For designer - Fidelix Support Center

This section is designed for building automation system designers who want to ensure that the Fidelix system is an easy and efficient choice as part of a building’s automation solution.

Here you will find information on system architecture, decentralization, compatibility, and connectivity—key aspects that are often required in the design process. The content helps you create comparable, cost-effective, and technically sound designs.

We will continue to add more design-related guidelines and examples. If you cannot find what you are looking for, please check back later or contact us.

Typical setup for Fidelix BAS

This section presents how the Fidelix system typically looks in different types of projects. You will see which devices are used, where they are located, and how they are connected. Illustrative diagrams and example solutions help you understand the overall system.

This information is especially useful when you are designing a system for the first time or comparing solutions from different manufacturers.

Remote I/O

This section explains how the decentralization of the Fidelix system is implemented in practice: which devices are required, how cabling is handled, and in which situations protocol converters are used.

Compatibility of Fidelix devices

This section brings together information on which manufacturers’ devices are compatible with Fidelix. In renovation projects in particular, it is important to know which existing sensors and other components can be retained.

With this information, you can save time and costs and avoid unnecessarily replacing devices that are already functioning properly.

Fidelix-järjestelmän liitettävyys ohjelmistoihin

Fidelix-järjestelmä voidaan liittää erilaisiin ohjelmistoihin, kuten olosuhteiden optimoinnin työkaluihin ja energian- tai kiinteistönhallintajärjestelmiin. Tässä osiossa kerrotaan, mitä liitäntämahdollisuuksia järjestelmä tarjoaa ja mitä protokollia se tukee. Näin voit varmistaa, että suunnittelemasi järjestelmä toimii saumattomasti osana laajempaa kokonaisuutta.