Thesis, the revised test kit for the electric oven temperature control system for aims to find a model that is suitable for temperature control, electric oven. Use the learning functionality of MATLAB/Simulink program when working with FiO board and as a device for teaching of mechanical engineering. This test has taken FiO board incoming applications in conjunction with MATLAB/Simulink to create a model for the electric oven temperature control by using the temperature control model to test the power and control system by PID. On-off control system and control system PID that contains the values of percentage of time difference to dawn at a temperature of 50° c. Is equal to 12% at 60° c? Equal to 26.5% and a temperature of 70° c. Is equal to 6.6% for the percentage difference of maximum temperature of 50° c. Equal to 5% at 60° c Equal to 31% and a temperature of 70° c. Is equal to 2.7% of the percentage of time that the temperature difference of 50° c. Equal to 20% at 60° c Equal to 32.6%, and a temperature of 70° c. Is equal to 21% of the time, and constant temperature of 50° c. Equal to 2%, at 60° c Equal to 42% and a temperature of 70° c. Is equal to 21%, and the PID control system tests, it can be seen that the maximum time value does not exist, because the functioning of the control system PID does not conform to the theory because the control system used for the test system is a derivative one. Thus, the test of the control system cannot be made as needed.
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