AEL-KNX-SFC KNX 보안 제어 교육용 애플리케이션: 화재, 방범, 홍수 등

4.2.4.- 지능형 KNX / EIB 제어
KNX SECURITY CONTROL TRAINING APPLICATION: FIRE, ANTI-INTRUSION, FLOODS, ETC. - AEL-KNX-SFC

혁신적인 시스템

The AEL-KNX-SFC is a device designed to provide hands-on experience and knowledge of KNX wiring practices specific to security systems. This unit 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.

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일반적인 설명

The AEL-KNX-SFC is a device designed to provide hands-on experience and knowledge of KNX wiring practices specific to security systems. This unit 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.

Key features of the AEL-KNX-SFC include:

  • Practical learning scenarios: The device facilitates practical learning scenarios where users can perform hands-on exercises related to KNX wiring practices in the context of security systems.
  • Simulation of Security Control Systems: Users can simulate and experiment with various security control scenarios, gaining valuable experience in integrating KNX technology to enhance security features in intelligent buildings.
  • Application of KNX Wiring Techniques: The unit provides a platform for the practical application of KNX wiring techniques specific to security applications. This includes the connection and configuration of KNX devices to create a controlled learning environment.
  • Comprehensive Documentation: The accompanying documentation offers detailed information on KNX wiring practices for security, providing users with complete guidance and instructions for effective learning.
  • Compatibility: This unit is compatible with standard KNX devices and protocols commonly used in security systems, ensuring seamless integration into KNX-based educational and professional environments.

연습 및 가이드

매뉴얼에 포함 된 가이드 실기 연습

  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.

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