Description
Protect persons during 20 years against direct contact with live parts and allow control de-vices in a single enclosure having the following dimensions for the frame 86 x 118 x 4mm, and for the mounting grid 70 x 102 x 19 mm.
Extrapolation Rules
Extrapolation rules are necessary so that a lifecycle assessment of a family-product can be made. Thus, an environmental weighting factor is applied to all the capacities covered by the same product range, ZENIT ITALY. These weighting factors of extrapolation rules are given at the scale of the functional unit.
To extrapolate the product under consideration and calculate the value of each impact-cate-gory for each lifecycle stage, the value of the impact category of the reference product must be multiplied by its extrapolation coefficient.
Coef mass(n)=m(i)/m(ref)
Where “m” means mass and “i” the nominal current value. The “ref” corresponds to the refer-ence product.
The “n” refers to either the mass of the product and the corresponding screws, the mass of the packaging, or the addition of both.
Extrapolation rule file attached.
Indicator |
Unit |
Total |
Manufacturing |
Distribution |
Installation |
Use |
End of Life |
Use B1 |
Maintenance B2 |
Repair B3 |
Replacement B4 |
Refurbishment B5 |
Operational energy use B6 |
Operational water use B7 |
Global warming |
kg.eq.CO2 |
3.74E-1 |
3.65E-1 |
2.82E-3 |
1.26E-3 |
00E+0 |
4.28E-3 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Ozone depletion |
kg.eq.CFC-11 |
8.06E-9 |
7.94E-9 |
5.72E-12 |
8.57E-12 |
00E+0 |
1.07E-10 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Acidification of soil and water |
kg.eq.SO2 |
1.42E-3 |
1.38E-3 |
1.27E-5 |
6.16E-6 |
00E+0 |
1.64E-5 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Water eutrophication |
kg.eq.P04 3- |
2.9E-4 |
2.61E-4 |
2.9E-6 |
6.62E-6 |
00E+0 |
1.87E-5 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Photochemical Ozone formation |
kg.eq.C2H4 |
9.06E-5 |
8.8E-5 |
9.01E-7 |
4.34E-7 |
00E+0 |
1.28E-6 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Depletion of abiotic resources - elements |
kg.eq.Sb |
1.59E-6 |
1.59E-6 |
1.12E-10 |
5.38E-11 |
00E+0 |
2.64E-10 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Depletion of abiotic resources - fossil fuels |
MJ |
5.26E+0 |
5.14E+0 |
3.97E-2 |
1.75E-2 |
00E+0 |
6.1E-2 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Water pollution |
m³ |
2.15E-1 |
2.07E-1 |
1.53E-5 |
6.81E-5 |
00E+0 |
7.73E-3 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Air pollution |
m³ |
4.03E+0 |
3.87E+0 |
4.08E-2 |
2.45E-2 |
00E+0 |
8.94E-2 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials |
MJ |
3.9E+0 |
3.89E+0 |
4.51E-5 |
4.7E-5 |
00E+0 |
3.87E-4 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of renewable primary energy resources used as raw materials |
MJ |
3.39E-1 |
3.39E-1 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials) |
MJ |
4.23E+0 |
4.23E+0 |
4.51E-5 |
4.7E-5 |
00E+0 |
3.87E-4 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials |
MJ |
4.49E+0 |
4.36E+0 |
4.23E-2 |
1.89E-2 |
00E+0 |
6.96E-2 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of non-renewable primary energy resources used as raw materials |
MJ |
1.04E+0 |
1.04E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials) |
MJ |
5.53E+0 |
5.4E+0 |
4.23E-2 |
1.89E-2 |
00E+0 |
6.96E-2 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of secondary materials |
kg |
4.12E-3 |
4.12E-3 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of renewable secondary fuels |
MJ |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Use of non-renewable secondary fuels |
MJ |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Net use of fresh water |
m³ |
1.34E-2 |
1.34E-2 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Hazardous waste disposed of |
kg |
5.24E-4 |
5.22E-4 |
3.51E-9 |
1.83E-8 |
00E+0 |
1.34E-7 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Non-hazardous waste disposed of |
kg |
2.78E-2 |
2.77E-2 |
00E+0 |
2.49E-5 |
00E+0 |
1.07E-4 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Radioactive waste disposed of |
kg |
4.15E-6 |
4.15E-6 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Components for re-use |
kg |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Materials for recycling |
kg |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Materials for energy recovery |
kg |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Exported energy |
MJ by energy vector |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
Total use of primary energy during the life cycle |
MJ |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |
00E+0 |