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<dataSetInformation>
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<name>
<baseName xml:lang="en">1 m2 Alpha Sectional door ALU 60 with electric drive</baseName>
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</name>
<classificationInformation>
<common:classification name="OEKOBAU.DAT">
<common:class level="0" classId=""></common:class>
<common:class level="1" classId=""></common:class>
<common:class level="2" classId=""></common:class>
</common:classification>
<common:classification name="IBUCategories">
<common:class level="0">02 Building products</common:class>
<common:class level="1">Doors, windows, shutters, and related products</common:class>
<common:class level="2">Windows and doors</common:class>
</common:classification>
</classificationInformation>
<common:generalComment xml:lang="en">Sectional doors, type ALU 60, constructed from extruded aluminium sections with thermal separation fitted with 40 mm PMMA (polymethyl methacrylate) triple glazing. The panels are 60 mm thick and available in heights varying between 366 and 732 mm. The horizontal seal retaining profile on the top section is made from aluminium, or supplied with a spray-painted finish (optional). The ALU sections can be combined with insulated, steel-skinned ISO panels. 

Surface treatment 

The panels are supplied as standard with an anodised finish. They can also be painted in a RAL colour chosen by the customer. This option is covered in the EPD for Sectional door ALU 60 with coating.

Track systems are made of 1.7 mm thick, closed steel angle profiles fitted with roller tracks made of 1.7 mm thick galvanised steel. The door hardware is attached using electrolytically galvanised self-tapping screws with a knurled integral lock-washer. The rollers feature nylon wheels and an 11 mm galvanised steel shaft.  

The door leaf is balanced via torsion springs and hung on steel cables with a safety factor of 6. Manually operated doors are supplied with a plastic handle and foot plate in the bottom section and a steel shoot bolt, or an optional cylinder lock. Draft seals are fitted around the periphery of the door leaf:  
top, side and floor seals made from EPDM (ethylene propylene diene monomer rubber) 
seals between the panels made from EPDM 

Operators  

The industrial sectional door can be operated manually by pull cord or chain hoist, or supplied with an electric drive. The option with an electric drive is covered in this EPD. 

Safety   
emergency chain hoist and emergency drive disconnect up to operator height in the case of electric drives 
cable break safety and/or slack cable safety 
spring break safety  
lift-up prevention  


Wicket doors 
The industrial sectional door can be supplied with an integral wicket door or a pass door next to the sectional door. This option is covered in the EPD for Sectional door ALU 60 with wicket door.</common:generalComment>
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<time>
<common:referenceYear>2017</common:referenceYear>
<common:dataSetValidUntil>2022</common:dataSetValidUntil>
</time>
<geography>
<locationOfOperationSupplyOrProduction location="NL" />
</geography>
<technology>
<technologyDescriptionAndIncludedProcesses xml:lang="en">All materials necessary to produce Alpha sectional doors are received and stored in a central warehouse, from where they are internally distributed to the different production areas. Each ALU 60 door is then made to order. In one production area the door leaf is produced. Activities consist of sawing, mounting, boring and assembly. The panels are supplied as standard with an anodized finish or painted with primer in RAL 9002. The panels can also be painted in any other RAL colour chosen by the customer. After the door leaf has been manufactured and checked, it is internally transported to a different production area, where the rail system, springs and boxes are produced. The rail system is produced by roll formers and is then assembled. Parts needed to mount the door are collected in a box by following a &quot;pick to light&quot; system. After checking for completeness, the door leaf is combined with the rails, springs, boxes and other loose parts. The complete package is then mechanically wrapped in foil and is ready for transportation to the customer. 
Technical data: 
Technical details based on a sectional door ALU 60 for an opening of 3800 x 3500 mm (W x H). The presented data comply with those given in the DoP. 

The different values have been tested by TÜV Nord. 
Declared unit: 
The declared unit of the door is one m2 door. The data are presented per standard door with a width of 3800 mm and a height of 3500 mm. The dimensions for the standard door are chosen because the doors were most frequently sold in these dimensions in the year of 2015.</technologyDescriptionAndIncludedProcesses>
<technologicalApplicability xml:lang="en">Alpha industrial sectional doors are used in private homes, agricultural buildings, industrial buildings and non-residential buildings. For the application and use the respective national provisions apply. The space-saving industrial sectional door can be fitted to both outdoor and indoor walls. The ALU 60 sectional door is assembled from aluminium panels with a working height of between 366 and 732 mm. When the door is opened, the sections slide back under the roof. The weight of the door leaf is balanced using torsion springs to allow manual operation. In addition to the standard lift track system, high lift, vertical lift, roof following and low headroom systems are available. The industrial sectional door complies with /EN13241-1/ (products without smoke control and fire resistant characteristics)</technologicalApplicability>
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<common:shortDescription xml:lang="en"> Constructional data</common:shortDescription>
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<common:shortDescription xml:lang="en"> Declared unit</common:shortDescription>
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<modellingAndValidation>
<LCIMethodAndAllocation>
<typeOfDataSet>EPD</typeOfDataSet>
<referenceToLCAMethodDetails type="source data set" refObjectId="7c55b9ee-400d-4283-a550-104efc4bb986">
<common:shortDescription xml:lang="en">Windows and doors.pdf</common:shortDescription>
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<common:other>
<epd:subType xmlns="http://www.iai.kit.edu/EPD/2013">average dataset</epd:subType>
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<common:shortDescription xml:lang="en">1 m2 Alpha Sectional door ALU 60 with electric drive.pdf</common:shortDescription>
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<common:shortDescription xml:lang="en">ecoinvent database (all versions)</common:shortDescription>
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<common:shortDescription xml:lang="en">ecoinvent 2.2 database</common:shortDescription>
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<useAdviceForDataSet xml:lang="en">Scope: 
This Environmental Product Declaration (EPD) is valid for Alpha sectional doors of the type ALU 60. The production facilities are located in Didam (NL). The life cycle assessment is representative for the products introduced in the declaration for the given system boundaries. 
System boundary: 
Type of the EPD: cradle-to-gate. 

The production of the materials (steel, plastics, aluminiums, coating etc.) and also the motor-parts and other electronic components are modelled in A1. The transportation (road and sea) from the suppliers to Alpha deuren is modelled in A2. The assembly of the doors (energy use) and the packaging (including the production and transportation of the packaging materials) is modelled in A3. The generation of electricity and heat is modelled in A3. For the option coating is also the coatingprocesses and the emissions of non-methane volatile organic  compounds to air modelled in A3. 

Production waste from A3 is modelled following the Dutch defaults for waste scenario’s (see 4.1.3). This modelling results in components for reuse, materials for recycling.  

According to EN 15804 (CEN 2013) the end-of-life system boundary of the construction product system is set where outputs of the system under study, e.g. materials, products or construction elements, have reached the end-of-waste state. Therefore, waste processing of the material flows (e.g. undergoing recovery or recycling processes) during any module of the product system (e.g. during the production stage, use stage or end-of-life stage) are included up to the system boundary of the respective module. 

For all phases A1-A3 also processing up to the end-of-waste state or disposal of final residues not leaving the factory gate with the product, are included.</useAdviceForDataSet>
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<common:shortDescription xml:lang="en">IBU</common:shortDescription>
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<common:shortDescription xml:lang="en">DIN EN 15804</common:shortDescription>
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<common:shortDescription xml:lang="en">ISO 14025</common:shortDescription>
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<common:timeStamp>2017-09-25T10:45:29.892</common:timeStamp>
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</common:other>
</exchange>
<exchange dataSetInternalID="15">
<referenceToFlowDataSet uri="../flows/d7fe48a5-4103-49c8-9aae-b0b5dfdbd6ae.xml" type="flow data set" refObjectId="d7fe48a5-4103-49c8-9aae-b0b5dfdbd6ae">
<common:shortDescription xml:lang="en">Materials for recycling (MFR)</common:shortDescription>
</referenceToFlowDataSet>
<functionType>General reminder flow</functionType>
<exchangeDirection>Output</exchangeDirection>
<referencesToDataSource />
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/ad38d542-3fe9-439d-9b95-2f5f7752acaf.xml" type="unit group data set" refObjectId="ad38d542-3fe9-439d-9b95-2f5f7752acaf">
<common:shortDescription xml:lang="en">kg</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">7.06671301242748</epd:amount>
</common:other>
</exchange>
<exchange dataSetInternalID="16">
<referenceToFlowDataSet uri="../flows/59a9181c-3aaf-46ee-8b13-2b3723b6e447.xml" type="flow data set" refObjectId="59a9181c-3aaf-46ee-8b13-2b3723b6e447">
<common:shortDescription xml:lang="en">Materials for energy recovery (MER)</common:shortDescription>
</referenceToFlowDataSet>
<functionType>General reminder flow</functionType>
<exchangeDirection>Output</exchangeDirection>
<referencesToDataSource />
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/ad38d542-3fe9-439d-9b95-2f5f7752acaf.xml" type="unit group data set" refObjectId="ad38d542-3fe9-439d-9b95-2f5f7752acaf">
<common:shortDescription xml:lang="en">kg</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0</epd:amount>
</common:other>
</exchange>
<exchange dataSetInternalID="17">
<referenceToFlowDataSet uri="../flows/4da0c987-2b76-40d6-9e9e-82a017aaaf29.xml" type="flow data set" refObjectId="4da0c987-2b76-40d6-9e9e-82a017aaaf29">
<common:shortDescription xml:lang="en">Exported electrical energy (EEE)</common:shortDescription>
</referenceToFlowDataSet>
<functionType>General reminder flow</functionType>
<exchangeDirection>Output</exchangeDirection>
<referencesToDataSource />
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/93a60a57-a3c8-11da-a746-0800200c9a66.xml" type="unit group data set" refObjectId="93a60a57-a3c8-11da-a746-0800200c9a66">
<common:shortDescription xml:lang="en">MJ</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0</epd:amount>
</common:other>
</exchange>
<exchange dataSetInternalID="18">
<referenceToFlowDataSet uri="../flows/98daf38a-7a79-46d3-9a37-2b7bd0955810.xml" type="flow data set" refObjectId="98daf38a-7a79-46d3-9a37-2b7bd0955810">
<common:shortDescription xml:lang="en">Exported thermal energy (EET)</common:shortDescription>
</referenceToFlowDataSet>
<functionType>General reminder flow</functionType>
<exchangeDirection>Output</exchangeDirection>
<referencesToDataSource />
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/93a60a57-a3c8-11da-a746-0800200c9a66.xml" type="unit group data set" refObjectId="93a60a57-a3c8-11da-a746-0800200c9a66">
<common:shortDescription xml:lang="en">MJ</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0</epd:amount>
</common:other>
</exchange>
</exchanges>
<LCIAResults>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/77e416eb-a363-4258-a04e-171d843a6460.xml" type="LCIA method data set" refObjectId="77e416eb-a363-4258-a04e-171d843a6460">
<common:shortDescription xml:lang="en">Global warming potential (GWP)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/1ebf3012-d0db-4de2-aefd-ef30cedb0be1.xml" type="unit group data set" refObjectId="1ebf3012-d0db-4de2-aefd-ef30cedb0be1">
<common:shortDescription xml:lang="en">kg CO_(2)-Äq.</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">100.5635263</epd:amount>
</common:other>
</LCIAResult>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/06dcd26f-025f-401a-a7c1-5e457eb54637.xml" type="LCIA method data set" refObjectId="06dcd26f-025f-401a-a7c1-5e457eb54637">
<common:shortDescription xml:lang="en">Depletion potential of the stratospheric ozone layer (ODP)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/88054749-b0a6-47ea-a82b-dc5b29326512.xml" type="unit group data set" refObjectId="88054749-b0a6-47ea-a82b-dc5b29326512">
<common:shortDescription xml:lang="en">kg CFC11-Äq.</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">3.88149434E-06</epd:amount>
</common:other>
</LCIAResult>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/b4274add-93b7-4905-a5e4-2e878c4e4216.xml" type="LCIA method data set" refObjectId="b4274add-93b7-4905-a5e4-2e878c4e4216">
<common:shortDescription xml:lang="en">Acidification potential of land and water (AP)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/bc50c624-a9bc-45b1-a9b0-e6b10d00476f.xml" type="unit group data set" refObjectId="bc50c624-a9bc-45b1-a9b0-e6b10d00476f">
<common:shortDescription xml:lang="en">kg SO_(2)-Äq.</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0.5136104407</epd:amount>
</common:other>
</LCIAResult>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/f58827d0-b407-4ec6-be75-8b69efb98a0f.xml" type="LCIA method data set" refObjectId="f58827d0-b407-4ec6-be75-8b69efb98a0f">
<common:shortDescription xml:lang="en">Eutrophication potential (EP)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/67b5401d-873c-485f-bcf3-6ae83b918822.xml" type="unit group data set" refObjectId="67b5401d-873c-485f-bcf3-6ae83b918822">
<common:shortDescription xml:lang="en">kg PO_(4)^(3)-Äq.</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0.0779880823</epd:amount>
</common:other>
</LCIAResult>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/1e84a202-dae6-42aa-9e9d-71ea48b8be00.xml" type="LCIA method data set" refObjectId="1e84a202-dae6-42aa-9e9d-71ea48b8be00">
<common:shortDescription xml:lang="en">Formation potential of tropospheric ozone photochemical oxidants (POCP)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/01c26c17-9a76-406e-8295-f17b55fd909e.xml" type="unit group data set" refObjectId="01c26c17-9a76-406e-8295-f17b55fd909e">
<common:shortDescription xml:lang="en">kg Ethen-Äq.</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0.03022003309</epd:amount>
</common:other>
</LCIAResult>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/f7c73bb9-ab1a-4249-9c6d-379a0de6f67e.xml" type="LCIA method data set" refObjectId="f7c73bb9-ab1a-4249-9c6d-379a0de6f67e">
<common:shortDescription xml:lang="en">Abiotic depletion potential for non fossil resources (ADPE)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/54ccd2d9-a32a-4fc2-923d-f2c8c93e89d4.xml" type="unit group data set" refObjectId="54ccd2d9-a32a-4fc2-923d-f2c8c93e89d4">
<common:shortDescription xml:lang="en">kg Sb-Äq.</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">0.0035722396892</epd:amount>
</common:other>
</LCIAResult>
<LCIAResult>
<referenceToLCIAMethodDataSet uri="../flows/804ebcdf-309d-4098-8ed8-fdaf2f389981.xml" type="LCIA method data set" refObjectId="804ebcdf-309d-4098-8ed8-fdaf2f389981">
<common:shortDescription xml:lang="en">Abiotic depletion potential for fossil resources (ADPF)</common:shortDescription>
</referenceToLCIAMethodDataSet>
<common:other>
<epd:referenceToUnitGroupDataSet uri="../unitgroups/93a60a57-a3c8-11da-a746-0800200c9a66.xml" type="unit group data set" refObjectId="93a60a57-a3c8-11da-a746-0800200c9a66">
<common:shortDescription xml:lang="en">MJ</common:shortDescription>
</epd:referenceToUnitGroupDataSet>
<epd:amount epd:module="A1-A3">1535.426369</epd:amount>
</common:other>
</LCIAResult>
</LCIAResults>
</processDataSet>