🏠 Home → Knowledge Base → Quick Start
Completion time: 30 minutes
Required: ROSSMA device, LoRaWAN base station[1], access to ROSSMA NETS server
This step-by-step guide will help you quickly start working with ROSSMA devices - from unboxing to receiving first data.
WARNING: ROSSMA devices are equipped with non-rechargeable lithium thionyl chloride battery. Attempting to charge the battery may cause fire!
Parameters are indicated on the sticker on the housing or in the device datasheet.
Write down:
70B3D57ED0041234)Application is a logical group of devices (e.g., "Wells section 1").
Device is ready for activation!
For ANALOG Ex Single Channel:
Detailed installation instructions
WARNING: Make sure the device is registered in the network (Step 2) BEFORE powering on.
Wait: 1-5 minutes until first connection.
Success! Device is connected and transmitting data.
Data is automatically decoded by the server.
ANALOG data packet example:
HEX: dd08cb0dbc1500000eb0
Decoded:
{
"temperature": 21, // °C
"voltage": 3.516, // V
"adc": 2251, // ADC value (4-20 mA)
"uptime": 3760 // seconds
}
Example in ROSSMA NETS interface:
When viewing device data on ROSSMA NETS server, you will see decoded values displayed in a table or graph format with timestamps and signal quality indicators (RSSI[6], SNR[7]).
Default: once per day. For testing, we recommend setting 10-15 minutes.
Application: Device will apply settings after next connection.
Email: info@rossma.ru
Support: rossma.ru/support
Before starting operation, make sure:
Done! Your ROSSMA device is working and transmitting data.
LoRaWAN (Long Range Wide Area Network) - wireless communication protocol for IoT devices over long distances with low power consumption. More about LoRaWAN ↩︎
DevEUI (Device Extended Unique Identifier) - unique 64-bit device identifier in LoRaWAN network, similar to MAC address. ↩︎
AppEUI (Application Extended Unique Identifier) - 64-bit application identifier in LoRaWAN network, used for grouping devices. ↩︎
AppKey (Application Key) - 128-bit encryption key for secure device activation via OTAA protocol. ↩︎
OTAA (Over-The-Air Activation) - device activation method in LoRaWAN network with dynamic encryption key exchange. More secure than ABP. ↩︎
RSSI (Received Signal Strength Indicator) - received signal level indicator in dBm. Higher value (closer to 0) means better signal. Acceptable values: from -120 to -70 dBm. ↩︎ ↩︎
SNR (Signal-to-Noise Ratio) - signal-to-noise ratio in dB. Positive values indicate good communication quality. Acceptable values: above -5 dB. ↩︎ ↩︎