Single Effect Falling Film Evaporation Pilot Plant With Software
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Compact laboratory designed for training of 14 years students and over. The Air Conditioning Mobile Lab is already equipped with all the necessary feed fittings according to the industrial standards. It is ideal for all teaching environments and its modular design guarantees both flexibility and adaptability for all the experiments. It is particularly suitable to introduce the main and practical air conditioning applications in both vocational and technical schools. The trolley is completely mobile and has 5 storage drawers, protecting the equipment in shock-free, molded sponge pods. It is possible to compose the circuit on the aluminum surface to place on the working top. Opportunity of fault insertion and detection. You can organize the equipment according to the subjects for quick and easy setup and control of the equipment itself.
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It can carry out multi-type experiment and it is suitable for electronic technology research and development in the vocational and technical school and universities. Logic Circuit Training Kit is a comprehensive electronic design platform for electronic system designed teaching.
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Cylinder mould dia.160x320 mm.
Weight 2560 g
Features:
For shearing & bending, both can achieve single strokeand continuous stroke.
The back gauge adopt data control system, the adjustment isquickly and exactly.
Ideal Combination of Shearing, Brake & Rolling with Strong Structure.
For the Rolling, the processing for the taper rolling is very easy.
For this reason it is an effective, safe and innocuous therapy for the treatment of all the muscle and skeleton pains, neuralgias, rheumatic pains, articular pains, headaches, lumbar pains, sciatic pains and other affections. T.E.N.S., or Trans cutaneous Electrical Nerves Stimulation, is a particular low frequency wave form that, once applied through electrodes in the area of the cutaneous projection of the pain (triggers area), allows an almost immediate and long lasting reduction of the painful sensibility.
Circuit blocks of Trans cutaneous Electrical Nerves Stimulation
Typical circuit that is used in the T.E.N.S.
Mechanism through which electrical pulses are able to perform an analgesic effect
Designed as a teaching system, this learning system showcases components, often not visible in actual installations, on a vertical panel that permits easy access for hands-on skills and observation. Geothermal Energy Training System builds knowledge as well as skills across a broad spectrum, ranging from system startup and operation to shut down and maintenance, in a readily accessible, compact vertical trainer. Geothermal Energy Training System enables learners to understand and apply their newly obtained technician skills in the ever-growing area of geothermal energy. Harnessing geothermal energy is rapidly increasing in importance as a tool in broadening the energy supply. Geothermal Learning System packs a residential-sized system into a 6-ft.long mobile system that easily fits through a standard door. Major components include a 2-stage compressor with a 2-ton heat pump, ground simulator, air duct with blower, ground source loop, and industrial grade geothermal controller. These components and many more come standard. Includes a ground simulator so that learners gain realistic experience using a continuously operational system like they will experience on an installed system.
Features:
Ground Simulator Allows Continuous Training
Industry Standard System Components and Features
Integrated Multimedia Curriculum.
The possibility of further integrations or updating in the future is obviously ensured. The Transducers And Automation Modular Laboratory is an extremely flexible and efficient modular training system for the study of industrial transducers and relevant electronic circuits of signal conditioning and conversion. By means of its modular composition, it is possible to choose the optimal configuration according to any specific educational requirements and available budget. A Personal Computer Data Acquisition System is also available in order to allow the computerized measurements to determine the transducer characteristics.
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Measurement of oxygen concentration, temperature and flow rate
2 hand-held measuring units for measuring the oxygen concentration upstream and downstream of the absorption column
Falling film column for the absorption of oxygen from the ambient air in a solvent (water)
Counter flow process
Continuous regeneration of the solvent with nitrogen in a desorption column by stripping
Pump for recirculating the solvent to the absorption column
1 compressor for supplying ambient air into the falling film column
Pump for desorption column.
The main part of the apparatus is a precision-engineered rigid aluminium base, with legs and levelling feet. At one end is a loading device which uses a screw to apply loads to the struts. The screw is in fixing blocks with bearings to give precise and easy load application. The Loading and Buckling of Struts allows tests on a full range of struts. They allow students to create any combination of pinned or clamped end conditions for the strut under test. Supplied is a set of special end fittings for tests with various eccentricities to show the effect of eccentric loading. It shows load and deflection characteristics and buckling loads for various strut lengths, Cross-section and end conditions. It also allows studies of the effect of eccentric loading. The equipment includes a lateral pull attachment for Students to apply light biasing loads, or larger side loads, as needed. Students can also set up the apparatus to examine flexural rigidity and general beam deflection theory. An optional set of extra specimens allows extra tests to show students some of the more complicated problems found in strut design. Holders are at both the loading and load measuring ends.
The two special struts show how buckling loads may be lower than the ideal values, because of two reasons:
Imperfect shearing connections between the parts of a compound strut
Flexure of the end fixings.
The angular position of the cam is shown on a protractor and a pointer, this assembly allows the cams position through rotation to be recorded. A vertical pillar contains the main spindle for each Cam Analysis Apparatus to be rotated, whilst a dial gauge has its anvil resting on the top edge of the cam. The rise and fall displacement of the Cam Analysis Apparatus, as it rotates through 360°, is measured using a dial gauge. Cams and followers are easily changed and graphs for the variety of cams can be created to compare the linear change with the rise and fall of the follower. Each cam is mounted on a central shaft and is free to rotate about this shaft. The cams are rotated by hand.
Experimental Capabilities:
To derive the velocity and acceleration diagrams, and determine the maximum acceleration of the follower
To compare experimental and calculated results
To determine a graph of follower displacement against angular rotation of the cam
To assess the effect of different cams and followers.
The industrial digital multi-controller will monitor and react to adjust parameters to achieve set-points with variation of outdoor air temperature, room temperature and relative humidity, thermal factor, incoming air temperature, incoming air flow and refrigerant flow.
A Domestic Building Air Conditioning Control Simulator for studying the management of automatically controlled air conditioning systems installed in residential buildings.
It also includes a configurable, industrial digital multi-controller that automatically monitors and controls different parameters to ensure the set-points are maintained.
The has been designed and manufactured to incorporate all current safety standards.
The simulates ON/OFF digital control and proportional analogue control. However, simulated PID control can be included upon request.
This experimental and demonstration apparatus consists of an open channel of rectangular cross section supported at each end by frames, one of which is adjustable so that the slope of the channel may be varied. This Flow Channel provides a low cost experiment with accuracy comparable with larger scale channel investigations. The channel walls are made from clear acrylic plastic so that full visibility of the flow characteristics can be achieved. A number of test models are provided along with inclinometer and surface profile measuring instrument.
Experimental Capability:
Hydraulic jump - determination of energy head and power loss at the jump section by means of specific energy considerations.
Study of long base weir and calibration of broad crested weir.
Study of Venturi Flume, observation of flow through a throated Flume, calibration of the Flume when used as a flow measuring instrument.
Study of uniform flow in inclined channel, verification of Chazy equation and determination of Chazy Coefficient and Mannings Friction Factor.
Calibration of sharp crested, thin plate overshot weirs. Friction factor and roughened channel bed studies.
Determination of Hydraulic Mean Depth for the flow channel.
Study of flow over triangular hump section, plotting of Specific energy - Depth relationships, comparison of theoretical and experimental values of critical height.
Study of flow under a sluice gate (undershot weir) with application of Specific Energy and Momentum Functions.
Training Objectives:
To investigate how the solar irradiation influences the solar panel output voltage
To obtain a daily irradiation curve
To test the complete system
To cover the solar panel with different materials
To calculate the inner resistance of the solar panels
To use both solar power and energy stored in the battery to power the DC load
To charge the battery using solar energy.
Intended use:
Capping tool for quickly and easily installing PCR Cap strips onto PCR tubes and plate ensuring proper sealing.
Vaccine storage capacity: 15 litres
Cold box, Small, Short range
With hinged lid and carrying handles.
Cold life at 43°C without openings: 53 hours 36 minutes
Supplied with 32 x 0.4L icepacks as a standard.
Weight fully loaded: 33.85 Kg
Vaccine storage capacity: 55.5 L
Volume category: <60 L
Solar radiation reference period of 3.5 kWh/m²/day and hot zone (+43°C) test temperatures.
Operating temperature: Min and Max rated ambient temperature: +5 °C and +43°C
UIFPF: Grade A
PQS prequalified Solar direct drive refrigerator with no battery for storage of vaccines at +2 ?C to+8?C in areas without any electricity, or where there is less than eight hours of reliable electricity over a typical day.
Refrigerant: R600a, 50 grams.
The Paint Brush has an excellent application and provides a smooth finish
Brush, paint, for use with two-component paint
Length of bristles: minimum 49mm, maximum 73mm
Width of paintbrush: minimum 50mm, maximum 60mm.
Thickness of brush head: minimum 14mm, maximum 18mm
Synthetic filament preferred.
Medical gas flow meter (Thorpe tube design) to regulate and measure the flow rate of medical gas supplied to a patient, maximum flow rate 15 LPM, for medical oxygen.
Graduation shall have over 270 degrees of visibility.
Needle valve and body constructed of brass or aluminium.
Calibrated at 50-55 psi / 345-380 kPa / 3.4-3.8 bar inlet gauge pressure.
Inlet pressure (nominal) > 50 psi (345 kPa / 3.45 bar), peak inlet pressure at least 100 psi (690 kPa / 6.89 bar).
Pressure compensated design to give specified accuracy for whole range of input pressures
Thorpe tube design flow meter using DISS input connector for panel /regulator mounting.
Can be cleaned with damp cloth and a disinfection solution.
Transparent, graduated (metric system) column, shatter resistant polymer certified for medical use.
Built-in inlet filter (depending on supplied model).
Maximum flow rate when fully opened: 50 L/min (depending on supplied model).
Adjustment knobs to have rough surface to prevent slipping.
Inlet and outlet connectors DISS style, other types of connectors available upon request.
To hold compatible blade for surgical incisions.
To be used with: Scalpel blade no. 10, Scalpel blade no. 11.
