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EATO-00170-V01.01

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General informations

Name of the PEP

Eaton 9395XP 1360 kW UPS

Trademark / Owner

EATON

EATON CORPORATION PLC

Collective PEP

Product classification

Electric engineering, automation, process control engineering
Power supply
Uninterruptible Power Systems
UPS - VFI > 10kW (Online double conversion)

Date of publication

2024/05/08

Date of end of validity

2029/05/08

PCR

PEP-PCR-ed4-2021 09 06

PSR

PSR-0010-ed2.0-2023 12 08

Use lifte time

15 years

Reference Product

9395XP-1360(1360)-1360-S

Energy model used

Finland, China, Europe

Bill of material

Total mass

2940.4 kg

Constitution

Plastic

4.60 %

0.00000 kg

Metal

83.00 %

0.00000 kg

Other

12.40 %

0.00000 kg

Homogeneous environmental family

Covered products by list

- 9395XP-1360(1360)-1360-S (Reference)
- 9395XP-1200(1360)-1200-S
- 9395XP-1360(1360)-1360-L
- 9395XP-1200(1360)-1200-L
- 9395XP-1020(1360)-1360-L
- 9395XP-900(1360)-1200-L
- 9395XP-1020(1360)-1020-L
- 9395XP-900(1360)-900-L
- 9395XP-1020(1360)-1360-S
- 9395XP-900(1360)-1200-S
- 9395XP-1020(1360)-1020-S
- 9395XP-900(1360)-900-S
- 9395XP-680(1360)-1360-L
- 9395XP-600(1360)-1200-L
- 9395XP-680(1360)-1020-L
- 9395XP-600(1360)-900-L
- 9395XP-680(1360)-1360-S
- 9395XP-600(1360)-1200-S
- 9395XP-680(1360)-1020-S
- 9395XP-600(1360)-900-S
- 9395XP-340(1360)-1360-L
- 9395XP-300(1360)-1200-L
- 9395XP-340(1360)-1020-L
- 9395XP-300(1360)-900-L
- 9395XP-340(1360)-1360-S
- 9395XP-300(1360)-1200-S
- 9395XP-340(1360)-1020-S
- 9395XP-300(1360)-900-S

Covered products or brand by text

9395XP-1360(1360)-1360-S(Reference) 9395XP-1200(1360)-1200-S 9395XP-1360(1360)-1360-L 9395XP-1200(1360)-1200-L 9395XP-1020(1360)-1360-L 9395XP-900(1360)-1200-L 9395XP-1020(1360)-1020-L 9395XP-900(1360)-900-L 9395XP-1020(1360)-1360-S 9395XP-900(1360)-1200-S 9395XP-1020(1360)-1020-S 9395XP-900(1360)-900-S 9395XP-680(1360)-1360-L 9395XP-600(1360)-1200-L 9395XP-680(1360)-1020-L 9395XP-600(1360)-900-L 9395XP-680(1360)-1360-S 9395XP-600(1360)-1200-S 9395XP-680(1360)-1020-S 9395XP-600(1360)-900-S 9395XP-340(1360)-1360-L 9395XP-300(1360)-1200-L 9395XP-340(1360)-1020-L 9395XP-300(1360)-900-L 9395XP-340(1360)-1360-S 9395XP-300(1360)-1200-S 9395XP-340(1360)-1020-S 9395XP-300(1360)-900-S

Functional unit impacts

Functional Unit

1 unit

Description

To ensure the supply of power to remain within specified characteristics to equipment with load of 100 watts for a RSL of 1 year

Indicator	Unit	Total	Manufacturing	Distribution	Installation	Use	End of Life	Maintenance B2	Operational energy use B6	Benefits and loads beyond the system boundaries D
Climate change - total	kg.eq.CO2	4.42E+0	2.11E-1	3.44E-3	3.81E-4	4.18E+0	2.92E-2	1.91E-3	4.18E+0	-0.05E+0
Climate change - fossil fuels	kg.eq.CO2	4.41E+0	2.1E-1	3.44E-3	3.69E-4	4.17E+0	2.9E-2	1.91E-3	4.17E+0	-0.05E+0
Climate change - biogenics	kg.eq.CO2	9.47E-3	1.55E-3	0	1.26E-5	7.69E-3	2.12E-4	6.23E-6	7.69E-3	-0E+0
Climate change - land use and land use transformation	kg.eq.CO2	3.4E-7	3.36E-7	0	0	8.65E-10	3.19E-9	8.65E-10	0	-2.98E-7
Ozone depletion	kg.eq.CFC-11	4.68E-8	2.57E-8	5.27E-12	1.1E-10	2.06E-8	3.31E-10	4.09E-10	2.02E-8	-6.06E-9
Acidification (AP)	mole.eq.H+	2.31E-2	1.59E-3	2.18E-5	1.35E-6	2.14E-2	1.18E-4	1.49E-5	2.14E-2	-0E+0
Freshwater eutrophication	kg.eq.P	1.99E-5	2.97E-6	1.29E-9	3.75E-9	1.1E-5	5.91E-6	1.25E-8	1.1E-5	-1.8E-7
Marine aquatic eutrophication	kg.eq.N	2.79E-3	1.5E-4	1.02E-5	5.21E-7	2.6E-3	2.58E-5	2.59E-6	2.6E-3	-3.53E-5
Terrestrial eutrophication	mole.eq.N	4.38E-2	1.63E-3	1.12E-4	4.71E-6	4.18E-2	2E-4	1.88E-5	4.18E-2	-0E+0
Photochemical ozone formation	kg.eq.NMVOC	8.85E-3	5.57E-4	2.82E-5	1.51E-6	8.19E-3	6.88E-5	6.67E-6	8.19E-3	-0E+0
Depletion of abiotic resources - elements	kg.eq.Sb	8.57E-6	6.75E-6	1.35E-10	6.46E-12	1.63E-6	1.91E-7	1.53E-7	1.47E-6	-3.38E-6
Depletion of abiotic resources - fossil fuels	MJ	1.12E+2	4.55E+0	4.8E-2	4.26E-3	1.05E+2	1.77E+0	3.7E-2	1.05E+2	-1.07E+0
Water requirement	m³.eq.deprivation worldwide	6.41E-1	1.3E-1	1.31E-5	2.92E-5	3.35E-1	1.76E-1	1.58E-2	3.19E-1	-0.09E+0
Emission of fine particles	incidence of diseases	1.84E-7	1.09E-8	1.77E-10	6.87E-12	1.72E-7	5.68E-10	7.81E-11	1.72E-7	-6.68E-9
Ionizing radiation, human health	kBq.eq.U235	7.28E+0	1.23E+0	8.38E-6	4.11E-5	6.05E+0	7.86E-4	5.71E-2	5.99E+0	-0.26E+0
Ecotoxicity (fresh water)	CTUe	4.53E+1	6.41E+0	2.32E-3	3.62E-3	3.75E+1	1.35E+0	3.33E-1	3.72E+1	-3.38E+0
Human toxicity, carcinogenic effects	CTUh	3.7E-9	2.36E-9	6.04E-14	3.02E-11	5.28E-10	7.75E-10	4.21E-12	5.24E-10	-3.6E-10
Human toxicity, non-carcinogenic effects	CTUh	2.48E-8	6.36E-9	6.54E-12	6.14E-12	1.73E-8	1.16E-9	8.77E-11	1.72E-8	-2.96E-9
Impacts related to land use/soil quality	-	1.44E-1	8.75E-3	0	7.26E-7	1.16E-1	1.92E-2	1.73E-4	1.15E-1	-0E+0
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	2.8E+1	1.09E-1	6.4E-5	3.45E-4	2.78E+1	5.94E-3	3.79E-4	2.78E+1	-0.03E+0
Use of renewable primary energy resources used as raw materials	MJ	1.69E-2	1.69E-2	0	0	0	0	0	0	-0E+0
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	2.8E+1	1.25E-1	6.4E-5	3.45E-4	2.78E+1	5.94E-3	3.79E-4	2.78E+1	-0.03E+0
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	1.12E+2	4.52E+0	4.8E-2	4.26E-3	1.05E+2	1.77E+0	3.54E-2	1.05E+2	-1.06E+0
Use of non-renewable primary energy resources used as raw materials	MJ	3.04E-2	2.88E-2	0	0	1.59E-3	0	1.59E-3	0	-0.01E+0
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	1.12E+2	4.55E+0	4.8E-2	4.26E-3	1.05E+2	1.77E+0	3.7E-2	1.05E+2	-1.07E+0
Use of secondary materials	kg	8.09E-5	8.09E-5	0	0	5.89E-9	0	5.89E-9	0	0
Use of renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0
Use of non-renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0
Net use of fresh water	m³	1.56E-2	3.03E-3	3.04E-7	6.81E-7	7.92E-3	4.64E-3	4.13E-4	7.5E-3	-0E+0
Total use of primary energy during the life cycle	MJ	1.4E+2	4.67E+0	4.8E-2	4.61E-3	1.33E+2	1.78E+0	3.74E-2	1.33E+2	-1.1E+0
Hazardous waste disposed of	kg	4.81E-1	2.82E-1	0	6.8E-6	1.83E-1	1.57E-2	7.77E-4	1.83E-1	-0.28E+0
Non-hazardous waste disposed of	kg	8.79E-1	1.74E-1	1.21E-4	1.13E-4	7.04E-1	1.41E-3	2.82E-4	7.04E-1	-0.07E+0
Radioactive waste disposed of	kg	2.51E-4	8.86E-5	8.6E-8	3.78E-8	1.62E-4	1.71E-7	2.07E-7	1.62E-4	-4.57E-5
Components for re-use	kg	0	0	0	0	0	0	0	0	0
Materials for recycling	kg	1.68E-2	4.88E-3	0	0	1.19E-2	0	3.42E-5	1.19E-2	0
Materials for energy recovery	kg	-0E+0	-0E+0	0	0	4.54E-5	-1.98E-5	1.41E-6	4.4E-5	0
Exported energy	MJ by energy vector	9.41E-6	1.31E-7	0	0	9.28E-6	0	0	9.28E-6	0
Biogenic carbon content of the product	kg of C	0	0	0	0	0	0	0	0	0
Biogenic carbon content of the associated packaging	kg of C	7.01E-5	7.01E-5	0	0	0	0	0	0	0

Declared product impacts

Functional Unit

1 unit

Description

9395XP-1360(1360)-1360-S

Indicator	Unit	Total	Manufacturing	Distribution	Installation	Use	End of Life	Maintenance B2	Operational energy use B6	Benefits and loads beyond the system boundaries D
Climate change - total	kg.eq.CO2	9.02E+5	4.31E+4	7.02E+2	7.78E+1	8.52E+5	5.95E+3	3.91E+2	8.52E+5	-1.03E+4
Climate change - fossil fuels	kg.eq.CO2	9E+5	4.28E+4	7.02E+2	7.52E+1	8.51E+5	5.91E+3	3.89E+2	8.5E+5	-1E+4
Climate change - biogenics	kg.eq.CO2	1.93E+3	3.16E+2	0	2.57E+0	1.57E+3	4.33E+1	1.27E+0	1.57E+3	-2.29E+2
Climate change - land use and land use transformation	kg.eq.CO2	6.93E-2	6.85E-2	0	0	1.77E-4	6.5E-4	1.77E-4	0	-0.06E+0
Ozone depletion	kg.eq.CFC-11	9.55E-3	5.25E-3	1.08E-6	2.25E-5	4.2E-3	6.76E-5	8.34E-5	4.12E-3	-0E+0
Acidification (AP)	mole.eq.H+	4.71E+3	3.24E+2	4.44E+0	2.76E-1	4.36E+3	2.4E+1	3.03E+0	4.36E+3	-8.86E+1
Freshwater eutrophication	kg.eq.P	4.05E+0	6.06E-1	2.63E-4	7.65E-4	2.24E+0	1.21E+0	2.56E-3	2.24E+0	-0.04E+0
Marine aquatic eutrophication	kg.eq.N	5.69E+2	3.05E+1	2.08E+0	1.06E-1	5.31E+2	5.27E+0	5.28E-1	5.31E+2	-7.21E+0
Terrestrial eutrophication	mole.eq.N	8.93E+3	3.32E+2	2.28E+1	9.61E-1	8.53E+3	4.08E+1	3.83E+0	8.53E+3	-7.14E+1
Photochemical ozone formation	kg.eq.NMVOC	1.81E+3	1.14E+2	5.76E+0	3.07E-1	1.67E+3	1.4E+1	1.36E+0	1.67E+3	-2.61E+1
Depletion of abiotic resources - elements	kg.eq.Sb	1.75E+0	1.38E+0	2.76E-5	1.32E-6	3.32E-1	3.9E-2	3.11E-2	3.01E-1	-0.69E+0
Depletion of abiotic resources - fossil fuels	MJ	2.28E+7	9.28E+5	9.79E+3	8.7E+2	2.15E+7	3.62E+5	7.55E+3	2.15E+7	-2.18E+5
Water requirement	m³.eq.deprivation worldwide	1.31E+5	2.65E+4	2.66E+0	5.96E+0	6.84E+4	3.58E+4	3.23E+3	6.51E+4	-1.82E+4
Emission of fine particles	incidence of diseases	3.75E-2	2.22E-3	3.61E-5	1.4E-6	3.51E-2	1.16E-4	1.59E-5	3.51E-2	-0E+0
Ionizing radiation, human health	kBq.eq.U235	1.49E+6	2.51E+5	1.71E+0	8.39E+0	1.23E+6	1.6E+2	1.16E+4	1.22E+6	-5.39E+4
Ecotoxicity (fresh water)	CTUe	9.24E+6	1.31E+6	4.73E+2	7.38E+2	7.65E+6	2.75E+5	6.8E+4	7.58E+6	-6.9E+5
Human toxicity, carcinogenic effects	CTUh	7.54E-4	4.82E-4	1.23E-8	6.17E-6	1.08E-4	1.58E-4	8.59E-7	1.07E-4	-7.34E-5
Human toxicity, non-carcinogenic effects	CTUh	5.07E-3	1.3E-3	1.33E-6	1.25E-6	3.53E-3	2.36E-4	1.79E-5	3.51E-3	-0E+0
Impacts related to land use/soil quality	-	2.93E+4	1.79E+3	0	1.48E-1	2.36E+4	3.92E+3	3.52E+1	2.35E+4	-3.3E+2
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	5.7E+6	2.21E+4	1.31E+1	7.03E+1	5.68E+6	1.21E+3	7.74E+1	5.68E+6	-5.27E+3
Use of renewable primary energy resources used as raw materials	MJ	3.46E+3	3.46E+3	0	0	0	0	0	0	-7.5E+2
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	5.71E+6	2.56E+4	1.31E+1	7.03E+1	5.68E+6	1.21E+3	7.74E+1	5.68E+6	-6.02E+3
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	2.28E+7	9.22E+5	9.79E+3	8.7E+2	2.15E+7	3.62E+5	7.23E+3	2.15E+7	-2.16E+5
Use of non-renewable primary energy resources used as raw materials	MJ	6.2E+3	5.87E+3	0	0	3.25E+2	0	3.25E+2	0	-2.16E+3
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	2.28E+7	9.28E+5	9.79E+3	8.7E+2	2.15E+7	3.62E+5	7.55E+3	2.15E+7	-2.18E+5
Use of secondary materials	kg	1.65E+1	1.65E+1	0	0	1.2E-3	0	1.2E-3	0	0
Use of renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0
Use of non-renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0
Net use of fresh water	m³	3.18E+3	6.18E+2	6.2E-2	1.39E-1	1.62E+3	9.47E+2	8.43E+1	1.53E+3	-4.71E+2
Total use of primary energy during the life cycle	MJ	2.85E+7	9.54E+5	9.8E+3	9.4E+2	2.72E+7	3.63E+5	7.63E+3	2.71E+7	-2.24E+5
Hazardous waste disposed of	kg	9.81E+4	5.74E+4	0	1.39E+0	3.74E+4	3.21E+3	1.59E+2	3.73E+4	-5.8E+4
Non-hazardous waste disposed of	kg	1.79E+5	3.54E+4	2.46E+1	2.31E+1	1.44E+5	2.87E+2	5.74E+1	1.44E+5	-1.39E+4
Radioactive waste disposed of	kg	5.11E+1	1.81E+1	1.75E-2	7.71E-3	3.3E+1	3.49E-2	4.22E-2	3.29E+1	-9.32E+0
Components for re-use	kg	0	0	0	0	0	0	0	0	0
Materials for recycling	kg	3.42E+3	9.95E+2	0	0	2.43E+3	0	6.98E+0	2.42E+3	0
Materials for energy recovery	kg	-7.15E+1	-7.67E+1	0	0	9.26E+0	-4.04E+0	2.88E-1	8.97E+0	0
Exported energy	MJ by energy vector	1.92E+0	2.67E-2	0	0	1.89E+0	0	0	1.89E+0	0
Biogenic carbon content of the product	kg of C	0	0	0	0	0	0	0	0	0
Biogenic carbon content of the associated packaging	kg of C	1.43E+1	1.43E+1	0	0	0	0	0	0	0

Files

PEP PDF

EATO-00170-V01.01 -EN

EATO-00170-V01.01