Environmental Product Declaration

Category 6 Riser, CM, PVC, and LSZH

Environmental Product Declaration (EPD) for Category 6 Riser, CM, PVC, and LSZH, manufactured by Panduit Corporation. Declaration SmartEPD-2026-128-0838-01, prepared according to PEP ecopassport® PROGRAM PSR Specific Rules for Wires, Cables and Accessories (PSR-0001-ed4-EN-2022 11 16), valid until April 17, 2031.

Download the EPD (PDF)

Functional unit: 1 m of product - to transmit data and signals over a distance of 1 meter during 10 years at a 25% use rate
Valid until: April 17, 2031
PCR: PSR-0001 Wires, Cables and Accessories

Declaration details

Manufacturer: Panduit Corporation
Program operator: Smart EPD
Declaration number: SmartEPD-2026-128-0838-01
Date of issue: April 17, 2026
Valid until: April 17, 2031
Product category rules (PCR): PEP ecopassport® PROGRAM PSR Specific Rules for Wires, Cables and Accessories (PSR-0001-ed4-EN-2022 11 16) (version 4)
Standard: ISO 14025:2006 and EN 15804:2012+A2:2019/AC:2021
Functional unit: 1 m of product - to transmit data and signals over a distance of 1 meter during 10 years at a 25% use rate
System boundary: Cradle to grave (A1 - A3, A4, A5, B1 - B7, C1 - C4, D)
Product specificity: Product Average
Manufacturing specificity: Manufacturer Average
Manufacturing plants: North America (North America); Asia (Asia); Europe (Europe)
Product category: NetworkInfrastructure › DataCabling
Product SKU: This EPD presents the impacts of PUY6004** as the baseline product, but this EPD is representative of the products listed in the Product Description section.
Product service life: 10 years
Verifier: Arka Pandit
LCA software: Sphera LCA for Experts (formerly GaBi) 10.9
Program instructions: Smart EPD General Program Instructions v.2.0, March 2025

Life cycle assessment results

Results per 1 m of product - to transmit data and signals over a distance of 1 meter during 10 years at a 25% use rate.

Environmental Impact Assessment Results

Indicator	Unit	A1-A3	A4	A5	B6	C2	C3	C4	D	Total
GWP-total (excl biogenic)	kg CO2 eq	3.44e-1	1.89e-2	1.88e-2	1.09e-2	3.30e-3	3.08e-2	3.35e-5	-2.27e-1	2.00e-1
GWP-total (incl biogenic)	kg CO2 eq	2.94e-1	1.89e-2	1.63e-2	1.09e-2	3.30e-3	3.08e-2	3.32e-5	-2.27e-1	1.47e-1
ODP	kg CFC 11 eq	4.99e-12	5.61e-13	2.79e-13	9.46e-14	4.52e-16	1.78e-15	1.08e-16	-8.34e-12	-2.41e-12
AP	kg SO2 eq	1.42e-3	3.41e-4	9.28e-5	1.28e-5	2.62e-5	9.03e-6	2.09e-7	-1.13e-3	7.72e-4
EP-freshwater	kg P eq	1.88e-6	2.19e-10	9.41e-8	1.69e-9	1.86e-10	1.49e-10	3.44e-11	-8.02e-8	1.90e-6
EP-marine	kg N eq	5.07e-4	2.76e-4	4.23e-5	5.63e-6	2.35e-5	2.34e-6	1.08e-7	-3.40e-4	5.17e-4
POCP	kg O3 eq	1.82e-2	9.78e-3	1.49e-3	2.01e-4	5.74e-4	6.18e-5	3.91e-6	-1.24e-2	1.79e-2
HTP-c	CTUh	7.18e-11	7.79e-14	3.61e-12	1.14e-12	1.78e-14	1.37e-13	1.03e-15	-5.60e-11	2.08e-11
HTP-nc	CTUh	3.16e-12	3.91e-14	1.61e-13	2.16e-14	6.38e-15	3.21e-15	4.06e-17	-1.76e-12	1.63e-12
ETP-fw	CTUe	1.00e-3	3.51e-5	5.43e-5	6.50e-5	1.84e-5	1.14e-5	8.86e-8	-3.46e-3	-2.28e-3
PM	kg PM2.5 eq	1.60e-4	7.22e-6	8.63e-6	8.93e-7	7.79e-7	2.84e-7	1.74e-8	-9.32e-5	8.46e-5
ODP	kg CFC-11 eq	4.75e-12	5.60e-13	2.67e-13	9.46e-14	4.52e-16	1.78e-15	1.08e-16	-8.34e-12	-2.67e-12
AP	kg SO2 eq	1.42e-3	2.71e-4	8.87e-5	1.23e-5	1.96e-5	7.56e-6	1.95e-7	-1.18e-3	6.39e-4
EP	kg PO4 eq	1.43e-4	5.30e-5	1.04e-5	1.49e-6	4.52e-6	6.62e-7	2.19e-8	-7.66e-5	1.36e-4
POCP	kg C2H4 eq	9.90e-5	1.10e-5	5.09e-6	1.14e-6	-8.00e-6	2.57e-7	1.58e-8	-8.33e-5	2.52e-5
ADP-fossil	MJ	3.90e+0	2.42e-1	2.16e-1	1.34e-1	4.50e-2	1.42e-2	4.33e-4	-2.36e+0	2.19e+0
ADP-minerals&metals	kg Sb eq	3.55e-5	1.46e-10	1.77e-6	1.72e-9	1.18e-10	2.61e-10	1.04e-11	-2.94e-5	7.87e-6
GWP- total	kg CO2 eq	2.98e-1	1.90e-2	1.66e-2	1.11e-2	3.34e-3	3.08e-2	3.38e-5	-2.30e-1	1.49e-1
GWP- fossil	kg CO2 eq	3.44e-1	1.90e-2	1.88e-2	1.11e-2	3.34e-3	3.08e-2	3.38e-5	-2.29e-1	1.98e-1
GWP-biogenic	kg CO2 eq	-4.59e-2	1.03e-6	-2.30e-3	1.16e-5	8.77e-7	7.36e-7	-2.33e-7	-2.83e-4	-4.85e-2
GWP-luluc	kg CO2 eq	3.81e-4	2.03e-7	2.16e-5	2.01e-5	1.73e-7	1.15e-6	2.03e-7	-6.22e-4	-1.98e-4
ODP	kg CFC11 eq	2.84e-12	3.86e-13	1.62e-13	8.03e-14	3.67e-16	1.51e-15	9.16e-17	-6.57e-12	-3.10e-12
AP	mol H+ eq	1.63e-3	3.75e-4	1.06e-4	1.48e-5	2.82e-5	5.01e-6	2.40e-7	-1.37e-3	7.89e-4
PM	disease incidence	3.14e-8	1.33e-9	1.69e-9	1.38e-10	2.04e-10	5.64e-11	3.01e-12	-1.65e-8	1.83e-8
IRP	kBq U235 eq	6.86e-3	1.44e-6	3.50e-4	1.54e-3	1.22e-6	2.21e-5	5.50e-7	-9.84e-3	-1.06e-3
POCP	kg NMVOC eq	8.76e-4	4.14e-4	6.89e-5	9.74e-6	2.56e-5	2.96e-6	1.89e-7	-6.02e-4	7.95e-4
EP-fw	kg P eq	3.90e-6	4.71e-9	1.96e-7	3.75e-9	4.07e-10	3.27e-10	7.70e-11	-1.80e-7	3.93e-6
EP-marine	kg N eq	3.00e-4	1.58e-4	2.47e-5	3.39e-6	1.34e-5	1.07e-6	6.18e-8	-2.00e-4	3.01e-4
EP-terrestrial	mol N eq	3.26e-3	1.72e-3	2.69e-4	3.72e-5	1.47e-4	2.28e-5	6.81e-7	-2.18e-3	3.28e-3
SQI	dimensionless	1.31e+0	1.02e-4	6.70e-2	2.07e-2	8.70e-5	1.25e-3	1.23e-4	-7.91e-1	6.08e-1
WDP	m3 world eq deprived	1.14e-1	1.55e-5	5.73e-3	2.31e-3	1.32e-5	2.40e-3	3.88e-6	-5.07e-2	7.38e-2
ADP-fossil	MJ, net calorific value	4.07e+0	2.44e-1	2.25e-1	1.86e-1	4.50e-2	1.49e-2	4.46e-4	-2.67e+0	2.12e+0
ADP-minerals&metals	kg Sb eq	3.55e-5	5.74e-11	1.77e-6	1.35e-9	4.87e-11	9.09e-11	2.19e-12	-2.94e-5	7.87e-6
ETP-fwio	CTUe	6.92e+1	3.38e-1	3.48e+0	2.95e-2	5.30e-2	7.27e-3	5.31e-4	-8.74e-1	7.22e+1
ETP-fwo	CTUe	6.68e-1	1.00e-3	3.35e-2	1.09e-3	3.54e-4	7.42e-3	1.87e-6	-7.46e-2	6.37e-1
HTP-cio	CTUh	1.92e-7	4.87e-12	9.61e-9	3.00e-13	7.83e-13	2.17e-13	4.88e-15	-3.23e-11	2.02e-7
HTP-co	CTUh	8.33e-11	8.39e-14	4.19e-12	1.29e-12	2.35e-14	1.63e-13	1.19e-15	-9.56e-11	-6.55e-12
HTP-ncio	CTUh	2.46e-5	2.85e-10	1.23e-6	1.92e-11	1.17e-11	3.28e-11	2.29e-13	-1.73e-9	2.58e-5
HTP-nco	CTUh	5.98e-11	2.92e-12	3.25e-12	2.11e-12	4.69e-13	1.12e-12	5.56e-15	-3.41e-11	3.56e-11

Resource Use Indicators

Indicator	Unit	A1-A3	A4	A5	B6	C2	C3	C4	D	Total
PERE	MJ	1.25e+0	2.66e-4	6.37e-2	5.61e-2	2.25e-4	9.95e-4	7.81e-5	-1.45e+0	-7.86e-2
PERM	MJ	0	0	0	0	0	0	0	0	0.00e+0
PERT	MJ	1.25e+0	2.66e-4	6.37e-2	5.61e-2	2.25e-4	9.95e-4	7.81e-5	-1.45e+0	-7.86e-2
PENRE	MJ	4.07e+0	2.44e-1	2.25e-1	1.86e-1	4.50e-2	1.49e-2	4.46e-4	-2.67e+0	2.12e+0
PENRM	MJ	0	0	0	0	0	0	0	0	0.00e+0
PENRT	MJ	4.07e+0	2.44e-1	2.25e-1	1.86e-1	4.50e-2	1.49e-2	4.46e-4	-2.67e+0	2.12e+0
RPRE	MJ	1.25e+0	2.66e-4	6.37e-2	5.61e-2	2.25e-4	9.95e-4	7.81e-5	-1.45e+0	-7.86e-2
RPRM	MJ	0	0	0	0	0	0	0	0	0.00e+0
RPRT	MJ	1.25e+0	2.66e-4	6.37e-2	5.61e-2	2.25e-4	9.95e-4	7.81e-5	-1.45e+0	-7.86e-2
NRPRE	MJ	4.07e+0	2.44e-1	2.25e-1	1.86e-1	4.50e-2	1.49e-2	4.46e-4	-2.67e+0	2.12e+0
NRPRM	MJ	0	0	0	0	0	0	0	0	0.00e+0
NRPRT	MJ	4.07e+0	2.44e-1	2.25e-1	1.86e-1	4.50e-2	1.49e-2	4.46e-4	-2.67e+0	2.12e+0
FW	m3	2.74e-3	4.09e-7	1.39e-4	6.96e-5	3.47e-7	5.63e-5	1.18e-7	-1.41e-3	1.60e-3

Waste and Output Flow Indicators

Indicator	Unit	A1-A3	A4	A5	B6	C2	C3	C4	D	Total
HWD	kg	-1.53e-8	1.09e-12	-7.66e-10	1.31e-10	9.25e-13	2.64e-12	1.12e-13	-2.19e-9	-1.81e-8
NHWD	kg	3.82e-2	1.81e-6	3.02e-2	5.41e-5	1.54e-6	2.70e-3	2.26e-3	-2.30e-2	5.04e-2
RWD	kg	6.55e-5	2.08e-8	3.34e-6	1.86e-5	1.77e-8	2.56e-7	4.73e-9	-1.08e-4	-2.03e-5
CRU	kg	0	0	0	0	0	0	0	0	0.00e+0
MFR	kg	0	0	0	0	0	0	0	1.08e-2	1.08e-2
MER	kg	0	0	0	0	0	0	0	0	0.00e+0
MNER	kg	0	0	0	0	0	1.25e-2	0	0	1.25e-2
EEE	MJ	0	0	0	0	0	0	0	0	0.00e+0
EET	MJ	0	0	0	0	0	0	0	0	0.00e+0

ND = not declared. Life cycle modules: A1-A3 product stage, A4-A5 construction process, B use stage, C end of life, D benefits and loads beyond the system boundary.

Material composition

Product composition
Material/Component Category	Origin	% Mass
Colorant		0.08002
Copper		41.70834
HDPE		10.20204
LDPE		1.00020
LSOH		47.00940

Packaging
Packaging material	Origin	Mass (kg)
Cardboard		0.021555
Nylon		0.000044
Wood		0.004248
Paper		0.000014
Plastic Wrap		0.000179

Biogenic carbon
Biogenic carbon content	kg C per m
Biogenic carbon content in product	0
Biogenic carbon content in accompanying packaging	0.00352

Hazardous substances

No regulated hazardous or dangerous substances are included in this product.

Scenarios

Transport to the building site (A4)

Fuel type: Diesel

Product description

This Panduit Category 6 Riser, CM, PVC, and LSZH Copper Cables EPD includes the following products:

PUC6C04** - Category 6, U/UTP, CM

PUL6C04** - Category 6, U/UTP, LSZH

PUR6C04** - Category 6, U/UTP, CMR

PUC6004** - Category 6, U/UTP, CM

PUL6004** - Category 6, U/UTP, LSZH

PUR6004** - Category 6, U/UTP, CMR

PUZ6004** - Category 6, U/UTP, LSZH

PFC6004** - Category 6, F/UTP, CM

PFL6004** - Category 6, F/UTP, LSZH

NUC6C04** - Category 6, U/UTP, CM

NUC6CR04** - Category 6, U/UTP, CM

NUV6C04** - Category 6, U/UTP, PVC

NUL6C04** - Category 6, U/UTP, LSZH

NUL6CR04** - Category 6, U/UTP, LSZH

NUR6C04** - Category 6, U/UTP, CMR

NUR6CR04** - Category 6, U/UTP, CMR

NUZ6C04** - Category 6, U/UTP, LSZH

NFL6C04** - Category 6, F/UTP, LSZH

NFY6C04** - Category 6, F/UTP, Cca

PFR6C04** - Category 6, F/UTP, CMR

NUY6C04** - Category 6, U/UTP, Cca

NFC6C04** - Category 6, F/UTP, CM

PUY6004** - Category 6, U/UTP, Cca

PUY6C04** - Category 6, U/UTP, Cca

Interpretation

When evaluating the TRACI 2.2 impact categories specifically, the production (A1-A3) stage has the greatest contribution to environmental impacts across all impact categories, emphasizing that material efficiency and energy use reduction strategies are where primary improvement strategies can be applied. It is noteworthy that Module D, shown as negative impacts, demonstrates the potential benefits of recovery at the product’s end of life, which can come from recycling the metals contained within this product.

LCIA results are relative expressions and do not predict impacts on category endpoints, the exceeding of thresholds, safety margins or risks. EPDs are comparable only when they follow the same PCR, functional unit and system boundary. The full EPD (PDF) contains the methodology, scenario assumptions and verification statement.