The system is designed in a form of experimental panel made of phenolic. They are 297 mm high (DIN A4) and about 5 mm thickness and to be attached at the student workbench. The devices and components are mounted in front of the panel x with aluminums DIN rail for DIN rail mounted devices. The transfer of the bus signals is implemented by twisted pair cable which terminated with
female 2 mm connectors. All terminals for the mains voltage are wired to 4 mm safety lab sockets. Power supply: 230 V – single phase.
KNX Training Panel
The system is designed in a form of experimental panel made of phenolic. They are 297 mm high (DIN A4) and about 5 mm thickness and to be attached at the student workbench. The devices and components are mounted in front of the panel x with aluminums DIN rail for DIN rail mounted devices. The transfer of the bus signals is implemented by twisted pair cable which terminated with
female 2 mm connectors. All terminals for the mains voltage are wired to 4 mm safety lab sockets. Power supply: 230 V – single phase.
KNX Training Panel
TRAINING OBJECTIVES:
1. Installation of a KNX system with various applications
2. Project planning with ETS software
3. Design of bus structures, topology
4. Commissioning and specific tests
5. Packet structure and addressing
6. Applications for KNX buses
7. Training project, overview
8. Transmission media, bus
9. Blind/Shutter control
10. Lighting control
