The Steam Electrical Generator Trainer uses a natural gas boiler to generate steam which is then expanded in a steam turbine, converting the heat energy of the steam into electrical energy via the turbo-generator. Steam Electrical Generator Trainer demonstrates the conversion of stored chemical energy to electricity the primary method of generating electricity used today. The Steam Power generation Thermodynamics Trainer is purpose designed and built for hands-on education and training on topics related to steam generation, power generation and control.
Steam Electrical Generator Trainer is a real system that generates electricity from a natural gas fuel on a small scale. Steam Electrical Generator Trainer is mounted complete on a single skid allowing for compact installation. Industrial type process components, process measurement and control devices have been used throughout the trainer to provide the student with a realistic training experience using equipment common to industry. In every other respect the system is designed, operated, controlled, and maintained in the same way as the full-scale industrial electrical generating facilities.
Components:
DC Power Switch with indicator light
Master Power Switch with indicator light
Solder-tail aircraft connector
Audio alarm
Circuit Breakers
DC power buss
Relays
Switches
Terminal strips
Voltmeter
Ammeter
Indicator lamps
Power Requirement: 110V AC or 220V AC
Dimensions: 18 L x 18 W x 10 H inches.
Electrical Drive Trainer
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Electrical Tool Box Complete
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Turbine Electric Hub Troubleshooting Learning System teaches learners adaptive skills for wind turbine operation, adjustment, and troubleshooting in a wide variety of situations. Turbine Electric Hub Troubleshooting Learning System allows learners to develop and practice component, subsystem, and system level skills. Wind turbine electric hubs present unique operational and maintenance challenges. Wind turbine technicians must pinpoint and resolve a wide variety of situations where the hub is key, especially in changing load conditions. Their troubleshooting and problem solving skills have to be excellent to keep wind turbines operational. Additionally, Turbine Electric Hub Troubleshooting will connect to the Turbine Nacelle Learning System and the Turbine Generator Control Troubleshooting Learning System to create a complete wind turbine learning experience. It is fully functional like a utility-scale turbine electric hub. Turbine Electric Hub Troubleshooting Learning System includes unique electronic fault insertion system, which allows instructors to electronically create realistic hub problems and then track the learners progress in solving the problem.
This system includes a mobile workstation, blade simulator with 3-axis servo system, pitch control unit, emergency power unit, blade simulator, pitch control software, and fault insertion system. Turbine Electric Hub Troubleshooting Learning System is an effective training platform for wind turbine technicians.
Features:
Control Troubleshooting Learning System to create a complete wind turbine learning experience
Connects to the Turbine Nacelle Learning System and the Turbine Generator
Utility Scale Turbine Electric Hub Experience
Computer Based Fault Insertion.
Instrumented DC Electric Torque Wrench Learning System uses industrial quality components to help assure that students are better prepared for what they will encounter on the job and to withstand frequent student use. The Instrumented DC Electric Torque Wrench Learning System includes a tool panel with a DC right angle electric nutrunner, 19MM socket, 5M DS cable, control box, multimedia based student learning materials for both theory and lab, and teachers assessment guide. The multimedia based curriculum can be accessed locally or web delivered, allowing businesses to increase delivery of high quality assembly practices in far flung organizations. The multimedia based curriculum includes virtual simulation of key skills, allowing learners to practice skills in advance of actually working on the equipment.
The Instrumented DC Electric Torque Wrench Learning System teaches learners how to assemble a threaded fastener using a torque wrench. These tools combine both speed and precision, making them a popular choice in todays workplace.
Features:
Industrial quality components
Hands-on skills
Teaches learners how to assemble a threaded fastener using a torque wrench.
The system is laid out to depict a typical aircraft electrical system, and contains standard aircraft components and wiring. This is a complete functional simulation of adual-engine 28 V DC electrical system of a typical turbine aircraft. The aircraft electrical system trainer is an ideal resource to teach about an aircraft multi engine electrical system. By using this trainer, students not only learn the functionality of each component, but they also develop logical and systematic approach to perform troubleshooting tasks.
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Electric Service Rubber Gloves
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The dynamometers can be supplied with the standard height of the vertical streamlined profile or with an increased height of the vertical streamlined profile as described below. The three dynamometers are of the same general type but differ in size and capacity as shown below. Full technical details of the dynamometers are provided below.
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Electrical Work Table With Console
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Physics Lab Sets Electricity
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Electricity and Electronics Fundamentals Trainer
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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.
Measurement of AC voltage, current, power, active energy, reactive energy, apparent energy, power factor and frequency.
Measurement of dc voltage, current, power and energy.
Alternate voltage: 450 V
Alternate current: 20 A
Direct voltage: 300 V
Direct current: 20 A
Power: 9000 W.
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.
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.
