Measurement point

Displays the measurement point.

Occupancy value

Depending on the type of sensors and the API version used, the values in this field can have a different meaning.

For more information, see Occupancy measurement.

Pause reason

Displays the reason why a measurement point's occupancy status is put on Pause. This is a read-only field that can only be set by the Data Engine. Its values can be:

By including the Pause status, the relevant readings can also be viewed.

Person count

Depending on the type of sensors and the API version used, the values in this field can have a different meaning.

For more information, see Occupancy measurement.

Reading date/time

Displays the sensoring system’s last reading date/time.

Normalized date/time reading

Displays the data engine’s last reading date/time in the time zone of the location linked to your measurement point.

Previous normalized date/time reading

Displays the data engine's normalized reading date/time before last.

Occupancy status

Displays the status of occupancy of the measurement point: Inactive, Pause, Immeasurable, Not occupied, Idle, Reservation imminent and Occupied.

Occupancy status change date-time

Displays the date/time of the last occupancy status change.

Previous occupancy status

Displays the status before the current status.

Within office hours

Yes indicates that the readings of the measurement point are taken during office hours. (Based on the calendar linked to the measurement point).

Person

Displays the person who occupies the location.

Location reserved

Yes indicates that the location was reserved.

Reservation

Displays the reservation that is active during reading time.

No show

Yes indicates that the measurement point experienced a 'No show' event.

Time saving from 'no show'

Displays the net time savings as a result of making a space available by detecting a 'no show'.

Early departure

Yes indicates that the measurement point experienced an 'Early departure' event.

Time saving from 'early departure'

Displays the net time savings as a result of making a space available by detecting an 'early departure'.

Maximum capacity (No.)

Displays the maximum number of people the reservation unit can accommodate.

Reserved capacity

Displays the number of people for whom the location was reserved.

Battery status (voltage)

Displays the battery indication (voltage) received from the connector. The value indicates the status of the sensor's power supply.

If multiple sensors are linked to the measurement point, the lowest battery voltage is returned.

Light intensity (lux)

Displays the luminous intensity or lux (lx) received from the connector.

Carbon dioxide (ppm)

Displays the carbon dioxide level received from the connector. The measurement point's carbon dioxide level is given in parts per million (ppm).

Humidity (%)

Displays the humidity percentage received from the connector.

Noise (dB)

Displays the loudness level received from the connector. The measurement point's loudness level is given in decibel (dB).

Temperature (degrees)

Displays the temperature received from the connector. The measurement point's temperature is given in degrees Celsius or Fahrenheit, which is determined by the sensoring system.

Power level (kWh)

Displays the power level value received from the connector. The power level indicates the energy usage in kilowatt (kWh).

Free field 1/3 for vendor specific readings

Displays any vendor specific values collected from the sensoring system. See also Sensoring system data > free fields.

Error code

Displays the error code that is published by the connector when encountering an error situation for the measurement point (not applicable for API).

System feedback

It displays an error message if the measurement point is Immeasurable. When monitoring is enabled, this field displays all data exchange (response) collected by the data engine.

Free measurement field 1/10

Free fields made available for capturing numeric values, e.g. number of particles in a given time frame. This data must be supplied by the sensoring system. Because they are numeric values, they can be summarized and used in analysis.