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PEP ecopassport No LGRP-00376-V01.01-EN

20E0290A-EN

Page 5  /  5

P

roduct 

E

nvironmental 

P

rofile

CX

3

 Energy Management System

 

Measurament module

128 av. du Maréchal-de-Lattre-de-Tassigny 

87045 Limoges Cedex France 

Tel. +33 (0) 5 55 06 87 87

Fax. + 33 (0) 5 55 06 88 88

Your usual Sales office 

www.legrand.com

Registration N°: LGRP-00376-V01.01-EN

Drafting rules: «PEP-PCR-ed3-EN-2015 04 02»

Supplemented by «PSR-0005-ed2-2016 03 29»

Verifier accreditation N°: VH02

Information and reference documents : 

www.pep-ecopassport.org

Date of issue: 02-2017

Validity period: 5 years

Independent verification of the declaration and data, in compliance with ISO 14025:2010 
Internal    

External  

The PCR review was conducted by a panel of experts chaired by Philippe Osset (SOLINNEN)
The elements of the present PEP cannot be compared with elements from another program
Document in compliance with ISO 14025 : 2010: «Environmental labels and declarations. Type III environmental 

declarations»
Environmental data in alignment with EN 15804 : 2012 + A1 : 2013

  seLection of environmentaL imPacts  

  

The values of the 27 impacts defined in the PCR-ed3-EN-2015 04 02 are available in the digital database of pep-ecopassport.org website. 

Total for Life cycle

Raw 

material and 

manufacture

Distribution

Installation

Use

End of life

Global warming

2.26E+01 kgCO

2

 eq.

2.36E+00

10%

5.63E-03

< 1%

4.44E-03

< 1%

2.02E+01

89%

8.03E-03

< 1%

Ozone depletion

5.57E-06 kgCFC-11 eq.

6.51E-07

12%

1.14E-11

< 1%

2.74E-11

< 1%

4.92E-06

88%

1.92E-10

< 1%

Acidification of soils 

and water

1.56E-01 kgSO

2

 eq.

3.07E-03

2%

2.53E-05

< 1%

2.11E-05

< 1%

1.53E-01

98%

3.09E-05

< 1%

Water eutrophication 6.65E-03 kg(PO

4

)

3-

 eq.

8.53E-04

13%

5.81E-06

< 1%

1.79E-05

< 1%

5.74E-03

86%

3.67E-05

< 1%

Photochemical ozone 

formation

7.60E-03 kgC

2

H

4

 eq.

3.63E-04

5%

1.80E-06

< 1%

1.49E-06

< 1%

7.23E-03

95%

2.40E-06

< 1%

Depletion of abiotic 

resources - elements 6.00E-04 kgSb eq.

5.99E-04

100%

2.25E-10

< 1%

1.92E-10

< 1%

9.22E-07

< 1%

5.02E-10

< 1%

Total use

of primary energy

3.86E+02

mJ

3.67E+01

10%

7.55E-02

< 1%

5.83E-02

< 1%

3.49E+02

90%

8.60E-02

< 1%

Net use

of fresh water

7.46E-02 m

3

2.18E-02

29%

5.04E-07

< 1%

1.20E-06

< 1%

5.28E-02

71%

6.66E-06

< 1%

Depletion of abiotic 

resources - fossil 

fuels

2.30E+02

mJ

2.13E+01

9%

7.91E-02

< 1%

6.20E-02

< 1%

2.08E+02

91%

1.14E-01

< 1%

Water pollution

1.27E+03 m

3

4.16E+02

33%

9.26E-01

< 1%

6.92E-01

< 1%

8.49E+02

67%

9.27E-01

< 1%

Air pollution

1.06E+03 m

3

1.88E+02

18%

2.31E-01

< 1%

4.51E-01

< 1%

8.68E+02

82%

9.11E-01

< 1%

For products covered by the PEP other than the Reference Product, the environmental impacts of each phase of the lifecycle are calculated by 

multiplying those of Reference Product for these coefficients:

Product

Total

Manufacturing

Distribution

Installation

Use

End of Life

LG-414919

1,0

0,9

1,2

1,0

1,1

0,9

LG-414920

1,1

1,0

1,2

1,0

1,1

1,3

LG-414923

1,0

1,0

1,0

1,0

1,0

1,0

Summary of Contents for LG-41492

Page 1: ...ed and more environmentally friendly installations Involve the environment in product design and provide informations in compliance with ISO 14025 Reduce the environmental impact of products over their whole life cycle Provide our customers with all relevant information composition consumption end of life etc Products concerned The environmental data is representative of the following products ref...

Page 2: ...o the market It respects the restrictions on use of hazardous substances as defined in the RoHS directive 2011 65 EU Plastics as of weight Metals as of weight Other as of weight Polycarbonate 23 8 Copper alloys 0 9 Electronic cards 10 6 Polyamide 3 4 Steel 0 1 Cables Electric wires 4 0 Thermoset 2 7 Other electronic components 0 7 Other plastics 0 8 Packaging as of weight Paper Cardboard 33 9 Wood...

Page 3: ...ility rate of the product LG 414919 Calculated using the method described in technical report IEC TR 62635 the recyclability rate of the product is estimated at 86 This value is based on data collected from a technological channel operating on an industrial basis It does not pre validate the effective use of this channel for the end of life of this product Separated into plastic materials excludin...

Page 4: ... 2002 End of life The default end of life scenario maximizing the impacts Software and database used EIME V5 and its database CODDE 2015 04 environmental impacts The evaluation of environmental impacts examines the stages of the Reference Product life cycle manufacturing distribution installation use and end of life It is representative from products marketed and used in Europe in compliance with ...

Page 5: ... Global warming 2 26E 01 kgCO2 eq 2 36E 00 10 5 63E 03 1 4 44E 03 1 2 02E 01 89 8 03E 03 1 Ozone depletion 5 57E 06 kgCFC 11 eq 6 51E 07 12 1 14E 11 1 2 74E 11 1 4 92E 06 88 1 92E 10 1 Acidification of soils and water 1 56E 01 kgSO2 eq 3 07E 03 2 2 53E 05 1 2 11E 05 1 1 53E 01 98 3 09E 05 1 Water eutrophication 6 65E 03 kg PO4 3 eq 8 53E 04 13 5 81E 06 1 1 79E 05 1 5 74E 03 86 3 67E 05 1 Photochem...

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