设计和开发基于 RTC 的继电器板,用于精确控制工业电机

Dr. Pravin Tajane, Amol Dhenge, Shashank P. Wankar
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引用次数: 0

摘要

基于 Arduino 的时间调节电气设备控制机制负责按照预先设定的时间表启动和关闭电气设备。这项探索通过提升技术,以更安全、更高效的方式为手动开关提供了一种选择。它展示了一个实时更新的集成时钟,在实时与预定时间一致时打开或关闭相关设备。输入控制面板可让用户方便地更改开关计划,数字显示屏则显示当前时间。关键字Arduino、液晶显示器(LCD)、时间时钟、继电器单元、控制输入。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Development of an RTC Based Relay Board for Precision Control of Industrial Motors
An Arduino-based time-regulated electrical apparatus control mechanism undertakes the responsibility of activating and deactivating electric equipment as per a pre-set timetable. This exploration introduces an option to manual switching by elevating technology in a manner that is more secure and more user-efficient. It showcases an integrated clock that updates in real-time, turning the associated device on or off when real-time aligns with the scheduled time. The input control panel enables users to alter the switching schedule at their convenience, while the numeric display illustrates the current time. Key Word: Arduino, Liquid Crystal Display (LCD), Temporal clock, Relay unit, control inputs.
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