FourFaith IoT
Acoustic Collection & Analysis: Collect characteristic noise generated by pipeline leakage; cloud AI algorithms calculate leakage probability, and automatic alarm will be triggered once the probability exceeds 80%.
Positioning & Visualization: Built-in GPS and gyroscope attitude sensors; the cloud platform marks leak locations on GIS maps, which can be synchronously viewed via mobile APP.
Flexible Collection & Reporting: Acoustic sampling is performed every 10 minutes by default; sampling interval and reporting frequency can be customized remotely via cloud platform.
Dual Communication Mode: 4G CAT1 for remote cloud transmission + BLE Bluetooth for local near-field debugging.
Remote Operation & Maintenance: Remote parameter modification and OTA firmware upgrade via cloud; embedded encryption chip ensures secure data transmission.
Local Storage: 128M local flash memory caches historical acoustic data and monitoring records to prevent data loss during network outages.
Magnetic Mounting Pipe Leakage Monitor F-WLM200 is an underground pipeline leakage monitoring terminal based on IoT and machine learning algorithms. It identifies leakage points by collecting acoustic waves of pipeline water leakage within 50~2000Hz, and realizes visualized leakage monitoring with GPS positioning and GIS cloud platform. The monitor adopts magnetic quick installation design, features IP68 deep-water protection and microamp-level ultra-low standby power consumption. Equipped with a built-in 19Ah lithium thionyl chloride battery, it can work stably for 5 years. It automatically pushes leakage early warnings via 4G CAT1 wireless transmission, greatly cutting the cost of manual leakage patrol for water supply, gas and heating pipe networks.
AI Machine Learning Identification: Automatically distinguish pipeline leakage noise from environmental clutter, accurately calculate leakage probability to assist precise leak location.
Ultra-long Lifespan Design: Standby current only 2μA; equipped with standard 19Ah lithium thionyl chloride battery, it can work continuously for 5 years with one daily data upload.
Convenient Magnetic Installation: The strong magnetic base adheres firmly to metal pipelines directly without drilling or wiring, enabling rapid underground deployment.
All-scenario Three-proof Performance: IP68 waterproof rating allows long-term operation under 10 meters of water; wide temperature range of -40℃~80℃ adapts to humid and harsh underground environments.
Long-distance Acoustic Detection: Single device covers pipelines up to 250 meters away; dedicated underground antenna guarantees stable 4G signals underground.
Full-link Operation & Maintenance: On-site Bluetooth debugging, cloud remote control, mobile terminal synchronous early warning, realizing full-channel equipment management.
Reliable Hardware: Built-in gyroscope monitors tilting and displacement of the device, equipped with LED status indicator, the whole machine passes CNAS certification.
| Acoustic Monitoring Frequency Band | 50~2000Hz | Maximum Detection Distance | 250 meters |
|---|---|---|---|
| Sampling Interval | Default 10 minutes, customizable remotely via cloud platform | Communication Mode | 4G CAT1 for remote transmission, BLE Bluetooth for near-field local debugging |
| Positioning & Sensing | GPS + gyroscope attitude monitoring | Local Storage | 128M Flash local cache |
| Power Supply | 19Ah/3.6V Lithium Thionyl Chloride Battery | Power Consumption | Operating current: 20mA; Standby current: only 2μA |
| Service Life | Over 5 years with daily data upload | Ingress Protection Rating | IP68, submersible up to 10 meters permanently |
| Operating Temperature | -40℃ ~ +80℃ | Installation Method | Magnetic adsorption mounting |
| Overall Dimension | Φ64×118mm (excluding antenna) | Certification | CNAS Test Certification |
Long-term online leakage monitoring for municipal water supply pipe networks, gas transmission pipelines and industrial water conveyance pipelines buried underground.
A The terminal continuously collects vibration acoustic waves from pipelines and uploads data to the cloud machine learning algorithm system. The system calculates leakage probability by comparing collected acoustic fingerprints with standard leakage acoustic features, and automatically pushes early warnings once the probability exceeds 80%.
A The device features ultra-low standby power consumption. With the default daily reporting mode, the standard 19Ah lithium thionyl chloride battery can run stably for 5 consecutive years without replacement.
A No drilling or excavation is needed. Equipped with a high-strength magnetic base at the bottom, the device can be directly adsorbed on the surface of metal water supply and gas pipelines for rapid underground installation.