Kampmann GmbH & Co. KG
Katherm QK nano
Registration Code: 9YS24K
Quality phase
ENV1.2 Version 2023 Risiken für die lokale Umwelt
QS 4
Metalle
Product description
Trench units are mounted in the floor along floor-to-ceiling window surfaces. In combination with modern heating systems, effective and energy-saving heating of rooms can be achieved by the Katherm QK nano. The room air is drawn in by the fan, guided over the parallel convector and blown out into the room. The convector arranged on the window side ensures optimum cold air screening of the window, so that the heated air flows into the room without draughts. The Katherm QK nano is available in different lengths for heating the room as required. The unit has a convector, which consists of round copper pipes with aluminium fins and through which hot water flows. The EC cross-flow fan installed in the Katherm QK nano ensures that air flows evenly through the convector. The fan is controlled by a stepless speed control via an external 0-10 V signal. The units are also equipped with an electrotechnical control system to enable the units to be regulated according to the customer’s requirements. The unit components are mounted in a floor trench, which is covered by a linear or orthogonal grille. This decorative cover of the trench unit is available in steel and stainless steel. The Katherm QK nano trench unit is used to heat rooms with large window areas. Exemplary areas of application for the unit are hotels, offices, sales and exhibition rooms.Instructions for use
The units are used to heat all areas of buildings that need to be heated in winter. Within the room to be heated, the unit needs to be connected to the building's heating/ventilation system and to the building's power network. The operating limits and limits of use must be observed.Reference to the DGNB system
ENV1.1 Building life cycle assessment
ENV1.1 Building life cycle assessment
Photochemical ozone creation potential (POCP)
1) Production stage
2,08E-01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
7,97E-03
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
1,05E-03
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-1,32E-01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Unit
kg NMVOC-Equivalent
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Non-renewable primary energy demand (PEne)
1) Production stage
4,89E+02 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
1,42E+01 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
1,80E+00 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-2,61E+02 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Renewable primary energy demand (PEe)
1) Production stage
9,45E+01 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
3,39E+00 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
1,42E-01 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-4,20E+01 MJ
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
General life cycle assessment data
Building material class
not relevant
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Reference Unit
1 kW
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
If necessary, conversion of the reference unit
No conversion necessary
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
End of life cycle
76% of metal parts are recycled with the remaining 24% going to landfill, while 100% of plastic parts are incinerated for heat recovery.
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Useful life
20 years
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Global Warming Potential (GWP)
1) Production stage
3,75E+01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
9,91E-01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
2,48E+00
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-2,15E+01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Unit
kg CO2-Equivalent
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Eutrophication potential (EP)
1) Production stage
4,39E-02
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
2,67E-03
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
4,76E-05
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-2,78E-02
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Unit
kg P-Eq. [EP-freshwater]; kg N-Eq. [EP-marine]; mol N-Eq. [EP-terrestrial]
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Acidification potential (AP)
1) Production stage
5,07E-01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
3,30E-02
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
9,96E-04
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-3,33E-01
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Unit
mol H+- Equivalent
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Ozone Depletion Potential (ODP)
1) Production stage
1,33E-06
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
2) Use stage
2,37E-08
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
3) End of life stage
4,47E-08
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
4) Benefits and loads beyond the system boundries
-5,44E-07
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
Unit
kg CFC11-Equivalent
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
ENV2.2 Potable water demand and waste water volume
ENV2.2 Potable water demand and waste water volume
Installation-specific connected load
Flow rate (for sanitary fittings)
not relevant l/sec
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
Average flushing volume (of the sanitary equipment)
not relevant l/flush
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
ECO1.1 Life cycle costs
ECO1.1 Life cycle costs
Actual useful life
20 years
- Source
- EPD S-P-12153
- Quality
- [Externally audited specific manufacturer information]
PRO1.4 Ensuring sustainability aspects in tendering and contracting
PRO1.4 Ensuring sustainability aspects in tendering and contracting
Tender textes
Product-related tender texts available, reference to EPD and registration in the DGNB Navigator in the tender texts.
- Source
- Tender texts Katherm QK nano
- Quality
- [Unaudited manufacturer specification]
PRO2.5 Preparation of sustainable use
PRO2.5 Preparation of sustainable use
Maintenance, inspection, operating and care instructions
Yes, included in assembly instructions.
- Source
- Assembly instructions Katherm QK nano
- Quality
- [Unaudited manufacturer specification]
SOC1.2 Indoor air quality
SOC1.2 Indoor air quality
Indoor hygiene - volatile organic compounds VOCs
Formaldehyde concentration
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
Other emission tests / labels
not relevant
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
TVOC value
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
Approval test according to AgBB scheme is available
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
SOC1.3 Acoustic comfort
SOC1.3 Acoustic comfort
Rated building sound insulation value R`w
not relevant dB
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
SOC1.4 Visual comfort
SOC1.4 Visual comfort
Visual contact with the outside
Class of the sun/glare protection with regard to visual contact to the outside
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
Colour rendering
Color rendering index Ra of artificial lighting
not relevant
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
TEC1.3 Quality of the building envelope
TEC1.3 Quality of the building envelope
Class of air permeability (joint permeability)
not relevant
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
Heat transfer coefficient U
not relevant W/(m²K)
- Source
- Manufacturer
- Quality
- [Unaudited manufacturer specification]
Manufacturer note
Note on LCA data
The LCA data given were calculated according to the specifications of the EN 15804:2012+A2:2019 standard.Note on document download
All documents mentioned in this product profile (technical catalogue, environmental product declaration (EPD), assembly instructions) are available in their current version in the document download on the Kampmann GmbH & Co. KG website.Contact the manufacturer
Kampmann GmbH & Co. KG
Kampmann GmbH & Co. KG
Friedrich-Ebert-Straße 128-130 49811 Lingen (Ems)
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