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Management Of Intelligent Buildings Teaching Equipment Electrical Training Panel

Item No.: PDG-12
PDG-12 Management Of Intelligent Buildings Teaching Equipment Electrical Training Panel
Description
PDG-12 Management Of Intelligent Buildings Teaching Equipment Electrical Training Panel

The panel for the management of an intelligent building consists of actual electrical components, already connected with each other and consequently operating, so that students can learn and test electronic systems of building utilities.
TRAINING PROGRAM:
This panel shows an electrical installation operating on BUS system for the installations of “intelligent” management of a residential building. The control and checking elements of power consuming devices are connected with the BUS, and they refer to the following topics:
• lighting installation of house interiors with control devices and actuators on/off switch and dimmer
• outdoor house lighting installation
• sound warning system
• control of heating system with thermostat and actuator
• control of opening/shutting of blinds
• Wireless control, IR transmitter and receiver for controlling lights, blinds, heating, etc…
• presence detection in the building via sensor
• control of technical alarms
• control of anti theft alarms
• control of scenarios
Furthermore, using software packets will lead:
• to modify the programming of installed components partially or totally
• to develop graphic pages for system supervision

TECHNICAL SPECIFICATIONS:
Framework is made of sheet steel chemically treated and painted with several coats of epoxy varnish; its base is provided with castors for an easy transport in the laboratory. Main components installed:
• 1 switchboard with data strip for the connection of power supply unit and of modular components including the connectors for shunting the bus line
• 1 USB interface for the connection with personal computer
• 9 control pushbuttons for lights, with 2 or 4 channels with bus coupler
• 1 universal dimmer actuator for incandescent lamps with bus coupler
• 1 bus interface connected with technical alarm sensor signalling presence of water
• 1 infrared receiver and decoder for infrared receiver with bus coupler
• 2 six-channel binary outputs – 6 A 230 Vac – for enabling power consuming devices, with bus coupler
• 1 presence detector with bus coupler
• 2 miniaturized blinds with shutters for simulating doors or windows
• 1 switch for moving and managing two blinds, with bus coupler
• 1 thermostat with bus coupler for controlling room temperature, and with actuator displayed by two warning lights
• 10 lamp sockets with lamps of 230 V for lighting
• 1 time module for driving up to four outputs with timed, delayed function
• 1 scenario module for retrieving four different scenes
Dimensions of demonstration panel: 1260 x 960 mm
Dimensions of framework: 1300 x 600 x 1700 mm
Net weight: 74 kg
Supply with 
THEORETICAL – EXPERIMENTAL HANDBOOK