The course concludes with a two-part exam consisting of a (multiple-choice questions) and a practical test (configuring a working rig using ETS).

The "telephone number" used for this communication is the . In your ETS software, you will create addresses like:

Understanding how devices communicate requires mastering the network layout. This chapter covers:

Sensors (push buttons, motion detectors) and Actuators (dimmers, switch actuators, shutter controls).

This section builds the business and technical case for choosing KNX over traditional installations or proprietary smart home ecosystems. It highlights energy efficiency, comfort, flexibility, and safety. 2. KNX Bus Topology

When enrolling in a KNX Basic Course, you will receive the official training materials.

The logical numbering system used to link sensors (like switches) to actuators (like relays).

This is the most critical part of the training, focusing on using the . Creating Projects: Importing product databases. Topology Design: Structuring the building.

The foundation of any KNX project lies in understanding its structure. The course explains how to organize devices into: Up to 64 devices. Areas: Multiple lines connected by a main line. Backbone: Connecting areas together.

Devices that gather information (e.g., push-buttons, thermostats, motion detectors).

How devices communicate, the telegram structure, and bus access methods.

The official PDF, usually provided during authorized training, is structured into several key chapters: