The single-phase meter with LoRaWAN in place of Wi-Fi. Same one-module body, same 100 A current transformer, same Class B accuracy, but it reports through a LoRaWAN gateway that can be a long way off, through walls and across yards, with no network of its own to manage.
Wi-Fi stops at the first thick wall. LoRaWAN carries a meter reading through a building and across a site to a single gateway, which is why this variant exists. Electrically it is the IEMTR-EM165-W: one module, one 100 A CT, Class B. It needs an IESG-M52 or IESG-M52-4G within range.
Farms, estates, depots and caravan parks: circuits in outbuildings hundreds of metres from the main board. LoRaWAN carries a reading through walls and across yards where Wi-Fi gives up after one.
Meters in basements, risers and plant rooms with no signal of any kind. One gateway higher in the building covers all of them, and the meters need no configuration beyond joining.
Sub-metering a block of units or a row of workshops. One gateway serves all of the meters on a site, each sending a few bytes every few minutes, with no per-device network to manage.
Your logo and product name on the meter label and the packaging, and your details on anything the end customer reads.
Joined to the platform's network server before it ships, on the EU868 plan with the reporting interval you want, so it starts sending the moment it is powered near a gateway.
Installation instructions and a CT sizing guide in your name, written for the electrician who will fit it, plus a note on where to put the antenna.
Tell us how many, how far apart and what is between them. We will say how many gateways it takes, size the CTs and quote per unit.
