Versatile unit allowing the study of Conservation of Linear momentum
To comprise of two trolleys which runs on a precision air track which can be inclined to the horizontal
Trolleys projected along air track using catapult mechanism
Trolley mass to be adjusted by adding weights
To be a versatile apparatus which covers other kinetic principles such as motion, acceleration, Newton’s laws of motion, velocity
Comprehensive technical manual
Set of slotted weights included
To be supplied with timing gates and timer.
This instrument is a Differential Micromanometer inclinable scale and it measures the pressures or depression, low valve.
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The panel has a thin sheet metal absorber backed by riser tubes and insulating material to reduce heat loss to the rear. The collector has a purpose designed and built panel for quality and reliability. A sturdy mobile frame supports the collector. To allow users to adjust its angle, the frame has a hinge. A box with a clear cover encloses the panel, forming the collector.
It allows students to measure and find the efficiency and heat losses of a flat plate solar energy collector. This equipment shows how a flat plate solar energy collector works.
The is designed so students can study the operation and theory associated with chiller units and to study the use of an intermediate fluid for transporting thermal or refrigerating power from the production / storage site to the air conditioning plant. A Chiller Units Training Plant that is designed to study the operation of a chiller and its components. For example the thermostatic expansion valve and flow switch.
The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
Faults can be introduced using the Manual Fault Simulator or the Electronic Fault Simulator to allow the students to troubleshoot the faults and diagnose the actions required to set the plant back into the correct and efficient operating condition
The Mini Flow Channel in made of clear acrylic with an undershot weir at inlet and an overshot weir at discharge. Flow rate can be controlled by a flow control valve of the Hydraulics Bench. A dye injection system is installed at the channel inlet to observe flow patterns around models. Mini Flow Channel equipment demonstrates primary characteristics of flow in an open channel including flow patterns over or around immersed objects. It is to be used with Hydraulics Bench. Water is admitted to the channel through a cylinder with a stilling baffle to reduce turbulence. A grid on a white background is provided for easy observation of the streamlines.
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The console is divided into two control panels, each with detailedmimic diagrams. The upper panel has a single phase transmission line equivalentcircuit, and the lower panel a three-phase transmission line. The lines may beloaded by the resistive, capacitive and inductive loads included. The Transmission Line Simulator investigates single-phaseand three-phase transmission lines. The effectscan be monitored by instruments at the send and receive ends of thetransmission lines. The single-phase transmission line includes a set ofinductive impedances connected in series. The configurable simulated transmissionlines allow realistic studies of short, medium and long-distance transmissionlines under variable load and power factor conditions, as well as with insertedfaults. Tapping points allow the user to:
Change the length of the simulated line
The three-phase transmission line is in six sectionsrepresented in per-unit values.
Monitor the voltage, current and power at any point alongthe line.
Set up Pi or Tee methods of loss profiling using differentvalues of capacitance and
Facilities include:
A fault application switch and earth fault resistors allowstudies of earth fault currents and the operation of relays of varyingsensitivity.
Operating under variable balanced or unbalanced RLC loads
Provision to vary the length parameters
Select able neutral
For protection tests, current transformers in the test circuits connect to the protectionrelay fitted to the control panel.
The unit is supplied with manuals which describe all parts of the trainer, the installation and utilisation procedures, as well as many exercises with the relative results. The self-sufficient unit is composed of a reversible type reaction hydraulic machine. A dynamometric brake motor dynamometer allows to determine all the relevant characteristics of the machine. By reversing the flow, the machine can operate both as an axial pump and as a Kaplan turbine.
The Reversible Flow Axial Pump Kaplan Turbine Study Unit is available in two versions:
Computerized version unit
Basic unit in manual version.
The fan inlet and outlet ports are designed to accommodate standard duct sections of 146 mm Of aluminum diameter and comprising sleeves Sealed by O-rings and tightened by Snap closures with quick disassembly. All these sections conform to the Standards.
65 mm nozzle at the inlet of the 146 mm duct diameter
65 mm diaphragm at the inlet of the 146 mm diameter
95 mm diaphragm at the inlet of the 146 mm diameter
Venturi nozzle of 95 mm-146 mm diameter Pitot tube and through mechanism
To install additional measuring devices, two Sections and a supporting device are included :
Section 1000 mm long and 146 mm in diameter, Comprises a honeycomb flow rectifier and three fasteners For the Pitot tube.
146 mm diameter input adapter, Includes measuring points for diaphragm or Venturi trunk.
Demonstrate and study boundary layers and boundary layer growth with ease. The pressure probes ascend on an angle covering a width of one inch (25.4mm) and a height of 0.24 inches (6.1mm). The probes are approximately 0.048 inches (1.22mm) apart along the diagonal. The Flat Plate And Mouse combination has a 10-tap total pressure probe, or mouse, that can be positioned in three locations along the length of the flat plate.
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The unit consists of a storage tank, a pump, a turbine, a dynamometer, and measuring instruments. Mini Axial Flow Propeller Turbine Test Set is a self contained bench top set for studying the axial flow propeller turbine characteristics under various flow rates and heads.
Experiments:
Power output vs speed for various heads and flow rates.
Efficiency vs speed for a given head and flow rate.
Torque vs speed at various heads and flow rates.
Racing characteristics.
Basic Installation Training Package Unit may be thermally loaded for performance investigation and has a dial thermometer, Internally equalised Thermostatic Expansion Valve; High Pressure Switch; Low Pressure Switch; Liquid Line Filter Drier; Liquid-vapour Heat Exchanger; High Pressure gauge; Low pressure Compound gauge.
Basic Installation Training Package Unit consists of an air cooled condensing unit with high back pressure, high starting torque hermetic compressor, Complete with: Suction and Discharge Service Valves; Gauge Manifold Connections and Built in Motor Protector.
The evaporator is a finned coil type with fins a 5 fins per inch. Basic Installation Training Package Unit powder coated evaporator is a forced air, blow through type with removable front panel and galvanised sheet steel casing.
Suitable for Power Supply with variable voltage the braking systems and the excitation of the machines through manual or automatic operation.
Automatic regulation of excitation to keep a constant voltage
DC output: 0 to 210 V, 2 A
Power supply: 220 V, 50/60 Hz
The mechanics, dynamics and emissions are all under the control of the student. The data can be compared and trouble shooting procedures can be tested with ACTUAL results! Innovative designs makes the study of ALTERNATIVE fuels, biodiesel/LPG/CNG for heavy duty diesels a practical experience. Attached to dynamometers in the range of range, the training becomes a realistic experience.
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Mechanical Drives Wind Technology course introduces mechanical systems and develops fundamental knowledge of mechanical systems and practices. Topics covered include learning how to select, install, adjust, troubleshoot, and repair a range of mechanical systems which are commonly found in both automated and manual machines used in every industry around the world. It will cover basic safety, installation, key fasteners, power transmission systems, spur gear drives, and multiple shaft drives.
Features:
Strong Depth and Breadth of Content
Text and Audio
Built for Self-Paced Learning
Engaging Interactions
Stunning 3D Animations.
Both balances serve mainly for measurements of forces acting on models which are either towed with the help of a towing carriage through a towing tank, or which are tested in a circulating water channel.
Both balances have the same general design but a different capacity as stated below. Pressure changes have practically no influence on the force measurements. The pressure surrounding the balance can vary between high vacuum and 1 bar above atmospheric pressure.
The relationship between SHM and gravity is evaluatedusing the Katers pendulum, as well as understanding SHM in a mass springsystem. The Simple Harmonic Motion Experiments Kit enablesstudents to understand the effect of mass and length of pendulum on SHM and theperiod of oscillation.
Features:
Harmonic Motionincluding multiple practical experiments designed to further develop thestudents understanding in this field
Appliedstudent learning via Building and experimentation
Clear andconcise pictorial assembly instructions enhance the learning experience
Multipleexperimental capabilities per self-contained kit
Supplied witha detailed instruction manual, covering the theory of Simple
Hands-onLearning
Tool-Less assembly.
This trainer is consists of three axes flight control computer, Mode Controller, Mode Annunciat or, Pitch / Yaw / Roll servos, Flight Director, and a magnetic slaved HSI System integrated with cockpit controls and includes control linkages to the control surfaces of a model aircraft.
The Autopilot/ Automatic Flight Controls Trainer is an excellent resource for teaching the principles of automatic flight controls by demonstration using a complete system that encompasses all the aspects of auto pilot and automatic flight controls. This is dedicated to bridging the gap between classroom instruction and practical,hands on training. This is representative of autopilot systems used on large commercial aircraft.
This is equipped with a complete control mechanism linked to a control yoke and rudder pedals. The visual display of realistic effects enhances the perception and understanding of flight controls. The trainer, in the standard configuration consists of a large model airplane with all the main control surfaces. Any movement in control yoke and rudder pedals results in the proportional movement of the control surfaces.
The Pressure Aging Vessel pressure aging vessel is used to simulate in-service oxidative aging of asphalt binder according to procedures developed by the Strategic Highway Research Program (SHRP). The Pressure Aging Vessel consists of a vertical, stainless steel pressure vessel in a stainless steel cabinet with encased band heaters, a precision sample holder for simultaneous testing of ten specimens, a set of ten TFOT specimen trays, a pressure controller, temperature controller, pressure and temperature measurement devices, temperature and pressure recorder, and a specimen loading and unloading tool. The offered product is manufactured and designed using the finest quality components with the help of contemporary technology. The offered product is delivered to our buyers only after its proper checking on different such as dimensional accuracy, performance, finish, etc.
The Pressure Aging Vessel features a compact, benchtop design with integral ASME code section VIII, division 1; 1992 A 93 pressure vessel controlled using a 7", full-color, touch-screen display, which is tilted for greater visibility. Operating pressure is 2.10 0.05 MPa (304psi). Temperature uniformity is ±0.5°C. Temperature is 80 to 115°C and programmable from 50 to 150°C. Between 80 to 115°C the tolerance is well within ±0.1°C.
Photoelastic analysis is achieved by passing light through the mechanical stress models while a tensile load is applied. The frame has the Transmitted Light Polariscope filter and quarter wave plate mounted to rotational frames. The Transmitted Light Polariscope is a bench top mounted frame which allows the study of stress patterns and photoelasticity resulting from geometrical changes in loaded mechanical models. Transmitted Light Polariscope can be vertically or horizontally mounted onto the light box. These frames allow the rotational angle of the plates and filters to be adjusted and hence vary the colourisation seen by the user. Rubber mounting feet enable it to sit firmly onto the light source. The frame can sits in front of a light box which supplies monochromatic or white light.
Experimental Capabilities:
Photoelastic analysis of standard mechanical models
Tensile loading of beams, perforated beams, plates, overlap element
Variation of stress colourisation
Rotational position of wave plate and filters
Analysis of Crane hook under tensile load.
Intended use:
To transfer liquids in general clinical laboratory applications.
