Feed tank with a capacity of 45 litres.
Deoxygenation column manufactured from Plexiglas with a height of 1,600 mm
Pump for absorption column.
Pump for deoxygenator.
Wetted wall column of height 900 mm and inside diameter 34 mm.
Air compressor.
2x industrial oxymeters 0 to 20 mg per litre or 0 to 200% with a resolution of mg/l or 0.1% SAT.
2x industrial measuring sensors for dissolved oxygen.
Variable area flowmeter for water with glass tube and a range of 1.9 to 19 litres per hour.
Variable area flowmeter for air with glass tube and a range of 30 to 300 litres per hour.
Emergency stop button
Electrical control panel in main cabinet.
Power Supply: 230 Vac 50 Hz single-phase 1500 VA.
Metering pump with a flow rate of 0 to 24 liters per hour.
Steam trap
Graduated tank with a capacity of 1 liter for measuring the condensate
Bourdon vacuum gauge with a capacity of 1 to 0
Bourdon pressure gauge with a capacity of 0 to 1.6 bar
Bourdon pressure gauge with a capacity of 0 to 6 bar
Metering pump with flow rate of 0 to 8.5 liters per hour
Feed tank with a capacity of 25 liters
Tank with a capacity of 10 liters for collecting the condensed solvent
Tank with a capacity of 10 liters for collecting the concentrated product
Shell-and-tube condenser with an exchange surface of 1.1 m2
Falling film shell-and-tube evaporator with an exchange surface of 0.27 m2
Tube-in-tube heat exchanger.
Calibrated diaphragm with differential pressure transmitter for measuring the steam flow rate
Pneumatic valve for control of the steam flow rate, Cv=0.32
6x electronic temperature indicators
6x digital thermocouples with pt100 probes protected by stainless steel shield sleeves.
Adsorber, Cation Exchanger, Mixed Bed Ion Exchanger
Separate Supply Unit With Tanks For Raw Water And Treated Water
Raw Water Tank With Possibility Of Aeration
Gravel Filter And Sand Filter With Differential Pressure Measurement
Flow Rate Measurement Of Raw Water
Measurement of conductivity and temperature after each treatment stage
3 Unit Operations In Water Treatment: Depth Filtration, Adsorption, Ion Exchange
Gravel Filter, Sand Filter, Aluminium Oxide Adsorber, Activated Carbon.
Safety glasses and glows
Digital voltmeter
PC interface for the measurement and data storage
Digital ammeter on console
Digital voltmeter on console
Zn reference cell
Copper electrode
Carbon steel electrode
Cu/CuSO4 reference cell
Ag/AgCl reference cell
Transparent basin to build the electrolytic test bath
Simple circuit with sliding variable resistor and lamp suitable for inserting into the electrical circuit of the electrolytic cell
Zinc electrode
Aluminum electrode
Magnesium electrode
DC feeder (with constant voltage, constant current, constant potential facilities)
Ti-Pt anode
MMO tubular anode
Fe bar
Cu bar
Fe-Ni bar
Waterproof resistor with thermostatic device
Resistivity fluid cell
Air pump with relevant sprayer
Carbon steel electrode (partially coated with epoxy compound)
Carbon steel electrode (completely coated with epoxy compound)
Various reagents supplied in plastic cans with safety technical data sheets
Set of ancillaries and connecting leads
Set of spare fuses.
Multifunction reactor vessel with 18 litres capacity complete with motorized stirrer and condenser
Tank for reagent and catalyst with stirrer.
Electrical heating system with thermostat
Electrical control panel in main cabinet.
2x restoring tanks.
Temperature, level, flow and conductivity control loops can be implemented
Manual control, single feedback loops, through to sophisticated cascade loops and distributed supervisory control of the whole process by a remotely located computer can be demonstrated
The effect of dead time and heat recycle can be demonstrated
A bench mounted process plant trainer with multiple streams both interacting and noninteracting. The process plant incorporates a miniature three-stage plate heat exchanger heated from a hot water circulator, two independent feed tanks, a holding tube with product divert valve and two variable-speed peristaltic pumps
An electrical console provides measurement and control of the process plant and enables a variety of control techniques including manual operation, on/off control, control from an external signal and control from a PC or PLC
The equipment incorporates electrical fault simulation and control, data logging software, and a USB computer interface.
Features:
Multiple inputs, multiple sensors, multiple control strategies
Operational sequencing, including startup and shutdown
Recycle implications on process control
Effects of dead time
Manual control, single feedback loops, through to sophisticated cascade loops
Temperature, level, flow and conductivity control loops can be implemented.
A Water Condensing Units Training Plant designed for the study of the different methods used for water condensing in refrigeration units.
The allows students to investigate and study the operation of a pressure operated valve connected to a water network, a dry cooler and a cooling tower.
The Water Condensing Units Training Plant has been designed for the study of the different methods used for water condensing in refrigeration units.
The refrigerant used complies with anti-pollution legislation.
The has been designed and manufactured to incorporate all current safety standards.
Automated Bioethanol Pilot Plant
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Adsorption column with hot water jacket for temperature control
Hot water generator with pumps and electronic thermostat
3x electro-pneumatic converters
2 Thermal mass flow meters with 4
3x pneumatic manual control valves
20 mA output signal
6x digital thermocouples with pt100 probes protected by stainless steel shield sleeves
Infrared transmitter
Pressure transmitter
Electrical control panel in main cabinet with earth leakage circuit breaker
Pipework manufactured from stainless steel
Microprocessor digital PID controller with serial card
Emergency stop button
Supervision and control software for Windows.
The Set Of Sectioned Components For Thermic Plants includes some of the most important components, used in thermic plants. Special explanatory technical plates show each sectioned component explaining its operation with notes, drawings and technical data. The use of contrasting colours according to a pre-established code simplifies the informative process as well as the learning one. In sectionizing each component the best care has been taken to evidence all the interesting constructive detailed features.
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Single Effect Falling Film Evaporation Pilot Plant With Software
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The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
A Domestic Air Conditioning Training Plant for investigating the hydraulic, mechanical and thermodynamic operation of a split-type air conditioning system.
The demonstrates how energy can be saved by regulating compressor rpm and fault simulation switches allow students to diagnose.
A Domestic Air Conditioning Training Unit with Inverter for investigating the hydraulic, mechanical and thermodynamic operation of a split-type air conditioning system equipped with an inverter.
The has been designed and manufactured for safe operation in the laboratory environment and the refrigerant used is a which complies with current legislation.
Students investigate the refrigeration system, mechanical operation and thermodynamic cycles of a split-type air conditioning system with an inverter and understand how changes at different parts of the system affect efficiency.
The Civil Heating Plant unit is supplied with a manual which describes all the parts of the trainer, the installation and utilization procedures, as well as many exercises with the relative results.
It enables the student to compare different types of circuit based solutions and to know deeply different kinds of heating systems. The Civil Heating Plant shows the fundamental functions of a heating system for civil use.
Module A: Radiator And Fan Coil
Module B: Floor Heating System
The plant is modular and allows to connect other components. The student is provided with teaching and checkout means that allow him to learn the fundamentals for a correct sizing of the heat production unit, of the distribution circuit and of the radiators.
The Civil Heating Plant is supplied in two versions:
With gas fired boiler
With electrical boiler
It is used to demonstrate experiment of plant photosynthesis, respiration and transpiration. It consists of transparent container, funnel, top head, test tube, test tube rack and gas collecting cap.
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The plant is modular and allows to connect other components. The student is provided with teaching and checkout means that allow him to learn the fundamentals for a correct sizing of the heat production unit, of the distribution circuit and of the radiators.
It enables the student to compare different types of circuit based solutions and to know deeply different kinds of heating systems. The Heating Plant shows the fundamental functions of a heating system for civil use.
Module A: Radiator And Fan Coil
Module B: Floor Heating System
The unit is supplied with a manual which describes all the parts of the trainer, the installation and utilization procedures, as well as many exercises with the relative results.
The Plant is supplied in two versions:
With gas fired boiler
With electrical boiler
Civil Heating Plant With Gas Fired Boiler
High efficiency gas fired boiler:
Leak detector with acoustic alarm.
Power: 24 kW;
Vent stack.
Gas meter.
The basic plant generates steam by means of a boiler, uses it by means of an action turbine and, finally, condenses and recovers it. The plant includes units for supplying water and fuel, an electrical board for controls and commands, and the instruments needed for performing the basic tests. Plants for the generation and utilization of water steam are particularly important for purposes because due to their complexity they are of interest to various training fields such as thermodynamics, electro technics, mechanics, plant design and others. Technology and use of steam plants. The installation is also very simple stonework is not required only the electrical power supply and water supply from the normal distribution networks. Some optional kits are provided to increase the number of ways to use the plant and run further tests. The optional kits and the system are described on separate sheets. The system is supplied complete with manuals describing the system in all its parts, the procedures for installation and use. A data acquisition and analysis system for Personal Computers is available to monitor the principal parameters of the plant in real time, take measurements by means of a Personal Computer, produce characteristic curves of various components, and store test data on disc or print them out.
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Instruments are provided for measurement of pressures, temperatures, output voltage and currents. Main components consist of a feed water system, a small industrial boiler, a steam turbine, a generator and lamp load, a condenser with a condensate tank and a pump, and a cooling tower. Accessories such as fuel tank, fuel flow meter, feed water meter, and a stack are also included. The unit is designed to simulate modern steam power plant.
Experiments:
Condenser heat transfer efficiency.
Cooling tower efficiency.
Measurement of feed water and fuel flow rates.
Boiler efficiency, turbine generator efficiency, and overall power plant efficiency.
Supply unit with compressor, pressure vessel, pump and heater
Control station with four industrial controllers,
3-channel line recorders and fault simulation
Control of level, flow rate, pressure, temperature and cascade control
Temperature control with three delay sections
Pressure control via compressed air
Control of level, flow rate and temperature with water
Trainer with pump, collecting tank and two tanks for level and pressure control
5 pneumatic control valves as actuators
Level control with or without counter pressure, or second order system analysis.
Laboratory-sized steam power plant
Synchronous generator with ppu synchronising device for grid connected or stand alone operation
Gas/oil-fired once-through steam boiler with electrical superheater
Single-stage industrial steam turbine with curtis wheel
Electronic speed control with electro-pneumatic control valve
Modern digital system control via a process control system
Control station with complete instrumentation on modern LCD monitors, touch screen operation
Water-cooled condenser with cooling water circuit and wet cooling tower
Feedwater treatment with ion exchanger and chemical dosing.
