Activator Token KWh Meter Using Servo Motor SG90 Based on Arduino Uno Microcontroller

Mirda Khamidah
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Abstract

The design of the kWh meter token activator using the SG90 Servo Motor based on the Arduino Uno microcontroller has been studied. The tools and materials used are the SG90 Servo Motor, PCA9685 Servo Motor Driver, Arduino Uno, 5V 1 A Adapter, pressure wire, and additional supporting tools. When pushing the kWh meter keypad, a servo motor at a 90° angle causes the wire to travel ideally perpendicularly. When the token value is entered into the interface, Arduino Uno executes the token value and tells the PCA9685 Servo Motor Driver to operate eleven SG90 Servo Motors to drive the push wire for the kWh meter keypad. The precision of the token number on the kWh meter and the display of the word "true" on the LCD kWh meter demonstrate the tool's effectiveness. The kWh meter Token Activator Tool successfully activated five new kWh meter Tokens with 100% correctness in terms of numbers, and each token took 44 seconds to activate. They are making an error and wasting time activating the kWh meter token.
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基于Arduino Uno单片机的SG90伺服电机激活令牌电能表
研究了基于Arduino Uno单片机的SG90伺服电机的千瓦时电表令牌激活器的设计。使用的工具和材料是SG90伺服电机,PCA9685伺服电机驱动器,Arduino Uno, 5V 1a适配器,压力线和其他支持工具。当推动千瓦时仪表键盘,伺服电机在一个90°的角度,使电线旅行垂直理想。当令牌值输入到接口时,Arduino Uno执行令牌值,并告诉PCA9685伺服电机驱动器操作11台SG90伺服电机来驱动千瓦时电表键盘的推线。kWh电表上的令牌数字的精度和LCD kWh电表上“true”字样的显示证明了该工具的有效性。kWh电表令牌激活工具成功激活了5个新的kWh电表令牌,在数字方面具有100%的正确性,每个令牌需要44秒才能激活。他们犯了一个错误,浪费了激活kWh电表令牌的时间。
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