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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Classroom DNA Electrophoresis Lab Station
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With very low noise level for small capacity.
Air intake: 50 litres/min.
Max. working pressure: 8 bar or 116 PSI
Tank capacity: 24 litres
Noise level: 40 dB
Motor power: 0.34 kW or 0.45 HP
Dimensions: 40 x 40 x 60 (h) cm.
Weight: 25 kg.
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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Rockwell Hardness Tester Electronic Engineering Lab
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Gel Electrophoresis Kit
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This Flow Control Apparatus is designed to demonstrate automatic control of the ow of water delivered by a centrifugal pump. The present invention relates to a flow control apparatus for a positive-displacement pump such as rotary-vane pump, plunger pump, gear pump, and more particularly to the flow control apparatus for keeping a flow rate of fluid discharged from the pump at the high rotational speed which is lower than a flow rate of fluid discharged from the pump at the low rotational speed. The unit enables students to investigate the effects of changing the parameters of the control algorithm (proportional band, integral action and derivative time) on the control capability of the system.
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Polycarbonate injection molding.
Small glass board, 100*74mm 4 pieces.
Inclined plate 2, wire 1 pay.
Product size: 140 * 100 * 120mm, Gel plate specification (L * W): 105*185mm. Sample box: 15 teeth, 10 teeth, 4 handles each.
Electricity and Electronics Fundamentals Trainer
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Pendulum Impact Tester Electronic Engineering Lab
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DC Electronic Drives Learning System will cover major DC electronic drive topics like DC motion control, silicon controlled rectifier control, DC spindle drives, DC servo axis drives, DC pulse width modulation drives, and DC drive troubleshooting. DC Electronic Drives Learning System covers industrial DC electronic motor drives used to provide accurate control of speed, position, and acceleration in applications like CNC machine tools, conveyors, robots, mixers, and presses. The DC Electronic Drives Learning System includes a mobile training console, power supply, isolation transformer, control panel with control components and instrumentation, DC spindle drive panel, DC servo axis drive panel, DC PWM drive panel, DC shunt wound motor (1 HP), DC permanent magnet servo motor (1 HP), and resistive load unit. The DC Electronic Drives Learning System offers a variety of drive and motor brands and models to give learners a comprehensive learning experience that will better prepare them for what they'll see in the field. This learning system also trains learners how to troubleshoot electronic drive motor control circuits under realistic conditions with circuit faults that can be introduced throughout the system. This system uses industrial quality components for durability and to help learners become acquainted with what they will encounter on the job.
Features:
Industrial Loads-inertial and friction
Built-in Instrumentation
Heavy Duty Welded Steel Workstation
Interchangeable Drive Panels
Industrial Safety Devices
Fault Insertion
Multimedia curriculum available
Industrial Standard Drives and Motors
Optional online eBooks.
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 design of the transparent top cover is opening type.Polycarbonate injection molding.
Gel plate specification (L * W): 60 * 60mm, respectively 6 teeth, 11 teeth each.
No leakage gel tray 2, wire 2, removable electrode rack and electrode head.
Product size: 190 * 100 * 60mm.
Ion Chromatograph With Conductivity and Electrochemical Detector
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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.
