PowerKon LT

Article no.: 129001120202N1

1,599.00 EUR

no VAT.

Details
Description
Technical data
Acoustic data
EPD
Dimensions
Accessories
Downloads

basic unit

Kampmann PowerKon LT heat pump-based heater for powerful and efficient heating and cooling. Wall-mounted fan coil consisting of a functional unit and a casing hood for new and existing buildings. EPP (expanded polypropylene) functional unit with sound-reducing, heat-insulating and flow-optimised properties encloses all functional components. Lightweight so easy to install. Unobtrusive aesthetic casing with a flat radiator look without visible air inlet grille at the front. RAL 9016 front, RAL 9006 side panels. Air outlet grille in RAL 9016 on the top with droplet profile for targeted air flow.
Life Cycle Assessment (LCA) data is published in the form of an EPD according to EN 15804 and is available to download from the International EPD System. Registered in the building products platform DGNB Navigator. GWP (phase A1-A3), kg CO2 Äq.9,28E+01. Further calculations possible online.

Filter

ISO Coarse filter on the underside of the basic unit protects against intrusion and dirt in the unit. Easy extraction is possible when mounted. The casing can be removed without tools to remove the filter and completely clean the unit. Hygiene-certified in line with VDI 6022.

Heat exchanger

High-efficiency heat exchanger with copper tubes and aluminium fins for optimum heat transfer at low temperatures.

System		2-pipe
Max. operating pressure	bar	10
Max. entering water temperature	°C	95
Min. entering water temperature	°C	6
Max. air inlet temp.	°C	30
Max. glycol volume	%	50

Condensate tray/pump

Integrated condensate tray with free drainage for heat exchangers and valves. Made of EPP with a specially treated surface for reliable drainage. A condensate pump (optional accessory) concealed under the casing transports the condensate produced to the corresponding disposal lines. Condensate tray designed as an independent component that can be removed for cleaning and maintenance in accordance with VDI 6022.

Fan

Flow-optimised and balanced tangential fan for high air volume flows with low noise emissions. Energy-saving EC fan with 0-10 V input for continuously variable speed control. All rotating parts have low-noise and maintenance-free bearings. Factory-wired.

Connection and assembly

The mounting rail is attached to the wall for installation. The enclosed drill template simplifies the positioning of the PowerKon LT. The basic unit is suspended on the mounting rail and fixed to the wall to prevent it from being raised unintentionally from the wall. The casing is also suspended on the mounting rail and then secured to the basic unit by two locking mechanisms. The mounting rail complies with VDI 6036 Requirements Class 3.
Includes a differential pressure-independent valve and return shut-off valve for automatic hydraulic balancing. Limiting the volume flow prevents the set flow rate from being exceeded. Equipped with corrugated pipes for connection to supply lines. Fitted within the unit.

Control

Factory-fitted and wired electrical connection unit, including integrated NTC10k sensors for fully automatic operation. Switch-over between 3 levels by rocker switch. Temperature adjustment via optional conventional or smart heater thermostat.

Configuration

Model size		2
Cooling type		dry cooling
Installation site		Wall-mounted
Filter class		ISO Coarse filter
Nominal voltage	V	230
Width	mm	141
Length	mm	1030
Height	mm	618
Weight	kg	20.0
Connection		1/2 inch
connection description		One-sided
Hydraulic connection side		left
electrical connection side		right

Details
Description
Technical data
Acoustic data
EPD
Dimensions
Accessories
Downloads

Heat pump compatible

Developed for combination with heat pumps and low flow temperatures
As an easy-to-install replacement for conventional radiators and an alternative to underfloor heating
Particularly light thanks to the EPP housing (expanded polypropylene)
fulfills the requirements of VDI 6022

Casing and air outlet grille

Unobtrusive design in flat radiator look consisting of powder-coated sheet steel
Front panel and air outlet grille in traffic white (RAL 9016), side panels in white aluminum (RAL 9006)
Color selection according to customer requirements possible
Casing completely covers the valve and electrical connection area and provides sufficient space for connecting the unit

basic unit

Basic unit is built on an innovative EPP basic structure
EPP is characterized by high rigidity with low weight, very good insulating properties and good recyclability
The possibility of complex shaping provides optimum aerodynamic conditions for the heat exchanger and fan, resulting in top performance and low noise levels.
Three device lengths available

EC motor and tangential fan

Durable, stepless and energy-saving EC tangential fan
Cross-flow roller is specially embedded in the EPP housing and optimized via CFD simulations to enable maximum energy efficiency at low sound levels and high air volume flows.
Quiet tangential fan for noise-sensitive applications
Stepless fan speed control for demand-based heat supply

Condensate tray

The unit always offers a condensate tray to realize humid cooling.
Depending on the structural conditions on site, a free drain (accessories) can be provided from the tray; alternatively, the condensate can be drained using a condensate pump (accessories).
The condensate pump is extremely quiet (less than 20 dB(A)), the fill level of the tray is detected via a capacitive sensor and the pump speed is adjusted accordingly.

High-output heat exchanger

Large-area high-performance copper/aluminium heat exchanger optimized for heating and cooling operation at LPHW
Pressure loss optimized on both the water and air side for maximum efficient operation of the fan and circulation pump in the heating system

Air filter

ISO Coarse class filter filters dust from the room air
can be vacuumed and cleaned when installed
Protection against accidental intrusion and soiling

basic unit

Filter

Heat exchanger

High-efficiency heat exchanger with copper tubes and aluminium fins for optimum heat transfer at low temperatures.

System		2-pipe
Max. operating pressure	bar	10
Max. entering water temperature	°C	95
Min. entering water temperature	°C	6
Max. air inlet temp.	°C	30
Max. glycol volume	%	50

Condensate tray/pump

Fan

Connection and assembly

Control

Factory-fitted and wired electrical connection unit, including integrated NTC10k sensors for fully automatic operation. Switch-over between 3 levels by rocker switch. Temperature adjustment via optional conventional or smart heater thermostat.

Configuration

Model size		2
Cooling type		dry cooling
Installation site		Wall-mounted
Filter class		ISO Coarse filter
Nominal voltage	V	230
Width	mm	141
Length	mm	1030
Height	mm	618
Weight	kg	20.0
Connection		1/2 inch
connection description		One-sided
Hydraulic connection side		left
electrical connection side		right

We consider the environmental impact of our products throughout their entire life cycle! The result is Environmental Product Declarations (EPDs). The EPDs can be easily submitted to all common building sustainability certification systems, such as DGNB, BREEAM, or LEED, and are available in the download area or directly here via the download button. In addition, the product is registered on the DGNB Navigator building products platform.

Basic data

Impact category	Unit	A1	A2	A3	A1-A3	A4	A5	B2	B3	B4	B6	C1	C2	C3	C4	D
GWP - Total Climate change - total	kg CO2 eq	8.34E+01	1.79E+00	7.54E+00	9.28E+01	3.36E+00	6.45E-01	5.50E-02	3.91E-02	1.57E+00	3.86E+01	0.00E+00	9.54E-02	2.61E+00	2.93E+00	-2.91E+01
GWP - fossil Climate change - fossil	kg CO2 eq	8.27E+01	1.79E+00	7.92E+00	9.24E+01	3.36E+00	1.95E-01	5.24E-02	3.08E-02	1.56E+00	3.80E+01	0.00E+00	9.53E-02	2.61E+00	2.90E+00	-2.87E+01
GWP - Biogenic Climate change - biogenic	kg CO2 eq	2.22E-01	5.61E-04	-4.09E-01	-1.86E-01	5.53E-04	4.50E-01	2.11E-04	6.37E-05	3.91E-03	5.68E-01	0.00E+00	3.19E-05	2.67E-04	1.96E-02	-6.71E-02
GWP - Luluc Climate change - land use and land use change	kg CO2 eq	5.07E-01	8.63E-04	3.34E-02	5.41E-01	6.37E-04	1.10E-04	2.41E-03	8.28E-03	2.91E-03	6.31E-02	0.00E+00	4.65E-05	1.89E-04	6.34E-03	-3.11E-01
ODP Ozone Depletion	kg CFC-11 eq	2.07E-06	3.91E-08	1.85E-07	2.30E-06	5.85E-08	2.07E-09	3.05E-09	1.03E-09	4.47E-08	3.50E-07	0.00E+00	2.16E-09	5.58E-08	3.49E-08	-7.78E-07
AP Acidification	mol H+ eq	1.37E+00	7.52E-03	2.19E-02	1.40E+00	1.45E-02	7.71E-04	3.32E-04	2.37E-04	3.21E-02	8.31E-02	0.00E+00	2.36E-04	8.92E-04	1.96E-01	-2.25E-01
EP - Freshwater Eutrophication aquatic freshwater	kg P eq	8.64E-03	1.39E-05	6.62E-04	9.32E-03	1.18E-05	1.13E-05	4.39E-06	1.85E-06	2.39E-04	5.84E-03	0.00E+00	7.99E-07	5.66E-06	8.77E-04	-1.66E-03
EP - Marine Eutrophication aquatic marine	kg P eq	1.08E-01	2.01E-03	6.75E-03	1.17E-01	5.58E-03	1.57E-04	7.92E-05	5.24E-05	2.53E-03	1.56E-02	0.00E+00	6.29E-05	2.61E-04	1.02E-02	-2.42E-02
EP - Terrestrial Eutrophication terrestrial	mol N eq	1.37E+00	2.16E-02	6.75E-02	1.46E+00	5.99E-02	1.59E-03	6.44E-04	3.54E-04	3.24E-02	1.97E-01	0.00E+00	6.60E-04	2.94E-03	1.45E-01	-2.86E-01
POCP Photochemical ozone formation	kg NMVOC	4.99E-01	9.36E-03	1.89E-02	5.27E-01	2.00E-02	7.20E-04	1.88E-04	1.40E-04	1.11E-02	5.48E-02	0.00E+00	3.85E-04	8.32E-04	4.08E-02	-1.34E-01
ADPE Depletion of abiotic resources - minerals and metals	kg Sb eq	1.67E-02	4.56E-06	1.03E-05	1.67E-02	2.93E-06	8.01E-07	3.96E-07	3.26E-07	5.60E-04	6.39E-05	0.00E+00	2.66E-07	9.12E-07	2.97E-03	-1.23E-03
ADPF Abiotic resource depletion - fossil fuels	MJ	1.18E+03	2.67E+01	1.20E+02	1.33E+03	4.61E+01	5.05E+00	1.00E+00	4.08E-01	2.57E+01	5.74E+02	0.00E+00	1.45E+00	1.41E+00	3.70E+01	-3.74E+02
WDP Water use	m³ depriv.	3.39E+01	1.20E-01	2.45E+00	3.65E+01	1.17E-01	2.31E-01	3.93E-02	1.22E-02	8.34E-01	1.40E+00	0.00E+00	6.91E-03	9.38E-02	3.01E+00	-3.25E+00
GWP-GHG Global Warming Potential total excl. biogenic carbon following IPCC AR5 methodology	kg CO2 eq	8.35E+01	1.79E+00	8.00E+00	9.33E+01	3.37E+00	1.96E-01	5.50E-02	3.92E-02	1.57E+00	3.86E+01	0.00E+00	9.55E-02	2.61E+00	2.92E+00	-2.91E+01
PM Particulate Matter emissions	disease inc.	7.11E-06	1.61E-07	1.77E-07	7.45E-06	1.06E-07	1.22E-08	2.66E-09	2.50E-09	1.21E-07	3.24E-07	0.00E+00	9.41E-09	7.59E-09	4.70E-07	-2.07E-06
IR Ionizing radiation, human health	kBq U-235 eq	3.88E+00	1.20E-02	2.77E-01	4.17E+00	1.16E-02	4.00E-03	5.15E-03	4.52E-04	6.79E-02	2.15E+00	0.00E+00	6.96E-04	4.90E-03	1.51E-01	-1.33E+00
ETP - FW Ecotoxicity (fresh water)	CTUe	1.78E+03	1.28E+01	2.70E+01	1.82E+03	2.24E+01	1.05E+00	6.15E-01	8.65E-01	5.38E+01	1.23E+02	0.00E+00	6.95E-01	2.35E+01	2.93E+02	-1.62E+02
HTP - C Human toxicity, cancer effects	CTUh	4.02E-07	7.62E-10	2.35E-09	4.05E-07	6.44E-10	1.21E-09	3.33E-11	2.11E-11	5.13E-09	8.22E-09	0.00E+00	4.24E-11	4.15E-10	3.96E-08	-1.28E-07
HTP - NC Human toxicity, non-cancer effects	CTUh	1.46E-05	1.86E-08	6.35E-08	1.46E-05	3.59E-08	5.79E-09	7.47E-10	5.21E-10	3.62E-07	2.54E-07	0.00E+00	1.03E-09	4.08E-09	3.18E-06	-1.92E-06
SQP Land use related impacts/Soil quality	-	5.08E+02	2.46E+01	6.74E+01	6.00E+02	1.50E+01	3.48E-01	5.09E-01	5.01E-01	1.28E+01	8.17E+01	0.00E+00	1.47E+00	3.97E-01	6.61E+01	-7.04E+01

Resource use

Impact category	Unit	A1	A2	A3	A1-A3	A4	A5	B2	B3	B4	B6	C1	C2	C3	C4	D
PERE Use of renewable primary energy excluding resources used as raw materials	MJ	2.18E+02	3.66E-01	5.10E+00	2.23E+02	3.13E-01	1.84E+01	2.83E-01	1.10E-01	2.75E+00	1.16E+02	0.00E+00	2.12E-02	1.65E-01	9.00E-02	-8.79E+01
PERM Use of renewable primary energy resources used as raw materials	MJ	0.00E+00	0.00E+00	1.83E+01	1.83E+01	0.00E+00	-1.83E+01	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00
PERT Total use of renewable primary energy	MJ	2.18E+02	3.66E-01	2.34E+01	2.41E+02	3.13E-01	1.34E-01	2.83E-01	1.10E-01	2.75E+00	1.16E+02	0.00E+00	2.12E-02	1.65E-01	9.00E-02	-8.79E+01
PENRE Use of non-renewable primary energy excluding resources used as raw materials	MJ	1.18E+03	2.67E+01	1.20E+02	1.33E+03	4.61E+01	5.05E+00	1.00E+00	4.08E-01	2.57E+01	5.74E+02	0.00E+00	1.45E+00	1.41E+00	1.26E+00	-3.74E+02
PENRM Use of non-renewable primary energy resources used as raw materials	MJ	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00
PENRT Total use of non-renewable primary energy	MJ	1.18E+03	2.67E+01	1.20E+02	1.33E+03	4.61E+01	5.05E+00	1.00E+00	4.08E-01	2.57E+01	5.74E+02	0.00E+00	1.45E+00	1.41E+00	1.26E+00	-3.74E+02
SM Secondary material	kg	2.18E+00	0.00E+00	0.00E+00	2.18E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00
RSF Renewable secondary fuels	MJ	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00
NRSF Non-renewable secondary fuels	MJ	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00	0.00E+00
FW Net use of fresh water	m³	1.01E+00	4.98E-03	1.03E-01	1.12E+00	5.09E-03	3.12E-03	1.76E-03	5.07E-04	2.35E-02	2.20E-01	0.00E+00	2.87E-04	9.34E-02	2.85E-02	-1.41E-01