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[cite: 8]. Featuring intelligent Sump Mode and Borewell Mode automatic switching, it ensures uninterrupted water management with robust industrial-grade protection[cite: 8].
Designed to control one sump motor and one borewell motor pumping to a single common overhead tank[cite: 8].
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[cite: 8].
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[cite: 8].
Software-driven AC sensing eliminates electrode polarization in water, paired with stainless steel molded conductive electrodes lasting up to 10 years[cite: 8].
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[cite: 8].
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[cite: 8].
| Model Code | ULDX-ACH-MSS-03 (Dual Motor Controller)[cite: 8] |
|---|---|
| Manufacturer | Smart Care Systems |
| Power Supply | 230V AC 50Hz[cite: 8] |
| Working Voltage | >170V & <270V AC (Single Phase) / 360V - 480V (3 Phase)[cite: 8] |
| Relay Contact Rating | Pump 1: 40 Amps | Pump 2: 30 & 40 Amps[cite: 8] |
| Delays & Power | Power Delay: 60 Seconds | Dry-Run Delay: 120 Seconds | Power Consumption: 1.1 W[cite: 8] |
| Dimensions (W x H x D) | 160 x 180 x 65 mm[cite: 8] |
| Sensor Cable Limit | Maximum 300 meters[cite: 8] |
Designed for properties utilizing both an underground water sump and a deep borewell supplying a single overhead tank[cite: 8].
Automates complex multi-pump source routing without manual monitoring or manual valve switching.
Ensures fail-safe fallback management between primary and secondary water sources[cite: 8].