A bench-top unit for simulating the Air Conditioning System in a Building and studying the operation and control of an air conditioning system installed in a large industrial / commercial building.
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A Split-Type Domestic Air Conditioning Simulator for studying system behaviour and assessing the heating and cooling power required to maintain the set-point values.
The simulates ON/OFF digital control and proportional analogue control. However, simulated PID control can be included upon request.
The has been designed and manufactured to incorporate all current safety standards.
This simulator must be connected to a PC.
An optional solar array that can be attached to the panel to simulate incident solar radiation.
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The Boiler Simulator With Checks And Fault Generator is equipped with all the typical checking and adjustment devices generally employed in boilers. To facilitate the teaching process, a mixed gas/gas-oil burner has been fitted, as well as four different types of level regulators and a fault generating unit with warning lights. The Boiler Simulator With Checks And Fault Generator unit has been designed to study, on a functional model but simulated, all parameters which regulate the utilisation, conduction, maintenance and repairs on a steam generator plant with water pipe boiler. All this plus the electrical control board, is assembled on to a wheel mounted frame. The unit is supplied with a operating manual and exercise book. The boiler body is made of transparent material so as to visualise the behaviour of hydraulic phenomena inside the boiler.
Characteristics:
Gas oil burner equipped with electronic control box.
Panel for fault simulation with a key-locked door.
Water feed tank, 100 l capacity
Water feed pump: max flow rate 2 m3/h Max head 4 m.
Steam pressure simulation by means of pump.
Electrical control board with synoptic display of the functional diagram including the warning lights of all components, the main switch and the selector to operate the four different types of level regulators and the fuel type selector.
The automatic control is performed through a PLC, whose program manages the displays signaling vacant and full places for both zones and the opening and closing of the in and out barriers. Two Zone Parking Garage Simulator represents a two-zone parking garage where it is possible to realistically simulate the sequences that a car driver has to perform when he wants to use an automated parking garage. The number of cars in the parking garage is displayed through LED.
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The automatic control is performed through a PLC, whose program manages the displays signaling vacant and full places, both at the entrance and at every floor, the lighting intensity at each floor, the opening and closing of the in and out barriers, regulated by the presence of at least one car detected by special sensors, and the smoke and fire detectors. The system represents a two storey parking garage where it is possible to realistically simulate all the sequences that a car driver has to perform when he wants to use an automated parking garage. The number of cars in the parking garage is displayed through LED, whose control is assigned to an electronic circuit separated from the PLC.
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Lift car door open indication. Upper and lower limit switches to avoid programming mistakes. Lift car upÂÂ down manual cycle with automatic PLC control and management. Lift Simulator simulates a three ÂÂstop lift with real processing procedures. The lift car motion is displayed by LED. Booking obtained through buttons, on priority basis and independently from the lift car position. Connection to PLC through terminals. Power supply: single phase from mains.
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Digital Input Output Simulator includes 8 switches for PLC input and 8 LED for PLC output. Power supply: single-phase from mains. Panel type simulator that must includes 8 switches for PLC input and 8 LED for PLC output. The connection to the PLC can be carried out through terminals.
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The dialogue between the semaphores of the two roads allows the alternation of the green signal as a function of the traffic intensity, while the pedestrian crossing is on request. The automatic control of the semaphore system is performed through PLC not with the normal cyclic timing: only the presence of at least one car determines the green signal of the relevant semaphore, allowing the transit of all the cars between the two detecting sensors. Smart Traffic Lights Simulator system represents a crossing between two one way streets, each controlled by a semaphore and provided with three pedestrian crossings with semaphores, too. The present cars are displayed through LED, whose control is assigned to an electronic circuit separated from the PLC.
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The board includes 2+2 inputs, at 4-20 mA and 0-10 V respectively, and 4 outputs at 4-20 mA/0/1-5 V, smoothly variable through potentiometer; the input indication is of bar type, the current voltage display is of digital type; through meters that can be switched. Moreover, 4 outputs at 24 Vdc/1 A are available, internally powered. Power supply: single-phase from mains. Complete with educational manual and software. The simulator is essential and indispensable for operation and understanding of the analogue modules of the PLC. The connection to the PLC can be carried out through terminals or connector.
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The board includes 32 switches on 4 columns for PLC input enabling, with a LED signaling the on/off state of the individual switch and the possibility of marking the references on special tags that can be cancelled; moreover, 4 outputs at 24 Vdc/1 A are available, internally powered. The simulator allows studying and analyzing the programming techniques through automatisms which are freely and imaginatively implemented. Moreover, it allows the PLC potentialities to be pointed out. Power supply: single-phase from mains. The connection to the PLC can be carried out through terminals or connector.
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Rocket Launch Simulator
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This board is basically structured in two sections:
A hysteresis non linear simulation, dead band and threshold it includes a digital voltmeter. The board is supplied complete with a set of stackable, plug in cables of suitable lengths and colours and with a training manual.
A linear process simulation, with two summing amplifiers, three blocks with proportional, integral, derivative transfer functions, offset and drift generators.
Power supply: ± 15Vdc, 300mA
Drive mode: left or right hand drive according different driving habits.
Driving software support English, Arabic, and Spanish etc. and we can develop new language according customer requirements.
Automatic or manual shift;
Simulate the real driving status and locations;
Screen size: 22, 26 and 32, 40;
The center console can connect more than 30 sets driving simulators and can manage the driving practice system and monitor the driving status of each student under training via the local area network; and the system can print the final training report.
Steering wheel, gears, hand brake accelerator, foot brake, clutch are from real truck, which makes the driving feeling very similar with the real truck.
Various driving conditions: Can choose driving at daytime, night, rain, fog, etc.
The base and housing is made by high quality steel alloy and polywood.
Mobile cockpit with lockable castors;
Optional configuration: Center console
Can choose various training course: Basic operation of starting a vehicle, driving skills training, road driving training, etc.
Steering wheel, gears, hand brake accelerator, foot brake, clutch are from real truck, which makes the driving feeling very similar with the real truck.
Various driving conditions: Can choose driving at daytime, night, rain, fog, etc.
Drive mode: left or right hand drive according different driving habits.
Automatic or manual shift;
Driving software support English, Arabic, and Spanish etc. and we can develop new language according customer requirements.
Simulate the real driving status and locations;
Screen size: 22, 26 and 32, 40;
Can choose various training course: Basic operation of starting a vehicle, driving skills training, road driving training, etc.
The center console can connect more than 30 sets driving simulators and can manage the driving practice system and monitor the driving status of each student under training via the local area network; and the system can print the final training report.
The base and housing is made by high quality steel alloy and poly wood.
Mobile cockpit with lockable castors;
Optional configuration: Center console.
Drive mode: left or right hand drive according different driving habits.
Steering wheel, gears, hand brake accelerator, foot brake, clutch are from real car, which makes the driving feeling very similar with the real car.
Various driving conditions: Can choose driving at daytime, night, rain, fog, etc.
Driving software support English, Arabic, and Spanish etc. and we can develop new language according customer requirements.
The base and housing is made by high quality steel alloy and poly wood.
Mobile cockpit with lockable castors;
Optional configuration: Center console
Automatic or manual shift;
Screen size: 22, 26 and 32, 40;
Simulate the real driving status and locations;
The center console can connect more than 30 sets driving simulators and can manage the driving practice system and monitor the driving status of each student under training via the local area network; and the system can print the final training report.
Can choose various training course: Basic operation of starting a vehicle, driving skills training, road driving training, etc.
Simulate the real driving status and locations;
Steering wheel, gears, hand brake accelerator, foot brake, clutch are from real car, which makes the driving feeling very similar with the real car.
Various driving conditions: Can choose driving at daytime, night, rain, fog, etc.
Drive mode: left or right hand drive according different driving habits.
Automatic or manual shift;
Screen size: 22, 26 and 32, 40;
Can choose various training course: Basic operation of starting a vehicle, driving skills training, road driving training, etc.
The center console can connect more than 30 sets driving simulators and can manage the driving practice system and monitor the driving status of each student under training via the local area network; and the system can print the final training report.
The base and housing is made by high quality steel alloy and plywood.
Mobile cockpit with lockable castors;
Optional configuration: Center console.
Steering wheel, gears, hand brake accelerator, foot brake, clutch are from real car, which makes the driving feeling very similar with the real car.
Various driving conditions: Can choose driving at daytime, night, rain, fog, etc.
Drive mode: left or right hand drive according different driving habits.
Automatic or manual shift;
Screen size: 22, 26 and 32, 40;
Simulate the real driving status and locations;
Can choose various training course: Basic operation of starting a vehicle, driving skills training, road driving training, etc.
Optional configuration: Center console the center console can connect more than 30 sets driving simulators and can manage the driving practice system and monitor the driving status of each student under training via the local area network; and the system can print the final training report.
The base and housing is made by high quality steel alloy and glass fibre reinforced plastic.
Mobile cockpit with lockable castors.
The teaching unit is suitable for use both inthe laboratory and in a conventional combustion engine vehicle. Such a vehiclewill be supplemented by the main components of a hybrid vehicle, which can thenbe examined in detail
Pilot line with switching relays withintegrated LEDs to illustrate the switching function and system verification
Measurable voltage at the inverterapproximately 210V
Connecting the terminals 30, 31 and 15
Disconnect with original service plug
Signals at the symbolic electric motormeasurable, also filtered in sinusoidal shape, by the smoothing effect of theengine
Signals at the inverter input and outputmeasure, approximately 210V including charging and discharging curves
Inverter generates 3-phase PWM signals, about210V
Signals and messages of the CAN-Buscommunication measurable.
Learning Objectives:
Acquire knowledge about the interaction ofthe electronic components between the high-voltage battery, inverter andelectric motor
Criteria for the use of test devices
Deepen your expertise to optimally adjust oscilloscopes and evaluate the presentations
Represent pulse width modulated signals and sinusoidal wave forms in detail with the oscilloscope, also between individual phases
Recognize the dangers of high-voltage power components, explain accident prevention regulations
Security rules: disconnect, secure against reconnection, ensure that there is no voltage, log the steps.
