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13.3.3.1.3
ACCUMULATOR RESETTING MODES
NXperience
NXperience Mobile
Android
iOS
Figure 8 –
Accumulator Resetting Modes
•
By Software:
If selected, it allows you to reset the accumulator by software.
•
By NOVUS Cloud:
If selected, it allows you to reset the accumulator by
NOVUS Cloud
. For this feature to be effective, you must properly
configure the
NOVUS Cloud
. See section
Communication with Novus Cloud
for more information on how to configure the feature.
•
By MQTT:
If selected, it allows you to reset the accumulator by the MQTT protocol. For this feature to be effective, you must properly configure
the MQTT protocol. See section
for more information on how to configure the feature.
•
Periodic:
If selected, it allows you to reset the accumulator daily, weekly, monthly, and you can add time, day of the week or a date.
13.1.3.2
"EVENT LOG" OR "LOGS CONTROL" MODE
NXperience
NXperience Mobile
Android
iOS
Figure 9 –
Digital Input Screen: Event Log Mode
•
Tag:
Allows you to set a name, which will be used as channel identification during a download, for the digital channel. The field accepts up to
16 characters.
•
Input Mode:
Allows you to select the digital input mode, which has the options "Pulse Count", "Event Log", or "Logs Control". If the "Logs
Control" mode is selected, the "By Digital Input" mode must be selected in the "Start Mode" and "End Mode" parameters in the "Data Logs"
screen. Otherwise, the configuration will have no effect.
•
Sensor Type:
Allows you to configure the sensor type to be connected to the digital input: PNP, NPN, or Dry Contact.
•
Event Edge:
Allows you to configure the desired event edge. This way, the device will log events whenever the configured edge is detected at
the digital input. In the "Event Log" mode, you can configure so that the logs are made during the Rising, Falling, or Both edges. In the "Logs
Control" mode, it is possible to select to control logs at the Rising, Falling, or Both edges, logging at logic level ‘1’ or logical level ‘0’.
•
Debounce:
It will be necessary to configure a debounce time for edge detection. Debounce refers to the sensor stabilization time – the
minimum time at which the sensor must remain at the logical level of interest so that the detected edge is considered valid. The minimum
configurable debounce time is 50 milliseconds; the maximum are 6 seconds. The device will only register the event after the end of the
debounce time.
