Hydrology Solutions

Cloud-Based Industrial Data Logger & Telemetry System The Cloud-Based Industrial Data Logger is purpose-built and ruggedized for reliable operation in demanding outdoor environments, including exposure to rain, dust, humidity, extreme temperatures, and other harsh weather conditions. Its industrial-grade design ensures dependable, long-term operation for remote environmental monitoring and data acquisition applications. The compact and cost-effective data logger is solar-powered and easily configurable, with a flexible range of digital, analog, serial, and communication I/O interfaces to support a wide variety of Hydrology and Meteorology data acquisition and cloud telemetry applications. Typical applications include: Automated Water Level Gauge (Radar) Automated Weather Station (AWS) Automated Rain Gauge (ARG) Underground Water Level Monitoring ET-Based Irrigation Pump Control Water Quality Monitoring Other remote environmental and hydrological sensing applications Rugged Enclosure & Power System The complete telemetry unit, including the GSM/cellular or satellite communication module, is housed in a rugged IP67-rated enclosure installed beneath the solar panel. The enclosure provides protection against water ingress, dust, humidity, and harsh outdoor conditions. The system incorporates a rechargeable battery and solar charging interface, enabling autonomous operation at remote monitoring locations where conventional electrical power may not be available. Flexible Sensor & Communication Interfaces The data logger provides multiple communication and sensor interface options, allowing it to accommodate a broad range of radars, sensors, meters, and field instruments. Sensor data can be acquired in real time, processed locally, time-stamped, stored, and transmitted securely to the Cloud Data Management Platform through GSM/cellular or satellite telemetry. The modular architecture allows the same compact data-logger platform to be configured for different applications without requiring a complete redesign of the field unit.