UC知道水塔自动供水系统
来源：百度知道 编辑：UC知道 时间：2024/09/18 06:54:11
水塔自动供水系统设计
水塔自动供水系统在日常生活及工业领域中应用相当广泛，而以往水塔水位的检测是由人工完成的，值班人员全天候地对水位的变化进行监测，用有线电话及时把水位变化情况报知主控室。然后主控室再开动电机进行给排水。很显然上述重复性的工作无论从人员、时间和资金上都将造成很大的浪费。同时也容易出差错，因此急需一种能自动检测水位，并根据水位变化的情况自动调节的自动控制系统。
本设计本课题应用单片机控制技术，以AT89S51单片机为核心控制的水塔自动供水系统。此设计利用水的特殊导电性做成的水位传感器作为单片机的输入量，经过单片机芯片，通过发光二极管来显示相应的水位高度，并能实现在水位达到下限水位时，可以自动启动电机进行加水，当水位达到上限水位高度时自动关闭电机，停止进水。且可在出现故障时，进行故障报警。该供水系统操作方便、性能良好，比较符合生产用水系统控制的需要。
Automatic water supply system design towers
Automatic water supply system water tower in their daily lives and industrial areas of the application of a wide range of water level in the past, the towers of the detection is done by manual, on duty around the clock to monitor changes in water level, with fixed line telephone to the water level changes in a timely manner to report the main control room. Main control room and then re-start the motor to the drainage. Clearly the work of the above in terms of repeatability of staff, time and money would be a great waste. Easy to go wrong at the same time, there was an urgent need to automatically detect a water level and water level changes in accordance with the automatic adjustment of the automatic control system.
The design of the application of single-chip control technology subject to control as the core AT89S51 Single-chip automatic water supply system of the towers. The design of the special use of water conductivity cause