HC-50 series
Radio measuring system for long distances – no mobile network, no cabling
The HC-50 measures where there is no WiFi, no mobile network and often not even power: at wells, ponds, fields or retention basins. The measuring stations (nodes) transmit via LoRa over several kilometres to a base station (gateway). The gateway passes the values on to EcoSensors.cloud via your WiFi, where you see them in the dashboard.
How it works
- Each node records its readings and then goes straight back to sleep, which saves the battery.
- The gateway receives the radio packets of all nodes within its range.
- Via your WiFi the values reach EcoSensors.cloud, where they are stored and analysed.
- In the dashboard you see trends and current values and are notified when something is unusual.
Key data
| Radio technology | LoRa on 433 MHz, range typically several kilometres |
| Topology | Star: each node transmits directly to the gateway, simple and reliable |
| Scaling | Practically any number of nodes per gateway, also several gateways in the system |
| Gateway | USB power supply (5 V) and WiFi with internet access, see Power supply |
| Node | Rechargeable LiFePO4 battery, a solar option is in development |
Position the gateway so that all nodes can reach it directly. How to do that is described in the gateway guide. What influences the radio range is explained on the page LoRa radio technology. Further information: Firmware features.
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Measuring conceptHow nodes, gateway and cloud work together
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HC-50 GatewayBase station: location, mounting, WiFi setup and maintenance
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HC-50 NodeMeasuring station: installation, sensors and power supply
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HC-50 BatteryLiFePO4 battery: charging, service life and safety notes
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Firmware featuresRadio transmission, power saving and operation on the device
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LoRa radio technologyLong-range radio in the 433 MHz band – how the nodes reach their gateway
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Power supplyPower supply unit on the gateway, battery on the node – how the HC-50 gets by on little energy