AEL-KNX3 KNX/EIB Security Control Application

KNX/EIB SECURITY CONTROL APPLICATION - AEL-KNX3

INNOVATIVE SYSTEMS

The KNX/EIB Security Control Application, "AEL-KNX3", has been designed by Edibon to show the users the most important KNX elementsused in security alarm control systems with KNX technology.

See general description

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General Description

The KNX/EIB Security Control Application, "AEL-KNX3", has been designed by Edibon to show the users the most important KNX elementsused in security alarm control systems with KNX technology.

The purpose of the AEL-KNX3 is to give the students a complete theoretical-practical training in the installations and programming of themost important KNX elements focused in security alarm control devices, characteristic of sensors, actuators, etc.

To take a maximum experience with the KNX/EIB Security Control Application is very recommendable to acquire the rest of the KNX offeredby Edibon: AEL-KNX1, AEL-KNX2, AEL-KNX4 and AEL-KNX5. The combination of all these applications allows the student to design acomplete intelligent bus system implemented by a KNX System.

In addition, this application requires the ETS latest generation KNX software to program different scenes, import of KNX projects, settingof sensors and actuators, etc.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Study of the fundamental of a KNX/EIB installation BUS.
  2. Programming of on-off smart switches to demonstrate KNX/EIB switching operations.
  3. Programming of switching security system control.
  4. Study of preparation and installation methods of a KNX/EIBproject.
  5. Utilization of conventional switches in an EIB project.
  6. Programming the 3 way switching equivalent circuit.
  7. Make complex logics with binary inputs and outputs.
  8. Make a wide security network with several units with binaryinputs and outputs.

MORE PRACTICAL EXERCISES TO BE DONE WITH THE UNIT

Some practical possibilities with recommended elements:

  1. Programming the touch panel according to different scenes.
  2. Extending a bus system through a single-line topology.
  3. Programming of several alarms to protect the system.
  4. Programming of fire sensor for alert fire in the room.
  5. Programming of smoke detector for a complete protection against fire.
  6. Programming of flooding protection.
  7. Study of the operation of an infrared barrier security.
  8. Study of protection against intruders with a movement sensor.
  9. Verify the state of a room with the touch panel.
  10. Programming of the siren alarm to inform of an event.
  11. Programming of the complete entrance protection with door and bolt sensor.
  12. Notification of a broken glass.
  13. Checking the window state.
  14. Programming of proximity sensor for distance protection.
  15. Use of magnetic card for control access.
  16. Programming of the magnetic reader for card recognition.
  17. Programming of the fingerprint recognition.
  18. Centralized control of the main configurations in the touch panel.
  19. Extending a bus system through a single-line topology.
  20. Manual control over the main actuators.

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