WIT-KNX-BMS Gebäudesteuerungsverkabelungspraktiken über BMS

4.4.3.- INSTALLATIONS- UND WARTUNGSPRAXIS
WIRING INSTALLATION TRAINING FOR BUILDING CONTROL VIA BMS - WIT-KNX-BMS

INNOVATIVE SYSTEME

The WIT-KNX-BMS is a unit designed to provide practical insights and hands-on experience in KNX wiring practices specifically tailored for building management systems (BMS). This unit serves as a valuable resource for educational and professional institu­tions and training centers focusing on building automation, allowing students to learn and understand the intricacies of wiring KNX devices, programming and commissioning in the context of BMS applications.

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ALLGEMEINE BESCHREIBUNG

The WIT-KNX-BMS is a unit designed to provide practical insights and hands-on experience in KNX wiring practices specifically tailored for building management systems (BMS). This unit serves as a valuable resource for educational and professional institu­tions and training centers focusing on building automation, allowing students to learn and understand the intricacies of wiring KNX devices, programming and commissioning in the context of BMS applications.

Key features of the WIT-KNX-BMS may include:

  • Focused on BMS Applications: 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 engage in hands-on learning experiences, experimenting with the wiring and configuration of KNX devices commonly used in BMS scenarios. This practical 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: Accompanying documentation offers 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 unit is likely compatible with 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 unit showcases the integration of KNX technology into BMS applications, highlighting the role of KNX in creating smart and efficient building automation solutions.

ÜBUNGEN UND GEFÜHRTE PRAKTIKEN

GEFÜHRTE PRAKTISCHE ÜBUNGEN IM HANDBUCH ENTHALTEN

  1. Basic Integration of the BMS System with KNX:
  • Connection of the electrical distribution box for KNX and BMS devices.
  • Application of wiring techniques to ensure efficient integration of both systems.
  1. Creation of a new BMS project in ETS:
  • Development of a new BMS project from scratch in ETS software.
  • Definition of general features and establishment of the basic topology of the KNX building management system.
  1. Definition of the BMS Bus Topology:
  • Configuration of the KNX bus topology in the context of the BMS system.
  • Identification of devices and assignment of physical addresses.
  1. Physical Address Assignment in the BMS Project:
  • Assignment of physical addresses to KNX devices within the BMS project.
  • Compliance with standards and recommendations for effective addressing.
  1. Integration of Environmental Sensors in the BMS System:
  • Connection and integration of temperature, humidity and other environmental sensors.
  • Programming of automatic responses in the KNX system to manage the building environment.
  1. Advanced Lighting Control with BMS:
  • Configuration of a BMS controller for advanced management of the KNX lighting system.
  • Scenario programming and adjustment of lighting parameters.
  1. Integration of HVAC systems with KNX:
  • Connection and integration of HVAC systems into the KNX system via the BMS.
  • Adjustment of temperature parameters and programming of schedules.
  1. Efficient Blinds Management:
  • Configuration of KNX actuators for efficient blind management in collaboration with the BMS system.
  • Programming of schedules and automatic responses.
  1. Energy Consumption Monitoring:
  • Connection of energy meters and configuration of energy consumption monitoring in the BMS system.
  • Programming of alarms and data visualization.
  1. Security Systems Integration:
  • Connection and integration of security systems (alarms) with the KNX system through the BMS.
  • Configuration of automatic responses in case of security events.
  1. Common Space Management:
  • Configuration of BMS controllers for the management of common spaces such as meeting rooms, corridors, etc.
  • Programming of specific scenarios and functions.
  1. Use of BMS Diagnostic Tools in ETS:
  • Exploration of diagnostic tools in ETS software to monitor and diagnose the KNX network in the context of the BMS.
  • Event analysis and diagnostic logging.
  1. Simulation of Complex Scenarios in Building Management:
  • Creation and simulation of complex scenarios involving different systems managed by the BMS and KNX.
  • Evaluation of system behavior under various conditions.

QUALITÄT

KUNDENDIENST

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