Access to asustainable
futureAccess Automation Solutions by dormakaba

02 03

Table of contents

02
xx

06

08

10

12

Our sustainability
commitment

Our sustainability
framework

Our circular economy
approach

Our contribution togreen buildings

14

16

18

20

Our Access
Automation Solutions Environmental impact
factsheets

ED 100 / 250
Swing door operator

ES PROLINE
Modular automatic
drive system for slidingdoor

ES 200Automatic sliding door
operator

22

24

26

28

ES 400Sliding door operator

AL 401
Series Sliding door
operator

EL 301
Series Sliding door
operator

ST PRO Green
Automatic sliding door

30

32

34

36

ST PRO Green RC2 / RC3
Automatic sliding door

ST Flex
Automatic sliding door

ST FLEX Green
Automatic sliding door

FFT FLEX GREEN
Folding Door System

04 05

38

40

42

44

ESA 100-300
Automatic sliding door

ESA 400
Automatic sliding door

ESA 500
Automatic sliding door

KTV A
Automatic revolving
door

46

48

50

52

KTV M
Manual revolving door

KTV Atrium Flex
Automatic revolving
door

ARGUS 40
Sensor barrier

ARGUS AIR
Sensor barriers

54

56

58

60

ARGUS V60
Sensor barrier

GeryonSecurity revolving door

Charon 20
Half height swing doors

Kentaur
Full height turnstiles

62

64

66

68

Crane AL
1000 / 2000 / 3000
Automatic
revolving door

Crane AL
1000 / 2000 / 3000
Manualrevolving door

Crane SS 2000 / 3000
Manual revolving door

SU 5000
Optical turnstiledormakaba Our sustainability commitment

06 07

Memberships

External ratings & reporting partners

Thinktomorrow
We are committed to championing sustainability in everything we do, fromproducing more sustainable solutions to help our customers lessen their environmental
footprint to being a fair and responsible employer and neighbor.
We work together with internationally acknowledged organizations
to make it happen. For every place that matters.

06xx

UN SDGs

er

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ips
t b to pey ro monoed o te s u st ain a bl
ur o wn do o rsshMaterial topics

P

ar

ey

e

• Energy & Emissions• Circular Economy & Materials
at• Environmental Complianceor nela b p mlo
W e c v elode

Key targets

2027

Baseline FY 20/21

19%

Material topics• Supplier Sustainable Development• Human Rights• Customer Health & Safety

Key targets

Key targets

Target year

2030

Assess all high-risk suppliers fortheir sustainability management by
a third-party or off-board them forlack of participation

Baseline FY 19/20

74,770 tCO2e*Target year

2027

Baseline FY 20/21

10%

Reduce value chain emissions frompurchased goods & services, andthe use of sold products by 25%
Target year

2030

Baseline FY 19/20

1,124,936 tCO2e*

All new product developments andoptimizations are covered by ourcircularity approach
Target year
Scan the QR codeor click here for more
information about
our sustainability
framework

We lead by example and engage with
our partners to drive more ecofriendly practices and support theprotection of human rights. Throughour secure access solutions, we also
contribute to people’s health andsafety.

UN SDGs

1 in 3 managers are women
Target year

We collaborate to promotesustainable development beyond
our own doors

UN SDGs

Reduce operational emissions
42% in line with a 1.5°C futureships
t b to pey ro monoed o te s u st ain a bl
ur o wn do o rs

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tn

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Access to asustainable
future• Fair Employment• Training & Educations
ot o th• Diversity & Inclusioneat• Occupational Health & SafetyntthPartnerships

Aim

We develop innovative and resource
efficient solutions for the circular
economy and do our part to ensurea climate resilient future. We offer
durable and energy efficient products that help our customers achieve
their own sustainability goals.

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We create a fair, inclusive and safe
culture which enables our employees
to thrive. We provide a workplace
where they can continuously grow,openly contribute with their ideas
and feel proud of their achievements.

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Access to asustainable
futureipst b to pey rtonm
on e roteu st aid o s h ispeur o w s
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ey ro monod o te s u st ai
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Material topics

n the doors wideep
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dormakaba demonstrates leadership in many
areas of sustainability and drives a sustainable
development in the access solutions market.
Our sustainability framework is in line with allmaterial topics, which are aligned to three Pillars:
People, Planet and Partnerships.

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W rbonon to
We empower our people so that they a
We open the doors wideomccan unlock their full potential
a low carbon and circular economywyloPlanetPeple o ll p
r p fuWee m p o w e r o u h eirtc a n u nlock

We are aware of our customers’ increasing demand
for more sustainable products. To respond to theneeds and expectations of our society and customers, we put sustainability at the core of our vision,
which underlines our long-term commitment toshaping a more sustainable industry and future.

08 09

er

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Shaping asustainable futurePatndormakaba Our sustainability framework

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pl p
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r lp
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r p fue m p o w e r o u h eirtc a n u nlock

AccessAccessto a to asustainable
sustainable
futurefuture

2023*Baseline FY 2019/20 in line with Science
Based Targets initiative validation

dormakaba Our Circular Economy approach

10 11

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Our approachto Circular
Economy

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EconomyMaterials
Collection / Reuse
Use• Compliance with materials
•
Take
back
programs
Our approach
restrictions and regulations
to Circular • Customer information on recycling
Use
• Use
of renewable / recycledraw
Economymaterials• Substitution of rare materials
seion

to Circular

Use
Production
Distribution
Economy• Material and energy efficient• Reduce packaging material
production• Avoid plastic packaging• Use of renewable energy sources• Use recycled packaging material• Avoid and reduce toxicOurmaterials• Use FSC certified paper, wood andapproachseto Circular• Scrap recovery
cartonD es i g n

Use

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Design Our approach

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United Nations Environment Programme (2020)
2020 Global Status Report for Buildings andConstruction: towards a Zero-emission, Efficientand Resilient Buildings and Construction Sector,
Global Status Report.

We are also moving to use only Forest Stewardship(FSC)-certified sources for all paper, wood andcarton, which also serves customers in getting
green building credits.

DesignD es i g n• DesignOur
for longlife span
approach• Design forenergyefficiency
to Circularin the useEconomy
phase• Design for repair / reuse / recycling• Life Cycle Assessment optimization

Our approachseto Circular
Economy/R1

As part of our circularity approach, we have also
set minimum requirements for recycled content forthe materials we select for our products. Besides
leading to a lower carbon footprint, the increased
use of recycled content will help customers earncredits for green building certification.

Colle

Greener materialson

As a leading manufacturer, dormakaba is committed to incorporating the latest product life cycle
approaches and environmental technologies tocontinuously advance our product development,
and improve our own, as well as our customers’sustainability performance. Because we know thatover 80% of all product-related environmental
impacts are determined during the design phaseof a product, we have developed a comprehensive
circularity approach. As of 2023, all new productdevelopments will need to follow minimum criteria
in line with it.

c ti

Our aim is to ensure that our products and components can be reused, repaired, or reintroduced as
raw materials back into the manufacturing cycle.

odPrD es i g n

ColleSustainability bydesignOur approachto Circular
Economyc ti

In a circular economy, buildings are designed to
optimize energy and resources, reuse and recycle
whenever possible while minimizing or eliminating
waste. For a healthier planet, human populations,and economies, boldly embracing the circular
economy is the only way forward.

D es i g n

Use

Colle

Durability is essential in the sustainable built environment. Our products have a long life span of up
to 20 years, which means fewer replacements,
fewer resources needed and fewer costs for ourcustomers. Quite simply, the longer you can use a
product, the better. In our design process we aim
to extend the service life of our products throughanalysing for structural weak points of predecessor models and eliminating them, avoiding adhesive bonds to improve disassembly and repairability, using detachable connections and ensuring
backwards compatibility, among others.

seeu

The building sector consumes more than half theworld’s virgin resources and accounts for nearly athird of solid waste streams1. All actors in theindustry have a clear responsibility to reduce this
impact in their own area of influence.

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More durability,
less wasteonTransition towards
a circular economy

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Colle

We focus on accelerating circular solutions and enable our customers
to sustainably create value throughout the building life cycle.

Scan the QR codeor click here for more
information aboutcircular economy andmaterials.

od
Pr

ls

D es i g n

ist

We open the
doors wide to acircular economy

Use• Leasing / production as a service• Upgrade / repair services• No toxic exposures (i.e. low VOCs,
formaldehyde)• Customer information onsustainability featuresdormakaba Our contribution to green buildings

12 13

Growing needfor green buildings
More transparency along the products’
whole life cycle
Life cycle assessment (LCA) is a standardized
methodology for assessing environmental impacts
associated with all stages of the product`s life
cycle, from materials extraction to the end of lifeof the product. Using this information, we are able
to develop Environmental Product Declarations(EPDs), that help our customers gain credits forgreen building certification programs.
Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Green building certification systems - including
LEED (Leadership in Energy and Environmental
Design), BREEAM (Building Research Establishment
Environmental Methodology) and DGNB (Deutsche

Upstream

Materials
procurement

Gesellschaft für Nachhaltiges Bauen, German
Sustainable Building Council) - help customers
ensure that a building is designed and constructedin a sustainable way incorporating products withEPDs.
Our EPDs are based on international standards
and verified by a third-party ensuring that the
information used is transparent, reliable andcredible. We currently offer over 200 sustainability
related product declarations and certifications.

Downstream

Own operations

Distribution• Product design• Assembly• Manufacture• Sales & Marketing• Services• Wholesalers• Partners• Installers

End-UserEnd of life

Why your building’s Life Cycle
Assessment matters

Reducing environmental impact
According to the United Nations Environment
Programme, buildings and construction contributeto almost 40% of global carbon emissions. It iswith this in mind that architects, contractors, andmanufacturers are increasingly committing themselves to sustainable design and practicing sustainable business.
LCA provides the stakeholders with invaluable information on a building’s environmental blindspots,
which can help them to address potential issues
like carbon emissions, waste or energy flows.

Saving costs
Enabling the property developers to gain a bird’s
eye perspective over all aspects of their projects,
LCA can dramatically cut costs in both the shortand long term. One important detail of a building
as such is its energy use. Unless optimized systematically, energy use can eat up a bulk of resources
during both the construction process and beyond.
Utilizing a combination of product data, LCA canalso help the developers to compare different
products and materials with the same outcomesto pick the most cost effective option.

Speaking one language
Trying to sift through the mountains of productand building data can be overwhelming for architects and developers, leading to misunderstandings and errors. In complex projects with much tooversee, LCA provides a standardized process to
assist all the team members to speak one language about the building’s environmental impact regardless of the number of components built into
it. With this methodology, it’s possible to streamline communication between colleagues and toboost understanding on how the building fits into
the urban ecosystem.

Making future-oriented decisions
LCA provides a scientific system for stakeholders
to make the best decisions about their buildings
and tackle many challenges that arise during,
before and after construction.
The demand for LCA is on the rise due to the accelerating environmental concern. In the constructionindustry, its already been standardized by use of
EPDs. Several green building certification schemes
give building planners credits for providing EPDs fortheir selected construction products.

dormakaba Access Automation Solutions - Environmental Factsheets

14 15

Environmental
impactfactsheetsdormakaba ED 100 / 250 Environmental impact factsheet

16 17

ED 100 / 250
Swing Door Operator
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 13 kg
Electricity use per year: 70 kWh
Production location: Ennepetal, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyISO 9001 certified

ISO 14001 certified

ISO 45001 certified

ISO 50001 certified

Produced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Description

Product declarations
Environmental ProductDeclaration

Health Product Declaration

Material used (%)
Steel
Aluminium
Paper
Plastic
Electronics

Zinc

Building Product Declaration



The automatic swing door operators manufactured by dormakaba are electromechanical swing door
operators designed for single or double leaf doors. Depending on the width and weight of the door leaf,
the ED 100 or the ED 250 is required. Both operators can be mounted with standard arm as push-version
and with slide channel as pull-version. Apart from the extended cover, an integrated door coordinator isalso available for double-leaf operators, which is also easily fitted. By using the dormakaba upgrade card,
the functional scope can be adapted to a variety of door situations.

SuPIM Data SheetThe GWP1 across the life cycle is
330 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Berlin to Zurich (1,300 km)

300

9%

285

250
200

11%

33%

150
100
50

50.1

13%

0.1

1.6

0.6

6.2

0.4

0
-13.9
-50

14%

1

20%

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ES PROLINE Environmental impact factsheet

18 19

ES PROLINE
Modular automatic drive
system for sliding door

Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 15 years
Weight per unit: 27.5 kg

Electricity use per year: 66 kWh
Production location: Ennepetal, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyISO 9001 certified

ISO 14001 certified

ISO 45001 certified

ISO 50001 certified

Produced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Description

Product declarations
Environmental ProductDeclaration

Health Product Declaration







Material used (%)
Aluminium
Electronics

Steel
Other

Building Product Declaration

Plastic

ES PROLINE is the new generation of sliding door operators. It uses 64% less energy consumption in theuse phase compared with the previous product. ES PROLINE easily moves doors with door leaf weights
of up to 400 kg. The drive system is certified to perform 1.5 million opening and closing cycles, this corresponds to a 50% longer certified life-time of the door system.

SuPIM Data SheetThe GWP1 across the life cycle is581 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Madrid to Amsterdam (2,900 km)

400

7%

390

300

4%

207

7%

200

100
2.8

0.004

4.8

0.2

6.7

0

52%

-30.4
-100

30%
-200

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

De-construction
demolition

Transport

Waste
processing

Reuse /
recycling
potentialdormakaba ES 200 Environmental impact factsheet

20 21

ES 200Automatic sliding door
operator

Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 40.4 kg

Electricity use per year: 189 kWh
Production location: Ennepetal, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyISO 9001 certified

ISO 14001 certified

ISO 45001 certified

ISO 50001 certified

Produced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Description

Product declarations
Environmental ProductDeclaration

Health Product Declaration

Material used (%)
Aluminium
Steel
Paper
Plastic

Electronics

Building Product Declaration



The automatic sliding door operator is a solution for any fields of application and scope of operation.
The ES 200 allows dormakaba to supply a drive system that covers all applications due to its modular
construction with a low number of components.

SuPIM Data SheetThe GWP1 across the life cycle is879 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Madrid to Athens (4,800 km)

900
766

800

7%

700

12%

600
500

41%

400
300

14%

217

200
100

0.4

0

6.0

0.2

8.4

0.06

-100
-119

-200

26%
1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ES 400 Environmental impact factsheet

22 23

ES 400Sliding door operator
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 5 years
Weight per unit: 16.6 kg
Electricity use per year: 200 kWh
Production location: Zusmarshausen, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Building Product Declaration

SuPIM Data Sheet

As a compact and innovative sliding door operator, the ES 400 is especially suitable for application in hospitals, institutes or laboratories. Thanks to its simple and low­maintenance design, it guarantees easy handling and reliable function as well as a long life cycle.

Material used (%)
Aluminium

Electronics

Steel

Plastic

The GWP1 across the life cycle is443 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Paris to Rome (2,200 km)

450
404
400

10%

350

10%

300
250
200

50%

150
100
48.6
50
0.2

30%

2.0

0.1

0

1.8

0.03
-14.1

-50

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba AL 401 Environmental impact factsheet

24 25

AL 401
Series Sliding door operator
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 123 kg
Electricity use per year: 94 kWh
Production location: Hallam, Australia

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyProduced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Building Product Declaration

SuPIM Data Sheet

The AL 401 is a heavy duty automatic door operator. Its unique rubber-mounted stainless steel tracking
system and heavy-duty cowl provide the product longevity, a load capacity of 400 kg maximum andinstallation alternatives. The AL 401 is designed to control and operate biparting and single sliding doors
including aluminium framed and frameless glass doors up to 19 mm thick.



Material used (%)
Aluminium
Steel
Zinc
Brass
Plastic
Electronics
Paper
Battery

The GWP1 across the life cycle is1,276 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Los Angeles to Monteral (8,000 km)

1,200

1.2% 3.5%

942

1,000

7.5%
800

3%
0.6%
0.2%

797

600
400
200

53%
31%

1.1

0.5

2.0

9.4

0.1

0
-200
-400
-476

-600

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba EL 301 Environmental impact factsheet

26 27

EL 301
Series Sliding door operator
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 73 kg
Electricity use per year: 94 kWh
Production location: Hallam, Australia

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyProduced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Building Product Declaration

SuPIM Data Sheet

The dormakaba EL 301 automatic door operator is engineered to control and operate bi-parting and single slide framed and frameless glass sliding doors. The dormakaba EL 301 automatic door operator is aproven performer in airports, shopping centres, supermarkets, hotels, hospitals, financial institutions,sports stadiums and many other commercial sites.



Material used (%)
Aluminium
Electronics

Steel
Zinc
Plastic
BatteryPaper

6%

The GWP1 across the life cycle is
1,202 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Rome to Iceland (6,600 km)

1,200

2%

942

1,000
800

13%

600

531

400

2%
0.4%
57.6%

0.6

200

0.3

2.0

4.3

0.1

0

19%

-278

-200
-400

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ST PRO Green Environmental impact factsheet

28 29

ST PRO Green
Automatic sliding door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 15 years
Weight per unit: 208 kg
Electricity use per year: 66 kWh
Production location: Zusmarshausen, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration





5%

Steel

SuPIM Data Sheet

The ST PRO GREEN convinces with its comprehensive energy efficiency. The slim profile system canbe used with double and triple glazing, whereby UD values of down to 1.0 W/(m²·K) (glass heat transfer
coefficient) can be realized. Together with the thermally separated profile the energy losses areminimized.

Material used (%)
Glass
Aluminium
Electronics
Other

Building Product Declaration

Plastics

The GWP1 across the life cycle is924 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Paris to Istanbul (4,500 km)

600

1% 1%

590

500

6%

390

400
300
200
100

16%

10.2
0

71%

5.0

0.008

0.5

32.3

-100

-104

-200
-300
-400

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

De-construction
demolition

Transport

Waste
processing

Reuse /
recycling
potentialdormakaba ST PRO Green RC Environmental impact factsheet

30 31

ST PRO Green RC2 / RC3
Automatic sliding door
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information aboutsustainability

Key Figures
Lifetime per unit: 15 years
Weight per unit: 231 kg
Electricity use per year: 66 kWh
Production location: Zusmarshausen, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclarationDescription
Health Product Declaration

Material used (%)
Glass
Plastic

Aluminium
SteelElectronics

Building Product Declaration

SuPIM Data Sheet

The ST PRO Green RC2 / RC3 impresses with its reinforced profile system and its safety. The entire automatic door has extensive sabotage protection. An electromechanical multi-point hook locking system in
the area of the main closing edge offers additional security. Burglar-resistant double and triple glazing
together with the PRO Green profile system ensure a high level of security and low energy losses.



The GWP1 across the life cycle is1,151 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Stockholm to Lisbon (6,000 km)

900

4% 1%

844

750

11%

600
390

450
300
150
10
0

19%

0.008

5.0

0.7

31.5

-150

65%

-130

-300
-450
-600

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

De-construction
demolition

Transport

Waste
processing

Reuse /
recycling
potentialdormakaba ST FLEX Environmental impact factsheet

32 33

ST FLEX
Automatic sliding door
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information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 253 kg
Production location: Zusmarshausen, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Material used (%)
Glass

Aluminium

Steel

Plastic

Building Product Declaration

SuPIM Data Sheet

Thanks to its low profile width, the ST FLEX system allows plenty of light penetration. Offering high userconvenience and easy accessibility, the ST FLEX invokes an inviting atmosphere. It has excellent sealing
features thanks to interlocking side seals and top and bottom seals. It is very flexible and adaptable toproject requirements. This factsheet refers to a modular EPD, meaning that the automatic drive systemused is covered in another EPD (ES Proline or ES 200). Therefore, no energy consumption is declared.



The GWP1 across the life cycle is434 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Paris to Rome (2,200 km)

900

7%

750

2%
600

12%

450

454

300
150
2.2

22.9

0

0

1.1

21.7

3.1

-71.4

-150
-300
-450

79%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

-600
Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

De-construction
demolition

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ST FLEX Green Environmental impact factsheet

34 35

ST FLEX Green
Automatic sliding door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 287 kg
Production location: Zusmarshausen, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Description

Product declarations
Environmental ProductDeclaration

Health Product Declaration

Material used (%)
Glass

Aluminium

1%

Steel

Plastic

Building Product Declaration

The automatic sliding door has a slim, thermal divided profile system on basis of the ST FLEX profile.
Therefore, heat insulation is achieved without compromising in the slim profile. ST FLEX Green makes considerable savings of the running energy and heating costs possible, as well as a reduction in CO2 emissions for the entire use phase. This factsheet refers to a modular EPD, meaning that the automatic drive
system used is covered in another EPD (ES Proline or ES 200). Therefore, no energy consumption isdeclared.

SuPIM Data SheetThe GWP1 across the life cycle is496 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Barcelona to Amsterdam (2,500 km)

900

6%

750
600

12%

510

450
300
150
2.5

22.9

0

0

1.2

19.3

3.6
-63.7

-150
-300
-450

81%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

-600
Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

De-construction
demolition

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba FFT FLEX Green Environmental impact factsheet

36 37

FFT FLEX Green
Folding door system
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 223 kg
Electricity use per year: 225 kWh
Production location: Zusmarshausen, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Building Product Declaration

SuPIM Data Sheet

The FFT FLEX Green is an automatic folding door with thermally separated, particularly slim profiles and asilent, dynamic drive system. It is particularly suitable where space is restricted. It permits opening widthsof up to 2.4 metres and achieves therefore a maximum escape route width. In combination with ISO glass,the FFT FLEX Green ensures good thermal insulation of external doors.

Material used (%)
Glass
Aluminium
Electronics
Zinc

Steel

Plastic

The GWP1 across the life cycle is405 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flight from
Paris to Rome (2,200 km)

600

1%1%

500

10%

505

400
300

19%

42%

200
100
2.0

23.2

0

0.9

33.5

1.5

0
-100
-161

-200

27%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ESA 100-300 Environmental impact factsheet

38 39

ESA 100-300
Automatic sliding door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 209 kg
Electricity use per year: 189 kWh
Production location: Reamstown, USA

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity



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information about
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product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration



4%

Steel
Paper

1%

2%

SuPIM Data Sheet

ESA 200 Commercial Fixed Sidelite Door Extruded aluminium stile and rail door; for interior or exterior
applications. Recommended for large opening applications. Reduced air infiltration allows handling ofwindy conditions. Egress capacity comparable to standard swing doors.

Material used (%)
Aluminium
Electronics

Building Product Declaration

Plastic

The GWP1 across the life cycle is1,703 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom New York to Dublin (10,200 km)

2,000

6%

1,700

1,500
1,060
1,000
500
1.8

0.9

5.4

24.9

0.08

0
-500
-1,000-1,090-1,50087%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ESA 400 Environmental impact factsheet

40 41

ESA 400
Automatic sliding door
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information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 218 kg
Electricity use per year: 189 kWh
Production location: Reamstown, USA

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations

Description

Environmental ProductDeclaration

Health Product Declaration



Steel
Glass

SuPIM Data Sheet

The ESA 400 Fine Frame Automatic Sliding Door is elegant and upscale; perfect marriage of beauty andfunctionality. Recommended for standard openings for office and apartment building applications. Full
breakout provides enhanced egress capacity.



Material used (%)
Aluminium
Electronics

Building Product Declaration

Brass
Plastic
Paper

The GWP1 across the life cycle is1,580 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Tokyo to Bangkok (9,200 km)

1,200

1%

1,060

1,040

1,000
800
600
400

40%

200
1.9 1.9

0

0.9

5.4

4.0

4.0

1.7

-200

51%

-400
-534
-534

-600

0.2%

-800

1.7%
1

1.1%

5%

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ESA 500 Environmental impact factsheet

42 43

ESA 500
Automatic sliding door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 134 kg
Electricity use per year: 189 kWh
Production location: Reamstown, USA

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration



Steel
Paper

SuPIM Data Sheet

The ESA 500 All Glass Automatic Sliding Door is perfect for creating a glass look for interior applications.
The ESA 500 sliding door is a superior choice for interior openings. The door solution is also recommended
for exterior applications in temperate climates. Suitable for larger openings with extended width sidelites.



Material used (%)
Aluminium
Electronics

Building Product Declaration

Plastic

The GWP1 across the life cycle is1,457 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Quebec to Costa Rica (8,500 km)

1,200
1,000

15.5%

1,060
940

800
600

3.6%

400

4.1%

200
1.2 1.9

0

4.4%

5.4

0.6

4.0

45.8

0.6

-200
-400

72.4%

-534
-596

-600
-800

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba KTV A Environmental impact factsheet

44 45

KTV A
Automatic revolving door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 925 kg
Electricity use per year: 177 kWh
Production location: Sofia, Bulgaria

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration







Material used (%)
Glass
Aluminium
Stainless steel
Steel
Chipboard
Electronics & motor
Other

3%

5%

Building Product Declaration

SuPIM Data Sheet

KTV A revolving doors hold back noise, dust and dirt, reliably protect people in the vicinity of the entrancesfrom drafts, and help to keep heating costs down. KTV A doors are exceptionally versatile. Any inside
diameter of the door can be supplied from 2000 – 3800 mm.



The GWP1 across the life cycle is3,607 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Mexico city to Hanoi (20,400 km)

6,000

2%

5,000

4,080

4,000

6%
3,000
2,000

1,430

1,000

12%

8.0

44%

52.5

3,8

86.3

6.4

0
-1,000-2,000-2,060-3,00028%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

-4,000Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba KTV M Environmental impact factsheet

46 47

KTV M
Manual revolving door
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information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 642 kg
Production location: Sofia, Bulgaria

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration







Material used (%)
Glass
Zinc

Aluminium
Electronics

3%
0.3%
0.02%
4.6%

4%

Steel
Plastic

Building Product Declaration

Stainless steel
Brass
Wood
Paper

SuPIM Data Sheet

The KTV revolving door range is designed for installation in entrance areas where interior environmental
control coupled with elegant aesthetics are desired. dormakaba KTV revolving doors hold back noise, dust
and dirt, reliably protect employees near the entrances from drafts, and help to keep the heating costs
down.



The GWP1 across the life cycle is1,337 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flight from
Buenos Aires to Quito (8,700 km)

3,000

3%

2,710

2,500
2,000
1,500

2%

1,000

4.6%
45.5%

500
5.6

38.5

0

2.7

75.6

4.5

0
-500
-1,000-1,50033%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

-1,500-2,000Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba KTV Atrium Flex Environmental impact factsheet

48 49

KTV Atrium Flex
Automatic revolving door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 1616 kg
Electricity use per year: 177 kWh
Production location: Sofia, Bulgaria

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity

Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Material used (%)
Glass
Steel

Wooden pallets
Stainless steel
Plastics
Electronics
CooperAluminium
Brass

Building Product Declaration



SuPIM Data Sheet

The KTV Atrium Flex door range is a breakthrough in design with technology: The revolving door is driven by
an electromagnetic direct drive - the dormakaba FLEX Direct Drive technology complements the design
intent of modern architecture. It is unique, elegant and leaves an impression that is lasting and timeless.



The GWP1 across the life cycle is4,907 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Mumbai to Sao Paulo (27,500 km)

6,000

2,4% 0,2% 0,1%
2,5%

5,000

4,760

4,000

8,7%
1,5%

3,000
2,000

9,1%

1,430

1,000
14.1

0

262

6.4

98

16.5

-1,00010%65,5%-1,680-2,000-3,000-4,0001

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ARGUS 40 Environmental impact factsheet

50 51

ARGUS 40
Sensor barrier
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 94 kg
Electricity use per year: 170 kWh
Production location: Bühl, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyISO 9001 certified

ISO 14001 certified

ISO 45001 certified

ISO 50001 certified

Produced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Material used (%)
Aluminium
Stainless steel
SteelElectronics
Brass
2% 2%

Plastic
Other

Electromechanics

Building Product Declaration



SuPIM Data SheetThe GWP1 across the life cycle is1,638 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Vancouver to Costa Rica (11,000 km)

2,000

1%

1,420

1,500

5%
7%

With a length of just 1,200 mm, ARGUS 40 is a high-quality sensor barrier that can be used even whenspace is limited. It impresses with its fine materials and functional basic equipment. It meets normal
safety requirements without compromise.

1%

1,000
712
500
60

12%

51.1

0

-500
-605

69%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

-1,000Raw material
supply,transport,
manufacturing

Assembly

Operationalenergy use

Waste
processing

Reuse /
recycling
potentialdormakaba ARGUS AIR Environmental impact factsheet

52 53

ARGUS AIR
Sensor barriers
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 10 years
Weight per unit: 256 kg
Electricity use per year: 571 kWh
Production location: Bühl, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration





6%

Stainless steel

SuPIM Data SheeteGates Argus Air for fast, safe passenger flow at airports. ARGUS AIR supports passengers and staff
during the entire process, from entering the airport to the aircraft. The sensor barriers with their narrowand short design ensure a fast flow of passengers at the airports and smooth, comfortable processes.

Material used (%)
Aluminium
Glass
Plastic
Steel

Building Product Declaration

OthersThe GWP1 across the life cycle is3,020 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Las Vegas to London (16,900 km)

2,500

2% 1%

2,310

2,000

6%

1,500

1,540

1,000
500
2.6

53%

63

1.1

19.7

1.3

0
-500

32%
-1,000-918-1,5001

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba ARGUS V60 Environmental impact factsheet

54 55

ARGUS V60
Sensor barrier
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information aboutsustainability

Key Figures
Lifetime per unit: 15 years
Weight per unit: 273 kg
Electricity use per year: 154 kWh
Production location: Bühl, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyISO 9001 certified

ISO 14001 certified

ISO 45001 certified

ISO 50001 certified

Produced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Description

Product declarations
Environmental ProductDeclaration

Health Product Declaration

Aluminium
Glass
Paper
Stainless steel
Steel
Plastics
Zinc
Electronics
3% 2%

ARGUS V60 sensor barriers are particularly compact and strikingly elegant. Despite a housing depth of
only 240 mm, the ARGUS V60 is a full-performance sensor barrier ideal for use where space is limited. The
reader units can be installed the same way as other versions of the Argus product range. The Argus sensor barriers are available in four versions; the Argus 40 with a length of 1,200 mm, Argus 60 at 1,600 mm,
Argus 80 at 1,660 mm and the new Argus V60, particularly compact at only 240mm, for use in areas withconstrained space requirements.

SuPIM Data SheetMaterial used (%)

4%

Building Product Declaration

The GWP1 across the life cycle is1,354 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Buenos Aires to Quito (8,700 km)

1,000

1%

938

800
617

4%

600
400

8%

200
2.4

49%

27.2

1.1

19.7

1.3

0
-200
-253
-400

29%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba Geryon Environmental impact factsheet

56 57

GeryonSecurity revolving door
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information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 459 kg
Electricity use per year: 131 kWh
Production location: Bühl, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



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product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Aluminium
StainlessElectronics
Paper

0.3%

SuPIM Data Sheet

Owing to the high transparency grade of the glass elements and a wide variety of colours for the metalparts, all models elegantly blend in with their surroundings. A sophisticated sensor system in compliancewith the latest standards prevents users from being injured.

Material used (%)
Glass
Plastic

Building Product Declaration

Copper

The GWP1 across the life cycle is2,137 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Montreal to Berlin (12,100 km)

2,500

6% 1.5%

2,000

2,045

1,500

1%

1,060

1,000

19.5%

500
4.1

40%

2.0

5.7

67.7

2.9

0
-500
-1,000-1,050-1,50032%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba Charon 20 Environmental impact factsheet

58 59

Charon 20
Half height swing doors
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Key Figures
Lifetime per unit: 15 years
Weight per unit: 26 kg
Electricity use per year: 32 kWh
Production location: Bühl, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity

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Environmental ProductDeclaration

Description
Health Product Declaration

Building Product Declaration

SuPIM Data Sheet

Opening on demand with the Charon 20 swing door. The Charon swing door can be installed directly on
the housing of the Argus sensor barrier. It provides extended passage width with a clear opening of up to
900 mm to accommodate wheelchairs or material trolleys. The shape, surface and colour of the Charon
20 swing door precisely matches that of the sensor barrier to which it is bolted.

Material used (%)
Glass
Plastic

Aluminium
Steel
Stainless steel
Electronics
Paper

The GWP1 across the life cycle is
265 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom London to Amsterdam (700 km)

250
197

200

19%

150

100

8.1%

88

50

53%
6%
2.6%
0.3%

8.8

0.1

2.1

0.000000005

-30.9

-50

11%

1

0.3

0

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba Kentaur Environmental impact factsheet

60 61

Kentaur
Full height turnstiles
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information aboutsustainability

Key Figures
Lifetime per unit: 15 years
Weight per unit: 306 kg
Electricity use per year: 93 kWh
Production location: Bühl, Germany

Production standards
Quality

Environmental

Occupational
Health & Safety

ISO 9001 certified

ISO 14001 certified

ISO 45001 certified

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Material used (%)
Steel
Paper

Aluminium
CementElectronics

Plastic

Building Product Declaration

SuPIM Data SheetThe GWP1 across the life cycle is970 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Oslo to Lisbon (5,500 km)

800
679
562

600

15%

400

0.7%
0.7%
2%

The robust Kentaur Full-Height Turnstiles are especially suitable for recuring the perimeter of buildings andproperty. Versatile versions enable individual combinations of multiple units to be put together. The end
point locking system developed by dormakaba prevents people from being trapped in the gates.

1.6%

200
3

1.3

3.1

11.4

0.8

0

-200
-290

-400

80%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba Crane AL 1000 / 2000 / 3000 Environmental impact factsheet

62 63

Crane AL 1000 / 2000 / 3000
Automatic revolving door
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information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 896 kg
Electricity use per year: 1964.5 kWh
Production location: Reamstown, USA

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Aluminium

Electronics

SuPIM Data SheetThe GWP1 across the life cycle is
24,901 kg CO2e

Zinc

This is similar to the CO2 produced from three roundtrip flightsfrom New York to Singapore (92,100 km)
5%

The Crane Automatic Revolving Door 1000 / 2000 / 3000 is designed as a building’s primary entrance. A
range of available finishes allows the integration into its surrounding décor and architecture. The
technical and safety features ensure smooth and safe traffic flow. The Crane 1000 / 2000 / 3000 doors
feature the same automatic drive system.

Material used (%)
Glass
Plastic

Building Product Declaration

Total Global Warming Potential per life cycle stage (kg CO2e)
25,00022,1004% 1%
20,00015,00010,000

31%

5,000

59%

4,530
7.8

23

3.9

7.8

0

8.6

-1,780-5,0001

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba Crane AL 1000 / 2000 / 3000 Environmental impact factsheet

64 65

Crane AL 1000 / 2000 / 3000
Manual revolving door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 30 years
Weight per unit: 591 kg
Production location: Reamstown, USA

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Aluminium

Steel

SuPIM Data Sheet

The Crane AL 1000 / 2000 / 3000 Manual Revolving Doors allow both greater traffic volume and quicker
traffic flow compared to automatic or manual swing doors. Crane manual revolving doors arecustomizable revolving doors. They enable a continuous flow of traffic, especially in entrance areas,
and at the same time block the ingress of air from outside. A wide selection of finishes is available tomeet project needs.

Material used (%)
Glass
Plastic

Building Product Declaration

Zinc

The GWP1 across the life cycle is1,855 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom Atlanta to Iceland (10,700 km)

4,000
3,270

4%
7%

3,000

2,000

11%
43%

1,000
5.2

23

0

2.6

40.6

3.8

-1,000-1,490-2,00035%

1Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba Crane SS 2000 / 3000 Environmental impact factsheet

66 67

Crane SS 2000 / 3000
Manual revolving door
Scan the QR codeor click here for more
information aboutsustainability

Key Figures
Lifetime per unit: 30 years
Weight per unit: 684 kg
Production location: Reamstown, USA

Production standards
Quality

Environmental

ISO 9001 certified

ISO 14001 certified

Occupational
Health & Safety

EnergyProduced withgreen electricity



Scan the QR codeor click here for more
information about
our sustainability
product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration



SuPIM Data Sheet

The Crane Manual Revolving Doors SS 2000 / 3000 allow both greater traffic volume and quicker traffic
flow. Crane manual doors are customizable revolving doors. They enable a continuous flow of traffic,
especially in entrance areas, and at the same time block the ingress of air. A wide selection of finishes
is available to meet projects needs.

Material used (%)
Stainless steel
Glass
Steel
Plastic
Paper
Aluminium

Building Product Declaration

Zinc

The GWP1 across the life cycle is
1,737 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom New York to Dublin (10,200 km)

4,000
3,190

3% 2% 1%

3,000

6%

2,000

10%
41%

1,000
6.0

23

0

3.0

61.2

3.9

-1,000-1,550-2,00037%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Transport

Waste
processing

DisposalReuse /
recycling
potentialdormakaba SU5000 Environmental impact factsheet

68 69

SU5000
Optical turnstile
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information aboutsustainability

Key Figures
Lifetime per unit: 20 years
Weight per unit: 166,5 kg
Electricity use per year: 183 kWh
Production location: Chino, USA

Production standards
Quality

Environmental

Occupational
Health & Safety

EnergyProduced withgreen electricity

Scan the QR codeor click here for more
information about
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product declaration.

Product declarations
Environmental ProductDeclaration

Description
Health Product Declaration

Building Product Declaration

SuPIM Data Sheet

The SU5000 provides bi-directional access control and other operational and passage modes. In
controlled passage mode, barriers are securely locked deterring unauthorized entry. Upon receipt ofa valid card signal from an access control system, the motorized barriers of the turnstile open awayfrom the user, and integrated sensors allow a single user to pass through the turnstile in the requested
direction.

Material used (%)
Steel
Plastic
Plexi GlassElectronics
Zinc

4%

Aluminium

The GWP1 across the life cycle is2,624 kg CO2e

Total Global Warming Potential per life cycle stage (kg CO2e)This is similar to the CO2 produced from a roundtrip flightfrom London to Cairo (7,100 km)

2,500
2,060

2%

2,000

6%
1,500
1,000

17%

821

500

46%

1.5

2.6

0.7

0

174

0.08

-500

-436

-1,00025%

1

Carbon dioxide equivalent (CO2e) is the universal unit of measurement to indicate the global warming potential (GWP) of each of the six 		
greenhouse gases, expressed in terms of the GWP of one unit of carbon dioxide. It is used to evaluate releasing (or avoiding releasing)different greenhouse gases against a common basis.

Raw material
supply,transport,
manufacturing

Transport toconstruction
site

Assembly

Operationalenergy use

Transport

Waste
processing

DisposalReuse /
recycling
potential

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About dormakaba Groupdormakaba is a leading global provider in the access solutions
market. The company reimagines access by setting industry
standards for smart systems and sustainable solutions acrossthe lifecycle of a building. Around 16,000 employees worldwide
provide their expertise to a growing customer base in morethan 130 countries.

dormakaba Holding AG
Hofwisenstrasse 24
8153 Rümlang, Switzerland
T: +41 44 818 90 11
info@dormakaba.com
dormakabagroup.com

dormakaba supports its customers with a broad, innovative
portfolio of integrated access products, solutions and services
that easily fit into building ecosystems to create safe, secureand sustainable places where people can move aroundseamlessly.
dormakaba is listed on the SIX Swiss Exchange and is headquartered in Rümlang near Zurich (Switzerland). It generated
a turnover of CHF 2.8 billion in financial year 2021/22.
SIX Swiss Exchange: DOKA

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