Electromagnetic Devices Study Module
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Electronics STEM Kit
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The Portable Power and Control Electronics Learning System also utilizes the industry's premier computer-based fault insertion system, which enables learners to develop key industry troubleshooting skills, and features 30 different faults to present learners with realistic electronic circuit troubleshooting experiences. The Portable Power and Control Electronics Learning System features interchangeable application panels with industry-standard components that can be set up in a wide variety of real-world machine applications. These components will help learners develop hands-on competencies with linear power supplies, solid state relays, discrete and thermal sensing devices, solid state switching, and more.
Portable Power and Control Electronics Learning System covers how to operate, adjust, and troubleshoot electronic components, circuits, and systems used in machine applications. The Portable Power and Control Electronics Learning System provides skills and topics that will be invaluable in industries like manufacturing, transportation, energy, and construction. The portable learning system allows for on-the-go exploration of the fundamental concepts of industrial power and control electronics, such as measuring temperature, speed, and analog signals.
Features:
The portable learning system allows for on-the-go exploration of the fundamental concepts of industrial power and control electronics, such as measuring temperature, speed, and analog signals
Covers how to operate, adjust, and troubleshoot electronic components, circuits, and systems used in machine applications
Includes 30 unique faults that present realistic situations that technicians encounter on the job, such as troubleshooting a power supply, an open-loop operational amplifier circuit, a pressure sensing device, and more.
The experimental device absorbs the advantages of domestic and foreign advanced teaching equipment. It uses hanging box. All experimental instruments have the digital display. All the power and instruments used in the experiments have reliable protection. At the same time it set up a reliable safety protection system. Its superior performance is the best choice of the major colleges laboratory construction. It takes full account of the laboratory's current status and future trends and makes the innovation in performance and structure.
Applications:
It is applicable to major colleges experiment teaching like electrician basis, electrical engineering, mode voltage, motor learning, digital circuit, motor and power drag, motor control, relay contactor control. Also the programmable controller experiment, the motor inverter control experiment and so on can be expanded.
This Level Control System is designed to allow numerous level control experiments to be performed within a typical laboratory session. This invention relates to an improved type of electronic liquid level control apparatus, yand more particularly toa relatively. A simple electronic type 'of controller which may be utilized to maintain substantially accurate liquid levels, within small liquid receiving chambers. A for use with very small liquid receiving chambers, such as -may be used 'in laboratory apparatus or pilot plants, or they are not adapted for use with extremely high pressure'equipment because of yinadequate packing glands or sealing means. Still other types of liquid level 'controllers are adapted to operate overa relatively wide range of level variations and are not sensitive to small changes ,in liquid' level. The unit enables students to investigate the effects of changing the parameters of the control algorithm and changes can be made to the process conditions by adjustment of the ow into the vessel. Many of the present-forms of liquid level ycontrollers are of a type which are not suitable.
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This module provides a real possibility of having the student use the kinetic energy of water to operate a turbine and produce electricity in real time. The multiple lights and the control knobs provide various load levels on the turbine to simulate brown-outs in cities. The Hydroelectric Trainer Module allows students to convert water power to electricity like many large scale hydro-power plants. Running water from rivers and waterfalls were the primary energy sources for various societies that existed centuries ago. The module has a turbine and an adjustable pressure control that emulates the flow and volume of water. The trainer panel has all parts and controls that allow a student to harness the electricity for different uses.
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The product is a magnetic absorption electrical demonstration experiment. Component module on the front screen printed circuit symbols and values, closed module bottom using transparent plastic production, visible internal components, equipment components should include: a digital ammeter, the range is not less than 5A, precision 0.01A, a digital voltmeter is not less than 20V, precision 0.1V, battery box two groups, the maximum series Combined 12V, three lamp holder and light bulb (4 3.8V/6V each), single knife and double throw switch two, single knife switch three, resistance 5 Omega /5W, 15 Omega /5W, 20 Omega /5W each, 10 Omega /5W two, connection cylinder six, sliding rheostat 20 /2A one, nickel chrome wire, copper wire, wire each 2 meters, connecting wire not less than 40 root, digital current The meter and voltmeter are displayed with high brightness digital tube. The bottom of all parts is composed of magnetic absorption independent component module. The modules can be directly adsorbed on the blackboard at the time of experiment. It has greater visibility, strong three-dimensional sense and convenient teaching demonstration experiment. The module should be placed in the hand-held plastic box for convenience. The size is not less than 0.8 inches. The size of each module is not less than 85mm*35mm*35mm.
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Electric Heating Mantle and Electromagnetic Stirrer 1000ml
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Learners use these industrial components to study the operation, installation, and applications for electric relay control of AC motors. Portable Motor Control Learning System features standard industry components like a 3-phase AC squirrel cage motor and uses 3-phase AC for power and 24 VDC for control all packed within a space-saving, portable product.
The Portable Electric Motor Control Learning System
Control Learning System to teach valuable troubleshooting skills that will prepare learners for real-world problem solving.
Also includes lockout/tagout components to teach vital safety steps when working with industrial motors. Electronic fault insertion can be added to the Portable Electric Motor.
The AC Electronic Drives Learning System teaches learners how to troubleshoot electronic drive motor control circuits under realistic conditions with circuit faults that can be introduced throughout the system. AC Electronic Drives Learning System teaches industrial AC electronic motor drives that are used to provide accurate control of speed, position, and acceleration in applications such as CNC machine tools, conveyors, robots, mixers, and presses. Learners study industry-relevant skills including how to operate, install, tune, and troubleshoot three major types of AC systems: AC vector-type spindle drives, AC servo axis drives, and AC variable frequency drives. The AC Electronic Drives Learning System includes a manual fault insertion system, AC vector spindle drive panel, AC general purpose drive panel, AC servo axis drive panel, a .75 HP induction motor, and a 1 HP brushless servo motor. This factory automation training system uses industrial quality components to both standup to frequent use and to help learners become better prepared for what they will encounter on the job.
Features:
Heavy Duty Welded Steel Workstation
Industrial Standard Drives and Motors
Fault Insertion
Industrial Loads-inertial and friction
Built-in Instrumentation
Interchangeable Drive Panels
Industrial Safety Devices
Student reference guide
Multimedia curriculum available.
This display may be used for demonstration and for hands-on training assignments for the students. The nose gear is mounted on a sturdy steel frame, allowing full access to the landing gear.
Features:
1-Tire Assembly
Shimmy dampener
Nose steering mechanism
Shock absorber
Taxi Light
Oleo strut
Dimensions: 36 L x 32 D x 50 H inches
Large steam sterilizers are used for bulk sterilization processing and are typically found in the hospital's central supply department. Most operating suites and labour and delivery areas are equipped with smaller units for their own routine needs; however, areas that perform a great deal of sterilization may require large sterilizers.
Large steam sterilizer (autoclave) designed as tabletop model with a capacity of 80 litre featuring a front-loading door, suitable for bulk sterilization of wrapped, unwrapped, solid and hollow items as well as porous loads such as drapes and gowns. Electrically powered, requires a single-phase power grid supplying 230 volt, 50/60Hz, 7.4 kW.
Steam sterilization kills microbes effectively and is often viewed as the gold standard of healthcare sterilization methods. Typical items to be sterilized include surgical instrument packs, surgical implants, irrigation fluids, devices intended for and used by patients in isolation, and obstetric and dental instruments. Steam sterilizers use pressurized steam to generate moist heat to eliminate viable microbes from non-heat-sensitive medical devices, including heat-tolerant products used for surgical and general patient care.
The Power And Control Electronics Learning System features interchangeable application panels with industry-standard components that learners will use to set up a wide variety of real-world machine applications. Power And Control Electronics Learning System explores the fundamental concepts of industrial power and control electronics and their applications, such as measuring temperature, speed, and analog signals. These panels will help learners to cover concepts like linear power supplies, solid state relays, discrete and thermal sensing devices, solid state switching, and more The Power And Control Electronics Learning System also utilizes Fault Pro, the industry's premier computer-based fault insertion system, which enables learners to develop key industry troubleshooting skills. This learning system will teach learners how to operate, adjust, and troubleshoot electronic components, circuits, and systems used in machine applications across industries like manufacturing, transportation, energy, and construction. The Power and Control Electronics Learning System features 30 different faults to present learners with realistic troubleshooting experiences.
Features:
Industrial Quality Components
Safe and Flexible Storage Mounting
Computer Based Fault Insertion
Real World Applications
Optional Online eBooks.
Transparent plastic box packaging, electrode types by graphite, copper, zinc, magnesium, iron, tin.
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New Energy Pure Electric Powertain Disassembly and Assembly Training Platform
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These are all original industrial parts that have been prepared such that individual active parts are clearly visible to the user, but their mechanical functionality is retained in full. The range consists of a series of different cutaway models of drive system components. Each of the cutaway models is firmly mounted on a base plate to which hand grips are also attached for carrying. Drive is by hand in each case.
Features:
Demonstration of machine components and illustration of their operation.
Hydraulic systems are very common in drive engineering. The set enables the trainee to study both hydraulics and electric systems. Components Set Electrohydraulics enables to set up various electrically controlled drives. These drives are often electrically controlled. Therefore, hydraulics and Electrohydraulics are very important for vocational training.
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The trainer allows studying the Energy Efficiency in a hydraulic circuit with motor driven pump controlled by an inverter. Trainer for the study of the Energy Efficiency in the control of electric motors.
Training Objectives:
Introduction to the different sensors/actuators used in this trainer and their main features (float switch, flow sensor, pressure sensors and solenoid valves)
Learning and setting a Multifunction Network Analyzer (MNA)
Learning and programming an industrial Variable Speed Drive (VSD)
Learning the energy savings with electric motors and drives
Possibility to import data (saved on micro SD card) in Microsoft Excel environment for processing.
Introduction to electric motors
Learning and programming an advanced PLC with operator interface.
WholeSystemElectronicEngineeringLab-lab-1707919146.jpg "New Energy (Battery Energy Vehicle) Whole System Electronic Engineering Lab")
New Energy (Battery Energy Vehicle) Whole System Electronic Engineering Lab
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