Rockwell Hardness Tester Electronic Engineering Lab
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Workshop Brinell Hardness Testing Device
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Workshop Sheet Metal Gauge
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Double Dowelling Machine
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Bacterial Growth Incubator 5oC to 80 oC
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Gel Electrophoresis Kit
....tobeInstalledAtTheRiverGaugingStations-lab-815418565.jpg "Automatic Precipitation (Tipping Bucket) to be Installed At The River Gauging Stations")
Automatic Precipitation (Tipping Bucket) to be Installed At The River Gauging Stations
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Psychiatric Modular Ottomans
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Functional Distillation Column
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Mechanical stress, to which design elements are generally exposed, generates stresses in the affected component or the material. The component does not return fully to its original form after the deformation, resulting in a change of shape. If these stresses are too large, there is plastic deformation of the material in addition to the elastic, reversible deformation.
Features:
Plot loadextension diagrams.
Observe and determine the transition from elastic to plastic deformation.
Learning Objectives And Experiments:
Load on a beam with a point load
Demonstrate the invalidity of the superposition principle in the plastic region
Compare the load and relief curves
Plot a loadextension diagram and determine the nonlinear behaviour.
The Finned Tube Bundle In Cross Flow accessory includes a clear plastic plate that is designed to fit the aperture in the Cross Flow Heat Exchanger duct. An electrically heated finned active element with an integral surface thermocouple is supplied which may be inserted in place of the removable tube in the centre of each row. The plate consists of a four row finned tube bank with a removable finned tube in the centre of each row. Replacing the removable tube in each row in turn in the tube bundle allows the variation in heat transfer coefficient in a tube bundle to be investigated.
Experimental Capabilities:
Steady state determination of the mean surface heat transfer coefficient for finned tubes in the 1st , 2nd 3rd and 4th rows of a Finned Cross Flow Heat Exchanger.
Investigation of the effect of external fins on the heat transfer watt density of plain tubes in cross flow.
A steel point or hook is attached to the bottom end of the shaft and is used to locate the water surface.
A quick-release mechanism permits large changes to be rapidly accommodated, and a screw adjustment is provided for accurate final positioning.
A push button sets the display to zero at any position, so that relative movements compared with a datum can be easily measured.
The gauging unit consists of a liquid crystal electronic display, which indicates the movements of the shaft.
This gauge is easy to use and minimises potential errors resulting from reading vernier scales.
A mounting plate is clamped to a suitable support structure and a flat vertical shaft retained by the gauging unit is free to slide up and down over the water surface.
The primary separation operation for crude oil occurs when the crude stream flows through a vessel of sufficient capacity to allow gravitational separation of the gas, liquid hydrocarbon and water phases. Gas flow passes through a secondary vertical 2-phase separator, or knock-out ports to remove any further liquids from the gas stream. Mini Plant Large Scale Three Phase Separator process trainer blends air, water and refined oil to emulate a crude oil stream. This fluid mixture then flows into a horizontal separator vessel fabricated of clear PVC. The entire trainer is controlled from a distributed control system (DCS). The separator is equipped with industry typical process instrumentation.
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Training board-simulator is a great educational tool that allows students to learn the structure of lighting system, study its components, and perform various measurements, tests and other diagnostic procedures. Fully functional Lighting Training System installed in a mobile aluminium frame and it is based on OEM components of VW/AUDI cars.
The main characteristics and functions of the Lighting Training System trainer are:
Adjustable level with the motors of front headlights.
Possible adjustments training with the headlight tester
Open contacts for measuring of system's components and circuits.
Electric wiring diagram with built-in banana plug jumpers for measurements and connecting or disconnecting the components
The Lighting Training System has the following diagnostic and measurement features:
Electronic control unit (ECU) identification
Displaying the operating system parameters (live data)
Control unit diagnosis
Throttle adaptation
Reading/erasing fault codes
Diagnosis through OBD 16 pin diagnostic connector
Activating the actuators (depending on the control unit).
A special quick-clamping system ensures all components are securely attached. The component connections face outward to allow easy interconnection by means of quick-couplers. An oil drip tray is positioned beneath the full width of the assembly panel. The structure of the course is based on the long-established BIBB concept of training in hydraulic drive engineering. The central element of the unit is the large assembly panel. Here, two different circuits can be easily constructed using items from the kit of modern standard industrial components and connecting hoses. There is generous space for all the system components to be accommodated in drawers and cabinets. The sturdy mobile base unit houses the hydraulic unit and the electrical switch box.
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The water being the heaviest in gravity stays at the bottom whilst the oil floats on top and the gas occupies the void space in the vessel. At the secondary separating section, the fluids are allowed to slow down and separate by gravity.
A combination of refined oil, water and air enters the vessel, the flow is directed to the spherical end of the vessel where primary separation occurs and then flows through the vessel where it meets the coalescer.
The Magnetic Pump Learning System curriculum explains the function, operation, installation, disassembly, inspection, and maintenance of a magnetic pump. The Magnetic Pump Learning System covers the magnetic pump, which uses a magnetic coupling to prevent direct contact between the motor drive shaft and the pump impeller. Additional topics include: how to properly align the magnetic coupling; how to troubleshoot problems; how to select the correct magnetic pump for an application; how to determine a pumps flow/pressure characteristics; and how each component of the pump factors into the overall operation. This feature eliminates any possibility of leakage or seepage and makes the magnetic pump an ideal selection for pumping hazardous chemicals that could harm the environment or for expensive liquids where it is important to reduce loss.
The Magnetic Pump Learning System includes a polypropylene housed, c-face mounted magnetic pump with a centrifugal impeller, a piping network, a magnetic coupling, and a relief valve. In fact, all of the included components are industrial-grade and will allow learners to gain immediate hands-on experience and practice that can apply to real-world mechanisms. The polypropylene housing is chemically resistant, which allows the magnetic pump to move fluids such as acids, alkalis, plating solutions, sterile solutions, and brine for applications in hospitals, chemical laboratories, and wineries. This commitment to providing learns with top-flight equipment is one reason why is the worlds leader in skills-based, interactive technical learning.
Features:
Magnetic Coupling Design
Mounting Compatible with Workstation
Industrial Quality Magnetic Pump.
The Multipurpose Distillation Plant can be used to perform a wide range of tests on binary, continuous or batch distillation processes. A manual of exercises completes the supply. Suitable options make it possible to process a zeotropic mixtures, to carry out the distillation under vacuum or in steam current (stripping). Of modular design, the training set is very flexible and easy to use, and can be integrated at a later stage with one or more of the many options available.
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The working principle of the apparatus is the following: an air flow generated by a centrifugal fan enters a tunnel passing through a fluid thread rectifier. As the air passes through the tunnel it undergoes a series of treatments, until it arrives in the last chamber, which represents the environment to be conditioned. The Air Conditioning Study Unit With Climatic Chamber And Air Recycle Circuit has been developed for insertion in the most advanced educational subjects. Simplicity and clearness are the fundamental requirements that permit the teacher and students to operate without having to deal first with complicated utilization procedures. Before this last stage, it may be pre-heated and moisturized by water diffusers, to experiment on heating environments and to have the opportunity to vary as many parameters as possible for a complete study on air conditioning. The flow is pre-heated, then moisturized by steam diffusers it is cooled through the evaporator and sent to the final chamber.
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