AEL-KNX Aplikasi Fasilitas Otomatisasi KNX di Gedung

4.2.4.- KONTROL KNX / EIB CERDAS
KNX AUTOMATION INSTALLATIONS IN BUILDINGS APPLICATION - AEL-KNX

SISTEM INOVATIF

The KNX Automation Installations in Buildings Application, "AEL-KNX", designed by EDIBON, provides students, teachers and automation professionals with a unique opportunity to enter the world of KNX building automation project development, interconnection of KNX devices and programming with the ETS software tool.

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GAMBARAN UMUM

The KNX Automation Installations in Buildings Application, "AEL-KNX", designed by EDIBON, provides students, teachers and automation professionals with a unique opportunity to enter the world of KNX building automation project development, interconnection of KNX devices and programming with the ETS software tool. From basic electrical connections to advanced programming, users trained with this application will gain crucial practical and theoretical skills for project design and maintenance of automation systems.

The relevance of KNX in building automation is undeniable. For this reason, using the "AEL-KNX" application, it will be possible to carry out from the precise control of lighting, air conditioning, security, shutter control, etc. to the complete management of buildings through a Building Management System (BMS).

We have multiple KNX modules strategically grouped together to study the different solutions that are applied in real automation installations. For this reason, various configurations are recommended based on technical and teaching requirements. The minimum supply consists of two main elements: the AEL-KNX Base Unit, "AEL-KNX-UB," and at least one of the required elements of the AEL-KNX Base Unit, "AEL-KNX-UB."

The AEL-KNX Base Unit, "AEL-KNX-UB," includes the following elements:

  • N-KNX34. USB KNX/EIB Programming Interface Module.
  • N-KNX18. KNX/EIB Power Supply Module.
  • N-KNX4. KNX/EIB Binary Input Module.
  • N-KNX5. KNX/EIB Binary Output Module. (2 units).
  • N-KNX30. KNX/EIB Touch Panel Module.
  • N-KNX35. KNX/EIB Infrared Transmitter/Receiver Module.
  • MED65. Digital Multimeter.

Required elements of the AEL-KNX Base Unit, "AEl-KNX-UB" (at least one) (Not included):

  • AEL-KNX-LIC. KNX Lighting Control Training Application. Study of programming and lighting control, management of communication gateways for DALI lighting control.
  • This application is designed to facilitate the study and understanding of KNX wiring practices specifically tailored for lighting control systems. This application serves as a valuable tool for educational and professional purposes, providing hands-on experience and knowledge of the wiring, programming and commissioning techniques associated with KNX technology in the context of lighting control applications. Direct dimming via lighting sensors and push buttons, use of KNX/DALI gateways for the integration of this technology in KNX lighting projects.
  • AEL-KNX-HVAC. KNX for HVAC Control Training Application. Study of the programming and efficient management of HVAC systems. The importance of the correct parameterization of various air conditioning controllers.
  • This application is designed to facilitate the study and understanding of KNX-based Heating, Ventilation and Air Conditioning (HVAC) control systems. This application serves as a valuable tool for educational and professional purposes, providing hands-on experience and knowledge of the wiring, programming and commissioning techniques associated with KNX technology in the context of HVAC applications.
  • AEL-KNX-BC. KNX Blind Control Training Application. Implementation of strategies to optimize the use of natural light, scene programming, etc.
  • This application is designed to facilitate the study and understanding of KNX based blind control systems. This application serves as a valuable resource for educational and professional purposes, providing hands-on experience and knowledge of the wiring, programming and commissioning techniques associated with KNX technology in the context of blind control systems.
  • AEL-KNX-SFC. KNX Security Control Training Application: Fire, Anti-intrusion, Floods, etc. Practices involving the use of detectors to ensure building security. Anti-intruder alarms, fire alarms, flood alarms, etc.
  • This application is designed to provide hands-on experience and knowledge of KNX wiring practices specific to security systems. This application is designed for educational and professional purposes, allowing users to study and understand the wiring, programming and commissioning techniques associated with the integration of KNX technology in security related applications.
  • AEL-KNX-BMS. Building Control Training Application via BMS. Allows the exploration of how KNX contributes to integrated building management. This set of devices are essential in large systems where visualization and management of system variables is essential.
  • This application is designed to provide knowledge and experience in KNX programming practices specifically tailored for building management systems (BMS). This application 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.

The "AEL-KNX" application includes a manual that serves as a learning guide for a correct installation of the KNX devices. In addition, it explains step by step how to wire the devices and how to program them according to their task. All KNX programming exercises are based on the standard ETS programming software.

This training application offers a complete immersion into the world of KNX, preparing students, engineers and industry professionals for practical challenges in the field of building automation.

Aksesoris

KNX LIGHTING CONTROL TRAINING APPLICATION - AEL-KNX-LIC
  • AEL-KNX-LIC
Available
4.2.4.- KONTROL KNX / EIB CERDAS
AEL-KNX-LIC
Aplikasi Pelatihan Kontrol Pencahayaan dengan KNX
AEL-KNX-LIC. KNX Lighting Control Training Application. Study of programming and lighting control, management of communication gateways for DALI lighting control.This application is designed to facilitate the study and understanding of KNX wiring...
Lihat Unit
KNX FOR HVAC CONTROL TRAINING APPLICATION - AEL-KNX-HVAC
  • AEL-KNX-HVAC
Available
4.2.4.- KONTROL KNX / EIB CERDAS
AEL-KNX-HVAC
Aplikasi Pelatihan Kontrol HVAC dengan KNX"
AEL-KNX-HVAC. KNX for HVAC Control Training Application. Study of the programming and efficient management of HVAC systems. The importance of the correct parameterization of various air conditioning controllers.This application is designed to...
Lihat Unit
BUILDING CONTROL TRAINING APPLICATION VIA BMS - AEL-KNX-BMS
  • AEL-KNX-BMS
Available
4.2.4.- KONTROL KNX / EIB CERDAS
AEL-KNX-BMS
Aplikasi Pelatihan Pengendalian Bangunan melalui BMS
The AEL-KNX-BMS, Building Control Training Application via BMS, allows the exploration of how KNX contributes to integrated building management. This set of devices are essential in large systems where visualization and management of system...
Lihat Unit
KNX BLIND CONTROL TRAINING APPLICATION - AEL-KNX-BC
  • AEL-KNX-BC
Available
4.2.4.- KONTROL KNX / EIB CERDAS
AEL-KNX-BC
Aplikasi Pelatihan Kontrol Tirai dengan KNX
The AEL-KNX-BC is an application designed to facilitate the study and understanding of KNX based blind control systems. This unit serves as a valuable resource for educational and professional purposes, providing hands-on experience and knowledge...
Lihat Unit

LATIHAN DAN PRAKTEK PEDOMAN

LATIHAN PRAKTIS YANG DIANDAL TERMASUK DALAM PANDUAN

Some practical possibilities with KNX Lighting Control Training Application, "AEL-KNX-LIC":

  1. Realization of Binary Luminaire Control: Integration of LED luminaires into the installation, programming of the control using the KNX binary output module. Application of wiring techniques for safe connection.
  2. Connection of the Brightness Sensor: connection of the KNX brightness sensor, configuration for automatic adjustment of the lighting according to ambient light conditions.
  3. Manual Interaction with KNX Push Button: connection andintegration of a KNX push button, programming for manual switching on and off of the lights in the room.
  4. Installation of the KNX Room Controller with Touchscreen: configuration of the KNX room controller with touchscreen, exploration of the functions and programming capabilities.
  5. Connection and Integration KNX/DALI: connection of a DALI light controller, integration into the KNX system for unified control of DALI luminaires.

Project creation in ETS and topology definition:

  1. Creation of a New Project in ETS: development of a new project from scratch with the ETS software and definition of general features and establishment of basic topology of the KNX system.
  2. Bus Topology Definition: configuration of the KNX bus topology, identification of devices and establishment of physical addresses.
  3. Physical Address Assignment: assignment of physical addresses to KNX devices in the project and following of addressing standards and recommendations.
  4. Topology Verification: verification of configuration consistency and compliance with KNX system requirements.

KNX Device Diagnostics:

  1. Use of Diagnostic Tools: use of diagnostic tools in the ETS software to verify communication and status of KNX devices.
  2. Communication Testing: performing communication tests between KNX devices and the bus and identification and resolution of possible connection problems.
  3. Telegram Analysis: analysis of telegrams sent and received by KNX devices, identification of possible errors or interferences in the network.
  4. Troubleshooting: diagnosis and resolution of configuration or connection errors in KNX devices and use of diagnostic tools available in the ETS software.
  5. Event Logging: use of event logging functions to monitor and analyze the behavior of KNX devices under different operating conditions.

Some practical possibilities with KNX for HVAC ControlTraining Application, "AEL-KNX-HVAC":

  1. Basic Integration of the HVAC System: connection and configuration of the power supply and application of wiring techniques to ensure a safe installation.
  2. Connection of the KNX Room Controller: integration of the KNX room controller for centralized climate control, configuration of functions and temperature parameters.
  3. Connection of the Temperature and Presence Sensor: connection and integration of the KNX temperature and presence sensor, programming for automatic adjustment of the climate control according to the ambient conditions.
  4. KNX Fan Coil Control: connection and configuration of the KNX four-pipe and two-pipe fan coil controller, setting of ventilation and temperature parameters.
  5. Room Temperature Simulation with Integrated Potentiometer: use of the potentiometer for the simulation of temperature variations. Evaluation of the response of the HVAC system to simulated changes. Use of 0 – 10 V analog voltmeters for monitoring air conditioning control signals.
  6. Adjusting Temperature Parameters from the Touch Screen Controller: making adjustments to climate control parameters from the touch screen controller. Exploration of advanced functions and configuration of scenarios.

Creating Projects in ETS and Topology Definition:

  1. Creation of a New Project in ETS: development of a new project from scratch with the ETS software and definition of general characteristics and establishment of basic topology of the KNX system.
  2. Bus Topology Definition: configuration of the KNX bus topology, identification of devices and establishment of physical addresses.
  3. Physical Address Assignment: assignment of physical addresses to KNX devices in the project and following of addressing standards and recommendations.
  4. Topology Verification: verification of configuration consistency and compliance with KNX system requirements.

KNX Device Diagnostics:

  1. Use of Diagnostic Tools: use of diagnostic tools in the ETS software to verify communication and status of KNX devices.
  2. Communication Testing: performing communication tests between KNX devices and the bus and identification and resolution of possible connection problems.
  3. Telegram Analysis: analysis of telegrams sent and received by KNX devices, identification of possible errors or interferences in the network.
  4. Troubleshooting: diagnosis and resolution of configuration or connection errors in KNX devices and use of diagnostic tools available in the ETS software.
  5. Event Logging: use of event logging functions to monitor and analyze the behavior of KNX devices under different operating conditions.

Additional practice with the recommended modules EH-RC, N-KNX10, N-VVCA:

  1. Actual temperature control of the heating unit. Connection of the control signals from the fan coil module to the frequency converter, connection of the frequency converter to the fan, connection of the temperature sensor to the input terminals of the fan coil controller. Commissioning the system and setting the control parameters.
  2. Measurement of energy consumption of electric heating and programming of conditions according to consumption.

Some practical possibilities with KNX Blind Control Training Application, "AEL-KNX-BC":

  1. Basic Integration of the Blind Control System: connection of the power supply for the KNX devices in the blind control system.
  2. Connection of the KNX Room Controller: integration of the KNX room controller for centralized blind control and configuration of functions and scenario programming.
  3. Connection of KNX Binary Output Module for Shutter Control: connection and configuration of the KNX binary output module for effective shutter control. Adjustment of response times and configuration of positions.
  4. Use of KNX Brightness Sensors: connection and integration of KNX brightness sensors for automatic adjustment of blinds according to lighting. Programming of thresholds and conditions.
  5. Connection of Pushbutton Modules for Manual Interaction: integration of KNX pushbutton modules to allow manual interaction with the blinds. Programming of up, down and stop functions.
  6. Shutter Motor: Connection and Integration: Connection and programming of the shutter motor.

Project creation in ETS and Topology definition:

  1. Creation of a New Project in ETS: development of a new project from scratch with the ETS software and definition of general characteristics and establishment of the basic topology of the KNX system.
  2. Bus Topology Definition: configuration of the KNX bus topology, identification of devices and establishment of physical addresses.
  3. Physical Address Assignment: assignment of physical addresses to KNX devices in the project and following of addressing standards and recommendations.
  4. Topology Verification: verification of configuration consistency and compliance with KNX system requirements.

KNX Device Diagnostics:

  1. Use of Diagnostic Tools: use of diagnostic tools in the ETS software to verify communication and status of KNX devices.
  2. Communication Testing: performing communication tests between KNX devices and the bus and identification and resolution of possible connection problems.
  3. Telegram Analysis: analysis of telegrams sent and received by KNX devices, identification of possible errors or interferences in the network.
  4. Troubleshooting: diagnosis and resolution of configuration or connection errors in KNX devices and use of diagnostic tools available in the ETS software.
  5. Event Logging: use of event logging functions to monitor and analyze the behavior of KNX devices under different operating conditions.

Some practical possibilities with KNX Security Control Training Application: Fire, Anti-intrusion, Floods, etc., "AEL-KNX-SFC":

  1. Basic Integration of the Security Control System: connection of the power supply for the KNX devices in the security control system.
  2. Connection of the KNX Room Controller: integration of the KNX room controller for centralized control of safety functions. Configuration of functions and programming of safety scenarios.
  3. Connection of the KNX Binary Input Module: connection and integration of the KNX binary input module to detect safety events. Programming of actions based on detected states.
  4. Connection of KNX Binary Output Module for Control of Safety Devices: connection and configuration of the KNX binary output module for effective control of safety devices. Adjustment of response times and activation settings.
  5. Simulation of Scenarios with Alarm Box: use of the buzzer box to simulate alarm situations and evaluate the response of the security system. Adjustment of responses according to different events.
  6. Connection and Integration of Intrusion Detectors and Security Zones: connection and programming of KNX intrusion detectors and security zones. Configuration of actions in case of intrusion detection.
  7. Connection of Sirens and Alarms: integration and configuration of sirens and alarms for emergency situations.
  8. Connection of KNX Smoke and Fire Detectors: integration and programming of smoke and fire detectors in the KNX system. Configuration of automatic responses and notifications.
  9. Connection of KNX Temperature and Presence Detectors: integration and configuration of temperature and presence detectors for the security of the environment. Programming of actions in case of specific events.
  10. Connection of KNX Flood Detectors: integration and programming of flood detectors for security against water damage. Configuration of automatic responses.

Project creation in ETS and topology definition:

  1. Creation of a New Project in ETS: development of a new project from scratch with the ETS software and definition of general features and establishment of basic topology of the KNX system.
  2. Bus Topology Definition: configuration of the KNX bus topology, identification of devices and establishment of physical addresses.
  3. Assignment of Physical Addresses: assignment of physical addresses to KNX devices in the project and following of addressing standards and recommendations.
  4. Topology Verification: verification of the consistency of the configuration and compliance with KNX system requirements.

KNX Device Diagnostics:

  1. Use of Diagnostic Tools: use of diagnostic tools in the ETS software to verify communication and status of KNX devices.
  2. Communication Testing: performing communication tests between KNX devices and the bus and identifying and solving possible connection problems.
  3. Telegram Analysis: analysis of telegrams sent and received by KNX devices, identification of possible errors or interferences in the network.
  4. Troubleshooting: diagnosis and resolution of configuration or connection errors in KNX devices and use of diagnostic tools available in the ETS software.
  5. Event Logging: use of event logging functions to monitor and analyze the behavior of KNX devices under different operating conditions.

Some practical possibilities with Building Control TrainingApplication via BMS, "AEL-KNX-BMS":

  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.
Lihat Lebih Banyak

LEBIH BANYAK LATIHAN PRAKTIS YANG AKAN DILAKUKAN DENGAN UNIT

  1. Several other exercises can be done and designed by the user.

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