FAQs about Water Level Controllers
1. What is a water level controller, and how does it work?
A water level controller is a device that automatically manages the water level in your tank by controlling the motor or pump. It uses sensors to detect when the water level is low, triggers the motor to fill the tank, and stops the motor once the tank is full, preventing overflow.
2. What is the difference between fully automatic and semi-automatic water level controllers?
A fully automatic controller starts and stops the motor based on water levels, offering complete automation. A semi-automatic controller automatically stops the motor when the tank is full but requires manual intervention to start it when the water level is low.
3. Can the water level controller prevent my motor from running dry?
Yes, fully automatic controllers designed for underground tank setups include dry run protection, which prevents the motor from starting when there is no water in the sump, protecting the motor from damage.
4. Will the water level controller work with submersible pumps?
Yes, many fully automatic controllers integrate seamlessly with submersible pump panels, fully automating the water refilling process.
5. Are there any alerts or indicators on water level controllers?
Yes, fully automatic variants alert you when the underground tank is low. Some semi-automatic variants include water level indicators for easy monitoring, and buzzers that sound when the water level is low or the tank is full, requiring manual intervention. Each device has unique alerts, so please check the specific product page for more information.
6. Can I use a fully automatic water level controller with a direct water supply connection?
It is not recommended to use fully automatic controllers with direct water supply connections, as pipeline sensors may not provide reliable data. In this scenario, it is more important to monitor the water supply manually rather than automating it fully.
7. What types of sensors are used in water level controllers?
Our water level controllers typically use conductive sensors. New models will support ultrasonic sensors for improved precision. Mechanical float sensors, while common, are less reliable and offer lower accuracy compared to conductive and ultrasonic sensors.
8. Can I install a water level controller in both overhead and underground tanks?
Yes, water level controllers can be installed in overhead, underground, or multiple tanks. Fully automatic variants are ideal for setups where water is pumped from an underground tank to an overhead tank.
9. Is maintenance required for water level controllers?
Minimal maintenance is required. Cleaning the sensors once a year and regularly checking the controller’s performance will ensure smooth operation.
10. Do water level controllers work with all types of motors?
Yes, most controllers are compatible with various types of motors, including centrifugal, submersible, and monoblock pumps. Always check the specifications to ensure compatibility with your motor.
11. What happens if there is a power failure?
In the event of a power failure, the controller will stop functioning, and the motor will not operate. Once power is restored, the controller resumes operation based on the water level in the tank.
12. Do water level controllers have manual override options?
Yes, all controllers are designed to allow users to bypass the device and manually operate the motor when needed, such as during maintenance or sensor failure.
13. Are water level controllers suitable for large commercial or industrial tanks?
Yes, industrial-grade water level controllers are available for large commercial setups. These controllers are capable of managing bigger tanks and more powerful motors, providing robust solutions for heavy-duty water management systems.
14. How do water level controllers save water and electricity?
By preventing overflows and running the motor only when necessary, water level controllers help save water and reduce electricity consumption, making them both eco-friendly and cost-effective.
15. How difficult is it to install a water level controller?
Water level controllers are generally easy to install with user-friendly instructions. For more complex systems, like those involving submersible pumps or multiple tanks, professional installation may be recommended.
These three common tank setups are found in most places across India. Simply select your tank setup below, and we'll recommend the ideal water level controller variants perfectly suited for your specific configuration.
- OH Tank: The overhead tank functions as the main usage tank.
- Motor: Positioned between the tanks efficiently refills the overhead tank as needed.
- UG Tank: The underground tank serves as the primary storage tank, ensuring an ample backup water supply.
Recommendation
- Fully Automatic With Dry-Run Protection
- Semi Automatic With Dry-Run Protection
- Submersible Pump: Directly fills the overhead tank and connects to a submersible starter panel with red and green buttons.
- Device Compatibility: Works with submersible panels for automatic control. Some models may need a relay card (see product documentation).
Recommendation
- Fully Automatic
- Semi Automatic
- Direct Connection: The pump is directly connected to the government supply, filling either the overhead tank or the underground storage tank, depending on the setup.
Recommendation
- Currently none, Upcomming models will support this setup