The utility model discloses a submersible pump automatic water storage controller, a floating ring and the water level of the dry reed pipe E3 in the water, in the water tower is provided with a magnet float and the high water level and low water level E2 reed reed E1, E1, E2, the dry reed pipe E3 is connected with the ground, the dry reed pipe E1 the other end is connected with a neon tube HL1, reed E2, E3 connected to the other end of the neon tube HL2, HL1 neon tube arranged on both sides of a photosensitive resistor RG1, RG4 and HL2 are sealed together, a neon tube arranged on both sides of a photosensitive resistor RG2, RG3 and sealed together, photosensitive resistor RG1 controls the water level control circuit, RG2 control of high level or photosensitive resistance water water control circuit, a photosensitive resistor RG3, RG4 series control abnormal water level control circuit. Water quality is not required to be used as an electrolytic transfer signal, which can protect metal water storage devices and solve the waste of electricity in the invisible.
【技术实现步骤摘要】
【技术保护点】
一种潜水泵自动蓄水控制器，其特征在于：在水源处设置一浮动磁环和水源水位干簧管Ｅ３，在水塔处设置一磁铁浮球和高水位干簧管Ｅ２、低水位干簧管Ｅ１，干簧管Ｅ１、Ｅ２、Ｅ３的一端接地，干簧管Ｅ１的另一端连接氖管ＨＬ１，干簧管Ｅ２、Ｅ３的另一端连接氖管ＨＬ２，氖管ＨＬ１两侧设置光敏电阻ＲＧ１、ＲＧ４并被密封在一起，氖管ＨＬ２两侧设置光敏电阻ＲＧ２、ＲＧ３并被密封在一起，光敏电阻ＲＧ１控制低水位控制电路，光敏电阻ＲＧ２控制高水位或水源缺水控制电路，光敏电阻ＲＧ３、ＲＧ４串联而控制水位异常控制电路，２２０ＡＣ电源经Ｄ９接电阻Ｒ２１与Ｒ２２，经Ｄ１０接Ｒ２０与Ｒ２３，ＨＬ１一端接Ｅ１另一端电阻Ｒ２２和Ｒ２３，ＨＬ２一端接Ｅ２与Ｅ３另一端电阻Ｒ２０和Ｒ２１。
【技术特征摘要】
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。