knob on the outside

48 07/21


Lever handle versions

Stainless steel lever handle sets, also with panic function according to DIN EN 179 (emergency exit catches with lever handle or push pad)

Product description

Lever handle sets 8906 L-shape,lock versions: non-locking latch/europrofile cylinder/c-lever compact stainless steel

Lever handle set 8907 C- or U-shape,stainless steellock versions: non-locking latch/europrofile cylinder/c-lever compact,panic function D, panic function according to DIN

Lever handle set with fixed knob, stainless steellock versions: europrofile cylinder lockpanic function E,panic function according to DIN

OGRO leverswith the dimensions shown can be used as an alternative (on site).

CA

B

Ø 20

1,3

Ø 16

1,1

12 8,7

9

,4

R0,2

R0,2

1,5

0,9

A (2:1)

9

R5

R8

14

B (2:1)

Ø 5

5

C (2:1)

07/21 49

AccessoriesUNIQUIN

For glass applications

For timber applications

The concealed hinges shown here are part of the external timber door delivery. The frame profile is prepared accordingly by dormakaba. Therefore, the question of which model is to be used must be clari-fied by the customer in advance and stated when ordering the frame.

Hinges

Hinge variants (glass or timber doors) for use with UNIQUIN frame profiles

Product description

TECTUS Band TE 340 3DTür geschlossen, mit Halterung

TECTUS Band TE 340 3DTür geschlossen, ohne Halterung

TECTUS Band TE 340 3Dgeöffnet, ohne Halterung

UNIQUIN Glastürband

BaSys Band PIVOTA DX 100 3-DTür geschlossen, mit Halterung

BaSys Band PIVOTA DX 100 3-DTür geschlossen, ohne Halterung

BaSys Band PIVOTA DX 100 3-Dgeöffnet, ohne Halterung

UNIQUIN door hinge (max. 130 kg total leaf weight)








Tectus hinge (TE 340 3D)for use with timber doors(on site, max. 80 kg total leaf weight)








BaSys hinge (DX 100 3D)for use with timber doors (on site, max. 100 kg total leaf weight)















50 07/21


47,5

14

,25

228,7

76

84

1 3

M 4

M 3

20,5

11,7

5

4

52

,5

1110,75

43

14

,25

24,536°

A

RR

E

Installation with feedback contact

Additional information can be found here:

Components for access control

Regulated accessAfter a valid access medium has been provided, the digital light unit of the c-lever compact lights up and the door can be operated with the lever barrier-free. Optional access media: Card, key fob, key with RFID or smartphone.

The access media can generally also be used for other applications.

c-lever compact

Electric strike

Data and features

Electric strike series Bas

ic

Bas

ic-S

afe

General doors ● ●

Symmetrical housing ● ●

German Industrial Standards (DIN) L and R applicable ● ●

Operating current version ● –

Unlocking function (E) ● –

Locking function (A) ● –

Feedback contact (RR) ● ●

● = yes – = no

Electric strike with adjustable latch, for folding and non-rebated doors, DIN-L and DIN-R applicable.

Electric strike

Voltage Current Resistance Type Art. No.

Basic, Basic-R, Smoke

6 V AC 6 V DC12 V AC12 V DC

0.65 A0.80 A1.35 A1.53 A

6.5 Ω

AE 15117406

Basic 12 V DC100% ED

15117112

Basic-Safe 12 V DC100% ED

15137112

A = Locking If the strike lever is actuated briefly, the mechanism is unlocked in the strike and remains unlocked until the door is opened. Single entry possible.

E = Unlocking A small lever switches off the function of the electric strike. The door can be freely accessed without contact of the strike.

RR = Feedback A potential-free contact provides the information "door open/door closed".

Product description

c-lever compact, standard version type 272554.7 x 122.8 x 21.9 mm (W x H x D)min. backset 30 mm, depending on lock and door

124,9

51,7

122,

8

54,7

79,4

43,4

21,9

32,57,3

±50°

124,9

51,7

122,

8

54,7

79,4

43,4

21,9

32,57,3

±50°

124,9

51,7

122,

8

54,7

79,4

43,4

21,9

32,57,3

±50°

54,7

51,7

124,9

21,9

43,4

79,4

122,

8

32,5

7,3

± 50°

10,75 13

28,7 2

11,7

552

,5

84

43

76 47,5

14,2

514

,25

20,5

24,5

M 4

4

M 3

11

36°

https://www.dormakaba.com/gb-en/solutions/products/electronic-access---data/electronic-door-locks/dormakaba-c-lever-compact-267866

https://www.dormakaba.com/gb-en/solutions/products/electronic-access---data/electronic-door-locks/dormakaba-c-lever-compact-267866

07/21 51

AccessoriesUNIQUIN

RR Standard / RR PANIK

30.5 35.5

(66)

3319

R15.2

Ø17

R15.2

R15.2

(71)

10

30.5 40.5

30.5 45.5

3333

M5

M5

(76)

30.5 45.5

33

(86)

30.5 55.5

33

30.5 50.5

(81)

33

(76)

R15.2

R15.2

R15.2

M5

M5

M5

M5

Ø17

Ø17

10

10

Ø17

10

Ø17

10

1919

1919

Ø17

10

19


30.5 35.5

(66)

3319

R15.2

Ø17

R15.2

R15.2

(71)

10

30.5 40.5

30.5 45.5

3333

M5

M5

(76)

30.5 45.5

33

(86)

30.5 55.5

33

30.5 50.5

(81)

33

(76)

R15.2

R15.2

R15.2

M5

M5

M5

M5

Ø17

Ø17

10

10

Ø17

10

Ø17

10

1919

1919

Ø17

10

19


30.5 35.5

(66)

3319

R15.2

Ø17

R15.2

R15.2

(71)

10

30.5 40.5

30.5 45.5

3333

M5

M5

(76)

30.5 45.5

33

(86)

30.5 55.5

33

30.5 50.5

(81)

33

(76)

R15.2

R15.2

R15.2

M5

M5

M5

M5

Ø17

Ø17

10

10

Ø17

10

Ø17

10

1919

1919

Ø17

10

19


30.5 35.5

(66)

3319

R15.2

Ø17

R15.2

R15.2

(71)

10

30.5 40.5

30.5 45.5

3333

M5

M5

(76)

30.5 45.5

33

(86)

30.5 55.5

33

30.5 50.5

(81)

33

(76)

R15.2

R15.2

R15.2

M5

M5

M5

M5

Ø17

Ø17

10

10

Ø17

10

Ø17

1019

1919

19

Ø17

10

19


30.5 35.5

(66)

3319

R15.2

Ø17

R15.2

R15.2

(71)

10

30.5 40.5

30.5 45.5

3333

M5

M5

(76)

30.5 45.5

33

(86)

30.5 55.5

33

30.5 50.5

(81)

33

(76)

R15.2

R15.2

R15.2

M5

M5

M5

M5

Ø17

Ø17

10

10

Ø17

10

Ø17

10

1919

1919

Ø17

10

19


30.5 35.5

(66)3319

R15.2

Ø17

R15.2

R15.2

(71)

10

30.5 40.5

30.5 45.5

3333

M5

M5

(76)

30.5 45.5

33

(86)

30.5 55.5

33

30.5 50.5

(81)

33

(76)

R15.2

R15.2

R15.2

M5

M5

M5

M5

Ø17

Ø17

10

10

Ø17

10

Ø17

10

1919

1919

Ø17

10

19

Information on europrofile cylinders provided by the customer depending on glass thickness

The required lengths of the europrofile cylinders (DIN 18252/EN 1303) for narrow stile locks (RR) depend on the corresponding glass thickness

RR Standard / RR PANIK RR PANIK with pushbar

Glass thickness: 10 mm Glass thickness: 10 mm

Glass thickness: 11–15 mm Glass thickness: 11–15 mm

Glass thickness: 16–19 mm Glass thickness: 16–19 mm

52 07/21

Note: If you are retrofitting an ITS/TS and/or a drop-down seal, please contact our application technology department.


Watch the assembly video for the TS97 door closer (video 2.1)

Other accessories

Product description

Cam-action door closer TS 97 • Barrier-free according to DIN 18040 for

door widths up to 1,100 mm• Uniform length of door closer and

slide channel• Height 49 mm• Easy door opening according to German Industrial Standard

(DIN) SPEC 1104• Low depth• Adjustable closing force EN 2-4• Includes standard limit stay

Concealed ITS 96 slide channeldoor closer system • Extensive range of models for barrier-free building• Easy door opening according to German Industrial Standard (DIN) SPEC 1104• EASY OPEN technology• Adjustable closing force and closing time• For door leaf widths up to 1100 mm• Length: 277 mm, depth 32 mm, height 42 mm• Latching action can be switched on or off• Continuously adjustable closing force EN 2-4 (EN 3-6)• Max. leaf width ≤ 1,100 mm (≤ 1,400 mm)• Max. leaf weight ≤ 130 kg (≤ 180 kg)

MUTO Bodenpro�l

36.306

21

20

DM-Einheiten L80

Verriegelung Batterie Verriegelung Trafo

BRC-T Einbausender

36.737 (Set1.1) 36.738 (Set2.1)

Integrated locking device and status indicatorIntegrated locking device (only in connection with DORMOTION)• Can be retrofitted (note profile system)• Battery operated, alternatively also available

as a transformer• No safety lock• No outdoor facilities



07/21 53

232

5034

950

35

Ø24

1043

45

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

50240

32

Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45

Detail Z Machining for lock TS 97

Detail YMachining for lock

Detail Z is only required when using TS97

DW = Door widthDH = Door heightFW = Frame widthFH = Frame height

232

5034

950

35

Ø24

1043

45

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

50240

32Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45




DW = Door widthDH = Door heightFW = Frame widthFH = Frame height23

250

349

50

35

Ø24

1043

45

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

50240

32

Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45





5024032

Ø24

Ø24

Ø24

6592

16

Ø24

21

ZO34

950

35

Ø24

1043

45

Ø24 ZZ

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

Y

Z

45

5050

Detail ZMachining TS 97



5024032

Ø24

Ø24

Ø24

6592

16

Ø24

21

ZO34

950

35

Ø24

1043

45

Ø24 ZZ

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

Y

Z

45

5050




5024032

Ø24

Ø24

Ø24

6592

16

Ø24

21

ZO34

950

35

Ø24

1043

45

Ø24 ZZ

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

Y

Z

45

5050




For locks and hinges up to frame height of 2,200 mm For locks and hinges up to frame height of 2,201 mm to 3,000 mm

Glass preparationUNIQUIN

Frame height

Glass preparation hinge

mm ZO (mm) ZZ (mm)

2,201–2,600 232 250

2,601–3,000 313 331

Single-action door glass preparation

54 07/21


232

349

50

35

Ø24

1043

45

Ø24

35

DH

= F

H-4

3-7

DW = FW-86

50240

32

Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45

45

Ø24 19

9

1108





232

349

50

35

Ø24

1043

45

Ø24

35

DH

= F

H-4

3-7

DW = FW-86

50240

32

Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45

45

Ø24 19

9

1108





232

349

50

35

Ø24

1043

45

Ø24

35

DH

= F

H-4

3-7

DW = FW-86

50240

32

Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45

45

Ø24 19

9

1108





50240

32

Ø24

Ø24

Ø24

6592

16

Ø24

21

45

ZO 50

349

50

35

Ø24

1043

45

Ø24

35

DH

= Z

H-4

3-7

DW = ZB-86

Y

45

Ø24 19

911

08ZZ

50Ø24

Z

double-leafsingle-leaf

232

349

50

35

Ø24

1043

45

Ø24

35

DH

= F

H-4

3-7

DW = FW-86

50240

32Ø24

Ø24

Ø24

6592

16

Ø24

21

Z

Y

45

45

Ø24 19

9

1108





Frame height

Glass preparation hinge

mm ZO (mm) ZZ (mm)

2,201–2,600 232 250

2,601–3,000 313 331

Glass preparation: single-action door with panic function with pushbar

07/21 55

Glass preparationUNIQUIN

T AB

600 ≤ LW ≤ 800 4 8

800 < LW ≤ 1000 6 10

1000 < LW ≤ 1200 8 12

1200 < LW ≤ 1500 10 14

1500 < LW ≤ 2000 12 16

A = LW + 60

B = 2 x A + 67

BA* = 2 x (LW - 106) / T

LH

103 103 103

BA BA

LW S

GH2

BA BA

58

45

34

B

103

50

3

Ă 20

50(45)

X Y

1200 < LW ≤ 1500

1500 < LW ≤ 2000

2000 < LW ≤ 2900

T

8

12

16

AB

14

18

22

A = LW/2 + 27

B = 4 x A + 12

BA* = 2 x (LW - 106 - 170) / T

LH

103 103 170 103 103

LW

BA BA BA BA BA BA BA BA

S

GH2

58

45

34

B

103

Ø 20

(45)Laufschiene

X Y

LH

103 103 170 103 103

LW

BA BA BA BA BA BA BA BA

S

GH2

58

45

34

B

103

Ø 20

(45)Track rail

X Y

Doo

r hei

ght

Door width

75

Ø12

Ø12

780

644

single-leaf

double-leaf

Details

X Y

Pull handle

A = LW/2 + 27B = 4 x A + 12BA* = 2 x (LW - 106 - 170) / T

T AB

600 ≤ LW ≤ 800 4 8

801 ≤ LW ≤ 1,000 6 10

1,001 ≤ LW ≤ 1,200 8 12

1,201 ≤ LW ≤ 1,500 10 14

1,501 ≤ LW ≤ 2,000 12 16

A = leaf width

AB = number of holes

B = track rail length

BA = hole distance

GH2 = sidelight glass height

LH = clear passage height

LW = clear passage width

S = sidelight glass width

T = number of divisions (BA*)

A = LW + 60B = 2 x A + 67BA* = 2 x (LW - 106) / T

T AB

1,200 ≤ LW ≤ 1,500 8 14

1,501 ≤ LW ≤ 2,000 12 18

2,001 ≤ LW ≤ 2,900 16 22

Glass preparation: sliding door MUTO Comfort L 80

56 07/21
















Anschlagseite

Detail Z (1:10)Bearbeitung ITS96 EN 2-4

unbemaßte Radien R8

Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß

FMH = ZH-39,5 mmTB = ZB-87

237

BA

350

1043

BBL 1

BBL 3

BBL 2

X

TH =

ZH

-43,

5-7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

2

38

Ø8,

5

8072

17

25

Ø25

72,4

Anschlagseite



Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß


237

BA

350

1043

BBL 1

BBL 3

BBL 2

X

TH =

ZH

-43,

5-7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

2

38

Ø8,

5

8072

1725

Ø25

72,4Anschlagseite



Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß


237

BA

350

1043

BBL 1

BBL 3

BBL 2

X

TH =

ZH

-43,

5-7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

2

38

Ø8,

5

8072

17

25

Ø25

72,4

Anschlagseite



Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß


237

BA

350

1043

BBL 1

BBL 3

BBL 2

X

TH =

ZH

-43,

5-7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

2

38

Ø8,

5

8072

17

25

Ø25

72,4

Hinge distance in accordance with DIN 18101

FMH (mm) BA (mm)

1,796–1,920 1,310

1,921–2,045 1,435

2,046–2,170 1,435

2,171–2,295 1,685

2,296–2,420 1,810

2,421–2,545 1,935

2,546–2,670 2,060

2,671–2,795 2,185

*2,796–2,920 2,310

*2,921–2,965 2,435

* Custom size

Door closed, with bracket

Open, without bracket

Timber processingThe thickness of the timber door depends on the thickness of the fixed glazing, see details sheet 50-032

For TECTUS hinge

Anschlagseite



Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß


237

BA

350

1043

BBL 1

BBL 3

BBL 2

XTH

= Z

H-4

3,5-

7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

238

Ø8,

5

8072

17

25

Ø25

72,4

Detail Y

Detail X Detail Z

Detail Z is only required for ITS96 application.The dimensions correspond to the specifications of the respective hinge manufacturers as of October 2020.

Note: The timber door leaf must be prepared for a mortise lock in accordance with DIN 18251.

Lock specificationBackset: 55 mm; distance: 72 mm; forend width: 20 mm; forend length: 235 mm

Glass thicknessSidelight (mm)

Timber door thickness (mm)

10 38

10.76 38.5

11.5 39.5

12 40

12.76 40.5

13.5 41.5

15 43

16.76 44.5

17.5 45.5

19 47

Note: see detail 50-010H

Stop side

Stop side

Stop side

Stop side

unmeasured radii R8

TECTUS hinge TE 340 3D

07/21 57

Timber processingUNIQUIN















Anschlagseite



Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß


237

BA

350

1043

BBL 1

BBL 3

BBL 2

X

TH =

ZH

-43,

5-7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

2

38

Ø8,

5

8072

1725

Ø25

72,4

FMH = ZH-39,5 mm

Anschlagseite

Anschlagseite

Anschlagseite

Anschlagseite

TB = ZB-87

237

BA

350

1043

BBL 1

BBL 3

BBL 2

TH =

ZH

-43,

5-7

55

73

100286

340500

4036

4

852

5

15

18

20

235

184

3

1793

209

Ø 4

,2

38

Ø 8

,5

8072

17

25

Ø25

72,4

146

180

4

34+1 024

4

167

159

6,5

11

* R

* R

Y

X

ZFMH = ZH-39,5 mm

Anschlagseite

Anschlagseite

Anschlagseite

Anschlagseite

TB = ZB-87

237

BA

350

1043

BBL 1

BBL 3

BBL 2

TH =

ZH

-43,

5-7

55

73

100286

340500

4036

4

852

5

15

18

20

235

184

3

1793

209

Ø 4

,2

38

Ø 8

,5

8072

17

25

Ø25

72,4

146

180

4

34+1 024

4

167

159

6,5

11

* R

* R

Y

X

Z

FMH = ZH-39,5 mm

Anschlagseite

Anschlagseite

Anschlagseite

Anschlagseite

TB = ZB-87

237

BA

350

1043

BBL 1

BBL 3

BBL 2

TH =

ZH

-43,

5-7

55

73

100286

340500

4036

4

852

5

15

18

20

235

184

3

1793

209

Ø 4

,2

38

Ø 8

,5

8072

17

25

Ø25

72,4

146

180

4

34+1 024

416

7

159

6,5

11

* R

* R

Y

X

Z

Hinge distance in accordance with DIN 18101

FMH (mm) BA (mm)

1,796–1,920 1,310

1,921–2,045 1,435

2,046–2,170 1,435

2,171–2,295 1,685

2,296–2,420 1,810

2,421–2,545 1,935

2,546–2,670 2,060

2,671–2,795 2,185

*2,796–2,920 2,310

*2,921–2,965 2,435

* Custom size

Door closed, with bracket

Open, without bracket

Detail Y

Detail X Detail Z

Detail Z is only required for ITS96 application.The dimensions correspond to the specifications of the respective hinge manufacturers as of October 2020.

Note: The timber door leaf must be prepared for a mortise lock in accordance with DIN 18251.

Lock specificationBackset: 55 mm; distance: 72 mm; forend width: 20 mm; forend length: 235 mm

Anschlagseite



Anschlagseite

Anschlagseite

Anschlagseite

Dornmaß


237

BA

350

1043

BBL 1

BBL 3

BBL 2

XTH

= Z

H-4

3,5-

7

Z

Y

55

18

28

160

131

10

34

73

100286

340500

40364

852

5

15

1820

235

184

3

1793

209

Ø4,

238

Ø8,

5

8072

17

25

Ø25

72,4Stop side

Stop side

Stop side

Stop side

unmeasured radii R8

TB = door width

TH = door height

ZB = frame width:

ZH = frame height

BBL = reference edge of hinge

FMH = frame rebate height

FMB = frame rebate width

BA = hinge distance

Timber processingThe thickness of the timber door depends on the thickness of the fixed glazing, see details sheet 50-032A

BaSys hinge PIVOTA DX 100 3-D

For BaSys hinge

58 07/21


Pas

sage

hei

ght:

1945

Frame width: 1086

Fram

e he

ight

e: 2

050

Pas

sage

hei

ght:

1995

Frame width: 1110

Fram

e he

ight

: 205

5Glass:

914

Gla

ss:

1950

3.5 3.5

Passage width: 890

3.5 3.5

7

Passage width: 976

3.5 3.5

3.5

3.5

3.5

Frame width: 1000

Fram

e he

ight

: 200

0

Glass:1000

Gla

ss:

2000

Pas

sage

hei

ghte

: 200

0

Gla

ss:

2005

Passage width: 1000

Glas:1024

Do you need support with creating your individual drawings? Please contact our application technology department. They will be happy to send you detailed drawings as templates or to advise you personally, for example when planning sloping roofs, for which individual profiles can be ordered that must then be adapted by the customer.

You can also benefit from our customer training pro-grams. The First Glass Experience training event is an exclusive series of training courses on our dormakaba glass systems (IGS), consisting of three modules that build on each other. More information on the training content, training times and how to register and log in can be found on our website.

Note: An inquiry form for downloading can be found at www.glas-innovationen.com under the product category "UNIQUIN" .

Technical SupportThe widths of the frame, glass and access point are dependent on each other.

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Technical SupportUNIQUIN

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Installation instructions

We plan systems in accord-ance with the generally valid requirements of the glass in-dustry. Glass is calculated on the aspect ratio of 1:10.

Please note that in the case of uneven systems (e.g. due to construction tolerances), we always use the largest meas-urement. If necessary, the pro-files must be adapted and/or underpinned on site or ordered with extra length for adapta-tion by the customer.

The fastening material is not supplied and must be provided on site to suit the building sur-face.

Ideal allowancesSystem in fixed or extra length 20 mm or individual extra length

Uneven walls Extra length 20 mm or individual extra length

Inclined walls Extra length 20 mm or individual extra length

Measure correctly We recommend determining the dimensions according to the following criteria (see also Tips and tricks):

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System planningGenerally, systems are planned with frame dimen-sions of 1,010 x 2,155 mm (W x H), provided that no individual frame dimensions have been specified by the customer. Thus, an accessible passage of 900 x 2,100 mm (W x H) is ensured. In order to avoid collisions between TS 97 and the wall when opening the door, the use of a sidelight with a width of min. 1/10th of the system height is recommended on the frame side of the hinge suspension. A design with overpanel and sidelight simplifies the installation and supports the compact design of the system.Release drawings show the view from the inside*.

Sloping walls/ceiling/floorPlease note that dormakaba cannot provide recom-mendations or empirical data for vents in the respec-tive surfaces. Please provide us with a measurement that includes the required air in order to be able to compensate for tolerances.

Systems with sliding doorsUNIQUIN sliding doors are always installed on the out-side of the system. In the case of narrow systems with sliding doors, it may happen that the configured standard track rail is too long. Tip: Order the sliding door system with the clear passage width pre-bored accordingly. The rail can then be shortened on site.

AnglesUNIQUIN can be implemented as a segmented system configuration for room corners between 90° and 180° (standard angle 90°), whereby the mitre cuts are made by the customer. In direct connection to a frame, a sliding door and/or an acoustic element, a fixed panel must be planned and installed aligned on both sides.

Curved system configuration On request, a curved system profile (no circular arcs!) can also be implemented. In this case, longer delivery times may be expected.

MeasurementIf no upstream work has been done, it is advisable to determine the glass for solid elements as well as glass and frames for room-height doors only after assembly of the complete system.

Frame in masonry with TS 97:If a door closer is installed in a frame in masonry, the frame must be flush with the wall, otherwise the door closer will strike the masonry and the opening of the door will be severely limited (see sketch on page 28 for opening angle).

Beam, corner cut-out:Profiles must be cut to mitre on site (see sketch).

Order detailsPlease include a suitable sketch with all relevant dimen-sions in your inquiry/order. Release drawings show the view from the inside*. They are initially free of charge. Costs are only charged from the second change. In order to avoid this, we provide you with a checklist for reviewing all necessary UNIQUIN order details.

Delivery length of the mounting framesMounting frames (46/55) can be ordered custom-fitted (in fixed dimensions) or with an extra length of 20 mm (e.g. in the case of slanted ceilings or walls) free of charge. Individual overlengths, on the other hand, are charged.

Accessories from other manufacturersOn request, the system can be planned with a technical sealing tape from tesa (3 mm gap).

Leaf opening sealLeaf opening seals are subject to tolerances. Due to this, it may occur that, in systems with noise protection requirements, doors open or close poorly. Reversing the seal can resolve the issue.

CoverFrame channel85010100100

Sash gap seal85010200100

Rebate seal85010300100

SealFrame fixer85010000140

SI-Round profile05400528432

* Inside = cover profile side for fixed elements/ hinge side for single-action doors/back side for sliding doors.

Tips and tricksPlanning specifics

Corner cut-out

Corner cut-out

Downstand beam

Necessary Mitre cuts on site

https://glas-innovationen.com/download/Form_UNIQUIN_enquiry_EN_AR_190814.pdf

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Security-related information

Important safety-related information for the mounting and use of dormakaba glass fittings. (Follow these instructions in addition to the mounting and operating instructions in order to avoid damage of product and damage to person or property.)Important: All users have to be informed about relevant points mentioned in these safety-related information and the mounting and operating instructions!

General information1. dormakaba recommends the use of TSG-H

(heat-stored tempered safety glass) according to DIN EN 12150-1.

2. dormakaba glass fittings are not suitable for outdoor installation.

3. dormakaba glass fittings are not suitable for rooms where chemicals (e.g. chlorine) are used, e.g. swimming pools, saunas and brine baths.

4. Sliding panels must not be moved faster than at walking speed and must be stopped by hand before reaching the end positionwill be.

5. Pivoting panels must not be thrown too hard. If there is a risk of over-turning, this must be prevented by a door stop.

Mounting1. Only properly qualified and specially trained staff is

authorised to mount dormakaba glass fittings.2. Never use glass with conchoidal fractures and/or

damaged edges.3. Due to crushing hazards – among others in the area

of the secondary closing edge – and possible injury caused by breakage of glass during mounting, corresponding protective clothing (especially gloves and protective goggles) is required.

4. Clean clamping area with fat solvent (standard commercial cleaning agent) before mounting the glass fitting.

5. Never use clamping shoes on structured glass surfaces (except on satined glass) or glass of heavily varying thickness unless with a corresponding levelling layer.

6. Never use clamping shoes on self-cleaning coatings.7. When adjusting glass elements, always stick to the

required clearance for the respective fitting. Adjust clearance so that the glass does not touch hart components such as glass, metal or concrete.

8. Make sure not to use excessive force when installing the glass (avoid local stress resulting from very tight screws).

Maintenance Check fittings at regular intervals for proper positio-ning and smooth running and door for correct adjust-ment. Especially highly-frequented door systems re-quire inspection by properly qualified staff (specialised companies or installation firms). Immediately replace damaged class elements (no glass flaking and/or con-choidal fractures)!

General care instructionsThe surface finishes of the fittings are not maintenance- free and should be cleaned according to their material and design.• For metallic surfaces (ano dised finishes, stainless

steel) please use appropriate cleaning agents wit h out abrasive additives only.

• For varnished surfaces please use appropriate solvent-free cleaning agents only.

• Brass surfaces (without surface protection) have to be treated with an appropriate maintenance agent on occasion, to avoid tarnishing.

For practical planning, please use our drawings dormakaba "The Detail".

Safety-related information

The printed colours indicating the surface finishes are not 100 % true, but do provide a useful guide.Statements made with regard to the nature or use of the products are for the purposes of descriptions. Assent with regard to the existence of particular properties or particular uses always requires special written agreement. Pictures may show special designs which are different to the standard scope of delivery.

Subject to change without notice.

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dormakaba International Holding AG Hofwisenstrasse 24CH-8153 RümlangT +41 44 818 90 [email protected]/en

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Door Hardware

Entrance Systems

Electronic Access & Data

Interior Glass Systems

Mechanical Key Systems

Safe Locks

Lodging Systems Service

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Access and room systems Technical brochure 2021

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Transcript of Access and room systems Technical brochure 2021