Smart EPD
SCALA2 3-45 115V 60HZ NEMA 5-15 plug (US version)

Environmental Product Declaration

SCALA2 3-45 115V 60HZ NEMA 5-15 plug (US version)

by Grundfos Holding A/S

Environmental Product Declaration (EPD) for SCALA2 3-45 115V 60HZ NEMA 5-15 plug (US version), manufactured by Grundfos Holding A/S. Declaration SmartEPD-2026-116-1007-01, prepared according to IBU Part B: Requirements on the EPD for Preinsulated Pipes for District Heating and Cooling, valid until August 6, 2031.

Download the EPD (PDF)

Declared unit
1 piece of product
Valid until
August 6, 2031
PCR
Preinsulated Pipes for District Heating and Cooling

Declaration details

Manufacturer
Grundfos Holding A/S
Program operator
Smart EPD
Declaration number
SmartEPD-2026-116-1007-01
Date of issue
August 6, 2026
Valid until
August 6, 2031
Product category rules (PCR)
IBU Part B: Requirements on the EPD for Preinsulated Pipes for District Heating and Cooling (version 12)
Standard
ISO 21930 and ISO 14025:2006
Declared unit
1 piece of product
System boundary
Cradle to grave (A1 – A3, A4, A5, B1 – B7, C1 – C4, D)
Product specificity
Product Specific
Manufacturing specificity
Facility Specific
Manufacturing plants
Grundfos Serbia (GMS1) (Obilaznica 21, Inđija, Serbia); Grundfos Serbia (GMS1) (Obilaznica 21, Inđija, Serbia); Grundfos Serbia (GMS1) (Obilaznica 21, Inđija, Serbia)
Product category
Mechanical › HvacPumps
Product SKU
The declared unit is one piece (pce.) of a SCALA2 3-45 115V 60HZ NEMA 5-15 plug pump variant for the US market. PN number: 93013251. Pump technical data for SCALA2 3-45 115V 60HZ NEMA 5-15 plug Frequency: 60 Hz Voltage: 1 x 115 V Pumped liquid: Clean water Head max.: 45 m Flow range (max): 4.6…
Product service life
10 years
Verifier
Kim Allbury
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 piece of product.

Environmental Impact Assessment Results

IndicatorUnitA1-A3A4A5B1B2B3B4B5B6B7C1C2C3C4D
GWP-totalkg CO2 eq5.93e+14.18e+03.28e+001.34e+2NDNDND4.10e+4001.67e-11.68e-15.82e-1-9.01e+0
GWP-total (excl biogenic)kg CO2 eq6.24e+14.18e+01.08e-101.33e+2NDNDND4.03e+4001.64e-11.66e-14.23e-1-8.96e+0
GWP-total (incl biogenic)kg CO2 eq5.85e+14.13e+03.28e+001.33e+2NDNDND4.03e+4001.65e-11.66e-15.16e-1-8.92e+0
ODPkg CFC 11 eq1.43e-89.42e-135.13e-1301.92e-3NDNDND3.57e-7004.68e-141.47e-124.32e-13-1.76e-10
APkg SO2 eq6.15e-13.86e-28.01e-403.29e-1NDNDND4.88e+1007.77e-42.01e-45.90e-4-5.12e-2
EP-freshwaterkg P eq2.52e-43.32e-63.77e-802.62e-4NDNDND6.09e-3001.35e-72.50e-82.61e-5-4.72e-6
EP-marinekg N eq9.74e-23.31e-25.98e-402.62e-1NDNDND2.04e+1007.23e-48.39e-52.79e-4-1.25e-2
POCPkg O3 eq3.43e+01.04e+01.98e-206.49e+0NDNDND7.30e+2001.79e-23.03e-31.04e-2-4.53e-1
HTP-cCTUh7.58e-72.74e-111.60e-1108.74e-8NDNDND3.80e-6001.49e-121.65e-116.29e-12-6.19e-8
HTP-ncCTUh7.14e-101.53e-103.28e-1303.63e-7NDNDND7.95e-8002.45e-123.27e-132.33e-12-3.24e-11
ETP-fwCTUe1.50e+06.64e-11.21e-301.66e+1NDNDND2.41e+2001.08e-29.91e-47.51e-3-5.34e-2
PMkg PM2.5 eq5.12e-23.20e-32.49e-509.88e-3NDNDND3.43e+0001.83e-51.58e-54.44e-5-6.26e-3

Resource Use Indicators

IndicatorUnitA1-A3A4A5B1B2B3B4B5B6B7C1C2C3C4D
PEREMJ2.24e+22.62e+02.47e+001.54e+2NDNDND1.95e+5008.87e-28.00e-12.63e+0-1.82e+1
PERMMJ4.55e+00-2.22e+000NDNDND00000-2.34e+00
PERTMJ2.28e+22.62e+02.53e-101.54e+2NDNDND1.95e+5008.87e-28.00e-12.97e-1-1.82e+1
PENREMJ8.33e+25.25e+11.45e+001.72e+3NDNDND6.72e+5002.13e+02.76e+05.84e+1-1.04e+2
PENRMMJ5.98e+10-2.42e-100NDNDND00000-5.65e+10
PENRTMJ8.93e+25.25e+11.21e+001.72e+3NDNDND6.72e+5002.13e+02.76e+01.87e+0-1.04e+2
SMkg6.41e+00008.91e-1NDNDND0000000
RSFMJ00000NDNDND0000000
NRSFMJ00000NDNDND0000000
FWm35.39e-11.65e-39.25e-301.97e-1NDNDND2.57e+2009.57e-51.05e-33.81e-4-1.13e-1

Waste and Output Flow Indicators

IndicatorUnitA1-A3A4A5B1B2B3B4B5B6B7C1C2C3C4D
HWDkg3.75e-15.32e-95.38e-1001.74e-2NDNDND3.99e-4003.53e-101.64e-93.98e-10-6.49e-4
NHWDkg3.47e+05.84e-39.25e-205.49e-1NDNDND2.31e+2002.18e-49.49e-43.81e+06.40e-1
RWDkg2.08e-21.35e-45.01e-505.13e-3NDNDND6.59e+1007.32e-62.71e-42.59e-5-4.40e-4
CRUkg00000NDNDND0000000
MFRkg00001.46e-1NDNDND00005.29e+000
MERkg00000NDNDND0000000
EEEMJ004.85e+001.57e+0NDNDND000001.00e-10
EETMJ5.04e-108.79e+007.17e+0NDNDND0000000

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 CategoryOrigin% Mass
Aluminium24.26
Aluminium oxide0.04
Brass0.01
Carbon steel13.75
Cardboard14.00
Copper3.72
Rubber0.38
Polymers and composites21.05
Electronics1.94
Paper1.27
Stainless steel13.34
Wood4.04
Grease, lubricant0.21
Ferrite powder1.99
Packaging
Packaging materialOriginMass (kg)
Cardboard1.721
Paper0.156
Wood0.497
Biogenic carbon
Biogenic carbon contentkg C per piece
Biogenic carbon content in product0
Biogenic carbon content in accompanying packaging0.956

Hazardous substances

EU REACH SVHC: Yes (candidate list date 25-Jun-2025; at least one partial article contains SVHC > 0.1 % by mass)

Lead monoxide — CAS 1317-36-8 (Toxic to Reproduction)

1-Butanesulfonic acid, 1,1,2,2,3,3,4,4,4-nonafluoro-, potassium salt — CAS 29420-49-3 (Persistent, Bioaccumulative and Toxic)

Lead — CAS 7439-92-1 (Toxic to Reproduction; some data submitters indicate Carcinogenic)

Scenarios

Transport to the building site (A4)

Fuel type
diesel
Transport distance
13297.9 km

End of life (C1-C4)

Collected with mixed construction waste
10.067 kg
Recycling
5.35 kg
Landfill
3.4334 kg
Incineration with energy recovery
2.5928 kg

Product description

Grundfos SCALA2 pumps are all-in-one integrated pressure boosters designed for domestic use and ensure a constant supply of clean water to households, gardens and light commercial applications. Grundfos SCALA2 is a fully integrated, high-efficiency, self-priming pressure booster.

SCALA2 incorporates integrated speed control, enabling constant water pressure at the taps. The electronically controlled inverter limits the starting and operating currents, providing soft starts and high energy savings. The water-cooled motor and pump design offer a very low noise level down to 44 dB(A) in typical usage. SCALA2 is equipped with an integrated sensor that measures the pressure discharged from the pump. The sensor sends a signal to the pump control and compares the measured pressure level with the desired pressure level, which is the pressure set according to the homeowner's needs.

SCALA2 pumps are recommended for the following applications:

pressure boosting of city mains water

pressure boosting of water from roof tank

pressure boosting of water from break tank

pressure boosting of water from ground tank

water supply from shallow wells [8 m (26.2 ft)]

garden irrigation

water transfer.

These pumps are designed to provide reliable, efficient, and sustainable solutions for various heating and cooling applications, ensuring optimal performance and reduced energy consumption through its permanent magnet motor and variable speed drive (VSD).

Interpretation

All calculated indicators were analyzed to check for consistency, trends, etc. in the results. The interpretation of the core environmental impact indicators is described here.

The trend of all indicators was clear.

The major contributors are generally B6 and A1-A3. Regardless of whether B6 of 10 years or 1 year is depicted, the use stage impact contributes significantly to the total impact. B6 impacts are entirely related to electricity consumption during the use stage.

Contributions to A1-A3 in terms of materials, transport, and energy are illustrated in the Grunfos LCA background report. The major contributors are the Steels and Electronics material fractions. It should be noted that the Energy accounted is merely energy for the final assembly; energy spent in sourcing materials and machining the individual components is inherent in the material fractions.

A detailed analysis of the electronics materials fraction clarified that impacts are primarily (>90%) due to the main populated wiring boards (PWB).

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.