Specially designed for dual motor operations, the ULDX-ACH-MSS-03 controls one sump motor and one borewell motor feeding into a common overhead tank. Featuring intelligent Sump Mode and Borewell Mode automatic switching, it ensures uninterrupted water management with robust industrial-grade protection.
Conceptual application view. Confirm the pump, starter, sensors and tank arrangement before installation. Refer to the model’s wiring instructions.
Designed to control one sump motor and one borewell motor pumping to a single common overhead tank.
Operates on Sump Mode when water is available; when sump water drops below the foot valve level, it automatically switches over to Borewell Mode, resuming Sump Mode once the sump refills.
Features a physical selector switch for Auto, Pump 1, or Pump 2 operation. In Auto, both run automatically; selecting an individual pump isolates the other.
Software-driven AC sensing eliminates electrode polarization in water, paired with stainless steel molded conductive electrodes lasting up to 10 years.
Includes dry-run detection with a 120-second delay, automatic voltage cut-off below 170V or above 270V AC (single phase / 360V-480V 3-phase), and built-in surge protection.
Includes Auto/Manual soft switch for utility tasks, an optional NEED switch to force-start irrespective of tank levels, and a Rocker Bypass Switch for failure overrides.
| Model Code | ULDX-ACH-MSS-03 (Dual Motor Controller) |
|---|---|
| Manufacturer | Smart Care Systems |
| Power Supply | 230V AC 50Hz |
| Working Voltage | >170V & <270V AC (Single Phase) / 360V - 480V (3 Phase) |
| Relay Contact Rating | Pump 1: 40 Amps | Pump 2: 30 & 40 Amps |
| Delays & Power | Power Delay: 60 Seconds | Dry-Run Delay: 120 Seconds | Power Consumption: 1.1 W |
| Dimensions (W x H x D) | 160 x 180 x 65 mm |
| Sensor Cable Limit | Maximum 300 meters |
Designed for properties utilizing both an underground water sump and a deep borewell supplying a single overhead tank.
Automates complex multi-pump source routing without manual monitoring or manual valve switching.
Ensures fail-safe fallback management between primary and secondary water sources.