PULSE LoRaWAN Transmitter ARF8230AB

Adeunis SA; Crolles

  • Year
  • 2021 ?
  • Category
  • Miscellaneous (Other, Various) - see notes
  • Radiomuseum.org ID
  • 356119

 Technical Specifications

  • Number of Transistors
  • Semiconductors present.
  • Semiconductors
  • Main principle
  • Transmitter
  • Wave bands
  • Wave Bands given in the notes.
  • Power type and voltage
  • Other, details in remarks or not known. / Li-ion: 3.6 or 5 Volt
  • Loudspeaker
  • - - No sound reproduction output.
  • Material
  • Plastics (no bakelite or catalin)
  • from Radiomuseum.org
  • Model: PULSE LoRaWAN Transmitter ARF8230AB - Adeunis SA; Crolles
  • Shape
  • Miscellaneous shapes - described under notes.
  • Dimensions (WHD)
  • 34 x 62 x 132 mm / 1.3 x 2.4 x 5.2 inch
  • Notes
  • The Adeunis ARF8230AB PULSE Transmitter is an industrial LoRaWAN (Long Range Wide Area Network) sensor that monitors energy consumption in a building (gas, water or electricity) via pulse inputs. It can be connected to up to two different measuring devices. The index is transmitted periodically and an alert is generated if the flow rate exceeds a threshold or if there is a hardware error or low battery. Configuration is done locally via a micro-USB port or remotely via downlink. The IP68-protected resin housing has a DIN rail mounting.

    ITU Standard LoRaWAN protocol.
    Input frequency <100 Hz.
    RF transmit power +14 dBm.
    European ISM (Industrial, Scientific, and Medical) sub-band: 863-870 MHz. 
    Range 3 km (dense urban areas) to 20 km (rural areas).
    AES-128 data encryption.
    PIN/PUK protection of device configuration.
    Daily clock drift 5 to 7 seconds.

    Powered by external 5 V USB supply (Max 110 mA) or by internal FANSO ER18505H 3.6 V connectorized primary lithium battery pack (Max 150 mA). Battery capacity 4000 mAh. Battery life >10 years.

    Operating temperature -25˚C to +70˚C.

  • Net weight (2.2 lb = 1 kg)
  • 0.107 kg / 0 lb 3.8 oz (0.236 lb)
  • Mentioned in
  • - - Manufacturers Literature
  • Author
  • Model page created by Bruce Taylor. See "Data change" for further contributors.

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