The online generator creates a suitable system scheme of your personal Solvis heating system. Your SolvisRemote is able to display all relevant sensors and actuators in web browser windows of most common devices such as smartphones, tablets or PCs.
By answering the following questions, you will receive your personal system scheme. This scheme will be available as a free downloadable image file. Press "next" to begin the creation process.
SolvisMax is characterized by a blue rack in front of the white heat storage tank and presents the SolvisControl and the main switch.
The SolvisStrato does not have such front rack and is set up in most cases with an additional wall mounted housing for SolvisControl and main switch.
Please choose from the variety of heat sources, which is mainly used with your Solvis system. You can select the built-in storage gas and oil burners, district heat or heat pump, and the adjacent devices like SolvisLino or SolvisVaero. If you havn't installed heat sources of Solvis, please select "third party heat source".
If your drinking water system is tuned by an additional circulation pump on top of your hot water station (hws-24 or hws-36) and both are controlled by your SolvisControl please select "yes".
If there's no extra circulation pump or such pump is installed with an external timer, select "no".
In addition to the primary heat source, which is activated by the SolvisControl, a further heat source could be connected to the storage tank. This is usually a manually fired wood stove or a fireplace with a boiler and a temperature-controlled charge pump, wich is connected to the Solvis system.
If a solar system is already connected to your Solvis system, please specify whether the solar pipes are either connected directly to the integrated solar heat exchanger or via an external transfer station. Please select one of the four options.
Please select the number and type of connected heating circuits. Each heating circuit can be connected with one room sensor, which must also be selected for showing the room temperature in the system scheme.