iOKE868 LoRaWAN® Smart Metering Kit
€109.00
% Regular price: €119.00 (8.4% saved)
Product information "iOKE868 LoRaWAN® Smart Metering Kit"
The ‘iOKE868 LoRaWAN® Smart Metering Kit’ leverages the long range and low power consumption of LoRa® to provide real-time data monitoring of energy consumption and secure connectivity to the LoRaWAN® IoT network. It is compatible with most modern smart meters (compliant with IEC62056-21 and SML messages).
The ‘iOKE868 LoRaWAN® Smart Metering Kit’ can be attached magnetically to the smart meter to read out the infrared interface, extract the desired values and transfer those to the LoRaWAN® network with a period defined by the user.
The external antenna provides a maximum flexibility during installation in difficult RF environments. A user-friendly configuration tool offers an easy way to change the radio, calendar and filter settings. These advantages result in a far more comprehensive and detailed feedback on energy consumption and enables a significant reduction of operational costs.
The product includes the following parts:
- iO881A optical reading head
- USB-cable for power supply (1.8 m)
- antenna (magnetic base) with 2.0 m cable.
The ‘iOKE868 LoRaWAN® Smart Metering Kit’ comes without any power supply, please choose between battery-holder and power-supply unit (USB), see accessories, if needed.
Note 1: The configuration can be managed Over-The-Air via LoRa® messages or via wired serial interface (Windows PC tool).
Note 2: In certain countries, i.e. Austria, the optical interface might be subject to an encryption according to "Smart Metering Requirements VO 2011". This feature is currently not supported by this product.
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Accessory Items
This accessory can be ordered in addition to the product ‘iOKE868 LoRaWAN® Smart Metering Kit’ to get it independent from electrical power grids (batteries are not included). Battery Holder (3x AA), Switch and USB-Connector.
This accessory can be ordered in addition to the product ‘iOKE868 LoRaWAN® Smart Metering Kit’ to connect it to electrical power grids.