Flow Cytometry Analyzer Integrated with Sample Preparation System, Flow Cytometry Analyzer Integrated with Sample Preparation System Equipments, Flow Cytometry Analyzer Integrated with Sample Preparation System Tools, Flow Cytometry Analyzer Integrated with Sample Preparation System Tool Kits, Flow Cytometry Analyzer Integrated with Sample Preparation System Manufacturers, Flow Cytometry Analyzer Integrated with Sample Preparation System Suppliers from India, China, Kenya
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Boundary layer growth is determined by the measurement of the velocity profile at four stations along the pipe using a traversing Pitot tube.
A bend or mitred cascade elbow may be fitted mid way along the smooth wall pipe for comparison of pressure losses.
Air enters the smooth walled pipe through one of the two flow measurement nozzles provided. Pressure tappings along the length of the pipe permit the pressure gradient to be determined.
The equipment includes a long smooth walled pipe joined to the suction side of an electrically operated centrifugal fan. The fan discharge pipe terminates in a flow control damper for closed conduit work or a plate containing a small aperture for jet dispersion measurements.
A conventional flow measuring orifice plate is supplied for installing in the pipe upstream of the fan for additional demonstrations of pressure loss and recovery.
The equipment is mounted on a floor standing steel frame with an adjacent support for the extended suction pipe. Pressure measurements are made on a multi-tube inclinable manometer mounted on the support frame.
Air jet studies are carried out on the discharge side of the fan. A Pitot tube is traversed vertically and horizontally at different distances from the discharge orifice to investigate the dispersion properties.
Experimental Ability:
Single or multi-cylinder engines
Naturally aspirated or supercharged engines
Measure the air flow of the engine, hose, or leads
Air Compressors
Research and development.
Capacity (ml) D. (mm) H. (mm)
5 22 30
10 26 35
25 34 50
50 42 60
100 50 70
100 60 80
250 70 95
400 80 110
600 90 125
1000 105 145
2000 132 185
Utilising the service unit the flow meters experiment rapidly mounts onto the multi functional work panel and is connected to the built-in water supply via quick connect couplings. Differential pressure reading is taken using a digital manometer against varying flow rates.
Combined with the Fluid Science Service Unit, the Fluid Science Flow Measurement Tray, provide shands on experimentation designed to demonstrate flow measurement and the relationship between velocity and pressure drop.
Thetray includes the following flow meters:
Orifice plate The use of anorifice plate to measure flow is demonstrated by measuring the pressure dropacross a defined orifice. The geometry of the orifice is in accordance with standard industrial orifice flow meters.
Venturi Meter : Used to demonstrate Bernoull is equation, showing how low pressure is generated in the throat of aventure tube, and how this is affected by flow. Thegeometry of the venturi orifice is in accordance with standard industrial venturi flow meters, so the use of a venturi to measure flow can also bedemonstrated. The flow recovery is also demonstrated by measuring the total pressure drop across the module.
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Flow-Cytometer Analyzer
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The unit provides common instrumentation for all of the options. Specialized instruments are included as required with the modules. The main unit consists of an instrumentation and control console that supplies a variable flow of compressed air to the range of optional modules.
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Standard Features:
Supplied with a comprehensive user guide
Union directives
Available Experiment Modules:
Round Turbulent Jet
Boundary Layer
Flow Visualisation
Tapped Aerofoil
Bernoullis Equation
Drag Force
Flow Around a Bend
Jet Attachment
Recommended Ancillary:
Multi-Tube Manometer
Features:
Automatic requesting for testing result data, also capable of launching an advanced analysis to inspect the data.
As many as 20 layers of sensor linear compensation, elevates the precision of the instruments to the next level.
Domestically pioneered open-testing-method settings. Engineers may set up testing projects then operators may employ the projects for testing, greatly reduced the difficulty of the operations and the requirement in the skills and trainings of the operator.
The machine Supports more than 20 days of continuous testing.
Four specimen can be tensile test at one time.
Dynamic display of load, displacement, deformation and real-time testing curve on the screen.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching in between.
Event data can be saved, test can continue to be interrupted when the power supply test.
Domestically pioneered highly efficient three-level operation model of testing data processing. Supports open testing data processing, appending custom testing data items and re-inspection of processed testing data.
Domestically pioneered process-oriented design of testing control. Provides users with intuitive testing control procedures and a wide range of instruction types. Also supports dynamic instruction parameter assignment.
Characteristic testing data can be marked on testing graphs.
Capable of statistical operations on testing data (average, standard deviation, coefficient of variance).
Open testing report, support custom testing template, automatic generation of testing report, which can be printed, previewed or saved as files.
Integrated with software limit protection, hardware travel limit protection and full scale overload protection.
Support saving, instant retrieving and inspection of testing results.
Capable of re-analyzing test data and curves, and partial zooming of testing curves at will.
Two Phase Flow occurs when a gas is flowing in a confined space with a liquid. The flow profile and geometry in this instance varies widely as a function of the liquid and gas material properties as well as the flow rates through the pipeline. The Two Phase Flow Demonstrator apparatus is a small scale flow loop that can demonstrate Two Phase Flow phenomena in pipes at a variety of liquid and gas flow rates. It is important that the process operator understand the basics of Two Phase Flow Demonstrator in pipelines, especially as it pertains to the formation of the destructive slug flow regime. Certain flow regimes can be destructive to facility piping, and should be avoided where possible. The destructive effects of these flow regimes can be managed through the use of various piping geometries.
The air and water flow rates are continuously variable over a wide range of flow rates. This allows the operator to observe a wide range of two-phase flow regimes using this demonstrator. The Two Phase Flow Demonstrator is mounted on a movable cart for ease of movement and storage. Two Phase Flow Demonstrator uses air and water to create different flow regimes in the process piping. Air is supplied to the system by a low pressure blower, and water is supplied through a centrifugal pump.
Cabinet Type: Upright
Capacity: 567L
Storage temperature: up to-86°C
Volume Category: ≥ 300 <600L
Power requirement: 220-240V/50Hz and upon request 110V/60Hz
Operating ambient temperature: +10 °C to +32°C (Temperate zone)
Adjustable cabinet temperature set point -40°C to -86°C in 1°C increment., the temperature regulation accuracy is 0.1°C.
Psychiatric Bed Mattress with inbuilt Pillow
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Laboratory Upright Ultra-Low Temperature (ULT) Freezer
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The tank is manufactured from glass reinforced plastic and all components in contact with water are of non-corroding materials.
A self contained recirculating water tank for flow visualisation and mobile bed studies.
All controls are housed in a portable console which includes a flexible cable and water safe connectors.
Fifteen models and accessories are included as standard and a sheet of coloured glass allows rapid changeover from mobile bed to flow visualisation mode.
The working section has minimum dimensions of 2m(4m) x 610mm and the flow range is 0-3.5 litres/sec.
The Convective heat transfer In Air Flowand its accessories allow studying the convective heat transfer with different geometries of the transfer surface. Typical models such as the tubebundle, the heated tube from the outside and the heated cylinder from the inside are observed. Convective heat transfer is the transfer of heat between a surface and a fluid. Theprocesses of convective heat transfer are associated with the movements of the fluidthat is to say with convection. In the case of forced convection, thefluid is fed by a pump or fan onto the transfer surfaces, whereas in the caseof free convection, the flow occurs only under the effect of the density differential of the heated fluid. The air passes in front of the model, warms itself up and leaves by a ventilation shaft. In the air duct, aflow-friendly inlet member provides a homogeneous flow for conducting thetests. The volumetric flow rate is adjusted by a butterfly valve locatedat the fan outlet. An immersion heater, which can be placed anywhere in the tubebundle, simulates a heated tube. The convective heat transfer can thus be determined according to the position of the tube. Other models areavailable as accessories. It is also possible to show the chimney effect insidea ventilation shaft during free convection. The measuring section is an airduct with fan, in which the model of heat exchanger can be fixed easily and quickly using quick couplers. To make it possible to observe the tests, the air ductis equipped with two windows. The model included in the bundle heat exchanger delivery list includes two exchangeable tubular bundles of different geometries. The heating power and the volumetric flow can beadjusted. The heating power and the temperatures of the air and the heaterare displayed numerically. A pitot tube and a pressure measuring device make it possible to determine the speed distribution in front of and behind themodels.
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Measurement and control system chooses SMT components, produced by automatic mounted system production, quality is stable, long-term reliable operation. he machine uses high precision load sensors, high resolution several mining system in data collection, can make the load, deformation and displacement quantity, time and data processing and display, as well as load, deformation and displacement automatic high speed closed-loop PID controlled. Test software running on windows platform, the domestic initiative of the test control routing design, high grade 3 operation test data processing model, automatic save test data, can also be tested after suspend of sudden power off, the test conditions and the test results can be automatic inventory, dynamic display the test data and the test curve, can be printed.
This slow strain rate (SSRT) constant corrosion (SCC) testing machine is mainly used for inspection, research of metal material static lasting tensile, creep, stress corrosion and the mechanical property test, etc can be used in NaOH, NO3, H2S, CL- solution, methanol, N2O4, NH3, wet air and water, and other media environment of metal stress corrosion damage characteristic test.
Features:
Dynamic display of load, displacement, deformation and real-time testing curve on the screen.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching in between.
Event data can be saved, test can continue to be interrupted when the power supply test.
The machine Supports more than 20 days of continuous testing.
Four specimen can be tensile test at one time.
Capable of statistical operations on testing data (average, standard deviation, coefficient of variance).
Automatic requesting for testing result data, also capable of launching an advanced analysis to inspect the data.
The unit consists of an industrial type centrifugal blower with a motor and an inverter, inlet and outlet ducts with flow straighteners, a damper, and measuring instruments. Centrifugal Blower Test Set a bench top unit for studying the centrifugal blower characteristics. Extra blades are provided for comparison study.
Experiments:
Blower input, output and efficiency.
Comparison of backward, radial, and forward blade impellers.
Inlet and discharge pressures vs blower speed.
Flow rate vs speed.
The apparatus is an ideal solution for measuring gas leaks Engine casings and which can be easily integrated In the engine ventilation system. The device consists of a flow transducer, a Digital display module and cable Interconnection. The deterioration of the engine can be evaluated by several Methods, one of which is to measure the gas cylinder; Crankcase crankcase gas accumulation is A result of that loss, and provides an indication of the The wear of valve stems, valve guides, Piston rings and cylinder bores. A pulse train output is also provided. The module incorporates an alarm circuit which provides the Visual indication and closes the alarm contacts Without voltage when the gas flow exceeds a value Of the operator. The display module, which incorporates a linearization circuit, Shows the gas flow in liters / min on a display Digital output and provides an analog output voltage of 0- 2V or 0-10V. To allow the device to be Used on a wide range of engine applications, five Different flow sensor sizes are available.
Experimental Ability:
Research and development
Monitoring of engine conditions
End of line test
Cabinet Type: Upright
Capacity: 707L
Storage temperature: up to-86°C
Volume Category: ≥ 600 <900L
Power requirement: 220-240V/50Hz and upon request 110V/60Hz
Operating ambient temperature: +10°C to +32°C (Temperate zone)
Adjustable cabinet temperature set point -40°C to -86°C in 1°C increment., the temperature regulation accuracy is 0.1°C.
