EDUCATION SUPPORT
Education support
For over 30 years, GMTO has been providing technical training to personnel using self-developed educational tools. GMTO recognizes the importance of engaging education for the automotive and technical industries.
To contribute to this, GMTO is now making all its educational materials available to educational institutions.
Below is the offer, price upon request:
Electric Vehicle Powertrain System Board
The electric vehicle powertrain system board is one of the most comprehensive learning tools currently available for electric vehicles. The system board is suitable for levels 2, 3, and 4!
Capabilities:
- Learn the basics and construction of an electric vehicle (battery, inverter, electric motor).
- Differentiate between AC & DC safety systems (interlock, service plug), control of 3-phase electric motor, including current measurements.
- System securing according to NEN9140.
- Measure resolver and hall sensor feedback.
- Pre-charge coil resistors and insulation measurements. • Ability to activate faults.
- Available with 15 Electude E-learning assignments.
- Learn to work safely on an electric vehicle by performing safety procedures.
- Understand how a 3-phase alternating current is generated from direct current.
- Diagnose common practical faults.
- Perform common measurements such as milli-ohm measurement and insulation measurement realistically.
- Available with 1, 2, or 4-channel scope for measurements.
THE SEAT IBIZA 1.2 TDI SIMULATION SYSTEM – ENGINE CODE CFWA
Fully simulated Euro 5 diesel system. The Seat Ibiza 1.2 TDI system board features all components of the CFWA engine code, the most sold diesel system in the past 5 years, found in Volkswagen Polo, Seat Ibiza, and Skoda Fabia.
Capabilities:
- Never run out of battery and fuel for the measurement vehicle.
- Mobile measurement setup, suitable for the theory classroom (blended learning).
- Learn all about modern diesel technology.
- Ability to troubleshoot using built-in common faults, both wiring and component faults. • Expandable with satellite boards for students to measure alongside.
- Diagnostic understanding within a control system in general, grasping cause and effect.
- (E)OBD not simulated but real, readable with all common practical testers.
- Board offers a complete driving experience with all common load situations.
- All signals can be measured in various ways and positions, both at the ECU and the component, in relation to battery plus and minus (V4 measurement).
- Engine rotation (acceleration and deceleration) visible in crankshaft signal, enabling misfire recognition by ECU.
- Available with 1, 2, or 4-channel scope for measurements.
DATA NETWORK SYSTEM BOARD
Learn how communication works in vehicle technology! Ability to measure all types of communication in vehicle technology.
Capabilities:
- LOW SPEED CAN-bus
- HIGH SPEED CAN-bus
- LIN-bus
- Ability to activate various faults in the data networks.
- Systems readable via OBD connector.
- All signals can be measured in various ways and positions, both at the ECUs and the component, in relation to battery plus and minus (V4 measurement).
- Available in combination with Electude E-learning.
- Available with 1, 2, or 4-channel scope for measurements.
THE WHEEL SENSOR SIMULATION BOARD
With the increasing number of wheel sensors in vehicle technology, confusion may arise about which type of sensor emits which signal. This board includes a complete range of different sensors:
Capabilities:
- Inductive wheel sensor • MRE wheel sensor
- MRE intelligent wheel sensor
- MRE digital intelligent wheel sensor
- Ability to measure all different signals.
- Ability to activate faults.
- Actual and continuous signal through electrically driven physical wheel.
- Understand the conversion of the sensor signal to usable information for the ECU in the case of inductive sensors.
- Understand the interpretation of MRE sensor signals by the ECU and why this is better than inductive sensors.
- Understand which signal formation corresponds to which sensor, how it occurs, and how it can be diagnosed.
- Available in combination with Electude E-learning.
- Available with 1, 2, or 4-channel scope for measurements.
THE DUTY CYCLE SIMULATION BOARd
Mass and Plus switched, how does that work again? How can something be controlled with a partial voltage? Why is this used? How does current regulation work?
This Duty Cycle board clarifies all these principles. With the included assignments, the user can independently master these somewhat challenging principles.
Capabilities:
- Gets to the core of the basic principles.
- Visual insight into duty cycle current regulation.
- Expandable with satellite boards for students to measure alongside.
- Challenging for all levels.
- Learn to understand visual switching signals.
- Can also be used in classroom theory lessons.
- Ability to troubleshoot with common faults.
- Frequency and duty cycle adjustable.
- Measurement on different components including feedback.
- Series current measurement facilitated on the board.
- In combination with Electude E-learning.
- Expandable with satellite boards for students to measure alongside.
- Available with 1, 2, or 4-channel scope for measurements.
CLASSROOM PARTICIPATION MEASUREMENT
With the GMTO measuring panels, students can safely and quickly measure in the classroom.
The measuring panel can be connected to a GMTO system board. Each system board can accommodate up to a maximum of 10 measuring panels with signals.
With this setup, the instructor can demonstrate the measurement to the class, after which the students can replicate the measurement. A proven method for effective learning (blended learning).
System diagrams are interchangeable. The same measuring panel can be used on all GMTO (system) boards. Measuring schedules are available for all GMTO boards.
12V SWITCHING SYSTEM
Create/build your own electrical circuits and measure them effortlessly with our handy 12V switching system!
Applications for all different levels.
Whether you want to try different lamp strengths or experiment with LEDs, our system can handle it all. Discover how much current flows through an LED and compare it with a lamp of the same brightness.
Want to know what happens with different resistances in different devices? No problem! Use two different resistances to simulate faults and observe how they affect different consumers.
Understanding series and parallel circuits when diagnosing. Understanding relay circuits and induction effects during on and off states.
Our V4 measurement assignment board is the ideal tool for all your measurement and experimentation assignments!
Vandal-proof! Specially supplied power protects the board. Protected against short circuits, overloads, too high voltage, and too high temperature. Before the fuse gives up, the power supply is already switched off. In addition, thermal safeties are also present on the board.
Available with 1, 2, or 4-channel scope for measurements.
Lithium-ion-battery system board
Explore and master various topics with our advanced system board! Learn about state of charge – the average state of charge and state of charge per cell. Understand state of health – the health condition of cells and state of health per cell.
Learn about C-rate – the charge and discharge rate of cells. Investigate heat development – how a cell heats up at a certain C-rate. Learn current measurement with calibrated resistance for shunt measurement. Understand how a battery management system determines the internal resistance of a battery cell and how you can do it yourself.
Discover the meaning of capacity on a battery cell. Learn about the tasks of a BMS and the optimal operating range of Li-Ion cells in terms of voltage and temperature. Understand battery cells in series and parallel and why cell balancing is essential for capacity retention. Discover why we often see CC or CV during the charging of Li-Ion cells.
Can be supplied with a thermal imaging camera for diagnostic applications.
Become a battery technology expert with our system board!
Available with 1, 2, or 4-channel scope for measurements.
IGNITION BOARD
GMTO has developed a system board that allows the testing of all types of (pen) coils using a scope and realistic signals as in practice.
- Sparks visible live.
- Pressure around spark plug electrode adjustable using adjustable pressure chamber.
- Primary and secondary measurable.
- Different ignition systems, direct and indirect, and different connections.
- Different electrode distances per spark plug.
- Board is prepared to introduce faults experimentally by the participant/user.
- Series current measurement and with current clamp possible.
- Available with 1, 2, or 4-channel scope for measurements.
The system is suitable for scope training and basic and advanced gasoline engine management training. The system board includes 4 pen coils of different types, connected to 4 spark plugs in a chamber that can be quickly pressurized using a compressor to simulate compression end pressure. The ignition signal then looks like that in a car.
Additionally, faults can be created on all coil connections using interruptions, resistances, or closures, and there are opportunities for the participant to measure alongside using satellite boards. This allows for the simulation of changing conditions in the engine and gaining practical experience in checking ignition systems.
SENSORS AND ACTUATORS
Discover the versatility of our advanced measuring board! Easily measure various sensors and actuator controls. With real-time measurement value blocks, you get immediate insight into the performance of different sensors. Moreover, you can easily place resistors or create interruptions yourself to measure and observe the effect on the circuit.
- Most common sensors and actuators measurable.
- No simulation present. All sensors and actuators can be controlled or given input.
- Understand how signals are generated.
- Ability and preparation to place resistors in circuits yourself and gain insight into the effect of these resistors.
- Available with 1, 2, or 4-channel scope for measurements.
- Comes standard with blower for the airflow meter.
- Can be supplied with a vacuum pump for pressure sensors and solenoid valve.
It is your ultimate tool for experimenting and learning about the operation of sensors and actuators in different systems. Whether you are an experienced professional or just starting in the world of measurements and observations, our measuring board offers you the possibilities to gain practical experience and improve your technical skills.
Make the most out of your measurements with our state-of-the-art measuring board!
Standard engine management board
Fully simulated system board equipped with all components.
- Never run out of battery and fuel for the measurement vehicle.
- Mobile measurement setup, suitable for the theory classroom (blended learning).
- Learn everything about modern engine management technology.
- Ability to troubleshoot using built-in common faults, both wiring and component faults.
- Expandable with satellite boards for students to measure alongside.
- Fault diagnosis within a control system in general, understanding cause and effect.
- (E)OBD not simulated but real. Readable with all common practical testers.
- Board offers a complete driving experience with all common load situations.
- All signals can be measured in various ways and positions, both at the ECU and the component, in relation to battery plus and minus (V4 measurement).
- Engine rotation (acceleration and deceleration) visible in crankshaft signal, enabling misfire recognition by ECU.