Are You Missing iMonnit Premiere Settings or Advanced Sensor Configurations?

When your annual iMonnit Premiere subscription expires, it will revert to the iMonnit Basic version. So all of the advanced settings in iMonnit Premiere will disappear. If this occurs, you must renew the subscription by purchasing a new annual license.

The Sensor Settings in iMonnit Basic and Premiere

iMonnit Basic Settings

Interval: How often the sensor communicates with the gateway if no activity is recorded.

Sensor Name: The unique name given to a sensor for easy identification.

iMonnit Premiere Advanced Settings:

Activate When: Determines which sensor reading triggers the Aware State.

Active Between: The time of day the sensor is actively working. No communication will take place while the sensor is hibernating.

Assessments per Heartbeat: How many times between Heartbeats a sensor checks measurements against its thresholds to determine whether it will enter or remain in the Aware State. (Concerning the sensor Heartbeat, if it is set at 10 minutes and the Assessments per Heartbeat are set at 10, the sensor will assess conditions against the parameters once a minute. If the Heartbeat is set at 10 minutes and the Assessments per Heartbeat are set at 20, it will assess about every 30 seconds. If the Heartbeat is set at 10 minutes and the Assessments per Heartbeat are at 250, then the sensor will assess the conditions at its maximum frequency of one second.)

Aware State Buffer: Prevents the sensor from bouncing between Standard Operation and Aware State when the assessments are very close to a threshold.

Aware State Heartbeat: How frequently the sensor transmits data to the gateway while in the Aware State.

Display As: Set the label for the data type (i.e., Fahrenheit vs. Celsius).

Failed transmissions before link mode: The number of transmissions the sensor sends without a response from a gateway before it goes into Link mode.

Heartbeat Interval: How often the sensor transmits data to the gateway if no out-of-threshold activity is recorded.

Hysteresis: Prevents the sensor from bouncing between standard operation and the Aware State.

Maximum Threshold: Any assessment above this value will cause the sensor to enter the Aware State.

Minimum Threshold: Any assessment below this value will cause the sensor to enter the Aware State.

The sensor is on: The time of day the sensor is actively working. No communication will be sent while the sensor is hibernating.

Sensor Name: The unique name given to a sensor for easy identification.

Show Dew Point: Includes the dew point as a piece of information to the data to be displayed.

Synchronize: In small sensor networks, the sensors can be set to synchronize their communications. A sensor marked “Yes” for synchronization does so with Universal Time Coordinated (UTC). It can be set to communicate at midnight UTC and then base its Heartbeat on that rather than when the battery is inserted. The default setting “Off” allows the sensors to randomize their communication, maximizing communication robustness. Setting this will synchronize the communication of the sensors.

Time Frame: Minutes to evaluate

Time to Re-Arm (seconds): The time in seconds after a triggering event that the sensor will wait before re-arming.

Use Aware State: Any assessments outside these user-set values will cause the sensor to enter the Aware State.

Use this sensor through a repeater: Check this box if the sensor will be used in conjunction with a repeater. (Default status is unchecked).

Conclusion

After applying the iMonnit Premiere subscription, your Premiere features—additional users, 10-minute Heartbeats, advanced sensor configurations, and more—will return.