NTC-09.21 “Smart Home”

Br0.00

Laboratory experiments for training specialists in automation of premises are conducted using the bench. The principal element base and performance characteristics of separate systems of control as well as techniques of event process programming are studied.
 
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The training laboratory bench NTC-09.21 “Smart Home” structurally consists of two separate parts (units) and a set of training elements connected to electric circuits.

The bench is designed for use as training equipment at universities and secondary educational institutions in practical and laboratory work.

Laboratory experiments for training specialists in automation of premises are conducted using the bench. The principal element base and performance characteristics of separate systems of control as well as techniques of event process programming are studied.

Structurally each unit consists of a body with a front panel and integrated tabletop.

The following equipment is located on the front panel of the first unit:

  • mains switch;
  • power supply system;
  • central element;
  • adapter module;
  • extension module.

The following equipment is located on the front panel of the second unit:

  • discrete sensor module (switches, state loops, hygrostat, room thermostat, motion sensors);
  • lighting unit (four independent light sources form two lighting zones);
  • temperature control unit (emulation of thermosensors by means of potentiometers and possibility of real thermosensors connection);
  • proportional power units (thermal control valves with proportional control);
  • lighting control unit (light sensor of direct lighting control);
  • louvers unit (external lighting control).

Electric connection between the units is accomplished by means of cables with special marked jacks.

Modular organization and mnemonic diagrams provide rapid mounting of the components, as well as simplicity and clarity in the process. The use of hard contact jumpers of plug type prevents incorrect circuit assembly.

The bench is completed with the set за removable sensors connected to its systems:

  • temperature sensors (0…+70 °C, -40…+125 °C);
  • leakage detector.

The following software and methodical support is supplemented to the bench:

  • set of methodical and technical documents intended for academic staff;
  • smart house system software.
 

Experiments provided

  1. Power supply systems, systems of data bus communication of central element with peripheral modules.
  2. Setting up the connection of system central element with PC.
  3. Introduction of central element in operation. Configuring the system.
  4. Adjustment of lighting control systems with relay outputs.
  5. Adjustment of lighting control systems with analog outputs. Central element programming.
  6. Assembly and commissioning of discrete signal input system. Incoming signals programming and processing.
  7. Sensors used in control and protection systems. Connection of sensors to control system.
  8. Lighting control using motion and light sensors.
  9. Temperature control. Events processed by temperature control unit.
  10. Assembly and commissioning of control system of proportional actuators with analogue regulation.
  11. Programming the two-way communication between control system and user via GSM-channel.

Technical specifications

Power supply ~50Hz 220V (single-phase 220V 50Hz)
Power consumption, kW ≤1
Equipment overall dimensions:
  Width, mm 3000
  Height, mm 1470
  Depth, mm 600
Weight, kg 300

Scope of delivery

  • Unit 1 (control systems), pc. – 1.
  • Unit 2 (objects of control), pc. – 1.
  • Connecting jumpers and cables, set – 1.
  • Sensors, set – 1.
  • Registration certificate, pc. – 1.
  • CD-R with accompanying documents, pc. – 1.

Necessary additional equipment