Technical information / specifications
Weight (without water)
3.8 kg/m
Length per panel unit
1000 - 3500 mm
Storage temperature
-10 - 60 °C
Water temperature
8 - 85 °C
Water quality
VDI 2035
Max. operating static pressure
10 Bar
Max. test pressure
13 Bar
Air flow, 1500 rpm
85 m
3
/h per meter panel
Noise level at 1500 rpm
*22dB(A)
*Measured a 2.2 m panel, water flow 300 l/h, distance 1.5 m.
Visual optimisation (empty panel casing)
InLine can be supplied as an empty panel casing (without
motor or pipes) for use in projects where for aesthetic rea-
sons a longer panel than necessary to achieve the desired
heating effect is required.
Cold draft
Modern architecture often contains large sections of glass.
Such large window sections can lead to cold draft and
thereby create discomfort in rooms.
Cold draft can be prevented by placing InLine panels along
the window or even integrated into the facade.
Operational conditions
InLine comfort panels can be used in a heating system
with a maximum water temperature of 85°C and a 10 bar
operational static pressure (test pressure = 1.3 x operational
pressure).
Test
Convec comfort panels has been tested by the Danish Insti-
tute of Technology, according to DS/EN 442.
Installation
Installation instructions are given on pages 5 and 6. More
detailed information is supplied in the installation guide
delivered with each panel.
Safety and handling during the building period
During the building period and before installation, it is
important to store and handle InLine panels correctly.
Each panel consists of a variety of precisely manufactured
components, which are sensitive to e.g. knocks or dirt.
It is recommended that final installation is performed in
the building at a time when it will be possible to protect
the panels from damage.
Maintenance
The panel components are developed for long-term use.
Maintenance comprises cleaning front profile and possible
hoovering of panel (as required).
Ordering
See “Ordering” on page 25 and the section “Placing orders”
on the back page.
CONVEC
VD.YC.D2.02 © Danfoss 01/2006
3
