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Didalab catalogue Electrical Engineering, ed 2021
Didalab catalogue in Electrical engineering
English edition, 2021
Didalab catalogue in Electrical engineering and Telecommunications
English edition, 2021
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Training unit of industrial local networks applied to the car industry.
Linked to one EID110 / EID210 target board or a PC computer with a CAN interface board, the CAN module is a complete development project of car signals system control. Programming is carried out either in assembler, C, or C++ language with one real-time kernel available.
→ Inputs/Outputs simulator, enabling the implementation of programs using ON/OFF analog inputs/outputs & interrupts.
→ To plug with EID110 or EID210 board(s).
Operative part for the simulation of traffic lights. It can be controlled by the EID 110/210 series training boards.
It represents a road crossing between 1 high traffic road and 1 side road with pedestrian calls & car presence detections.
Training unit of motor speed control (windshield wiper), through LIN CAN network.
Linked to one EID110 / EID210 target board or a PC with CAN interface board, the CAN module is a complete development project on motor speed control. The speed signal is generated by one incremental encoder. Programming is carried out in assembler, C or C++ language. The real time kernel is available.
The Training Multiplexed Vehicle (VMD01C) is the perfect tool to put the Student faced to development situation in a Design Office.
The system is constituted of 1 built-in computer (based on the 68332 microcontroller) + 1 industrial CAN interface board + 1 CAN board with 8 ON/OFF inputs + 4 CAN boards with 4 power outputs + 1 windscreen set with wiper motor speed control through CAN network + 1 real-time kernel.
1 {C & C++} compiler & many practical works are provided with the equipment.
Designed for the study of the sequential automatic process control with safety control by:
▪ interpreter, Grafcet simulator on PC (steps, conditional actions, macro-steps, divergence, convergence…).
▪ PLC through 4-mm Inputs/Outputs sockets.
▪ PLC or any other control device, through CANopen cell.
It enables the control of large ability elevator models:
▪ Up motion priority.
▪ Down motion priority.
▪ Car pre-positioning for the waiting time schedule (morning, noon, evening).
▪ Control of several elevator columns.