AEL-KNX-BMS Application de Formation en Contrôle de Bâtiments via BMS

4.2.4.- AUTOMATISATION DE BÂTIMENTS KNX / ACCUEIL EIB
BUILDING CONTROL TRAINING APPLICATION VIA BMS - AEL-KNX-BMS

SYSTEMES INNOVANTS

The AEL-KNX- is a device designed to provide knowledge and experience in KNX programming practices specifically tailored for building management systems (BMS). This unit serves as a valuable resource for educational and professional institutions and training centers focused on building automation, allowing students to understand the complexities of KNX device wiring, programming and commissioning in the context of BMS applications.

Voir description générale

NOUVELLES LIÉES

EDIBON et son engagement envers les compétences européennes
EDIBON et son engagement envers les compétences européennes
Chez EDIBON, nous sommes engagés à renforcer les compétences comme pilier stratégique pour la compétitivité et le bien-être social de l'Union européenne. Une formation adéquate renforce non seulement l'économie, mais permet également aux individus de participer pleinement à la société et à la...
Lire plus
L'Importance de la Formation Pratique en Électricité pour les Universités et les Entreprises
L'Importance de la Formation Pratique en Électricité pour les Universités et les Entreprises
L'électricité est une forme d'énergie résultant du mouvement des électrons à travers un conducteur. Ce phénomène physique est essentiel au fonctionnement d'une grande variété de dispositifs et de systèmes que nous utilisons quotidiennement, des appareils électroménagers aux systèmes industriels...
Lire plus
What is Industry 4.0?
What is Industry 4.0?
Today we are at the beginning of a new era, named ‘Industrie 4.0’. Let´s explain a little further the concept "Industrie 4.0"!
Lire plus

Description Générale

The AEL-KNX- is a device designed to provide knowledge and experience in KNX programming practices specifically tailored for building management systems (BMS). This unit serves as a valuable resource for educational and professional institutions and training centers focused on building automation, allowing students to understand the complexities of KNX device wiring, programming and commissioning in the context of BMS applications.

Key features of the AEL-KNX-BMS include:

  • Practical BMS-based Scenarios: The unit is designed to address the specific wiring requirements and practices associated with building management systems. This includes the integration of KNX technology for centralized control of various building functions.
  • Hands-on learning: Students can participate in practical learning experiences, experimenting with the wiring and configuration of KNX devices commonly used in BMS scenarios. This hands-on approach enhances their understanding of real-world applications.
  • Simulation of BMS Scenarios: The unit allows users to simulate and configure different BMS scenarios, covering aspects such as climate control, lighting management and energy efficiency. This provides a realistic learning environment.
  • Comprehensive Documentation: The accompanying documentation provides detailed information on KNX wiring practices for BMS. This documentation serves as a guide for students, providing step-by-step instructions and explanations.

    - Compatibility: The device is compatible with the standard KNX devices and protocols commonly used in building management systems. This ensures that students are working with industry standard components.

  • Integration with KNX Technology: The device demonstrates the integration of KNX technology into BMS applications, highlighting the role of KNX in creating intelligent and efficient building automation solutions.

Des exercices et pratiques guidées

EXERCICES GUIDÉS INCLUS DANS LE MANUEL

  1. Basic Integration of BMS System with KNX: Power supply connection for KNX and BMS devices.
  2. BMS Project Creation in ETS: Developing a new BMS project from scratch in the ETS software. Defining general features and establishing the basic topology of the KNX system in building management.
  3. Definition of BMS Bus Topology: Configuring the KNX bus topology within the BMS system. Identifying devices and assigning physical addresses.
  4. Physical Address Assignment in BMS Project: Assigning physical addresses to KNX devices within the BMS project. Adhering to standards and recommendations for effective addressing.
  5. Integration of Environmental Sensors in BMS System: Connecting and integrating temperature, humidity, and other environmental sensors. Programming automatic responses in the KNX system to manage the building environment.
  6. Lighting Control with BMS: Configuring a BMS controller to advanced manage the KNX lighting system. Programming scenarios and adjusting lighting parameters.
  7. Integration of HVAC Systems with KNX: Connecting and integrating HVAC systems into the KNX system via BMS. Adjustment of temperature parameters.
  8. Efficient Shutter Management: Configuring KNX actuators for efficient shutter management in collaboration with the BMS system.
  9. Energy Consumption Monitoring: Connecting energy meters and configuring energy consumption monitoring in the BMS system. Programming alarms and data visualization.
  10. Integration of Security Systems: Connecting and integrating security systems (alarms) with the KNX system through BMS. Configuring automatic responses in case of security events.
  11. Use of BMS Diagnostic Tools in ETS: Exploring diagnostic tools in the ETS software to monitor and diagnose the KNX network in the context of BMS. Analysis of events and diagnostic logging.

Qualité

Service après vente

Demander des informations