Self contained, fully operational AutomotiveLighting System, manufactured using real components.
A functional contact breaker ignition is mounted on the board.
The system is powered by a 12 V DC batteryfor the electrical circuit and by 240 V AC for the speed controlled motor.
Demonstration board using original componentsincluding headlights, side lights, indicators and spotlights. The alternator ismotor driven via a special controller to demonstrate the charging circuit.
This training stand is especially developedfor practical use in the appropriate learning fields. The inputs and outputs of theinstalled components are displayed in digital printing on the front panels. In addition to the wiringaccording to the circuit diagram, the diagnosis and programming using workshoptester via OBD is also possible. A special film allows you to write on the panel with water-soluble pens. This ensures high practicality. For better identification of the CANconnections between the control units, laboratory cables are supplied with 4 mmsafety sockets in different color coding. The necessary connections betweenthe control unit and the components must be made according to the wiringdiagram by the trainees themselves.
Components:
Control unit
Steering control unit with switch unit
Light switch
Wiper Motor
Steering control unit with switch unit
Diagnostic Interface
Headlight range control adjustment manually
Rear lights including fog light and reversinglights
Brake Light
Brake Light Switch
H7 Headlights
Fog lamps with associated control unit
Static Cornering Light
Complete Trailer Lighting on the back side
Hazard warning switch and interior light withdoor contact switch.
Equipment:
Immediately use able and wheeled functional model
Regulated power supply
All necessary connecting cables
Lockable Failure Box on the back side
OBD diagnostic interface
On the front panel marker pens can be used.
Learning objectives:
Testing and maintenance of electrical andelectronic circuits
Selecting and using electrical test andmeasurement equipment
Naming of electrical and electroniccomponents, assemblies and systems
Measuring and assessing electrical parametersand signals.
In conjunction withthe control panel Controls CAN-Bus or Bus Technology Basics this unit can beused and connected according to the circuit diagram. The Tail Lights Can Bus module panel expands your system to all standard rear lights of a modern car.
Features:
Connect all original automotive componentsaccording to the wiring diagram
Use standard workshop measuring and testingdevices for diagnosis and troubleshooting
43 x connectors in 4mm safety design, 4 x witha bridge plug, for wiring and for measuring
Quick and easy insertion of hidden practicalerrors in the circuit design, also to be combined with faults from the controlpanel Controls CAN-Bus
Integration of the CAN-Bus trailer controlunit in the networked 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:
Read and use vehicle wiring diagrams
Selecting and using electrical measuring andtesting devices
Measurement and evaluation of electricalvalues and signals
Data communication with CAN-Bus to trailer
Testing and maintenance of electrical andelectronic circuits
Identify electrical and electronic components,assemblies and systems.
This module panel expands your system to allstandard front lights of a modern car. CAN Bus or Bus Technology Basics this unitcan be used and connected according to the circuit diagram. In conjunction with one of the controlpanels like Controls Analog Controls.
Features:
Quick and easy insertion of hidden practicalerrors in the circuit design, also to be combined with faults from the controlpanels like Controls analog or Controls Can Bus
Connect all original automotive componentsaccording to the wiring diagram
Terminal designations according to withschematic print
32 x connectors in 4mm safety design, 4 x witha bridge plug, for wiring and for measuring
Use standard workshop measuring and testingdevices for diagnosis and troubleshooting.
In conjunction with the control panel Controls CAN-Bus this unit can be used and connected according to the circuit diagram. This module panel expands your system to all standard front lights of a modern car with CAN Bus instrument cluster.
Features :
Use standard workshop measuring and testingdevices for diagnosis and troubleshooting
36 x connectors in 4mm safety design forwiring and for measuring
Connect all original automotive components according to the wiring diagram
Terminal designations with schematic print
It is composed of laser generator, fixed mount, extender lens, magnet and tripod. It consists of semiconductor light-emitting devices, electronic circuit and lens, it emits 630nm-680nm red laser and is good light source to study geometrical optics in physics.
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A motorcycle lighting & charging system trainer can be based on any model of your choice. The Motorcycle Lighting And Charging System Trainer includes a complete OEM motorcycle lighting and charging system. This custom trainer can be designed to incorporate any components you require.
Educational Advantages:
This custom trainer can be designed to incorporate any components you require
Complete lighting system
A motorcycle lighting & charging system trainer can be based on any model of your choice
Complete charging system
Manual fault box with 4 faults.
The trainer is built to help the student evolve from building basic circuits to more complex electrical troubleshooting. Due to the fact that the trainer is fully modular, additional can be added to follow technical evolutions in motorcycle and light vehicle industry. The Motorcycle Lighting And Accessory Systems Trainer contains OEM system components (application varies) mounted on modular plastic plates called where the student completes all of the system wiring. A built-in regulated and protected 12 power supply and fault box is included with the trainer for each side. The trainer is mounted single- or double-sided to allow more than one group of students to work simultaneously on the trainer.
Educational Advantages:
The trainer can provide multiple student work stations accessible from either side
Lighting and accessory systems respond to inserted faults (12) with real world symptoms
Students can build a complete motorcycle lighting or accessories circuit and simulate a switched-off immobilizer.
A consists of a clear Plexiglas sheet with components, wiring and socket test points attached. The Single Sided Automotive Lighting System Trainer With BCM utilizes the design feature which allows unlimited expansion capabilities.
Educational Advantages:
The trainer can provide multiple student work stations accessible from either side when equipped with optional upgrade kit
Students can build a complete automotive lighting system with BCM control
Lighting system responds to inserted faults with real world symptoms.
The Single Sided Automotive Lighting System Trainer is attached to the trainers using disconnect fasteners which allows easy adaptation and configuration for different applications. The Single Sided Automotive Lighting System Trainer utilizes the design feature which allows unlimited expansion capabilities. A consists of a clear Plexiglas sheet with components, wiring and socket test points attached.
Educational Advantages:
The trainer can provide multiple student work stations accessible from either side when equipped with optional upgrade kit
Students can build a complete automotive lighting system
Lighting system responds to inserted faults (10) with real world symptoms
Includes an instructor and student manual correlated to tasks with student assignments and activity sheets with answer keys.
A fully functional vehicle lighting and accessory system can be used for demonstrations and diagnosis/troubleshooting assignments.
Multi-function switch operates as in a real vehicle.
Scan tools can be connected to the DLC providing OEM data stream information, trouble codes and diagnostic PIDs for student diagnosis and troubleshooting.
Students have clear access to all vehicle lighting and accessory systems and components without the access limitations of body panels.
Operational faults can be inserted into the system for real-world experience with system problems.
Functional instrument panel with indicators
Students can use included wiring diagrams to assist in trainer diagnosis and troubleshooting
Trainer comes equipped with a 120VAC to 12VDC protected power supply
DLC allow OEM bi-directional control using a scan tool for applicable circuits
Constructed from a real vehicle, any needed repair parts can be obtained from local auto parts distributors.
Lightweight hairnets feature a 0.25 in. opening and are flame-resistant and latex free. Available in regular or large sizes in a variety of colors.
Latex Free
Hand sewn
Form fitting, comfortable
Lightweight Nylon
0.25 in. Aperture
Breathable
Disposable
Strong and durable.
Educational Advantages:
A fully functional vehicle lighting and accessory system can be used for demonstrations and diagnosis/troubleshooting assignments.
Functional doors with power locks and windows can be used for instruction of circuit operation.
Students have clear access to all vehicle lighting and accessory systems and components without the access limitations of body panels.
Functional instrument panel with indicators
Students can use included wiring diagrams to assist in trainer diagnosis and troubleshooting
Multi-function switch operates as in a real vehicle.
DLC allow OEM bi-directional control using a scan tool for applicable circuits
Trainer comes equipped with a 120VAC to 12VDC protected power supply.
Scan tools can be connected to the DLC providing OEM data stream information, trouble codes and diagnostic PIDs for student diagnosis and troubleshooting.
Main Features:
Built using OEM headlights, daytime running lights (if equipped), dimmer, hazard lights, turn signals, brake lights, switches, horn, functional instrument panel, functional multifunction switch and accessories of a modern vehicle.
Built-in lockable fault insertion box with 6 faults.
Includes doors with functioning power door locks and windows.
Includes a 55A power supply unit with built-in 12VDC converter.
Includes functional vehicle CAN Bus multiplexing system with BCM (body control module) and DLC (data link connector) for scan tool hookup.
OEM power distribution center with OEM wiring.
Static-free — no clinging
Made of soft three-layer SMS (Spunbond/Meltblown/Spunbond) fabrics.
Autoclavable and washable up to five times
Latex- free, fire retardant.
Fluid- resistant, breathable
Hip length
Snap front, three pockets, knit cuffs and collar.
A consists of a clear Plexiglas sheet with components, wiring and socket test points attached. The Double Sided Automotive Lighting System Trainer utilizes the design feature which allows unlimited expansion capabilities.
Educational Advantages:
The trainer is designed to train four students at a time
Students can build a complete automotive lighting system
Features of Double Sided Automotive Lighting System Trainer
Each side lighting system responds to inserted faults with real world symptoms
Available single sided or double sided
Manual fault box with 10 faults for the following circuits:
a Headlights
b Hazard lights
c Back-up lights
d Stop lights
e Turn signals
f Ignition switch
g Dimmer switch.
Dimension (L*W*H CM): 19*5.4*13.4
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It is used to demonstrate reflection law and refraction law of light in middle school physics teaching.
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It is used to do experiments: transmission of light in glass rod, plane mirror reflection of light, verification of refraction law of light, measuring water refractive index, critical angle of refraction of light, reversibility of light in reflection and refraction phenomenon.
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Synthesis of Primary Colors of Light Experiment
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