Dragino LearnDragino Learn
  • LoRaWAN

    • What is LoRaWAN?
    • Benefits of LoRa Technology and LoRaWAN
    • Understanding the Difference Between the LoRaWAN Network Server and Application Server
    • LoRaWAN 1.0.4
    • Regional Parameters
    • End Device Activation
    • Device Classes
    • Message Types
    • Radio Propergation
    • Security
    • Security Mechanisms
    • Spreading Factors
    • Adaptive Data Rate (ADR)
    • LoRaWAN Relay (Based on TS011-1.0.1)
    • LoRaWAN Roaming
    • LoRaWAN Roaming in Practice: Asset Tracking and Wildlife Tracking Use Cases
    • Understanding Firmware Updates Over The Air in LoRaWAN
    • Glossary
    • Use Cases
      • LC01
        • Smart Irrigation
        • LC01 ThingsBoard Integration
      • LHT65N-VIB
        • Monitoring Vibration Anomalies of an Electric Motor Pump
      • Cattle Tracking
      • Asset Tracking and Logistics Monitoring
      • Smart Utilities
  • NB-IoT

    • What is NB-IoT?
    • Prerequisites
    • SIM Cards
    • Frequency Bands
    • Power Saving Modes in NB-IoT
    • NB-IoT Network Architecture
    • NB-IoT Application Layer and Cloud Integration
  • LTE-M

    • What is LTE-M?
    • LTE-M Architecture
    • LTE-M Communication Process
    • Power Saving Mechanisms in LTE-M
    • Mobility and Handover in LTE-M
    • Security and Authentication in LTE-M
    • Data Transmission Procedures
    • Industry Use Cases and Future Trends
    • LTE-M Challenges and Network Limitations

LC01 - LoRaWAN Relay

Dragino LC01 is a LoRaWAN relay, a Class C device that can be used to control electrical devices or circuits in real time, up to 15A.

Features

  • Operating voltage: 80–275V AC - The relay can control an electrical device or circuit (usually referred to as the load) that operates between 80–275V AC. Please note that DC loads cannot be connected.
  • LoRaWAN Class C – With the LoRaWAN Class C mode of operation, you can send downlink commands to the relay in nearly real time.
  • Advanced Safety: Integrated protection against overcurrent, overvoltage, short circuits, and temperature rise, helping reduce the risk of damage from lightning strikes.
  • Rugged Enclosure: Made from fireproof PC material with UV-resistant additives, ensuring long-term durability without discoloration.
  • Longer Life with Zero-Crossing Trigger: The LC01 includes a patented zero-crossing trigger, which minimizes electrical stress and extends the device’s operational life.

Read the LC01 technical documentation for more information.

Registartion

The LC01 is assigned a unique DevEUI (identifier), AppEUI (identifier), and AppKey (key) during manufacturing. After purchasing the LC01, you must first register it with a LoRaWAN network using these keys and identifiers.

My Device

Registration can be done in two ways, and each method leads to a different type of device activation:

  • OTAA
  • ABP (not recommended, not secure)

Activation

Once you register the LC01 with a LoRaWAN Network Server, the next step is to activate it. It's simple. You only need to power up the relay. It will automatically perform the join procedure on the network and will be ready to control electrical appliances or circuits.

We recommend using OTAA. Read OTAA for more information.

Integration

LC01 can be inegrated with different IoT platforms such as ThingsBoard, Datacake, TagoIO, myDevices, akenza.io. to create dashboards to control the relay and get it's current status. The following figure shows a dashboard created with ThingsBoard.

My Device
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