Product Environmental Profile
Connected dimmer, Elko RS16, Smart, 200 W, universal, multiwire, LED, rotary push type, polar white
Representative of all ELKO flush wall box mounted connected devices and the range accessories
General Information
Product Details
Reference Product
Connected dimmer, Elko RS16, Smart, 200 W, universal, multiwire, LED, rotary push type, polar white - EKO07281
Description of the Product
The rotary LED dimmer is dedicated to indoor control and dimming of lights. It enables the integration into the Elko Smart system as HEMS (Home Energy Management System). The lights can be dimmed and turned on and off from either standard push button switch or from the wireless switch or remotely.
Description of the Range
The products of the range are: Representative of all ELKO flush wall box mounted connected devices and the range accessories. The environmental impacts of this reference product are representative of the impacts of the other products of the range which are developed with a similar technology.
Functional Unit
To switch ON & OFF and to adjust the brightness of the light by reducing or increasing the RMS voltage operating at the rated voltage U and rated current I, for the reference service life of the product of 10 years. As connected equipment, this product includes a digital control service via a smartphone app or other IT equipment.
Specifications
- I: 1 A
- Ue: 230 V
- Use rate: 30% / Load rate: 10% / Dimming level: 50%
- Electricity type and frequency: AC 50 Hz
- Degrees of protection IP and IK: IP20; IK02 according IEC 60529
- RLT (reference life time): 10 years
Constituent Materials
Reference product mass: 158 g (including the product, its packaging and additional elements and accessories)
Material Breakdown
- PC Polycarbonate: 14.5%
- PA Polyamide: 0.2%
- PE Polyethylene: <0.1%
- PP Polypropylene: <0.1%
- ABS Acrylonitrile Butadiene Styrene: 18.3%
- Steel: 14.8%
- Aluminium: 0.8%
- Stainless steel: 0.7%
- Brass: 0.5%
- Paper: 5.1%
- Electronic components: 9.4%
- Cardboard: 35.7%
Material Summary
- Others: 50.2%
- Plastics: 33.0%
- Metals: 16.8%
Substance Assessment
Details of ROHS and REACH substances information are available on the ELKO website: www.elko.no/om-elko/miljo/
End of Life
Recyclability potential: 28%
The recyclability rate was calculated from the recycling rates of each material making up the product based on REEECY'LAB tool developed by Ecosystem, for components/materials not covered by the tool, data from the EIME database and the related PSR was taken. If no data was found a conservative assumption was used (0% recyclability).
Environmental Impacts
Reference Service Life Time
10 years
Product Category
Other Equipments - Active product
Life Cycle of the Product
The manufacturing, the distribution, the installation, the use and the end of life were taken into consideration in this study.
Electricity Consumption (Manufacturing)
The electricity consumed during manufacturing processes is considered for each part of the product individually, the final assembly generates a negligible consumption.
Installation Elements
No special components needed
Use Scenario
The product is in active mode 30% of the time with a power use of 0.44 W and in OFF mode 70% of the time with a power use of 0.32 W for RLT (reference life time) 10 years. The embedded connected feature of the product is already included in respective active and stand by power consumptions.
Time Representativeness
The collected data are representative of the year 2024
Technological Representativeness
The Modules of Technologies such as material production, manufacturing processes and transport technology used in the PEP analysis (LCA EIME in the case) are similar and representative of the actual type of technologies used to make the product.
Final Assembly Site
Riga, LV
Geographical Representativeness
Europe
Energy Model Used
[A1 - A3] Latvia, LV; 2020 | [A5] Norway, NO; 2020 Sweden, SE; 2020 Finland, FI; 2020 | [B6] Norway, NO; 2020 Sweden, SE; 2020 Finland, FI; 2020 | [C1 - C4] Norway, NO; 2020 Sweden, SE; 2020 Finland, FI; 2020
Mandatory Indicators
| Impact Indicators | Unit | Total (without Module D) | [A1 - A3] Manufacturing | [A4] Distribution | [A5] Installation | [B1 - B7] Use | [C1 - C4] End of life | [D] Benefits and loads |
|---|---|---|---|---|---|---|---|---|
| Contribution to climate change | kg CO2 eq | 4,89E+00 | 3,78E+00 | 4,06E-02 | 6,60E-02 | 7,66E-01 | 2,42E-01 | -9,84E-02 |
| Contribution to climate change-fossil | kg CO2 eq | 4,97E+00 | 3,87E+00 | 4,06E-02 | 6,28E-02 | 7,58E-01 | 2,42E-01 | -1,69E-01 |
| Contribution to climate change-biogenic | kg CO2 eq | -8,25E-02 | -9,38E-02 | 0* | 0* | 0* | 0* | 7,09E-02 |
| Contribution to climate change-land use and land use change | kg CO2 eq | 2,54E-05 | 2,54E-05 | 0* | 0* | 0* | 0* | 0,00E+00 |
| Contribution to ozone depletion | kg CFC-11 eq | 4,56E-07 | 4,42E-07 | 6,22E-11 | 8,55E-10 | 1,29E-08 | 2,03E-10 | -1,82E-08 |
| Contribution to acidification | mol H+ eq | 3,46E-02 | 2,53E-02 | 2,71E-04 | 1,93E-04 | 8,45E-03 | 3,74E-04 | -9,76E-04 |
| Contribution to eutrophication, freshwater | kg (PO4)3 eq | 3,71E-05 | 1,74E-05 | 1,52E-08 | 1,51E-06 | 1,78E-05 | 3,91E-07 | -1,19E-06 |
| Contribution to eutrophication marine | kg N eq | 4,06E-03 | 2,80E-03 | 1,28E-04 | 8,40E-05 | 9,33E-04 | 1,10E-04 | -1,62E-04 |
| Contribution to eutrophication, terrestrial | mol N eq | 6,18E-02 | 2,95E-02 | 1,40E-03 | 5,84E-04 | 2,92E-02 | 1,21E-03 | -1,54E-03 |
| Contribution to photochemical ozone formation - human health | kg COVNM eq | 1,29E-02 | 9,75E-03 | 3,56E-04 | 1,34E-04 | 2,34E-03 | 3,46E-04 | -4,62E-04 |
| Contribution to resource use, minerals and metals | kg Sb eq | 1,58E-03 | 1,57E-03 | 0* | 0* | 6,53E-06 | 0* | -2,86E-05 |
| Contribution to resource use, fossils | MJ | 1,33E+02 | 5,05E+01 | 5,66E-01 | 6,54E-01 | 7,63E+01 | 5,28E+00 | -3,09E+00 |
| Contribution to water use | m3 eq | 3,93E+00 | 3,08E+00 | 0* | 5,10E-03 | 8,06E-01 | 3,78E-02 | -5,80E-02 |
Inventory Flows
Inventory Flows Indicators
| Inventory Flows | Unit | Total (without Module D) | [A1 - A3] Manufacturing | [A4] Distribution | [A5] Installation | [B1 - B7] Use | [C1 - C4] End of life | [D] Benefits and loads |
|---|---|---|---|---|---|---|---|---|
| Contribution to use of renewable primary energy excluding renewable primary energy used as raw material | MJ | 1,33E+02 | 1,67E+00 | 0* | 8,58E-02 | 1,31E+02 | 0* | 1,83E-01 |
| Contribution to use of renewable primary energy resources used as raw material | MJ | 1,24E+00 | 1,24E+00 | 0* | 0* | 0* | 0* | -9,12E-01 |
| Contribution to total use of renewable primary energy resources | MJ | 1,34E+02 | 2,91E+00 | 0* | 8,58E-02 | 1,31E+02 | 0* | -7,29E-01 |
| Contribution to use of non renewable primary energy excluding non renewable primary energy used as raw material | MJ | 1,31E+02 | 4,84E+01 | 5,66E-01 | 6,54E-01 | 7,63E+01 | 5,28E+00 | -3,09E+00 |
| Contribution to use of non renewable primary energy resources used as raw material | MJ | 2,12E+00 | 2,12E+00 | 0* | 0* | 0* | 0* | -1,09E-03 |
| Contribution to total use of non-renewable primary energy resources | MJ | 1,33E+02 | 5,05E+01 | 5,66E-01 | 6,54E-01 | 7,63E+01 | 5,28E+00 | -3,09E+00 |
| Contribution to use of secondary material | kg | 6,62E-06 | 6,62E-06 | 0* | 0* | 0* | 0* | 0,00E+00 |
| Contribution to use of renewable secondary fuels | MJ | 0,00E+00 | 0* | 0* | 0* | 0* | 0* | 0,00E+00 |
| Contribution to use of non renewable secondary fuels | MJ | 0,00E+00 | 0* | 0* | 0* | 0* | 0* | 0,00E+00 |
| Contribution to net use of freshwater | m³ | 9,16E-02 | 7,18E-02 | 0* | 1,19E-04 | 1,89E-02 | 8,79E-04 | -1,35E-03 |
| Contribution to hazardous waste disposed | kg | 3,12E+01 | 3,09E+01 | 0* | 0* | 2,32E-01 | 1,41E-02 | -2,26E+00 |
| Contribution to non hazardous waste disposed | kg | 2,77E+00 | 1,17E+00 | 1,43E-03 | 2,83E-02 | 1,51E+00 | 5,53E-02 | -1,40E-01 |
| Contribution to radioactive waste disposed | kg | 6,34E-04 | 5,67E-04 | 1,02E-06 | 3,49E-06 | 6,06E-05 | 2,20E-06 | -7,29E-05 |
| Contribution to components for reuse | kg | 0,00E+00 | 0* | 0* | 0* | 0* | 0* | 0,00E+00 |
| Contribution to materials for recycling | kg | 2,94E-02 | 4,43E-03 | 0* | 3,09E-05 | 0* | 2,49E-02 | 0,00E+00 |
| Contribution to materials for energy recovery | kg | 0,00E+00 | 0* | 0* | 0* | 0* | 0* | 0,00E+00 |
| Contribution to exported energy | MJ | 2,98E-03 | 3,94E-05 | 0* | 2,69E-03 | 0* | 2,46E-04 | 0,00E+00 |
Biogenic Carbon Content
- Contribution to biogenic carbon content of the product: 0.00E+00 kg of C
- Contribution to biogenic carbon content of the associated packaging: 1.80E-02 kg of C
Mandatory Indicators (Use Phase Focus)
| Impact Indicators | Unit | [B1 - B7] - Use | [B1] | [B2] | [B3] | [B4] | [B5] | [B6] | [B7] |
|---|---|---|---|---|---|---|---|---|---|
| Contribution to climate change | kg CO2 eq | 7,66E-01 | 0* | 0* | 0* | 0* | 0* | 7,66E-01 | 0* |
| Contribution to climate change-fossil | kg CO2 eq | 7,58E-01 | 0* | 0* | 0* | 0* | 0* | 7,58E-01 | 0* |
| Contribution to climate change-biogenic | kg CO2 eq | 0* | 0* | 0* | 0* | 0* | 0* | 0* | 0* |
| Contribution to climate change-land use and land use change | kg CO2 eq | 0* | 0* | 0* | 0* | 0* | 0* | 0* | 0* |
| Contribution to ozone depletion | kg CFC-11 eq | 1,29E-08 | 0* | 0* | 0* | 0* | 0* | 1,29E-08 | 0* |
| Contribution to acidification | mol H+ eq | 8,45E-03 | 0* | 0* | 0* | 0* | 0* | 8,45E-03 | 0* |
| Contribution to eutrophication, freshwater | kg (PO4)3 eq | 1,78E-05 | 0* | 0* | 0* | 0* | 0* | 1,78E-05 | 0* |
| Contribution to eutrophication marine | kg N eq | 9,33E-04 | 0* | 0* | 0* | 0* | 0* | 9,33E-04 | 0* |
| Contribution to eutrophication, terrestrial | mol N eq | 2,92E-02 | 0* | 0* | 0* | 0* | 0* | 2,92E-02 | 0* |
| Contribution to photochemical ozone formation - human health | kg COVNM eq | 2,34E-03 | 0* | 0* | 0* | 0* | 0* | 2,34E-03 | 0* |
| Contribution to resource use, minerals and metals | kg Sb eq | 6,53E-06 | 0* | 0* | 0* | 0* | 0* | 6,53E-06 | 0* |
| Contribution to resource use, fossils | MJ | 7,63E+01 | 0* | 0* | 0* | 0* | 0* | 7,63E+01 | 0* |
| Contribution to water use | m3 eq | 8,06E-01 | 0* | 0* | 0* | 0* | 0* | 8,06E-01 | 0* |
Life Cycle Assessment Methodology
Life cycle assessment performed with EIME version v6.2.2, database version 2024-01 in compliance with ISO14044, EF3.1 method is applied, for biogenic carbon storage, assessment methodology -1/1 is used.
According to this environmental analysis, proportionality rules may be used to evaluate the impacts of other products of this range, ratios to apply can be provided upon request.
Please note that the values given above are only valid within the context specified and cannot be used directly to draw up the environmental assessment of an installation.
Verification and Compliance
Registration number: ELKO-01259-V01.01-EN
Verifier accreditation N°: VH48
Date of issue: 12-2024
Validity period: 5 years
Drafting rules: PCR-4-ed4-EN-2021 09 06
Supplemented by: PSR-0005-ed3.1-EN-2023 12 08
Information and reference documents: www.pep-ecopassport.org
Independent verification of the declaration and data, in compliance with ISO 14025: 2006
The PCR review was conducted by a panel of experts chaired by Julie Orgelet (DDemain)
PEPs are compliant with XP C08-100-1:2016 and EN 50693:2019 or NF E38-500 :2022
The components of the present PEP may not be compared with components from any other program.
Document complies with ISO 14025:2006 "Environmental labels and declarations. Type III environmental declarations"
Company: Schneider Electric Industries SAS, 35 rue Joseph Monier, FR-92500 Rueil Malmaison
Contact: elko.no/contact
Document identifier: ELKO-01259-V01.01-EN
Published by Schneider Electric Industries SAS ©2024 - Schneider Electric Industries SAS - All rights reserved
