TF-NOVA level measurement sensor employs a non-contact method, installed above small storage tanks with a detection depth of 7-10 meters. It delivers high precision and real-time measurements, reducing operational costs, enhancing productivity, and eliminating manual checks. This ensures safety for personnel and equipment while providing convenience and reliability in sectors such as petrochemicals, water treatment, tank management, and food and beverage.
Technical Highlights
High Precision Measurement: Utilizing advanced lidar ranging technology, the lidar can penetrate complex environments such as fog and steam, achieving centimeter-level high precision in liquid level measurements to ensure data accuracy.
Non-Contact Detection: The all-solid-state lidar solution eliminates the need for direct contact with the liquid surface, effectively preventing damage from medium corrosion or contamination that traditional mechanical or float-based level gauges may experience, thereby extending equipment lifespan.
Wide Adaptability: It performs reliably in various conditions, whether with clear liquids, turbid liquids, or high-viscosity media, making it suitable for diverse operational environments.
High Protection: The front window has an IP65 waterproof rating.
Easy Installation and Maintenance: Cleaning is simple, and integration is convenient.
Key Recommended Products：
Gas pipelines and wells need to remain dry at all times, as water ingress can disrupt the normal operation of the pipes and equipment. The current monitoring methods involve manual inspections or emergency repairs when severe water ingress is detected, which incurs high maintenance costs and severe equipment corrosion. By installing LiDAR sensors in gas wells, it is possible to monitor the presence of water in real time. Under normal conditions, when there is no water, the LiDAR outputs a stable distance measurement. If unexpected water ingress occurs, the LiDAR, being sensitive to water surfaces, will detect fluctuations in the data. These fluctuations can trigger an alert to the backend system, notifying maintenance personnel to promptly address the issue. This reduces inspection costs and increases the efficiency of emergency repairs.
Supports explosion-proof certification and meets industry certification requirements.
Compact size, easy to integrate and install.
High sensitivity, responds quickly to abnormal conditions.
Ultra-high precision, millimeter level.
Long lifespan with low maintenance costs.
Strong anti-interference capability, unaffected by ambient light, rain, fog, and other environmental conditions.
