The system acts as a wind tunnel where the design of a wind turbine can be tested and the power output measured in DC amps and volts. The power can be directed towards a bank of lights or for external use. The maximum power produced by the generator is 5 amps at 20 volts DC. Wind Power Generator removes the uncertain weather conditions by having a built-in wind power source. The trainer has wind speed measurements and DC meters showing voltage and current. The electrically driven fan which is an integral part of the unit, is capable of simulating wind power speeds up to 25 mph. Wind speed measurement can be taken easily with a handheld picot tube connected to a meter calibrated directly in mph. There are several out-puts and load adjustments making the electricity generated easy to use and test by the student. The wind is generated by a 120 volt motor with dual speed settings which the wind turbine converts this energy to electrical power. The generator output can also be connected to an external load. The electrical load is taken up by internal resistors, both fixed and variable.
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In conjunction with the control panel Controls CAN-Bus this unit can be controlled and connected to the network. The Wind shield Wiper LIN Bus module panel expands your system to a modern wind shield wiper system.
Features:
Use standard workshop measuring and testingdevices for diagnosis and troubleshooting
10 x connectors in 4mm safety design, 2 xwith a bridge plug, for wiring and for measuring
Connect all original automotive componentsaccording to the wiring diagram
Wiper is designed with original linkageredirector, with 6mm glass pane and rain sensor
Integrating the LIN bus components in thenetworked system
Cross linking of the system by connectingpower supply and bus lines of all control units, thus all lines are measurableand can be separated for diagnostic purposes.
Learning Objectives:
Selecting and using electrical measuring andtesting devices
Measurement and evaluation of electricalvalues and signals
Read and use vehicle wiring diagrams
Identify electrical and electroniccomponents, assemblies and systems
Data communication with LIN-Bus
Testing and maintenance of electrical andelectronic circuits.
It allows simulating the wind force and direction. System composed of: wind speed and direction sensor, power supply, fan, potentiometer, measurement circuit.
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Features:
Materials of Construction:
Tunnel: Acrylic sheet or laminated glass up on requested.
Tail Pipe : Galvanized sheet metal.
Bell Mouth : Sheet metal
Blower : AC/DC motor , adjustable speed.
Smoke Generator : Oil Burning type 1 outlet port.
Electrical Supply : 380 vac 50 Hz, 3 phase.
Air Speed Indicator : Propeller type 0.4 - 30 m/s. , digital display.
Air Distributor : Acrylic sheet or aluminum sheet.
Wind Tunnel Flight Demonstration:
Tunnel Width : 60 cm
Tunnel Height : 40 cm
Tunnel Length : 100 cm
Visualisation of streamlines flowing around and through different models
Low-turbulence flow through stabilisation chamber with flow straightener
Scale for displaying the angle of attack
Distributor with nozzles for injecting the fog
Four different models, angle of attack at aerofoil and guide vane profile adjustable
Open wind tunnel with radial fan and a fog generator
Operation with non-toxic and water-soluble fog fluid
Illuminated experimental section with sight window and black background.
Wind Tunnel Test Instrument
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Wind Turbine Generator Control Troubleshooting Learning System allows learners to gain adaptive skills for generator system operation, adjustment, and troubleshooting in a wide variety of situations. It helps learners to develop and practice both wind turbine component and system level skills and gives them the classroom instruction and hands-on experience that they need to succeed in this emerging and growing field. They know how to service, operate, and troubleshoot the generator control system, which includes the generator, rectifier, generator control unit, power distribution panel, pad mounted transformer, and generator control software. Wind Turbine Generator Control Troubleshooting Learning System also includes unique electronic fault insertion system, which lets learners gain hands-on experience with the troubleshooting of realistic generator control problems, as well as receive automatic feedback on their progress. The generator control system is the heart of a utility-scale wind turbine, converting mechanical rotation of the hub into clean, 3-phase power that synchronizes with the utility grid. Keeping these turbines operational and well maintained requires a specialized skill set, and wind turbine technicians possess these skills. Furthermore, Turbine Generator Control Troubleshooting connects to Nacelle and Hub workstations to create a comprehensive wind turbine learning laboratory.
Features:
Computer Based Fault Insertion across All Key Subsystems
Real-World, Utility-Scale Turbine Generator Control Experience
Connects to Nacelle and Hub workstations to create a comprehensive wind turbine learning laboratory.
Experimental Capabilities:
1. Plotting curves generator features:
Torque according to the generated current.
Active three-phase power based on the rotation speed.
Three-phase voltage according to the rotational speed.
Three-phase reactive power according to the rotation speed.
Voltage depending on the rotation speed.
DC power based on the rotation speed.
2. Study of wind generation operation and provision of energy to the network.
3. Plotting curves of performance: Electrical power to network / generator load.
4. Rectifier efficiency.
5. Determination of optimum operating points under changing wind conditions.
6. Calculation of torque / current and voltage / rotational speed.
7. Analysis of the energy fed into the grid.
8. Plotting power / speed curve.
Windings:
Coils for motors
Coils:
Maximum diameter of the coils: 180 mm.
Maximum width of the coils: 200 mm.
Wires:
Minimum diameter: 0.1 mm.
Maximum diameter: 2 mm.
Winding modes:
Both automatic and manual winding modes.
Dimensions: 700 x 700 x 1700 (h) mm
Motor:
Three phase motor with brake, 0.75 kW
Windings:
Coils for motors
Coils for transformers
Coils:
Maximum diameter of the coils: 180 mm.
Maximum width of the coils: 200 mm.
Wires:
Minimum diameter: 0.1 mm.
Maximum diameter: 2 mm.
Winding modes:
Both automatic and manual winding modes.
Wire guide with automatic displacement.
Dimensions: 700 x 700 x 1700 (h) mm
Motor:
Three phase motor with brake, 0.75 kW
The system is an ideal complement to your analog basic equipment anddeals with rotary electric motors with gear lever, wipe-wash interval relay andwashers pump. The panel can also be operated individually. The Windshield Wiper module panel expands you system to a conventional wind shield wiper system.
Features:
Use standardworkshop measuring devices
28 xconnectors in 4mm safety design, 4 x with a bridge plug, for wiring and formeasuring
Connect alloriginal automotive components according to the wiring diagram
Conventionaltwo-stage wiper with transmission and lever.
Learning Objectives:
Identifyelectrical and electronic components, assemblies and systems
Testing andmaintenance of electrical and electronic circuits
Read and usevehicle wiring diagrams
Connectingcirculating electric motors and control via relay interval
Selecting andusing electrical measuring and testing devices
Measurementand evaluation of electrical values and signals
Switching oftwo speeds and parking position.
Terminal block receptacles are provided for diagnostic test points. The Wiper And Washer System Trainer allows for the demonstration of a complete wiper and washer system using real-world components. It includes the following:
Wiper/washer switches
Lockable fault box with 4 faults
Section of wiper transmission
OEM Wiper motor
Washer fluid pump
Linkage enclosed in a clear plastic enclosure for safety
Requires a 12VDC power supply to operate
Test points for diagnosis.
Educational Advantages:
Ability to test and verify a basic wiper and washer circuit.
Four operational faults can be inserted to promote student diagnostic troubleshooting competencies.
Ability to visualize the operation of wiper/washer switches, wiper motor and washer pump.
Includes wiring schematics.
Wiper Washer System Trainer allows for instructor demonstration, student hands-on reinforcement and troubleshooting practice. The Wiper Washer System Trainer is part of an electrical system program which presents the live operation and study of wiper washer systems. Powered by a 12VDC automotive battery or a 12VDC/23A power supply (not included).
Features:
Provides an advanced level of instruction by duplicating actual on-vehicle troubleshooting procedures.
Hard faults can be inserted by using the built in keypad on the Wiper/Washer System Trainer.
Ability to perform actual service manual test procedures.
Intermittent and hard faults can be inserted using the Instructor New vehicle components, connectors, and factory wire colors.
Management Program (IMP) via a computer connected to the trainer.
Battery posts are protected against polarity reversal.
Includes external power supply for uninterrupted fault operation.
Courseware includes Instructor Guide, Student Manual, and Service Manual Information.
Compatible with Instructor Management Program.
User interface displays built in scan tool data.
Drop Forged from Carbon Steel
Hardened and Tempered
Wireless Carbon Dioxide Gas Sensor
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Wireless Colorimeter Sensor and Turbidity
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Wireless Conductivity Sensor
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