Automatic Water Level Controllers | Energy & Water Saving

26-08-2024

Role of Automatic Water Level Controllers in Energy and Water Savings

Automatic water level controls assist in keeping tank water levels within a specific range. These devices are made up of various components, including sensors, a control unit, and a valve or pump. In this blog, we will cover the importance and benefits of installing an automatic water level controller.

How Does an Automatic Water Level Controller Operate?

Automatic water level controllers employ sensors to detect the level of water in a tank or reservoir. These sensors can be multi-point, defining a range of low to high water levels in the tank. When the water level falls below a predetermined threshold, the control unit activates the pump or valve. As a result, water immediately begins to flow into the tank. When the water level reaches the upper sensor, the control unit turns off the pump and stops the flow.

Advantages of Automatic Water Level Controllers

The first electric water controllers, introduced in the early 1990s, were installed in boilers, cooling towers, and waste water tanks. However, the earliest units had problems that required troubleshooting. Modern water level controllers have improved over time and are more reliable. Global brands, such as Selfguard Automation & Controls, can improve their products by accessing new markets and testing circumstances.

Here are the benefits of employing automated water level controllers.

Power Savings: Automatic pump start-stop helps to reduce electricity use. This translates into monetary savings for your farm or business.

Water Conservation: By controlling water overflow, a water level controller reduces water waste. This enhances resource utilisation and leads to cost savings.

Optimal Resource Utilisation: In general, water consumption increases during the day and decreases at night. A water level controller guarantees that your irrigation or commercial systems have water 24 hours a day, seven days a week.

Automated Operation: Reduces the manual effort necessary to monitor pump timer switches. Installing an automatic water level controller frees up your time for other productive duties.

Easy Installation with LED Monitors: LED monitors make installation and monitoring simple. For example, Selfguard Automation & Controls provides thorough installation and after-sales assistance. Furthermore, LED lights enable operators to visually inspect the controller to ensure correct operation.

Things to Remember:

Automatic water level controls have restrictions, just like any other outdoor equipment. Here are a few things to remember when installing and maintaining your electric water level controller.

Certain components, such as level control sensors, may require frequent maintenance or replacement.
Prolonged use can also cause rusting, fouling, and degradation in certain components. Cleaning the equipment regularly helps them last longer.
Purchasing locally built water level controllers might frequently leave you without adequate after-sales support and warranty coverage. As a result, the long-term costs will be higher.

Application/Uses of Water-Level Controllers

Automatic water level controllers are commonly utilised in

Irrigation tanks
Industrial water tanks
Stream-level monitoring
Sewage pump level control
Overhead tank water level control
Controlling the water level in cooling towers
Remote liquid monitoring
Pool water level control

How to Choose the Best Water Level Controller?

The first and most important step is to choose a reputable brand for all of your pump starter and controller needs. This step alone will save you a lot of bother and headaches later on.

Here are some factors to consider when choosing an automatic water level controller device for your setup.

Accuracy: The sensor system should be advanced enough to detect water levels with little deviation from the threshold accuracy.

Integration: The solution should work with your current irrigation or industrial setup. Look for water level controls that use dry contact circuitry.

Latest Design: As technology advances, it is always best to get the most recent water level controller designs. The most recent and advanced water level controllers include solid-state components and LED indications.

Tech help: The brand you choose should provide significant technical help during the purchasing and installation process.

Warranty Coverage: All essential parts and components of water level controllers should be covered by warranty.

Conclusion

The importance of a Fully Automatic Water level Controller in energy and water conservation cannot be emphasised. As water scarcity becomes a more severe worldwide issue, adopting technology that optimises water usage while reducing energy consumption is critical. Automatic water level controllers are a practical, cost-effective solution for successfully managing water resources while also helping to conserve electricity. Whether in a household, business, or industrial location, these devices are an excellent investment in a sustainable future.