Automehatronika

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    WHEEL ALIGNMENT TRAINING STAND

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    WHEEL ALIGNMENT TRAINING STAND

    Wheel alignment training stand is specially designed to demonstrate the vehicle chassis structure and wheel alignment procedures. McPherson-type front suspension and multi-link rear suspension is integrated in a training stand. Wheel alignment training stand is a great educational tool that allows students to introduce the different types of automobile chassis, study suspension components and angles modification, perform various measurements and other diagnostic procedures. Using this training stand it is very easy to teach several students at once, because all suspension components are visible from all sides. Suspension geometry adjustments are performed like in a real automobile – using screws and tools.

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    EDUCATIONAL WORKING ENGINE MODEL WITH (TSI) DIRECT PETROL INJECTION

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    EDUCATIONAL WORKING ENGINE MODEL WITH (TSI) DIRECT PETROL INJECTION

    Self – contained, fully operational engine is installed in a mobile frame. This training engine with direct petrol injection (TSI) system is specially designed to demonstrate the engine management system and operational structure. The educational training engine is based on Audi/VW original (refurbished) components with MOTRONIC MED 17.5.5 engine management system.

    The training engine is a great educational tool that allows students to learn the structure of the engine and its components, power supply system, cooling system, engine control system, turbocharger. It also allows to study components and operation modes of the engine control system, perform various measurements, tests and other diagnostic procedures.

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    EDUCATIONAL TRUCK ENGINE MODEL WITH THE PUMP - LINE - NOZZLE (PLD) FUEL SUPPLY SYSTEM

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    EDUCATIONAL TRUCK ENGINE MODEL WITH THE PUMP – LINE – NOZZLE (PLD) FUEL SUPPLY SYSTEM

    Self – contained, fully operational truck diesel engine is installed in a mobile frame. This training truck engine is specially designed to demonstrate the pump-line-nozzle diesel injection system and operational structure. The educational training truck engine is based on Mercedes ATEGO original (refurbished) components with functional engine control system Bosch EDC.

    The training truck engine is a great educational tool that allows students to learn the structure of engine and its components, power supply system, cooling system, engine control system. It also allows to study components and operation modes of the engine control system, perform various measurements, tests and other diagnostic procedures.

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    TRUCK TRAILER WABCO EBS D 2S/2M BRAKING SYSTEM TRAINING STAND

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    TRUCK TRAILER WABCO EBS D 2S/2M BRAKING SYSTEM TRAINING STAND

    Fully functional, truck trailer pneumatic braking system with WABCO EBS D 2S/2M is installed in the aluminum frame. The training stand is specially designed to demonstrate pneumatic braking system with electronic EBS system. The educational automotive training stand is based on original Wabco components. The trainer is equipped with a functional WABCO EBS braking system and demonstrates different operation modes.

     

    The truck trailer braking EBS system is a great educational tool that allows students to learn the structure of pneumatic braking system, study its components, perform various measurements, tests and other service and diagnostic procedures.

     

    The training stand can be used as visual educational aid for students of mechanical subjects to demonstrate and explain the structure and components. Also, automotive training stand can be used as a training equipment for the brake system repair and service procedures.

     

    AutoEDU braking system training stand is equipped with WABCO EBS modulator, pneumatic system and ABS sensors. With the help of installed air pressure gauges, it is possible to monitor the pressure in the brake circuit of each wheel. Simulation of blocking (slipping) wheel in a drive mode allows the monitoring of the ABS system demonstration. With the help of installed pressure gauges it is possible to monitor the brake force distribution.

     

    The training board has an integrated ISO type diagnostic connector that allows the diagnostic tool to connect with and perform various measurements, tests and other diagnostic procedures such as reading fault codes, displaying parameters of the operating systems, reprogramming and etc.

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    ANALOGUE EDUCATIONAL TACHOGRAPH | TRAINING EQUIPMENT

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    ANALOGUE EDUCATIONAL TACHOGRAPH | TRAINING EQUIPMENT

    An educational analogue truck tachograph with paper disc charts is a great educational tool for a students of an automotive technical subjects and truck drivers to learn about different analogue truck tachograph usage and operation modes. The device is delivered to the educational institution ready for use. The educational analogue tachograph with the paper charts is based on OEM components.

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    TRAINING BOX DIGITAL TACHOGRAPH

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    TRAINING BOX DIGITAL TACHOGRAPH

    The educational training box is based on OEM components.

     

    Fully functional system is specially designed to train truck drivers and students to learn about different truck tachograph usage and operation modes.

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    SRS BOSCH AB 8.4 (AIRBAG) training board-simulator

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    SRS BOSCH AB 8.4 (AIRBAG) training board-simulator

    Fully functional supplemental restraint system is installed in a mobile aluminum frame. This training board-simulator is specially designed to help technical students understand better the system`s construction.

    The educational training board is based on OEM components of Audi/VW. The stand is equipped with a functional car safety system SRS BOSCH AB 8.4 (AIRBAG).

    The training board-simulator is a great educational tool that allows students to learn the structure of supplemental restraint system, study its components, perform various measurements, tests and other diagnostic procedures.

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    Sensors and actuators training board

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    Sensors and actuators training board

    Educational training board is based on OEM components of different vehicles.

    The training board-simulator is a great educational tool that allows students to study its components, and perform various measurements, tests and other diagnostic procedures.

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    Petrol engine cutaway model IVDB02

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    Petrol engine cutaway model IVDB02

    The educational cutaway engine model is based on original components of the vehicle. This cutaway model painted with different colors to better differentiate the various parts and cross-sections.

    Educational purpose of this cutaway model (engine stand):

    • Demonstration of the different components of the engine;
    • Demonstration of the DOHC timing chain replacement;
    • Demonstration of the alternator belt replacement;
    • Demonstration using special tools for timing chain replacement;
    • Demonstration and explanation of the technical literature/schemes and procedures;
    • Demonstration of the DOCH engine with multipoint fuel injection (MPI) combustion chamber;

    The training engine cutaway model is a great educational tool that allows students to learn the structure of the engine and its components, operation principles and maintenance techniques, technical specifications, special tools and their use.

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    Petrol engine engine cutaway model DOHC FSI timing belt replacement

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    Petrol engine engine cutaway model DOHC FSI timing belt replacement

    The educational training engine model is based on original components of the vehicle. This cutaway model painted with different colors to better differentiate the various parts and cross-sections.

     

    Educational purpose of the engine model:

     

    • Demonstration of the different components of the engine;
    • Demonstration of the DOHC timing belt replacement using special tools;
    • Demonstration of the alternator belt replacement;
    • Demonstration and explanation of the technical literature/schemes and procedures;
    • Demonstration of the DOHC engine with direct fuel injection (FSI) combustion chamber;

     

    The training engine cut away model is a great educational tool that allows students to learn the structure of the engine and its components, operation modes and maintenance, technical specifications, special tools and their use.

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    MVMPI LPG2 Educational petrol engine with LPG system (MPI+LPG) EURO 4

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    MVMPI LPG2 Educational petrol engine with LPG system (MPI+LPG) EURO 4

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    MSUS1 Ignition system training board

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    MSUS1 Ignition system training board

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    ELECTROMECHANICAL PARKING BRAKE (EPB) | FUNCTIONAL MODEL

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    ELECTROMECHANICAL PARKING BRAKE (EPB) | FUNCTIONAL MODEL

    Educational electromechanical parking brake (EPB) model is based on original Audi/VW brake components. The cutaway of the multi-stage gear mechanism of electromechanical brake made for an easier explanation and demonstrate the principle of operations.

     

    This type of training or demonstration model is a great teaching aid which allows students to become familiar with the car’s hydraulic brakes and electromechanical parking brake mechanism, the structure, modes of operation and maintenance methods, technical information, spec. tools and their use.

     

    Electromechanical brake model demonstration does not need any additional equipment or tools, without having to connect with diagnostic device it is possible to perform activation of the electromechanical parking brake. Educational electromechanical parking brake mechanism powered by 12V/220V. Two electrical buttons for press and release the brake pads and the brake disc. It is possible to demonstrate the operation of the parking brake and simply to explain the electronic systems such as “AUTOHOLD” or “Dynamic drive-off assistant” or brake pad replacement procedure. The electromechanical brake model is not filled with the brake fluid, there is no pressure inside. Activation is performed by pressing the buttons to press or release the brake disc mechanically.

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    CAN BUS TRAINING DASHBOARD

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    CAN BUS TRAINING DASHBOARD

    The AutoEDU automotive CAN-BUS dashboard functional model is specially designed to demonstrate car’s dashboards with the CAN -BUS working principals which are used in modern cars. This CAN -BUS training stand can be used to help students to understand the operation of vehicles CAN BUS network. By using this didactic aid is easy to show how working the communication in a CAN – BUS network, how the training dashboard react when you send a simple command to increase or decrease the vehicles speed or engine RPM. It is possible to connect the scan tool and to make a diagnostics of the dashboard or to connect the  CAN analyzer to 4mm open contacts or to specific contacts on OBD 16 pole connector and to watch the processes and changes when you sending the commands in CAN-BUS network by simply pushing the buttons.

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    Engine control system BOSCH MOTRONIC MED 7.5.10 (FSI) training board-simulator

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    Engine control system BOSCH MOTRONIC MED 7.5.10 (FSI) training board-simulator

    Technical specifications and functions
    ·         The integrated engine control system with direct petrol injection (FSI);

    ·         Monitoring operation of fuel supply system, injected fuel quantity, spray pattern quality, low fuel pressure of the fuel pump;

    ·         Low pressure fuel pump is built into a transparent tank which allows to see its operation;

    ·         The adjustable air flow rate simulator demonstrates the function of the mass – air flow meter and air temperature sensor;

    ·         Visible work process of spark plugs;

    ·         Easy access for high voltage measurements;

    ·         Manual adjustment of the engine crankshaft speed;

    ·         Integrated simulators allow changes to the parameters of each system component:

    –       Lambda probe signal simulation;

    –       Engine operation temperature simulation;

    –       NOx sensor parameter simulation;

    –       Exhaust gas temperature sensor simulation;

    ·         Intake manifold pressure sensor simulation; The training board has a complete electric wiring diagram of direct petrol injection system (FSI);

    ·         Electric wiring diagram with built – in banana plug jumpers for measurements and simulation of system fault codes; Ability to monitor the changing operation mode of each system component;

    ·         Ability to simulate more than 20 system faults by disconnecting Banana plug jumpers;

    ·         Training board has an integrated TFT voltmetre. It displays voltage of different electronic system components:

    –       G212 Exhaust gas recirculation potentiometer;

    –       G70   Air-mass flow meter;

    –       G185 Accelerator pedal position sender I;

    –       G79   Accelerator pedal position sender II;

    –       G336 Intake manifold flap potentiometer;

    –       G247 Fuel pressure sensor;

    –       G187 Throttle valve potentiometer I;

    –       G188 Throttle valve potentiometer II;

    –       G71   Intake manifold pressure sensor;

    –       G62   Engine operation temperature sensor;

    –       G83   Coolant temperature sensor;

    –       G235 Exhaust gas temperature sensor;

    ·         Intake manifold flap regulation (vacuum pump is required; optional);

     
    Diagnostic and measurement
    Oscilloscope/multimeter

    ·         System’s parameters are measured by connecting to the banana connector;

    ·         Ability to measure electrical signal parameters of each system component (such as sensor or actuator);

    ·         Ability to measure high voltage circuit of the ignition system;

     
    Control unit diagnosis

    ·         Diagnosis through OBD 16 – pin diagnostic connector;

    ·         Electronic control unit (ECU) identification;

    ·         Reading/erasing fault codes;

    ·         Displaying the operating system parameters (live data);

    ·         Activating the actuators (Depends on the control unit);

    ·         Throttle valve adaptation;

    ·         Control unit encoding/configuration;

     
    Other

    ·         The stand has a closed structure – internal wiring is not visible

    ·         Power supply: 220V

    ·         Dimensions approx.: (HxLxW) 1820x1360x500mm

    ·         Nett weight approx.: 105 Kg

    ·         Made in Lithuania

    ·         CE certificate

     
    Optional accessories

    ·         Examination console for 10 hidden fault simulations

    ·         Vacuum / pressure pump

    ·         Automotive oscilloscope

    ·         OBD diagnostic scan tool

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    EDUCATIONAL ENGINE MODEL WITH PETROL INJECTION SYSTEM MOTRONIC

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    EDUCATIONAL ENGINE MODEL WITH PETROL INJECTION SYSTEM MOTRONIC

    Self – contained, fully operational engine is installed in a mobile frame. This training engine with multipoint petrol injection (MPI) system MOTRONIC is specially designed to demonstrate the engine management system and operational structure. The educational training engine is based on Audi/VW original (refurbished) components. The training engine is a great educational tool that allows students to learn the structure of the engine and its components, power supply system, cooling system, engine control system. It also allows to study components and operation modes of the engine control system, perform various measurements, tests and other diagnostic procedures.

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    Engine control system MOTRONIC M 3.8.X (MPI) training board-simulator

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    Engine control system MOTRONIC M 3.8.X (MPI) training board-simulator

    Fully functional engine control system is installed in a mobile aluminum frame. This training board-simulator is specially designed to help technical students understand better multipoint petrol injection (MPI) system MOTRONIC M 3.8.X. The educational training board is based on OEM components of Audi/VW. The integrated engine control system shows the different operation modes of the fuel injection/ignition system.

    The training board-simulator is a great educational tool that allows students to learn the structure of engine control system, study its components and operation modes, perform various measurements, tests and other diagnostic procedures.

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    Lighting training stand

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    Lighting training stand

    Fully functional lighting training system is installed in a mobile aluminum frame.

    The educational training board is based on VW/AUDI components.

    The training board-simulator is a great educational tool that allows students to learn the structure of lighting system, study its components, and perform various measurements, tests and other diagnostic procedures.

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    Diesel DOHC Common Rail engine ½ cutaway model

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    Diesel DOHC Common Rail engine ½ cutaway model

    Educational training engine model is based on original components of the vehicle. This cutaway model is coloured in different colours in order various parts and cross-sections could be easier differentiated.

    Educational purpose of the training stand (engine cutaway model):

    • Demonstration of the different components of the engine
    • Demonstration of the DOHC timing chain replacement
    • Demonstration of the alternator belt replacement
    • Demonstration using special tools for timing chain replacement
    • Demonstration and explanation of the technical literature/schemes and procedures
    • Demonstration of the engine with direct fuel injection (CR) and DOHC mechanism
    • Demonstration of the engine oil pump and lubrication system

     

    Training engine cutaway model is a great educational tool that allows students to learn the structure of the engine and its components, operation modes and maintenance techniques, technical specifications, special tools and their use.

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    Petrol engine cutaway model IVDB01

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    Petrol engine cutaway model IVDB01

    The educational cutaway engine model is based on original components of the vehicle. This cutaway model painted with different colors to better differentiate the various parts and cross-sections.

    Educational purpose of this cutaway model (engine stand):

    • Demonstration of the different components of the engine
    • Demonstration of the DOHC timing chain replacement
    • Demonstration of the alternator belt replacement
    • Demonstration using special tools for timing chain replacement
    • Demonstration and explanation of the technical literature/schemes and procedures
    • Demonstration of the DOHC engine with multipoint fuel injection (MPI) combustion chamber

    The training engine cutaway model is a great educational tool that allows students to learn the structure of the engine and its components, operation principles and maintenance techniques, technical specifications, special tools and their use

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    DIAPHRAGM SPRING CLUTCH CUTAWAY FUNCTIONAL MODEL

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    DIAPHRAGM SPRING CLUTCH CUTAWAY FUNCTIONAL MODEL

    Fully functional cutaway model of diaphragm spring clutch, complete with the flywheel, clutch disc, pressure plate, throw out bearing and release fork. It is made as an automotive functional clutch cutaway model, by using all original cars components.

    The cutaway of the pressure plate mechanism made for an easier explanation and demonstrate the principle of operations. The principle of the operation could be shown by pressing handle which depresses the diaphragm spring and relies on the clutch disc. The clutch disc could be turned by turning the shaft manually.

    The clutch transmits the engine power to the gearbox, and it allows the transmission to be interrupted while the gear is selected to move off from a stationary position, or when gears are changed while the car is moving. When the car is moving under the power the clutch is engaged, it means on AutoEDU clutch training aid the handle should be released and clutch disk pressed by the pressure plate. AutoEDU cutaway model is a great tool which allows students to become familiar with the car’s diaphragm spring clutch, the structure and operation, technical information, spec. tools and their use.

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    Educational Petrol/Electric HYBRID technology working engine model

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    Educational Petrol/Electric HYBRID technology working engine model

    Fully operational hybrid electric system with petrol internal combustion engine mounted in a mobile frame. The hybrid system is designed to demonstrate the internal combustion engine, electric motor, gearbox and structure of the rechargeable energy storage system. The educational training engine is based on Toyota original (refurbished) engine.

    The training engine model with functional petrol/electric hybrid powertrain is a great educational tool that allows students to learn the components of the hybrid system, power supply system, rechargeable energy storage system and cooling system. It also allows to study components and operation modes of the engine, perform various measurements, tests and other diagnostic procedures.

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    Petrol/Electric HYBRID technology Functional model

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    Petrol/Electric HYBRID technology Functional model

    The educational fully operational functional model with hybrid petrol / electric system. This functional model is as an alternative for a complete vehicle, just in space saving version, and it has the same advantages of a complete car. The functional model made from Toyota Prius II, by separation of body just after the B-pillars. In the front end all the components like engine air conditioning system and other components remain fully functional. The functional model remains mobile with the help of additional swivel casters.

    This functional model is a great educational tool that allows students to learn the components of the hybrid system, air conditioning system, SRS AIRBAG system and other systems and its components, operation modes, various measurements, tests and other diagnostic procedures.

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    EDUCATIONAL WORKING ENGINE MODEL WITH (FSI) DIRECT PETROL INJECTION

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    EDUCATIONAL WORKING ENGINE MODEL WITH (FSI) DIRECT PETROL INJECTION

    Self – contained, fully operational engine is installed in a mobile frame. This training engine with direct petrol injection (FSI) system is specially designed to demonstrate the engine management system and operational structure. The educational training engine is based on Audi/VW original (refurbished) components with MOTRONIC MED 9.5.10 engine management system.

    The training engine is a great educational tool that allows students to learn the structure of the engine and its components, power supply system, cooling system, engine control system, turbocharger. It also allows to study components and operation modes of the engine control system, perform various measurements, tests and other diagnostic procedures.

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    Diesel OHC Common Rail engine cutaway model Timing belt replacement

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    Diesel OHC Common Rail engine cutaway model Timing belt replacement

    The educational training engine model is based on original components of the vehicle. This cutaway model painted with different colors to better differentiate the various parts and cross-sections.

     

    The educational purpose of the engine model:

    • Demonstration of the different components of the engine;
    • Demonstration of the OHC timing belt replacement using special tools;
    • Demonstration of the alternator belt replacement;
    • Demonstration and explanation of the technical literature/diagrams and procedures;
    • Demonstration of the OHC engine with Diesel Common Rail injection (CR) combustion chamber;

    The training engine cut away model is a great educational tool that allows students to learn the structure of the engine and its components, operation modes and maintenance, technical specifications, special tools and their use.

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    EDUCATIONAL DIESEL ENGINE MODEL WITH CR EDC – 15 FUEL SUPPLY SYSTEM

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    EDUCATIONAL DIESEL ENGINE MODEL WITH CR EDC – 15 FUEL SUPPLY SYSTEM

    Self – contained, fully operational diesel engine model is installed in a mobile frame. This training engine is specially designed to demonstrate Common Rail diesel injection system and operational structure. The educational training engine is based on Renault original (refurbished) components with functional engine control system Bosch EDC 15. The training engine is a great educational tool that allows students to learn the structure of the engine and its components, power supply system, cooling system, engine control system. It also allows to study components and operation modes of the engine control system, perform various measurements, tests and other diagnostic procedures.

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    DIESEL ENGINE CONTROL SYSTEM CR/EDC 15C3-4.1 TRAINING BOARD – SIMULATOR

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    DIESEL ENGINE CONTROL SYSTEM CR/EDC 15C3-4.1 TRAINING BOARD – SIMULATOR

    Fully functional engine control system is installed in a mobile aluminum frame. This training board-simulator is specially designed to help technical students understand better system of diesel injection Common Rail.

    The educational training board is based on OEM components of Renault. The integrated engine control system Bosch EDC 15 shows different operation modes of the direct fuel injection system.

    The training board-simulator is a great educational tool that allows students to learn the structure of engine control system, study its components and operation modes, perform various measurements, tests and other diagnostic procedures.

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    CAN BUS Training stand Training board – simulator

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    CAN BUS Training stand Training board – simulator

    Fully functional CAN – BUS network system is installed in a mobile aluminum frame. This training board-simulator is specially designed to help technical students understand better the system`s construction.

               The educational training board is based on Mercedes – Benz components. The stand is equipped with a functional CAN GATEWAY 2.0 system.

               Training board-simulator is a great educational tool that allows students to learn the structure of CAN gateway system, study its components, and perform various measurements, tests and other diagnostic procedures.

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    BRAKING SYSTEM RIG

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    BRAKING SYSTEM RIG

    Fully functional, cross diagonal, hydraulic braking system with ABS is installed in a mobile solid frame. The training brake rig is specially designed to demonstrate hydraulic braking system with electronic ABS system and brake booster. The educational automotive training stand is based on Audi/VW components. The trainer is equipped with a functional ABS braking system and shows the different operation modes.

    The training brake rig is a great educational tool that allows students to learn the structure of hydraulic braking system, study its components, perform various measurements, tests and other service and diagnostic procedures.

    The training brake rig can be used as visual aid for students of mechanical subjects to demonstrate and explain the structure and components. Also, automotive training stand can be used as an educational equipment for the brake system repair and service procedures.

    AUTOEDU made training brake rig is equipped with ABS modulator and brake booster. The increase of braking force after connecting a vacuum can be demonstrated using the brake booster. With installed four pressure gauges it is possible to monitor the pressure in the brake circuit of each wheel. Simulation of blocking (slipping) wheel in a drive mode allows to monitor ABS system demonstration. With installed pressure gauges can be monitored brake force distribution and foot brake pedal rejection when ABS system is activated.

    The training rig has an integrated OBD 16 – pin diagnostic connector that allows to connect with the diagnostic tool and perform various measurements, tests and other diagnostic procedures such as reading fault codes, displaying the operating systems parameters and other.

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    AIR CONDITIONER SYSTEM CLIMATRONIC TRAINING BOARD

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    AIR CONDITIONER SYSTEM CLIMATRONIC TRAINING BOARD

    Fully functional air conditioning and climate control system trainer is installed in a mobile aluminium frame. This training board – simulator is specially designed to help technical students understand better electronic air conditioning and climate control system CLIMAtronic. The educational training board is based on Audi/VW OEM components. The integrated air conditioning and climate control system shows the different operation modes. The training board-simulator is a great educational tool that allows students to learn the structure of air conditioning and climate control system, study its components, and perform various measurements, tests and other diagnostic procedures to use diagnostic scan tools or other special tools and equipment.