Standard Specifications: | IP 68 Battery Powered |
Protocol : | wM-Bus T2, C2 / LoRaWAN™ / Sigfox® |
Advanced Functions: | » Agility with AMR / IoT data collection capabilities »Interoperable with open standards (SigFox / LoRaWAN / wM-Bus) |
Application: | IoT data collection |
Cyble 5
The Cyble 5 is a versatile multi-connectivity RF module designed for fast and efficient data collection via Walk-by/drive-by (AMR) and IoT networks such as LoRaWAN and Sigfox. This advanced solution enables utilities to embrace the digitalization of water distribution networks while ensuring reliable and real-time data access.
Key Features:
- Multi-Connectivity for Data Collection
Cyble 5 offers fast and accurate data collection through various channels, supporting both Walk-by/drive-by (AMR) and IoT solutions like LoRaWAN and Sigfox, enhancing operational efficiency.
- Interoperable with Open Standards
Designed to integrate seamlessly into existing infrastructures, Cyble 5 is fully interoperable with open communication standards, allowing flexibility and scalability for utilities.
- Built for Durability
Engineered to withstand harsh environments, the Cyble 5 module resists water, contaminants, corrosion, rough handling, and extreme temperature fluctuations, ensuring long-term reliability and performance.
- Advanced Diagnostics and Monitoring
Cyble 5 offers real-time monitoring of key system diagnostics, such as battery levels and clock synchronization in LoRaWAN and wM-Bus systems. It also provides detection and quantification of backflow, helping utilities maintain network health.
- Critical Alarms and Notifications
Equipped with intelligent alarm features, Cyble 5 generates alerts for important events, including:- Leakage Detection: Continuous flow alerts at the customer’s side.
- Tamper Attempts: Detects any attempt to dismantle or tamper with the meter.
- Blocked Meter: Flags zero consumption or flow, indicating potential meter blockage.
By incorporating the Cyble 5 RF module, utilities can improve water network monitoring, enhance system reliability, and streamline the transition towards digital water management.