KaDeck

Article no.: 326126461111C1

3,626.00 EUR

no VAT.

Details
Description
Technical data
Acoustic data
EPD
Dimensions
Accessories
BIM
Downloads

Basic unit

Kampmann KaDeck fan coil for high-quality air conditioning in new and existing buildings. Ultra-low-height basic unit. Intended for installation in suspended ceilings. All components are accommodated within the housing and can be accessed without a tool. The housing consists of an insulating and heat-bridge-free EPP (expanded polypropylene) design, which minimises heat exchange into the false ceiling, is sound-insulating and simplifies installation on account of its low overall weight. Within the unit, the organic forms and the absence of corners and edges facilitate the cleaning of all surfaces. The visible design panel is made of RAL 9016 traffic white powder-coated sheet steel.
The installation brackets supplied enable the housing supports to be pre-installed and the KaDeck subsequently fitted. Then the installation brackets are screwed to the KaDeck. The optimised discharge fins discharge the air horizontally along the ceiling to use the Coanda effect. A service hatch is not needed on site as accessories, such as valves, are also installed within the housing. The special utility model-protected motor cooling doubles the service life of the fans (to min. 40,000 operating hours also at 75°C water temperature in heating mode). Primary air can be introduced into the air intake of the unit on two sides of the housing through optional connection spigots. The room air is cleaned by a COARSE air filter. Hygiene-certified in line with VDI 6022.
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.1,32E+02. Further calculations possible online.

Heat exchanger

High-output heat exchanger, consisting of round copper tubes with aluminium fins, suitable for use with LPHW.

System		4-pipe
Max. operating pressure	bar	16
Max. entering water temperature	°C	75
Min. entering water temperature	°C	6
Max. air inlet temp.	°C	35
Max. glycol volume	%	50

Condensate tray

Condensate tray designed as an independent component that can be removed for cleaning and maintenance in accordance with VDI 6022. Speed-controlled condensate pump with dynamic adaptation of the delivery rate and minimum operating noise, with sound-absorbent EEP insulated housing. Capacitive float switch for reduced maintenance.

Fan

Tangential fan with safety guard. 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.

Protection class IP

Control

An easily accessible electrical junction box is located inside the basic unit. It includes the following:

power supply unit,
control board with plug-in terminals, LEDs for visual fault analysis, connection of 24 V DC actuators, active shut-down of the cooling valve in the event of a fault (motor / condensate), potential-free contact fault alarm
KaControl control board
Operation is via a separate room control device.
Room control for up to six devices via KaController, expandable to up to 30 devices via CANbus interface (CANbus card required)
Slot for optional interfaces:
CANbus/Modbus/KNX card
Temperature measurement optionally via sensor in the room control unit or external room temperature sensor
One digital input configurable for:
Device On/Off
Comfort/Economy mode switch
Heating/Cooling changeover
Window contact, presence detector contact
Card reader contact
Three multifunction inputs, e.g. for room temperature or air intake sensors.
Output for the continuous (0-100%) control of the EC fan Night mode (energy-saving mode) that can be activated via a timer program in the KaController or room frost control activated via digital input.

Configuration

Cooling type		wet cooling
Ceiling finish		Suspended ceiling
Air outlet		one-sided air outlet
System		4-pipe
Ceiling grid dimensions		625 x 625 mm
Filter class		ISO Coarse filter
Width	mm	620
Height	mm	165
Length	mm	1240
Weight	kg	25.3
Connection		1/2 inch

Details
Description
Technical data
Acoustic data
EPD
Dimensions
Accessories
BIM
Downloads

Space-saving heating and cooling

For use with low suspended ceilings with an appliance height of 165 mm
Particularly light thanks to the EPP housing (expanded polypropylene)
No service hatches necessary: all relevant maintenance components are located in the unit
fulfills the requirements of VDI 6022

Sheet steel and EPP hybrid housing

Rigidity and strength thanks to galvanized sheet steel frame
Thermal and acoustic isolation thanks to thermal bridge-free foamed EPP body
Organic interior shapes for easy cleaning

Connection frame and ceiling panel

Optionally suitable for 600x600 mm or 625x625 mm ceiling grid
Ceiling panel and frame in RAL 9016 (traffic white), color selection according to customer requirements possible
Ceiling panel can be opened without tools, hinges and locks in industrial quality for an extremely long service life
Internal cleanable ISO Coarse air filter for dust protection of the internal components

ease of installation and maintenance

Ceiling panel and condensate tray can be opened without tools
No service hatches required on site
All components can be reached after removing the condensate tray
Easy cleaning of all air-conducting surfaces possible
Valve installation (adjustable 2-way or differential pressure independent) inside the housing

connection and operational safety

Device design and component selection optimized for easy installation and operation
Reduction of the total weight of the device to 60% compared to a sheet steel construction for back-friendly installation on the ceiling
Connection areas in the EPP with flow and return, primary air labeled

Heat exchanger

High-efficiency heat exchanger with copper tubes and aluminum fins
Suitable for LPHW heating systems

Condensate drain

includes humid cooling configuration in the scope of delivery
Compact design, without separate float, prevents possible leaks at connections
Extremely smooth-running pump, speed and flow rate adapt to the condensate level in the pump sump
the condensate level is determined via a capacitive sensor, preventing the float switch from sticking
Alarm contact in the event of malfunction or excessive water level in the condensate tray

Condensate tray

Condensate tray can be removed without tools for cleaning and maintenance
for thermal and acoustic isolation consisting of EPP
Condensate-bearing area made of ABS plastic, suitable for disinfectants
Gradient on all sides for fast and complete condensate removal from the air-bearing area

durable EC tangential fan

Noise-optimized, quiet-running 3-speed, stepless and energy-saving EC motor
Horizontal cross-flow roller, aerodynamically optimized EPP/aluminium contour in CFD
Patent-protected bypass motor cooling against heat build-up in heating mode to increase motor service life by 40%

Primary air supply

Two spigots can each be connected at the head end
Easy removal of the EPP closures
Primary air is routed via the heat exchanger for temperature control

Basic unit

Heat exchanger

High-output heat exchanger, consisting of round copper tubes with aluminium fins, suitable for use with LPHW.

System		4-pipe
Max. operating pressure	bar	16
Max. entering water temperature	°C	75
Min. entering water temperature	°C	6
Max. air inlet temp.	°C	35
Max. glycol volume	%	50

Condensate tray

Fan

Tangential fan with safety guard. 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.

Protection class IP

Control

An easily accessible electrical junction box is located inside the basic unit. It includes the following:

power supply unit,
control board with plug-in terminals, LEDs for visual fault analysis, connection of 24 V DC actuators, active shut-down of the cooling valve in the event of a fault (motor / condensate), potential-free contact fault alarm
KaControl control board
Operation is via a separate room control device.
Room control for up to six devices via KaController, expandable to up to 30 devices via CANbus interface (CANbus card required)
Slot for optional interfaces:
CANbus/Modbus/KNX card
Temperature measurement optionally via sensor in the room control unit or external room temperature sensor
One digital input configurable for:
Device On/Off
Comfort/Economy mode switch
Heating/Cooling changeover
Window contact, presence detector contact
Card reader contact
Three multifunction inputs, e.g. for room temperature or air intake sensors.
Output for the continuous (0-100%) control of the EC fan Night mode (energy-saving mode) that can be activated via a timer program in the KaController or room frost control activated via digital input.

Configuration

Cooling type		wet cooling
Ceiling finish		Suspended ceiling
Air outlet		one-sided air outlet
System		4-pipe
Ceiling grid dimensions		625 x 625 mm
Filter class		ISO Coarse filter
Width	mm	620
Height	mm	165
Length	mm	1240
Weight	kg	25.3
Connection		1/2 inch

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	1.22E+02	2.57E+00	7.93E+00	1.32E+02	4.10E+00	2.65E+00	5.63E-02	2.81E-02	2.80E+00	9.28E+00	0.00E+00	1.16E-01	4.29E+00	3.71E-02	-3.69E+01
GWP - fossil Climate change - fossil	kg CO2 eq	1.18E+02	2.57E+00	8.24E+00	1.29E+02	4.10E+00	2.54E+00	5.90E-02	2.27E-02	2.73E+00	8.43E+00	0.00E+00	1.16E-01	4.25E+00	3.52E-02	-3.65E+01
GWP - Biogenic Climate change - biogenic	kg CO2 eq	2.66E+00	2.00E-03	-3.63E-01	2.30E+00	1.42E-03	1.09E-01	-5.07E-03	-5.70E-03	4.48E-02	8.32E-01	0.00E+00	9.26E-05	4.19E-02	1.91E-03	-3.18E-01
GWP - Luluc Climate change - land use and land use change	kg CO2 eq	6.64E-01	1.22E-03	4.85E-02	7.14E-01	7.78E-04	2.51E-03	2.40E-03	1.11E-02	2.43E-02	1.41E-02	0.00E+00	5.66E-05	1.87E-05	1.78E-05	-4.05E-02
ODP Ozone Depletion	kg CFC-11 eq	2.42E-06	5.77E-08	2.23E-07	2.70E-06	7.15E-08	3.46E-08	2.95E-09	8.54E-10	5.23E-08	9.79E-08	0.00E+00	2.64E-09	4.55E-09	9.95E-10	-7.73E-07
AP Acidification	mol H+ eq	1.20E+00	6.51E-03	2.16E-02	1.23E+00	1.77E-02	1.10E-02	2.87E-04	3.98E-04	5.38E-02	2.45E-02	0.00E+00	2.87E-04	5.91E-04	2.51E-04	-5.57E-01
EP - fresh water Eutrophication aquatic freshwater	kg P eq	9.83E-02	1.85E-04	6.25E-03	1.05E-01	1.24E-04	9.78E-04	5.19E-05	7.90E-06	4.27E-03	1.22E-02	0.00E+00	8.57E-06	8.70E-06	3.46E-06	-5.01E-02
EP - marine Eutrophication aquatic marine	kg P eq	1.35E-01	1.82E-03	1.05E-02	1.47E-01	6.83E-03	2.58E-03	8.65E-05	5.34E-05	4.27E-03	6.35E-03	0.00E+00	7.83E-05	2.96E-04	9.78E-05	-4.91E-02
EP - country Eutrophication terrestrial	mol N eq	1.46E+00	1.88E-02	6.50E-02	1.54E+00	7.31E-02	2.36E-02	6.22E-04	2.59E-04	4.97E-02	4.88E-02	0.00E+00	8.04E-04	3.01E-03	1.05E-03	-5.79E-01
POCP Photochemical ozone formation	kg NMVOC	5.41E-01	1.05E-02	2.08E-02	5.73E-01	2.45E-02	9.10E-03	1.75E-04	1.16E-04	1.59E-02	1.39E-02	0.00E+00	4.69E-04	8.07E-04	3.71E-04	-2.15E-01
ADPE Depletion of abiotic resources - minerals and metals	kg Sb eq	8.98E-03	6.97E-06	1.57E-05	9.00E-03	3.58E-06	1.10E-05	4.01E-07	1.72E-07	5.86E-04	9.38E-05	0.00E+00	3.25E-07	1.06E-07	8.58E-08	-5.55E-03
ADPF Abiotic resource depletion - fossil fuels	MJ	1.65E+03	3.88E+01	1.21E+02	1.80E+03	5.63E+01	3.56E+01	9.38E-01	3.29E-01	3.85E+01	1.26E+02	0.00E+00	1.76E+00	2.87E-01	8.35E-01	-5.20E+02
WDP Water use	m³ depriv.	2.57E+01	1.82E-01	1.48E+00	2.73E+01	1.43E-01	-2.43E-01	3.53E-02	2.20E-02	7.95E-01	6.27E-01	0.00E+00	8.41E-03	1.49E-02	2.74E-02	-9.89E+00
GWP-GHG Global Warming Potential total excl. biogenic carbon following IPCC AR5 methodology	kg CO2 eq	1.21E+02	2.57E+00	8.55E+00	1.32E+02	4.11E+00	2.61E+00	6.19E-02	3.39E-02	2.78E+00	8.56E+00	0.00E+00	1.16E-01	4.25E+00	3.53E-02	-3.67E+01
PM Particulate Matter emissions	disease inc.	9.04E-06	2.47E-07	2.10E-07	9.50E-06	1.30E-07	1.96E-07	2.69E-09	1.92E-09	2.48E-07	1.21E-07	0.00E+00	1.15E-08	4.59E-09	5.48E-09	-2.49E-06
IR Ionizing radiation, human health	kBq U-235 eq	1.35E+01	4.79E-02	1.07E+00	1.47E+01	3.42E-02	1.83E-01	8.88E-03	1.90E-03	3.94E-01	1.96E+00	0.00E+00	2.22E-03	1.42E-03	2.53E-03	-7.38E+00
HTP - C Human toxicity, cancer effects	CTUh	4.51E-07	1.11E-09	2.31E-09	4.54E-07	7.87E-10	1.87E-08	3.27E-11	2.00E-11	1.32E-08	3.11E-09	0.00E+00	5.16E-11	6.04E-10	6.16E-09	-1.66E-07
HTP - NC Human toxicity, non-cancer effects	CTUh	1.05E-05	2.78E-08	4.84E-08	1.05E-05	4.38E-08	8.89E-08	7.49E-10	3.58E-10	6.12E-07	1.33E-07	0.00E+00	1.26E-09	4.06E-09	4.21E-07	-5.83E-06
SQP Land use related impacts/Soil quality	-	5.71E+02	3.84E+01	1.15E+02	7.25E+02	1.83E+01	1.00E+01	4.95E-01	5.61E-01	1.89E+01	3.10E+01	0.00E+00	1.79E+00	9.95E-02	1.77E+00	-2.08E+02

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	2.75E+02	5.55E-01	3.28E+01	3.08E+02	3.81E-01	2.60E+00	2.73E-01	1.30E-01	8.63E+00	3.64E+01	0.00E+00	2.58E-02	1.97E-02	5.06E-02	-6.66E+01
PERM Use of 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
PERT Total use of renewable primary energy	MJ	2.75E+02	5.55E-01	3.28E+01	3.08E+02	3.81E-01	2.60E+00	2.73E-01	1.30E-01	8.63E+00	3.64E+01	0.00E+00	2.58E-02	1.97E-02	5.06E-02	-6.66E+01
PENRE Use of non-renewable primary energy excluding resources used as raw materials	MJ	1.65E+03	3.88E+01	1.21E+02	1.80E+03	5.63E+01	3.56E+01	9.43E-01	3.37E-01	3.85E+01	1.26E+02	0.00E+00	1.76E+00	2.87E-01	8.35E-01	-5.20E+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	1.65E+03	3.88E+01	1.21E+02	1.80E+03	5.63E+01	3.56E+01	9.43E-01	3.37E-01	3.85E+01	1.26E+02	0.00E+00	1.76E+00	2.87E-01	8.35E-01	-5.20E+02
SM Secondary material	kg	4.36E-01	0.00E+00	0.00E+00	4.36E-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	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	1.40E+00	7.57E-03	1.07E-01	1.51E+00	1.42E-01	-2.47E-01	3.50E-02	2.10E-02	8.21E-01	5.13E-02	0.00E+00	8.39E-03	1.95E-03	9.14E-04	-1.01E+01