DESIGN AND DEVELOPMENT WIPER WASHER SIMULATOR

Abstract

The design of the Washer wiper simulator is the final project to create a tool to help effective and efficient learning in understanding the electrical system in vehicles. Wiper and Washer systems are important components in vehicles that function to clean glass from rainwater and dirt. This simulator is designed to simulate the conditions of the electrical system of the Washer wipers, including various components such as the wiper motor, the Washer pump, the switch, and the associated electrical circuits. The design process and electrical identification process of this simulator are explained that the results of this research are: The results of the calculation of the power required in this wiper washer simulator are in the low position = 39 watts, high = 61.8 watts, intermittent = 3.6 watts, and washer 27.6 watts while the total power in the wipers and washers is 132 watts. The resistance that occurs in the wiper washer simuator is in the low position = 3.69 Ohm, high = 2.33Ohm Intermitten = 50 Ohms and washer = 5.21 Ohms. If the total of the obstacles using the parallel formula is used, the results are: low position = 0.22 Ohms, high = 0.19 Ohms, intermittent = 0.36, with total = 0.77 Ohms. The strong measurement of the current obtained is: wiper 0.21 A and washer 2.30 A.