$358.00 – $367.00Price range: $358.00 through $367.00
Accurate LiDAR ToF Measurement – Non-contact distance sensing over long ranges.
Auto-Clean Feature – Keeps optics clear for consistent performance.
Two Power Options – LB: Battery-powered for mobility, LS: Solar-powered for continuous operation.
Wireless Data Transmission – LoRaWAN connectivity for remote monitoring.
Versatile Applications – Works across industrial, agricultural, and smart city environments.
Precise, long-range distance measurement with self-cleaning capability
The LDS25 series is a LoRaWAN-enabled LiDAR ToF (Time-of-Flight) distance sensor designed for accurate, non-contact measurement in a variety of applications. It features an auto-clean function to maintain clear optics for consistent performance, even in dusty or outdoor environments.
Two versions are available:
LDS25-LB – Battery-powered for portable or temporary installations.
LDS25-LS – Solar-powered for long-term, low-maintenance deployments.
Both models deliver high-accuracy distance readings over long ranges and transmit data wirelessly via LoRaWAN for remote monitoring.
Industrial Operations – Monitor tank levels, conveyor distances, or object positioning without manual checks.
Smart Agriculture – Measure silo fill levels or irrigation water depths from a distance.
Smart Cities – Track parking availability, waste bin fill levels, or infrastructure clearance.
Outdoor Monitoring – Maintain accurate measurements in challenging environments thanks to self-cleaning optics.
Tank & Silo Level Monitoring – Measure contents without direct contact.
Waste Management – Detect when bins or containers are full.
Parking Systems – Monitor space occupancy.
Flood & Water Level Monitoring – Track rising or falling water levels remotely.
Industrial Automation – Measure and control distances in production lines.
A grain storage facility uses the LDS25-LS (solar version) to monitor fill levels in multiple silos. The solar-powered units operate continuously without battery replacements, and the auto-clean feature ensures dust buildup doesn’t block readings. The data is sent via LoRaWAN to a central dashboard, allowing managers to know exactly when each silo is nearing capacity.