Demonstration of the following functions:
Turning of the rotor and the pinion-starter and controlsolenoid switches
Multi-disk clutch
Meshing, starting and disengaging
Moving contact and ratchet.
Capacity: 120 liter (minimum)
RPM: 2800, 50HZ
Volt: 220 V
Current: 9.4 A (minimum)
Power: 2 HP (minimum)
Thermometer Infrared Interface Two Channels K-type thermocouple, logging and printing with two channels and preset for PC connection and software.
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mm/inch mm/inch mm/inch
Max. Planing width: 330/13 381/15 455/18
Thicknessing capacity: 177/7 177/7 177/7
Length of thickness table: 640/25 1/4 710/28 735/29
Min. Length of workpiece for thicknessing: 254/10 254/10 254/10
Feeding speed (feet per minute): 24 24 24
Cutter block diameter: 95/3.75 95/3.75 95/3.75
Cutter block speed (rpm): 4000 4000 4000
Size of dust collector port-dia: 100/4 100/4 100/4
Power required hp/rpm: 3/1440 3/1440 5/1440
Panel view Plus Learning System will be used to cover major topic areas like application editing, tags and communications, input and output objects, local messages, and alarms, diagnostics, and information messages. The Panel view Plus Learning System adds to the Programmable Controller Troubleshooting Learning System and covers how to program and operate a Panel View Plus 6 1000 HMI operator interface terminal. In addition to this system requires a Control Logix PLC System, PLC Ethernet Learning System Panel view Plus Learning System and Factory Talk View ME Programming Software. The Panel view Plus Learning System includes Panel View Plus 6 1000 with touch screen, Ethernet cable, and mounting console. Human-Machine Interface (HMI) operator stations have become commonplace in modern industry because they eliminate wiring, enable operator functions to be modified in software, and provide the ability for the operator to monitor PLC operations data. This learning system combines industry-standard components for real-world learning and durability and combines it with in-depth curriculum so that learners can practice hands-on skills while gaining the knowledge necessary to understand the reasons behind the skills that they're practicing.
Features:
Panel View Plus 1000 touch screen
Student Reference Guide
ME Studio software
Optional Online eBooks.
This recirculation is overlaid by perfusion in continuous operation. An additional tank with feed pump is provided for this purpose. The velocity of the circulation is set by the flow rate of the air. Airlift reactors are submerged reactors in which the energy input is achieved by applying gas. Compressed air is often used as the gas. During operation compressed air enters the airlift reactor at the bottom through the gas distributor. The added air mixes with the contents of the reactor and rises in the form of air bubbles. The rising air bubbles cause an upward flow. In doing so a portion of the oxygen in the air dissolves in the water. The gas-free liquid is fed back to the bottom section of the reactor in parallel to the riser. The area with the downward flow of an airlift reactor is called the downcomer. The area with the upward flow is called the riser. The remaining air bubbles leave the water at the top of the reactor. During operation the content of the reactor is recirculated through the riser and the downcomer.
Learning objectives/experiments:
Influence of the superficial gas velocity on:
Mass transfer coefficient
Mixing time
Gas content
Superficial fluid velocity
Speed measuring with a generator or with an encoder via frequency/voltage converter. Speedreference set by means of potentiometer or selector switches and under PLCcontrol. The system has been designed for the study of programmablelogic control techniques in the control of the speed of a separately excited dcmotor. Possibility of acceleration anddeceleration ramps programming. Pointer meters for motor speed, voltage andarmature current connection to PLC through terminals or connectors. The speed regulation includes two control loops: hardware current loopwith over current limiting and speed loop with external PLC control. The PI controller modulates the PWM circuit that drives the powerstage consisting of switching transistor.
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It is used both for quantitative measurements and for demonstrating complex stress states. Photoelasticity is a proven method of analysing and recording mechanical stresses and strains in components. The components used are models made of a transparent, photoelastically sensitive plastic, which becomes optically birefringent under mechanical load.
Features:
Generate stress patterns with linear or circular polarised light
Monochromatic or white light.
The Smart Flow Transmitter Learning System includes an industrial quality transmitter and student learning materials for theory and lab. The transmitter mounts to the workstation console and connects to 3 optional flow transducers: pitot tube, venturi, and orifice plate. The Smart Flow Transmitter Learning System adds to Process Control Learning System to provide a 4-20 mA feedback signal that is proportional to the flow rate measured by transducers that sense differential pressure.
Features:
Industrial-quality component
Student Reference Guide
Senses the differential pressure within the system.
All experiment elements are made in special and anodized aluminium.
Friction equipment.
Roller
Block of wheels with roar.
Friction with roar.
Foils of friction.
Set of rollers in a marc.
The simple pendulum.
Principle of wedge.
Bearings.
The set is supplied in plastics box. Oldham coupling and universal joint are used for study of relative angular displacement for the two shafts. Rotary Motion For Two Shafts Set is part of mechanical Engineering Test Series which provides sets for various experiments on Basic Panel (separately supplied) to study or demonstrate specific engineering principles.
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Data Acquisition and Analysis System Upgrade includes USB DAQ signal conditioner unit with eight analog channels, MCC DAQ software, and USB cable, power supply, data acquisition and analysis software. This system upgrades Data Acquisition and Analysis Systems with a computer card from the Materials Engineering 1 Learning System, Materials Engineering 1 Learning System Quality Assurance, and Materials Technology 1 Learning System to USB.
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A moveable pressure tapping and separate thermocouple allow the pressure and temperature within the bed at any depth to be measured. An adjustable cylindrical heater with surface thermo couple and power meter can be immersed at any level in, or out of the bed to allow measurement of the local heat transfer coefficient.
A glass cylindrical chamber with an air distribution plate at the bottom end allows the granular material supplied to be fluidized by a controlled and measured air flow.
To comprehend the action of shear and moment of resistance in a beam
To consist of 2 simple supports; a rigid aluminium alloy beam cut into two unequal lengths, with a frictionless hinge at the joint which permits minimal vertical movement, whilst allowing bending
To be part of a range of experiments designed to both demonstrate and experimentally confirm basic engineering principles
Analogue spring balance measures direct force at the cut section
Moment lever arm mechanism allows bending moment to be calculated
To observe the action of shear force and bending moment at a section in a beam and to compare the measured and theoretical values
Multiple load positions achievable
Set of slotted weights included
To be bench top mounted.
The Cone Calorimeter has been produced to be the most compact and easily maintained unit in the marketplace. It fits into the smallest of labs and is easy to operate using the user-friendly, menu-driven software, which guides users through the calibration, testing and reporting protocols. The name of the cone calorimeter was derived from the shape of the truncated conical heater the designer, Babrauskas, used to irradiate the test specimen (100 × 100mm) at fluxes up to 100 kW/m2 in the bench-scale oxygen-depletion calorimeter that he and his co-workers developed.
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It is microprocessor-controlled and contains a calibrated pressure transducer. The unit has an integral liquid crystal display that allows the user to read pressure directly. The signals ofthe pressure sensors may be output to optional Versatile Data Acquisition System. The Differential Pressure Transducer and readout is an optionalancillary to Subsonic Wind Tunnel. The control and instrumentation panel of the wind tunnel includes a location for mounting up totwo Differential Pressure Transducer modules. Using enables accurate real-time data capture, monitoring, display, calculation and charting of all relevant parameters on a suitable computer. It measures and displays pressures in Pitot-static tubes and other pressure-sensing devices fitted to a wind tunnel, with respect to the atmosphere or differential pressures. Many readings can be taken and the user may usea suitable spreadsheet software package to obtain a more accurate overview ofpressure distributions. When the Differential Pressure Transducer is used with the automatic dataacquisition unit it provides a significant advantage over conventional instruments such as manometers.
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A sturdy base contains all parts of the Diaphragm apparatus. This forms a compactproduct, ideal for use on a workbench. Two heavy flanges clamp the edge of the diaphragm to provide built-in edge conditions. The area directly under the diaphragm contains oil. The Diaphragm apparatus allows students to examine the effectof pressure on the surface profile of a diaphragm. The signals from eachstrain gauge are shown on a digital display. A digital dial gauge is fitted toa digital position indicator. The dial gauge can be traversed across thediaphragm to measure its surface profile. They can also determine thedistribution of circumferential and radial strains across its diameter. Eight strain gauges are cemented to the top surface ofthe diaphragm in various positions and at different radii. Each strain gaugecircuit is a full bridge, with high-stability resistors. Students use a hydraulic pump to increasethe oil pressure under the diaphragm. They record the strain readings and diaphragm profile at different pressures. Both instruments can connect to optionalVersatile Data Acquisition System.
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Influence Line Apparatus is to be used with Universal Base Frame or Universal Structural Frame. The bridge has a cantilever end sections and a suspended center section. The Influence Line Apparatus is used for studying the reactions under various conditions of load at all supports along a three span bridge. The deflection of the bridge can be measured by dial indicators. The location of the supports is adjustable. The supports are vertical force supports for measurement of loads.
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Free Vibrations Of A Mass Spring System fits to the sturdy Test Frame for study or demonstration. A back panel fixes to the Test Frame. The panel holds two vertical guide rods and a non-contacting displacement sensor. A test spring suspends a balanced mass platform which vibrates vertically in the guide rods. Therefore, students can easily make the link to simple harmonic motion - defined as the oscillatory motion where the restoring force is proportional to the displacement. The mass-spring system is one of the most easily explainable oscillatory systems. This is because students may already be familiar with Hookes Law, showing the force exerted by a spring is proportional to the extension.
Free Vibrations Of A Mass Spring System is part of a range that explores free vibrations in simple one degree of freedom systems.
It introduces students to key scientific terms such as:
Spring constant and Hookes Law
Oscillation damping
Simple harmonic motion and frequency of oscillation
Phase difference between displacement and its derivatives.
The is designed to connect to the to expand the experimental capability.
The has been designed and manufactured to incorporate all current safety standards.
A Computer Controlled Thermodynamic Cycle of a Piston Compressor training plant for studying the energy transfer in a compressed air system.
It includes industrial sensors and transducers.
The is controlled by a PC and software.
Experiments:
Analysing the pressure / volume diagram of the first and second stages of the compressor by experiment
Calculating the effective average pressure of the first and second stages of the compressor.
Determining the polytropic index.
Checking the operation of the safety devices:
For detailed study of the air characteristics it is necessary to connect the to the Compressed Air Dehumidification Training Plant
Using a T-s diagram for air to determine the characteristics of the thermal cycles by experiment.
