Ripple model specifically designed to detect water supply in pipe line and automatically start the motor to fill the tanks

No. Ripple detects water supply instantly as soon as water supply starts in the locality. Although, it has timer function also but its water supply detection is very reliable. Hence, most of the time, timer system is not used. The disadvantage of timer based operation is it may suck dirty water accumulated in corroded water supply pipe line if at that time water supply is not there. Thus, timer based system may spread diseases.

Ibot P model is suitable for automation of above motor.

Yes. It has multi tank feature also. Additional sensors are required for each additional tank. The controller will receive water level data from all sensors and display the water level of every tank. When water level in any of overhead tank falls below low level, it’ll start the motor and after getting full all the tanks, it’ll stop the motor. In case of multiple tanks, it’s mandatory by the client to install the float valve in every Overhead tank to prevent the water overflow.

It has a digital display for showing the water level of tanks in percentage with 1% resolution along with tank Identification number.

If system and its controller are not damaged physically and used as per the recommended guidelines, it will last more than 10 Years. Only batteries are required to be replaced after an interval of a few years.

No. The capacitance based water level sensors have inbuilt batteries which is enough to power the unit for more than 5 years.

The main components usually include water level sensors, a controller unit which will automate existing motor pump.

Sensors for potable water are based on principle of capacitance. It has additional sensor for auto calibration and it sends the data in percentage with 1% resolution. These sensors are corrosion & scale free and suitable for potable water.

Apart from most commonly used capacitance based sensors, ultrasonic, magnetic and conductive sensors are also used as per site requirement.

Following safety features may be available in products based on model and variants:

(I) Dry run protection
(II) High/ Low voltage protection
(III) Overflow alarm
(IV) Timeout feature

Yes, our controllers are designed for easy installation and operation. They come with detailed installation instructions and are user-friendly.

Yes, our controllers can be provided with Modbus output to communicate data with any modbus compatible Building management system (BMS).

Yes. With some additional hardware, the controllers data can be monitored remotely through web server/ mobile application.

Yes, we offer customization options to tailor the controller to meet the specific needs of user application.

Yes, our controllers are compatible with a wide range of single/ three phase pumps including submersible, centrifugal pumps etc.

Our controllers come with a One year standard warranty period.

Yes, for non-potable water, ultrasonic sensor based device can be used to measure the water level and transmit the data wirelessly to the controller/ indicators.

No, the controller should be protected from rain, water splashes, dust and direct sun light. It should be installed in dry and well protected place or protected by non-metallic enclosure.

Yes, our controllers are installed in parallel to your existing old switch of motor. The same switch can be used to operate the motor manually as usual.

Yes, our controllers can be operated for automated operation based on predefined time intervals.

Yes, our controllers can be configured to emit alarms or SMS in case of abnormal water level conditions.

Yes, our controllers are designed to detect very low water supply pressure and automatically operate the motor to fill the storage tank.

Yes, our controllers can be configured for data logging capabilities, allowing for historical analysis of water level trends and patterns.

Yes, our models feature self-diagnostic capabilities to identify and troubleshoot issues for easy resolution.

Yes, our controllers are designed for easy retrofitting onto existing water systems, offering an efficient solution for upgrading outdated systems.