The heating section, cooling section and one of the intermediate sections are fitted with thermocouples (eight in total) evenly spread along the length of the assembled conduction path.
A small-scale accessory designed to introduce students to the principles of linear heat conduction, and to enable the thermal conductivity of various solid conductors and insulators to be measured.
Includes a water pressure regulator, an electronic proportioning solenoid valve to control the cooling water flow rate and a water flow meter.
Comprises a heating section, cooling section plus four intermediate section conductor samples and two insulator samples.
All sections are insulated to minimize errors due to heat loss.
Includes a water pressure regulator and a manual flow control valve.
Heater power variable up to 60 Watts.
Water flow rate variable up to 1.5l/min.
Heating and cooling sections, 25mm diameter.
A comprehensive instruction manual is supplied.
The accessory is mounted on a PVC baseplate, which is designed to stand on the bench top and connect to the Heat Transfer Service Unit without the need for tools.
The Basic Pneumatics Learning System includes a controls technology workbench, one set of basic pneumatics panels with industrial components, student curriculum, a student reference guide, and much more. Pneumatics are used in innumerable industrial applications, including factory automation, medical and food processing, and material handling. Basic Pneumatics Learning System Double Sided is equipped with the Basic Pneumatic Learning System control technology panels and has the capacity to add another set to the opposite side to double your pneumatic principles training capacity. This combination of introducing industry-relevant pneumatic skills while showing how they apply to fundamental fluid power principles will help learners to build more advanced pneumatics knowledge and apply it to real-world applications. Learners will use the Basic Pneumatics Learning System to not only understand concepts like pneumatic leverage and air flow control and measurement, but also be able to operate, install, design, and troubleshoot basic pneumatics for various applications.
The Basic Pneumatics Learning System mobile workstation is constructed of durable welded steel to provide a sturdy, long-lasting learning station. Storage slots are located under the work surface where learners can conveniently store component panels until they are needed. The Basic Pneumatics Learning System features standard industrial-grade components in order to provide learners with real-world experience they would normally only attain on the job.
Features:
Panels can be easy removed and repositioned as necessary to facilitate the completion of the tasks
Workstation is constructed of durable welded steel to provide a sturdy, long-lasting learning station
Includes one set of Basic Pneumatic Learning System panels and the capacity to add another set to the opposite side to double your pneumatic system control technology training capacity.
Using the optional Magnetic Powder Brake Unit and Brake Controller, it can offer external load torque to see the characteristics of different types of motor. Students can learn the different types of motor winding through the simple winding connection.
AC Induction Motor Winding Trainer is a motor that can be connected for various poles as the self-starting three-phase induction motor and single-phase induction motor which is used with the resistor or capacitor starting.
Features:
The power input with the motor circuit breaker prevents the dangerous of wrong winding and improper operation.
Easy linking to brake control, and can measure and draw the characteristics curve of each winding motor through PC.
Plug-In module helps teachers to complete the experiments easily and quickly.
Use 4mm safety socket terminal.
The clear printed of winding set code and colorful wire top allow user to do winding and operation easily.
Wide range of materials can be dried from fine powder to slurries and pastes
Heat sensitive food stuffs may be dried
Compact and portable
Air drawn through mesh filter by centrifugal fan over a 2kw heater and through a stainless steel filter gauze
High rates of heat and mass transfer
Drying and residence times from a few seconds to a few minutes
Materials with moisture contents to over 80% may be dried
Ambient to 100°C drying air temperature range
Blower controller by a thyristor circuit
Readings displayed by digital meter
Manual or interval timing control 0 - 10 minutes
Wide range of materials can be processed
Processes other than drying investigated, e.g., mixing and blending of solids, size reduction, agglomeration and granulation, classification into sizes and cooling of particles
Temperature range: 20 - 100°C (±1°C)
Filter bag to retain stray particles
Power consumption: 3kw
Maximum sample weight: 5kg.
The lever shears model can be considered to be a project enabling interdisciplinary, action-oriented teaching. As well as the primary technical drawing focus of teaching, other topics that can be covered include machine elements, assembly processes, and manufacturing technology. The lever shears model forms part of the extensive course providing an introduction to technical drawing. Comprehensive and well-structured instructional material supports wide-ranging use of the model in technical training. The approach involves teaching the systematic and transferable learning matter based on an operational mechanism.
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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.
Absorption refrigeration systems operate using thermal energy. This basic principle is demonstrated in the experimental unit with the example of an ammonia-water solution with the ammonia acting as refrigerant. They use the principle of liquids evaporating already at low temperatures when pressure is reduced. In the evaporator the liquid ammonia evaporates and withdraws heat from the environment. To keep the evaporation pressure low, the ammonia steam in the absorber is absorbed by the water. For this purpose, the high concentration ammonia solution is heated in a generator until the ammonia evaporates again. In the final step, the ammonia steam is cooled in the condenser to the base level, condenses and is returned to the evaporator. The low concentration ammonia solution flows back to the absorber. To maintain the pressure differences in the system, hydrogen is used as an auxiliary gas. In the next step, ammonia is permanently removed from the high concentration ammonia solution to prevent the absorption process from being halted.
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The transmission is mounted on a table stand. The transmission is currently used in the A and B class ofMercedes-Benz. The parking mechanism must be pushed down to allow the gearboxto rotate. By compressing the disk package the function of the clutch can beexplained. The transmission can be turned easily and the gears can bechanged by hand.
Cut away are:
Transmission case
Oil cooler
Wet clutch
Timing case
Oil filte.
Modular structure, hanging box is easy for doing different experiment, easy to organize various training project, expand and upgrade are convenient.
Main Functions:
It has a safety protection function.
It can finish PLC commonly used programming instructions learning and training, PLC control car linear motion project training, PLC typical application project training, PLC control three-phase asynchronous motor running project training.
To upgrade or complete your concrete or mortar compression and flexure testing machine. Stand Alone Control Console Connected to a load frame, it provides tests throughout all phases data acquisition, display, processing, saving of the test dates, software for the print out of results and certificate.
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It can grind the teeth. And it alsocan keep balance and efficiently. Without model plate, can grind the teeth automatically. Adjustable speed, it is fast and accurate.
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With this board the students can learn to use a wide range of sensors such as those of temperature, of pressure, Hall sensor, strain gauge, capacitive, inductive, ultrasonic and infrared sensors. The design and construction of electronic circuits to solve practical problems is an essential technique in the fields of electronic engineering and computer engineering.
Circuit Blocks:
Measurement of T through a thermocouple
Measurement of T through a thermistor
Measurement of the deformation through a strain gauge
Inductive sensor
Pressure Sensor
Use of the capacitor sensor
Magnetic switch
Hall sensor
Infrared transmission and reception
Transmission and reception of ultrasonic signals.
The medium for the experiment is fed through a gap. The gap between the two elements was selected so that the transfer of heat due to convection can be ignored. It comprises a cylindrical heat exchanger with a heated inner cylinder made of aluminium and a water-cooled jacket. Due to the low temperatures and the polished surfaces, the radiation portion of the heat transfer is also negligible. This experimental unit enables experiments to be performed on steady-state thermal conduction in liquid and gaseous materials. Temperature sensors measure the temperature difference.
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Integration skills across multiple stations as well as skills specific to an individual station are covered in the balance. Overall system skills include discrete I/O handshaking, system start-up/halt, system stop/reset, and FMS programming. The first two LAPs concentrate on skills core to all stations: an introduction to mechatronics, systems concepts, safety, machine operation, sensors, pneumatic pick & place, and electrical pick & place. Stations can also be mixed and matched, enabling instructors to build and change the system as budgets allow or needs change. Stations can be easily moved apart to function as individual workstations by releasing two quick connects and one plug-in cable. Many station combinations are available to support your needs. All mechatronics stations teach operation, sequencing and programming skills.
Features:
Operation, sequencing, and programming skills
Optional Online eBooks
Introduction to Mechatronics
Discrete I/O handshaking
Student Reference Guide.
Glass Test Tank With Sintered Filter Medium On Its Base
2 Manometers With Differing Measuring Ranges To Measure Pressure Loss Through The Test Tank
Test Tank Removable For Filling
Investigation Of The Properties Of Fixed And Fluidised Beds Subjected To Liquid Flow
Steel rule to measure the height of the fixed or fluidised bed
Upward Flow To Investigate Fluidised Bed
Downward Flow To Investigate Fixed Beds
Flow Meter With Valve For Adjustment.
The equipment may be mounted vertically for demonstration purposes, or flat on the bench for experimental use. The crank length is adjustable, and the connecting rod length can be varied. Crankshaft rotation is measured by a rotating protractor scale and piston displacement is shown on a sliding scale. The apparatus shows the relationship between crank shaft rotation and piston displacement, for a fixed "cylinder".
This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. A complete instruction manual is provided describing the apparatus, its application, experimental procedure and typical test results.
Acoustic Insulation Test Unit
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The dual frame and jointing methods, allow a load capacity up to 5000N (5kN) to be applied. The internal working dimensions for mounting experiments are 1.22m x 0.76m. Should specimen beams longer than 1.22metres be used, the working gap allows the beams to run through the frame and protrude outside the working area.
Manufactured from high quality, ergonomic aluminium profile, Bench Mounted Frame comprises an upper dual frame, which creates a continuous mounting slot around all four sides of the frame thus allowing the individual experiment components to be interchanged quickly and efficiently.
The frame comes fitted with height adjustable tilting feet to enable the frame to be levelled accurately prior to use. To aid assembly a comprehensive instruction manual and tools are supplied as standard.
Backward compatibility of design allows this aluminium frame to accommodate all experiments and accessories used within the original steel frame.
To meet propelling demands of our valuable clients, we are presenting ourselves as dependable manufacturers, exporters and suppliers of a wide assortment Journal Bearing Apparatus. Owing to their quality, offered range is highly appreciated around the globe as it is manufactured as per international standards. Assisted by technically advanced facilities, this is designed by our skilled professionals who execute their work in an efficient and precise manner.
Features:
Precisely designed
Low maintenance
Highly durable.
Basic Electrical Modules And Advanced Electronic Systems has become the language that all modern cars must use in order to function. Collectively, these two terrific programs provide a solid foundation from which anyone serious about obtaining marketable skills in the constantly changing automotive world can learn.
Basic Electrical Modules And Advanced Electronic Systems is divided into two categories: basic electricity program which allows the student to transfer fundamental theory lessons into real work skills, and a basic electronic course that includes solid state components that generate the basic signals.
Basic Electrical Modules And Advanced Electronic Systems covers basic electrical concept,using individual containing actual working automotive components to build different circuits. These flame polished Plexiglas boards are silk screened with tip jacks and numbers to make building circuits easier.
