Modular Engine Management "Motronic ME 1.0.1"

This engine management system provides trainees with all the necessary components (engine control unit, sensors, actuators, power supply) for modular assembly and configuration. This means that the complexity of the system can be adapted to need and an in-depth understanding can be gained of communication between individual sensors or actuators and the engine control unit, considering input, processing and output as a basic principle.

To ensure the perfect symbiosis between theory and practice, all the modules have genuine, fully functioning components wherever possible. These are then complemented with realistic drawings. To further enhance the practical aspect and make it true to life, each module has a simulation mode and an authentic mode, such that it is possible to measure the actual air-flow by mass using the authentic flow meter. In addition, the response of the entire system can be analysed when plugs and connecting leads are removed. The on-board diagnostic (OBD) connector on the control unit allows previously activated simulated faults to be read out.

The safety measurement sockets and the "all-in-one" measuring apparatus offer students multiple options for carrying out measurements on the training system. The accompanying course software provides not only the extensive interactive and theoretical content but also the necessary virtual instruments to convert your own Windows device into a powerful, multi-functional measurement platform (voltmeters, oscilloscope) with the simultaneous capability to document the results of measurements

To meet the requirements for such training systems, the individual modules are provided with short-circuit protection so that they have the suitable resilience to faulty operation.

Basic Equipment Set, Consisting of...

Programmable Engine Control Unit

The core of the "Modular engine management system" is the engine control unit which can be programmed as needed. It has its own modifications for educational purposes which are perfect for showing how the controller receives input, processes it and outputs the appropriate signals. All the control unit's pins are connected to sockets on the neatly laid out front panel so that measurements can be made on them directly. Thanks to the colour-coding of the 4-mm safety sockets, it is easy to identify the actual function of each of the pins (sensors, actuators, power, ground) at a glance. The control unit also proves to be multi-talented in the area of diagnostics. It is possible to use the fault switches or the OBD socket to read out standard P0 codes but also to monitor real-time data and modifications with the help of the Ethernet port and matching software. This enables you to cover the telecommunications topics of how Ethernet and IP are used in vehicles

Technical highlights:

• Changing sets of parameters via Ethernet link
• Software status can be written to flash memory via RS 232 port
• Measurement and configuration software can also be connected via Ethernet
• On-board diagnostics via OBD port, malfunction indicator light (MIL) and fault simulation switches
• Indicator light for detection of rpm signal
• Indicator light for detection of switch enabling flash memory writes
• Status display for ignition voltage
• Ignition/start switch
• 26 inputs for various sensors with 4-mm safety measurement sockets
• 21 power outputs for various actuators with 4-mm safety measurement sockets
• Digital sensor ground terminals connected to 4-mm safety measurement sockets
• Analog sensor ground terminals connected to 4-mm safety measurement sockets
• Central power and ground rails in DIN colours
• Fuses: 3 x 15 A
• 1 cinch output for additional simulation signals
• Inputs and outputs: 4-mm safety sockets

Technical details:

• Operating voltage: 12 V
• Dimensions: 297 x 445 x 180 mm (HxWxD)
• Weight: 3.4 kg

Injection Valves (Manifold Fuel Injection)

The modular unit “Injection valves” is part of the "Modular Engine Management" training system. Thanks to the symbiosis of real components with digitally generated graphics it is possible to fully exploit the maximum possible knowledge transfer of the individual module. The trainee gets to know, on the one hand, how the component really looks and how the part feels to the touch but can also link the physical appearance directly to the corresponding circuit symbol which is critical in helping individuals read and understand circuit diagrams. Depending on the module there are besides circuit symbols also 3D illustrations which depict the respective component in detail. Since the 4-mm safety sockets of the module have the same colour coding as the control unit, the basic function of the respective connections is not only self-explanatory but also minimises the danger of making faulty wiring connections. In the event a mistake is made in the wiring, the sensor and actuator modules are equipped with built-in safety circuitry which protects against short-circuits.

Technical highlights:

• Four real fuel injection valves (manifold fuel injection)
• Circuit symbol with measurement points
• Short-circuit proof

Technical details:

• Operating voltage: 12 V
• Dimensions: 297 x 227 x 180 mm (HxWxD)
• Weight: 1.3 kg

Tank Purge Valve

The modular unit "Tank purge valve" is part of the "Modular Engine Management" training system. Thanks to the symbiosis of real components with digitally generated graphics it is possible to fully exploit the maximum possible knowledge transfer of the individual module. The trainee gets to know, on the one hand, how the component really looks and how the part feels to the touch but can also link the physical appearance directly to the corresponding circuit symbol which is critical in helping individuals read and understand circuit diagrams. Depending on the module there are besides circuit symbols also 3D illustrations which depict the respective component in detail. Since the 4-mm safety sockets of the module have the same colour coding as the control unit, the basic function of the respective connections is not only self-explanatory but also minimises the danger of making faulty wiring connections. In the event a mistake is made in the wiring, the sensor and actuator modules are equipped with built-in safety circuitry which protects against short-circuits.

Technical highlights:

• Real tank purge valve
• Circuit symbol with measurement points
• Short-circuit proof

Technical details:

• Operating voltage: 12V
• Dimensions: 297 x 227 x 180mm (HxWxD)
• Weight: 1.3kg

Knock Sensor

The modular unit "Knock sensor" is a component of the "Modular Engine Management" training system. Thanks to the symbiosis of real components with digitally generated graphics it is possible to fully exploit the maximum possible knowledge transfer of the individual module. The trainee gets to know, on the one hand, how the component really looks and how the part feels to the touch but can also link the physical appearance directly to the corresponding circuit symbol which is critical in helping individuals read and understand circuit diagrams. Depending on the module there are besides circuit symbols also 3D illustrations which depict the respective component in detail. Since the 4-mm safety sockets of the module have the same colour coding as the control unit, the basic function of the respective connections is not only self-explanatory but also minimises the danger of making faulty wiring connections. In the event a mistake is made in the wiring, the sensor and actuator modules are equipped with built-in safety circuitry which protects against short-circuits.

Technical highlights:

• Real knock sensor
• Circuit symbol with measurement points
• Switch for real and simulation operating modes
• Simulation of normal combustion and combustion subject to knocking
• Short-circuit proof

Technical details:

• Operating voltage: 5V
• Dimensions: 297 x 116 x 180 mm (HxWxD)
• Weight: 0.8 kg

Fuel Pump

 

The "Fuel pump" module is part of the “Modular engine management” training system. Its symbiosis between authentic components and digitally rendered graphics means you can get the full educational potential out of the module. Trainees not only learn the authentic look and feel of the components but can also associate this actual appearance with the corresponding circuit symbol, which is a major help in reading and understanding circuit diagrams. Depending on the actual module, there may also be a 3D drawing as well as the circuit symbol, which shows details of the component. Since the 4-mm safety sockets used for the module use the same colour-coding as the control unit, not only is the basic function of each terminal self-explanatory but also the dangers of incorrect wiring are minimised. Even if wiring is done incorrectly, all the sensors and actuator modules possess inherent safety circuitry to protect them against short-circuits.

Technical highlights:

• Authentic fuel pump
• Short-circuit-proof
• Circuit symbol with measuring points

Technical details:

• Operating voltage: 12 V
• ​Dimensions: 297 x 116 x 180 mm (HxWxD)
• Weight: 0.8 kg

The modular unit "Lambda sensor (electrically heated)" is part of the "Modular Engine Management" training system. Thanks to the symbiosis of real components with digitally generated graphics it is possible to fully exploit the maximum possible knowledge transfer of the individual module. The trainee gets to know, on the one hand, how the component really looks and how the part feels to the touch but can also link the physical appearance directly to the corresponding circuit symbol which is critical in helping individuals read and understand circuit diagrams. Depending on the module there are besides circuit symbols also 3D illustrations which depict the respective component in detail. Since the 4-mm safety sockets of the module have the same colour coding as the control unit, the basic function of the respective connections is not only self-explanatory but also minimises the danger of making faulty wiring connections. In the event a mistake is made in the wiring, the sensor and actuator modules are equipped with built-in safety circuitry which protects against short-circuits.

Technical highlights:

• Real lambda sensor
• Circuit symbol with measurement points
• Switch for real and simulated operation
• Continuous simulation of a aged and a new unit
• Short-circuit proof

Technical details:

• Operating voltage: 12V, 5V
• ​Dimensions: 297 x 116 x 180mm (HxWxD)
• Weight: 0.8 kg

Mass Air Flow Sensor

The "Mass air flow sensor" module is part of the “Modular engine management” training system. Its symbiosis between authentic components and digitally rendered graphics means you can get the full educational potential out of the module. Trainees not only learn the authentic look and feel of the components but can also associate this actual appearance with the corresponding circuit symbol, which is a major help in reading and understanding circuit diagrams. Depending on the actual module, there may also be a 3D drawing as well as the circuit symbol, which shows details of the component. Since the 4-mm safety sockets used for the module use the same colour-coding as the control unit, not only is the basic function of each terminal self-explanatory but also the dangers of incorrect wiring are minimised. Even if wiring is done incorrectly, all the sensors and actuator modules possess inherent safety circuitry to protect them against short-circuits.

Technical highlights:

• Authentic hot-film mass air flow sensor
• Circuit symbol with measuring points
• Short-circuit-proof
• Built-in function for measuring intake air temperature
• Switch for selecting between actual and simulated intake air temperature modes
• Continuous simulation of temperature changes in a range from -20 to 110°C.
• Switch for selecting between actual and simulated air flow modes
• Continuous simulation of mass air flow

Technical details:

• Operating voltage: 12 V, 5 V
• ​Dimensions: 297 x 227 x 180 mm (HxWxD)
• Weight: 1.3 kg

E-Gas Throttle Valve

The "E-Gas throttle valve" module is part of the “Modular engine management” training system. Its symbiosis between authentic components and digitally rendered graphics means you can get the full educational potential out of the module. Trainees not only learn the authentic look and feel of the components but can also associate this actual appearance with the corresponding circuit symbol, which is a major help in reading and understanding circuit diagrams. Depending on the actual module, there may also be a 3D drawing as well as the circuit symbol, which shows details of the component. Since the 4-mm safety sockets used for the module use the same colour-coding as the control unit, not only is the basic function of each terminal self-explanatory but also the dangers of incorrect wiring are minimised. Even if wiring is done incorrectly, all the sensors and actuator modules possess inherent safety circuitry to protect them against short-circuits.

Technical highlights:

• Real throttle valve with position sensor and actuator
• Circuit symbol with measurement points
• Short-circuit proof
• Switches for real and simulation mode of the throttle valve opening angle
• Continuous simulation of the throttle valve opening angle

Technical details:

• Operating voltage: 5V, 12V
• ​Dimensions: 297 x 227 x 180mm (HxWxD)
• Weight: 1.3kg

Throttle Pedal Position Sensor

The "Throttle position sensor" module is part of the “Modular engine management” training system. Its symbiosis between authentic components and digitally rendered graphics means you can get the full educational potential out of the module. Trainees not only learn the authentic look and feel of the components but can also associate this actual appearance with the corresponding circuit symbol, which is a major help in reading and understanding circuit diagrams. Depending on the actual module, there may also be a 3D drawing as well as the circuit symbol, which shows details of the component. Since the 4-mm safety sockets used for the module use the same colour-coding as the control unit, not only is the basic function of each terminal self-explanatory but also the dangers of incorrect wiring are minimised. Even if wiring is done incorrectly, all the sensors and actuator modules possess inherent safety circuitry to protect them against short-circuits.

Technical highlights:

• Authentic throttle (accelerator pedal) position sensor with kick-down function
• Short-circuit-proof
• Circuit symbol with measuring points
• Switch for selecting between actual and simulated modes
• Continuous simulation of pedal position

Technical details:

• Operating voltage: 12 V
• Dimensions: 297 x 116 x 180 mm (HxWxD)
• Weight: 0.8 kg

Dual Ignition Spark Plug with Ignition Control Unit

The modular unit “Dual ignition spark plug with ignition control unit” is part of the "Modular Engine Management" training system. Thanks to the symbiosis of real components with digitally generated graphics it is possible to fully exploit the maximum possible knowledge transfer of the individual module. The trainee gets to know, on the one hand, how the component really looks and how the part feels to the touch but can also link the physical appearance directly to the corresponding circuit symbol which is critical in helping individuals read and understand circuit diagrams. Depending on the module there are besides circuit symbols also 3D illustrations which depict the respective component in detail. Since the 4-mm safety sockets of the module have the same colour coding as the control unit, the basic function of the respective connections is not only self-explanatory but also minimises the danger of making faulty wiring connections. In the event a mistake is made in the wiring, the sensor and actuator modules are equipped with built-in safety circuitry which protects against short-circuits.

Technical highlights:

• Fully operational ignition system complete with spark plugs
• Authentic ignition
• Circuit symbol with measuring points
• Short-circuit-proof

Technical details:

• Operating voltage: 12 V
• Dimensions: 297 x 227 x 180 mm (HxWxD)
• Weight: 1.3 kg

Measuring Instruments

Modular Measurement Interface

The CarTrain Interface takes the form of a DIN A4 experiment card with rounded corners, colour-coded in compliance with DIN72551 for educational assistance.

Safety measurement sockets are also coded on the basis of DIN72551.

The design resembles circuit diagrams depicted in a detached or exploded view with power supply wiring running between panels.

• Interface for multimedia experiment literature – measurements need to be copied into the experiment instruction pages using drag and drop.
• Two voltage values and one current can all be measured simultaneously
• 3-channel oscilloscope function can be used at the same time as the multimeter display
• Measurement range: V<250 V=/~, I<15A=/~ direct measurement within the circuit
• USB interface
• External power supply to ensure measurements can be made even when short circuits are present
• Current measuring range protected by automatic circuit breaker
• Dimensions: 228 x 296 x 125 mm (WxHxD)
• Weight: 2 kg

Additionally Recommended

Protection Cover for Three-Level Experiment Trolleys

Dust cover for three-level experiment trolleys

• For protecting equipment from dust and damp
• For keeping equipment out of sight (the cover must not be transparent, so is therefore opaque)
• Colour: matt dark grey with printed LN logo in orange)
• Material: nylon fabric with polyurethane coating
• High resistant to tearing, impregnated to be washable and waterproof

Monitor Holder for Flat Screen Monitor of Weight up to 15kg / 33lbs

Pivoting monitor holder for attachment to aluminium profiles of furniture in the SybaPro range. Allows a monitor to be placed in the optimum position so that work and experiments are less tiring.

• Pivoting arm with two-part joint
• Quick-lock for adjustment to any height on extruded aluminium profile
• VESA fastening 7.5 x 7.5cm
• Includes VESA 75 (7.5x7.5) - VESA 100 (10x10) adapter
• 2 Cable clips
• Adequate carrying capacity 15 kg / 33 lbs
• TFT monitor can be turned parallel to the table edge
• Separation can be adjusted to anywhere between 105 and 480 mm

Additionally included:

Cable management set for installing cables along the profiles of the aluminium lab system furniture in the SybaPro range, consisting of:

• 3 Cross cable blocks for front and rear grooves of aluminium profile
• 3 Cross cable blocks for side grooves of aluminium profile
• 12 Cable ties 
• 4 Aluminium cover profiles for covering and enabling wires to be run along the grooves of an aluminium profile

Set of Leads for "Modular Engine Management"

This set of 4-mm connecting leads has been specially assembled for the "Modular engine management: Common rail" training system, i.e. the actual colours and the lengths of the leads enhance the educational concept behind the training system itself. This makes it easier to distinguish between sensors, actuators and power supply. All the measurement leads and jumpers are special models which make it impossible to come into contact with any live electricity. To make measurements easy, all the jumpers have a single contact. In addition, the number of leads and jumpers provided is such that replacements are already available should any be lost. The content of the set in detail is as follows:

Jumpers

• 15 x Jumpers (red)
• 20 x Jumpers (black)
• 21 x Jumpers (brown)
• 04 x Jumpers (green)

Connecting leads

• 08 x Safety measuring leads (red, 50cm)
• 07 x Safety measuring leads (brown, 50cm)
• 08 x Safety measuring leads (black, 50cm)
• 10 x Safety measuring leads (green, 50cm)
• 09 x Safety measuring leads (yellow, 50cm)
• 02 x Safety measuring leads (green, 100cm)
• 02 x Safety measuring leads (yellow, 100cm)

​Measuring leads

• 04 x Safety measuring leads (red, 150cm)
• 04 x Safety measuring leads (black, 150cm)