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  1. First double LED > Startup succeeded

  2. First single LED > Battery check (green, orange, red)

  3. Second single LED > Network + Server check (green connect ok, orange connect to server failed, red connect to WiFi failed)

  4. Second double LED > Detection check

If the connection to the server takes too long, the 3. single LED might not show and skip directly to the 4. double LED detection check. This usually means the connection failed. Check with ROOMZTools Terminal what is the problem / why the connection is slow.

Is the Sensor detecting other stuff or recording conversations?

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  • The measurement principle is infrared passive and does not cause any radiation (no radar measurements!)

  • The connection to our server runs over WiFi and is extremely “low power” and energy-saving. The autonomy is therefore over 3 years with a small battery

  • An average of 10 connections with the server are made per day, each connection takes about 3-5 seconds. This corresponds to an extremely low duty cycle of only 0.05%. For the remaining time (i.e. 99.95%) the WiFi module of the sensor is completely switched off

  • A WiFi connection is only established when the state of the desk changes, i.e. from “free” to “occupied” or the opposite. If a worker remains seated at the desk, no regular connections are created

  • (warning) The radiation power of the WiFi module in operation is about 20 times lower than that of a smartphone (warning)

Does the auto-release function delete the whole series of recurring meetings?

If an “auto-release” takes place, the appointment in the room calendar is shortened to the release time and the room is released again. For series appointments, only the current appointment is adjusted