Automotive technology: New plug-in system equipment
The LEYBOLD STE plug in system is a tried and tested experiment system, the core of which is the plug-in board. The theme-specific sets in stackable trays offer space-saving and clearly organised storage of STE elements, components and accessories.
Today we would like to introduce you to the new plug-in system equipment from the automotive technology sector!
BASICS OF AUTOMOTIVE ELECTRICS/ELECTRONICS
In view of the increasing spread of electric vehicles, basic knowledge of electrics and electronics is important. Sensors, actuators, drives, lighting equipment, data transmission equipment, etc. are the important components in this context, the basic functionality of which is investigated experimentally with this equipment.
Features:
- Basic system for automotive electrics and electronics
- Comprehensive basic exercise and vehicle-specific project tasks
- Use of workshop measurement technology
- Including 3-phase AC current and PWM/PFM technology
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A.1.1.1.1 BASICS OF AUTOMOTIVE ELECTRICS/ELECTRONICS
SENSORS IN THE VEHICLE
Using practical examples, experiments can be set up with the basic equipment as a basis for the sensor circuits. An oxygen sensor can be connected via the lambda sensor connection box and analysed using a Bunsen burner flame.
Features:
- Original components with typical vehicle sensors
- Significance of different interfaces: analogue, digital, PWM
- Various sensor sets can be combined
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A.1.1.1.2 SENSORS IN THE VEHICLE
ACTUATORS IN THE VEHICLE
Input-processing-output: this principle of data processing is based on the interaction of sensors and actuators. The actuator is the only way for the control unit to interact with the environment.
With this equipment, LEYBOLD offers a collection of plug-in elements with which all important properties of actuators can be analysed. Special components are being investigated for the field of electromobility in particular.
Features:
- Original components in practical circuits
- Significance of different controls: analogue, digital, PWM
- CAN bus nodes as individual switching elements
- Electromobility: battery cell and battery management system (BMS)
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A.1.1.1.4 ACTUATOR TECHNOLOGY IN THE VEHICLE
BASICS OF SYSTEM & HIGH-VOLTAGE TECHNOLOGY
Protective measures in the HV intrinsically safe vehicle
A vehicle that uses technical measures to ensure complete contact and arc protection against the high-voltage system is called "intrinsically safe".
LEYBOLD offers all the necessary components for the safe testing of such systems as plug-in elements that are operated with a safe low voltage of 24 V.
Features:
- Principle of the IT network with 1st/2nd fault
- Danger to persons due to short circuit
- Function and use of the insulation monitor
- Measurement of the potential equalisation resistance
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A.1.1.1.5 BASICS OF SYSTEM & HIGH-VOLTAGE TECHNOLOGY