10 litre capacity stainless steel jacketed vat
Steam ejector
Condenser
Stainless steel pressure vessel
Electrical heating of the oil
Comprehensive control panel and instructions
Liquid ring vacum pump
Internal cooling coil
Polishing filter
Extraction pump
Vacuum to 1 Torr
Internal steam sparge.
Temperatures to 250°C.
Structural Specifications:
Diagram in the front panel with similar distribution to the elements in the real unit.
Quick connections for adaptation to feed hydraulics source.
Stainless structure.
Screws, nuts, plates and all the metallic elements in stainless steel.
Electromagnetic flow rate sensor
4 ball valves with electric drive
Measurement of flow rate, differential pressure, system pressure and temperature
20 tube manometers to measure the pressures in the filter bed
Plotting of Micheau diagrams
Depth filtration with sand filter
Filter velocity adjustable
Sand filter backwash possible
Raw water and backwash pump.
Derivative action controller suitable for closed loop continuous control systems.
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The Design of Structures Learning System also introduces learners to the various roles that civil engineers can assume in the residential, transportation, and industrial fields. The learning system features world-class curriculum that intertwines theoretical lessons, such as how to calculate the bending stress in beams, with practical skills like building and testing a Warren Truss bridge. Design of Structures Learning System covers the design, construction, and analysis of structures such as bridges, buildings, and tunnels.
These components will help learners to build skills that can be applied in the workplace, which is one example of how transforms the global workforce one life at a time. The Design of Structures Learning System includes components such as two bridge component sets that can be used to construct a variety of Truss bridges, a beam component set to show how different loads affect beam stress, and a data acquisition system to test the stress on various components.
Features:
Construct Test Bridges
Practice Data Acquisition Skills
Learn Roles of Civil Engineers
Learn from Highly Interactive Multimedia.
Calculate the Bending Stress in Beams.
This kit includes a three phase wind turbine, Polycyrsralline Photovoltaic panel, an LED based PN Junction demonstration, Proton Exchange Membrane fuel cell with storage tanks, bussed positive and negative power distribution, unique multi-color LED visual volt-meter, instructional software, and data acquisition. Desktop Alternative Energy Trainer education set is a modular desk-top workstation designed to demonstrate the principles of a complete clean energy infrastructure on a small scale.
Experiments and function tests of alternative energy will now be quantifiable in real time for voltage, current and power. The data acquistion interface allows students to see visual measurements and a graphical display of performance characteristics.
The transformer core, primary & secondary coil of instrument can be disassembled and recombined. The instrument consists of transformer U-shaped core, primary coil, secondary coil and transformer assembly-disassembly solid support. It is a demonstration experimental instrument used in middle school physics electromagnetic and electronic chapter teaching.
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The detachable transformer is equipped with 4 sets of induction voltages, 6V, 8V, 9V, 12V, 24V.
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The components used are common in drive technology and therefore closely related to practice. A three-phase AC motor with variable speed via frequency converter serves as the drive unit. An electromagnetic brake is used as the brake unit. The unit is a complete test system with drive and brake unit and two different gears. Driving and braking power are calculated to determine the efficiencies. The constant braking effect can be very finely adjusted via the exciting current; it then serves as a tunable load. The properties of the magnetic particle brake can be investigated in an additional experiment. Motor and brake are mounted on pendulum bearings in order to determine the torques. The forces are measured by spring balances and lever arms. A two-stage spur gear and a worm gear are available to be studied. The characteristic properties of the gear are adapted to the performance of the motor. Flexible couplings connect the gear to the motor and the brake. The speed of the motor is detected contact-free by means of an inductive displacement sensor on the motor shaft.
Determination of torques on motor and brake via spring scales and lever arms
Three-phase AC motor with variable speed via frequency converter
Magnetic particle brake with adjustable braking torque via exciting current
Inductive speed sensor on the motor
Determination of mechanical efficiency in gears
Investigation on worm gear and 2-stage spur gear
Display of speed and exciting current.
Experimental unit to determine the settling velocity of different spheres
Sluice to remove the spheres from the cylinder
2 transparent cylinders
10 spheres of various densities and diameters
Marking of the measuring section
Cover with guide tube to insert the sphere
Stopwatch to measure the sedimentation time
2 areometers to determine the density of the fluids.
Throttling calorimeter for vapour content x>0,95, with water-cooled condenser
Two different ways to determine the vapour content
Separating calorimeter for vapour content 0,5<x<0,95, with water-cooled after cooler
Accessory for steam power plants
Safety valve for safe operation.
The equipment can be used only with the flexure Servo-Plus Evolution testing machines models:
Flexure high stiffness frame 200kN capacity
Flexure open-side machine, 150kN capacity.
Flexible system that can be used for the study of fluid properties and particles resistance coefficients.
Autonomous equipment requiring only power supply.
Determination Of Viscosities And Resistance Coefficients equipment is designed to determine the viscosity of different liquids and to study resistance coefficients of various geometric shapes.
Development and Educational Board Module
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The module is also provided with terminals for the power supply of the sub-modules. The development module includes 9 free slots on which electronic expansion sub-modules can be inserted. The connectors give access to the internal input and output points of the sub-modules. Each slot contains connectors in its upper as well as in its lower side.
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This supplement to the universal material tester enables deep-drawing and cupping experiments to be performed to assess the material properties of thin sheet. A mirror permits the underside of the specimen to be observed and thus makes it possible to see exactly how cracking starts. The deep-drawing conditions are similar to those used in practice. A sheet specimen is clamped between the die and the holder. The specimen is then deformed using a spherical punch until it cracks. Using these device thin sheets up to thickness of 2mm can be investigated.
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Test specimens made of electrical grade copper
Shearing anvil and tension lug made of hardened steel
Supplementary experiment for the universal material tester for shear loading bolts
Double shear method avoids misleading bending stresses.
Device With Central Screw can be foreseen on all models of concrete compression machines, except High Stability models. Recommended solution for machines equipped with big sized platens. Very practical to adjust the light between the compression platens of a machine, according to the height of the specimen to be tested.
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The product is composed of a base, a supporting rod, a measuring cylinder, a dew ring, a comparison ring, a mixer, a latex pipe, a sucking ear ball, etc. The base is made of ABS engineering plastic.
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It is used for mathematics content demonstration about crystal structure in high school chemistry and physics, enhancing space concept of student, and helping students to understand characteristics of crystal structure.
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