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FCS - Model PermaNET SU -Correlating Telemetry Noise Logger
PermaNET SU is the innovative new correlating noise logger from FCS. Retaining the industry leading features of the PermaNET+ system, PermaNET SU combines a leak noise sensor and 4G LTE cellular communications technology into a compact single unit. Designed specifically for smaller and more challenging installation environments, PermaNET SU is robust and durable. PermaNET SU is fully compatible with PermaNET Web, the online data viewing and analysis platform, combining to provide GIS map-based display and full remote audio and autocorrelation functionality.
Single compact unit: combines leak noise sensor and 4G LTE cellular communications into a single compact unit
Robust and durable: designed specifically for smaller and more challenging installation environments
Quick response: enables leakage teams to respond quickly to specific locations when a leak is detected
Installation confirmation: daily check to confirm logger orientation; will alarm if a problem is detected
Secondary validation
- Aqualog - detailed noise histogram to reduce ‘false positives’
- Remote leak audio file recordings
- Remote correlation to localize leak position
Fully waterproof: the IP68 rating has been tested at 10m depth over a 24 hour period
Easy to use: compatible with the Deployment app and can also be programmed through PermaNET Web
PermaNET Web: software supports
- Correlation
- Map view
- Aqualog
- GIS Interface
- Remote reconfiguration
- Filtering
External antennas: for improved signal strength (contact FCS for more information)
Once installed, leak data is calculated using the proven PermaNET algorithm, and data is transmitted via low cost 4G LTE cellular connectivity. This removes the requirement for expensive site visits and “drive by” data retrieval.
PermaNET SU allows leakage teams to monitor the status of each logger deployed from a map based web dashboard using any internet enabled device.
Leaks are identified immediately. Once the presence of a leak has been identified, secondary measures can be used to check and remove ‘false positives’ and correlate the position of the leak.