Vx Solo Ii Hws (Ecl 210/A247.1C) - Danfoss VX Solo II Instructions Manual

Instructions VX Solo II HWS (ECL 210/A247)

11.6 VX Solo II HWS (ECL 210/A247.1c)

Substation for indirect heating for single-family, semi-detatched and
terraced houses as well as flats. With one heating circuit for radiator
or floor heating , with mixing loop and with connection pipes for
cylinder on the secondary side. For wall-mounting.
The temperature for the heating circuit is controlled by a Danfoss ECL
210 controller in combination with an electronic actuator. The ECL
controller acts as the brain of the heating system. It lets you easily
control and optimise system performance and operation.
Please note:
Your substation may look different than the substation shown, as
variants with other components may be supplied.
Instructions for the fitted components will always be supplied to-
gether with the substation.
Heating circuit
The temperature for the heating circuit is controlled electronically by
the Danfoss ECL controller. The supply temperature ist calculated by
the controller on basis of the outdoor temperature.
The ECL Comfort 210 controller is loaded with a selected application
by means of an ECL Application Key (Plug-&-Play). The Application
Key contains information about application, languages and factory
settings.
From factory the VX Solo II HWS (ECL 210/A247) is loaded with Ap-
plication 1c.
Other applications can, however, be loaded by means of the ECL
Application Key, and it is possible to update the controller with new
application software.
The controller is factory preset to turn off the heating automatically
in the summer period.
The controller settings can be changed in accordance with the en-
closed producer instructions for the mounted controller.
See ECL Application Key Box with ECL Comfort 210/310 user guide
and mounting guide, for further information.
We also refer to Danfoss Installation Guide für ECL Comfort 210, application
A247, which can be found on www.heating.danfoss.com
37 37
Danfoss District Energy VI.GP.P1.02 DKDHR