Water Conservation Capability
Prevent overflows and detect hidden leaks before losses escalate.
Energy Optimization
Protect pumps, eliminate dry runs, and operate at peak efficiency.
Labor Cost Reduction
Monitor and control systems remotely with minimal human intervention.
Rapid ROI
Faster payback with reduced maintenance and operational overheads.
Start, monitor, and protect your water systems effortlessly — anytime, anywhere.

Despite close supervision, traditional water systems continue to struggle with inherent operational gaps.
Reliance on Manual Control
Pumps depend on human intervention for start/stop actions, often resulting in uneven or delayed filling cycles.
Overflow-Related Losses
Absence of automatic shutoff leads to repeated overflows, causing unnecessary water and energy wastage.
Lack of Predictive Notifications
No early alerts for critical level changes—issues are addressed only after escalation.
Airlocks & Pressure variations
Trapped air and unstable pressure disrupt consistent water supply to downstream points.
Power Quality Instability
Inadequate safeguards against voltage variations accelerate motor wear and stress.
Dry Run & Overload Damage
Operating without sufficient water or pressure increases the risk of overheating and pump failure.
No Historical Fault Tracking
Without event logging, recurring faults remain invisible and unresolved.
Inefficient Runtime Management
Manual operation leads to excess power consumption and reduced pump lifespan.
Real-time monitoring for efficient and automated water system management.
60 GHz | Powered & Battery Powered
100% Wireless | Easy Installation
Remote Mobile app control
Remote ON/OFF | Smart alerts
A wireless radar level sensor (or radar level transmitter) is a non-contact level measurement system that uses radar waves to measure liquid levels and sends data wirelessly to cloud or mobile platforms.
A radar level transmitter is used in water tanks, fuel and oil storage, chemical tanks, IBC containers, silos, and underground reservoirs for continuous level measurement and monitoring.
It works by emitting radar signals toward the liquid surface and calculating the reflection time to determine level, enabling accurate real-time monitoring without physical contact.
They are designed for industrial, commercial, and remote applications, handling extreme temperatures, vapors, dust, and outdoor conditions with stable performance.
Yes, radar level transmitters with wireless connectivity like LoRaWAN, CAT - M1 / NB-IoT, are ideal for remote tank monitoring, enabling real-time cloud-based data access.
Yes, the wireless radar level sensor supports plug-and-play installation and can be easily retrofitted on most existing tanks without any major structural modifications.
Yes, the UltraLevel Max supports BLE 5.2-based mobile app monitoring, allowing users to view real-time tank levels and configure the device within a range of up to 20 meters, without requiring internet connectivity.
Let's turn your questions into solutions — schedule with us today.