Specially engineered for low-source borewells where water yield depends heavily on location. When delivery stops, the ULDX-DR-1PH-TM pauses the pump, triggers a customizable recovery timer, and restarts pumping once water reaccumulates—repeating autonomously until the overhead tank is filled. Timer periods can be custom-built at the factory to match unique well requirements.
Conceptual application view. Confirm the pump, starter, sensors and tank arrangement before installation. Refer to the model’s wiring instructions.
Because borewell recovery rates depend heavily on geological locations, the in-built recovery timer (default 2 hours) can be custom-built and factory-set according to your precise site requirements.
Switches ON when tank water falls below 50%. If delivery stops due to low source yield, it shuts off the pump and starts the timer to let the borewell recover.
Accurately detects continuous water output via a dedicated flow sensor fitted on the delivery pipe to manage dry-run and low source transitions.
Features 4-stage overhead tank indicator, 3-stage sump level indicator, water flow status, voltage level, power ON, and auto/manual status lights.
Automatically cuts power if supply voltage drops below 180V or crosses 250V AC, backed by signature Ultra Deluxe surge defense.
Includes Auto/Manual soft switch for direct tasks, optional NEED switch to force-start regardless of tank levels, and a Rocker Bypass Switch for failure overrides.
| Model Code | ULDX-DR-1PH-TM (Low Source Borewell Controller with Timer) |
|---|---|
| Manufacturer | Smart Care Systems |
| Target Application | Unique device for Low Source Bore-well pumps |
| Recovery Timer Period | Default 2 Hours (Custom-built at factory according to location and customer requirements) |
| Working Voltage Cut-Off | Below 180V AC or Above 250V AC |
| Sensing Technology | Water Flow Sensor on Delivery Pipe + Conductive Level Probes |
Ideal for wells that pump dry quickly and require location-specific timed recovery intervals before safely resuming operation.
Eliminates manual monitoring when water sources fluctuate or run dry intermittently across different regional water tables.
Seamlessly integrates with standard single-phase submersible setups requiring automated multi-cycle filling.