Specially engineered for low-source borewells where water yield depends heavily on location[cite: 10]. 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[cite: 10]. Timer periods can be custom-built at the factory to match unique well requirements[cite: 10].
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[cite: 10].
Switches ON when tank water falls below 50%[cite: 10]. If delivery stops due to low source yield, it shuts off the pump and starts the timer to let the borewell recover[cite: 10].
Accurately detects continuous water output via a dedicated flow sensor fitted on the delivery pipe to manage dry-run and low source transitions[cite: 10].
Features 4-stage overhead tank indicator, 3-stage sump level indicator, water flow status, voltage level, power ON, and auto/manual status lights[cite: 10].
Automatically cuts power if supply voltage drops below 180V or crosses 250V AC, backed by signature Ultra Deluxe surge defense[cite: 10].
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[cite: 10].
| Model Code | ULDX-DR-1PH-TM (Low Source Borewell Controller with Timer)[cite: 10] |
|---|---|
| Manufacturer | Smart Care Systems |
| Target Application | Unique device for Low Source Bore-well pumps[cite: 10] |
| Recovery Timer Period | Default 2 Hours (Custom-built at factory according to location and customer requirements)[cite: 10] |
| Working Voltage Cut-Off | Below 180V AC or Above 250V AC[cite: 10] |
| Sensing Technology | Water Flow Sensor on Delivery Pipe + Conductive Level Probes[cite: 10] |
Ideal for wells that pump dry quickly and require location-specific timed recovery intervals before safely resuming operation[cite: 10].
Eliminates manual monitoring when water sources fluctuate or run dry intermittently across different regional water tables[cite: 10].
Seamlessly integrates with standard single-phase submersible setups requiring automated multi-cycle filling[cite: 10].