AEL-AD25A Control Application for Home Electric Service through the telephone

CONTROL APPLICATION FOR HOME ELECTRIC SERVICE THROUGH THE TELEPHONE - AEL-AD25A

INNOVATIVE SYSTEMS

The Control Application for Home Electric Services through the Telephone, "AEL-AD25A", has been designed by EDIBON to study some home safety applications.

See general description

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General Description

The Control Application for Home Electric Services through the Telephone, "AEL-AD25A", has been designed by EDIBON to study some home safety applications. This system includes the most common ones, such as the flooding control, gas leakage detection or intrusion detection. To control all these applications, a remote control central via telephone is also included. It allows the user to access the system remotely and execute actions in emergency situations.

These applications are described below:

  • AEL-AD22. Flooding Control Application: The Flooding Control Aplication, "AEL-AD22", designed by EDIBON to know and study the operation of the most common flooding control systems. This application has two parts. On one hand, there is a water tank divided into two parts: one to simulate the flooding and the other one to evacuate water. There is a solenoid valve to exchange the water through a water pump between both parts. On the other hand, the application includes the following elements: two flood detectors, one of them built-in, a pilot lights module that can be activated by sensors and an indoor siren. Therefore, this application allows the student to learn about the operation of flooding control systems.
  • AEL-AD23. Wireless Intrusion Detection Application (RF): The Wireless Intrusion Detection Application (RF), "AEL-AD23", designed by EDIBON the aim to understand the operation of a wireless intrusion detection system. For that, this application includes a wireless presence detector that works via infrared radiation, detecting temperature changes, a panic pushbutton to use in emergency situations and a wireless receptor that receives the signals from all sensors. In order to check the operation of these devices, the application also includes a pilot light module and a bell and buzzer module, which can be activated by the sensors. Thus, the user can check different types of intrusion alarms.
  • AEL-AD30. Gas and Smoke Detection Application: The Gas and Smoke Detection Application, "AEL-AD30", designed by EDIBON to study the operation of a gas leak detection and fire prevention system. This application includes two types of sensors. On one hand, there is a gas detector capable to detect explosive and toxic gases, such as natural gas, propane, butane, etc. It can also detect smoke from combustion, so it is a very complete sensor. On the other hand, there is an optic smoke detector, capable to detect visible gases, although it must not be installed close to water heaters to avoid a false positive result. The application also includes a solenoid valve to close the gas circuit in case of leakage. The student can simulate with all of these devices some emergency situations to understand the operation of the main gas detection systems in the market.
  • AEL-AD40. Remote Control Application Via Telephone: The Remote Control Application Via Telephone, "AEL-AD40", designed by EDIBON to study the operation of a remote control system via telephone, in other words, for the remote control of sensors, alarms, etc. installed in a house, office, etc. With this application, the user can simulate real situations, such as a flooding, a gas leakage, an intrusion or other accident detected by sensors, which trigger an alarm. In that case, the system cuts off the supply and warns the user. Then, through dialing codes, the user can take decisions on the system. To make this possible, the application includes control module to connect the rest of detection modules to control them, and a telephone to introduce the dialing codes.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Checking and measuring on the main power supply.
  2. Checking the working of the auxiliary power supply.
  3. Checking the working of pilot-lights by connecting as visual alarms.
  4. Checking the working of the built-in power supply.
  5. Checking the operation of the flooding detector.
  6. Checking the operation of the built-in flood detector.
  7. Checking the operation of the siren, used as visual and acoustic alarm.
  8. Simulate floods and evacuations with the water tank and the electrovalve.
  9. Checking the working of the bell + buzzer module using as acoustic alarm.
  10. Checking the working of the light signaling beacons module, using as visual alarm.
  11. Checking the working of the wireless emergency pushbutton.
  12. Use of the alarms with the wireless intrusion detector.
  13. Control of gas electrovalve through the smoke sensor.
  14. Real applications of a gas leakages control system.
  15. Configuration of the Basic Control Module.
  16. Control of the flooding detector through the Basic Control Module.
  17. Control of the gas detector through the Basic Control Module.
  18. Control of the motion detector through the Basic Control Module.

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