Automatic Water Level Controller Working Principle

Automatic Water Level Controller Working Principle

Are you searching Google for “Automatic Water Level Controller Working Principle” in hopes of trying to understand what a water level controller does? If so, this guide will help.

What Is An Automatic Water Level Controller?

Automatic water level controllers are a product that was created to automatically control a motor, which helps to ensure a constant reserve of water in a storage tank. These automatic water level controllers are used to automatically fill the over-head tank when it starts or has become empty as well as monitor the water level in it.

Automatic water level controllers switch the motor on whenever the water level drops below a certain level and shuts the motor off when the water rises well above a fixed level. The motor will also switch off when the sump water is exhausted before it fills the over-head tank, or if the pump is running dry as well as maintains voltage fluctuations. These are state of the art advanced, digital technology micro-controller based products. This system is quite versatile. There are also custom made variations such as control of multiple pumps or multiple tanks.

Automatic Water Level Controller Working Principle – 3 Types

Automatic Water Level Controller Working Principle

Water is a gift from the gods and it shouldn’t be wasted. In most houses, we have water tanks that are filled for regular and daily use of water. We will switch the water motor on and keep track of the 30 to 90 minutes for the tank to fill up. Sometimes, the water will fill the tank too fast or too slow, depending on the amount of water remaining in the tank. The rest of the storage tank water will be wasted. Sometimes, you have to take a bath, but your water tank is empty. In order to resolve this issue, there is the automatic water level controller. There are a lot of ways to control your water levels. Here we discover the working principle of 3 different types of water level controllers.

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Float Switch Sensor Working Principle:

Float Switch Sensor Working Principle - Water Level Controller

Take a look at the float switch sensor working principle above. Paper will always float on the water. This device will do the same as it floats on the water. When the water comes down and is too low, the device will rest on the ground or on the bottom of the water tank. It is electronically connected to a motor which turns on for a certain amount of time. You can adjust the time of the switch on the motor. The only disadvantage of the system is that it will turn on when the water is completely out of the tank.

Probe Level Sensor Working Principle:

Probe Level Sensor Working Priciple - Water Level Controller

Take a look at the probe sensor working principle above. A probe is used to switch the motor off and on by assigning to various levels in the tank. Whenever the probe hits these levels the motor will turn off and on. In a single point probe sensor working principle, a low alarm sensor will trigger an LED light on your control board

Water Level Control Working Priciple

In a multi point probe sensor working principle, a low alarm could trigger the LED light to turn on and send a signal to turn on an automatic water pump to refill the water back to the pre-programmed water level.

Multi Point Probe Level Sensor Working Principle

The only disadvantage to this system is that it can cause issues that require maintenance and spending more money.

Ultrasonic Level Sensor Working Principle:

Ultrasonic Level Sensor Working Principle - Water Level Controller

Take a look at the Ultrasonic Level sensor working principle above. This water level controller will use two components the ultrasonic sensor and relay board. The distance for the motor to turn off and on needs to be specified. There is a special program that executes the sensor. There are a lot of capacitors, circuit boards, resistors, and semiconductors used.

Advantages of Automatic Water Level Controllers

Advantages Of Automatic Water Level Controllers

  • Automatic water level controllers can maintain an exact preset water level.
  • It can be installed in homes, hotels, and hospitals.
  • The power used by this controller is low and negligible.
  • It can be installed in metro cities where the drinking water is the only water used for all purposes, which keeps the drinking water from being wasted.
  • These controllers are compact, easy to installed, and easy to move.
  • The sensor can be free of corrosion and the maintenance cost is very low.

Thank you for reading “Automatic Water Level Controller Working Principle“! Stay tuned for more from the revolutionary water level control manufacturers at Water Level Controls.


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