User's Manual

INTEGRATION WITH SKF @PTITUDE OBSERVER
Enlight Collect IMx-1 System View
SKF Enlight Collect IMx-1 System
User Manual
Revision C
29 (92)
o Watchdog reset (256)
o Network instability (512)
Self-diagnostic errors may also raise a system or critical system alarm in @ptitude
Observer. Note that the network instability error can have significant ramifications for
sensor battery life and urgent action should be taken, refer 4.3.3.
Double clicking a sensor entry or selecting it and then choosing Edit, will launch the
sensor properties dialog where extended status information can be viewed on the
second tab, named Status.
Synchronized:
• No: the configuration held by @ptitude Monitor/Observer is different to that in
the sensor.
• In progress: a synchronise action is underway.
• Yes: the configuration in @ptitude Monitor/Observer and in the sensor are
verified as being the same.
Connection: Current connection status for the sensor, may indicate OK, Temporarily
unreachable or Unreachable.
Hardware ID: The unique identifier for the sensor, if the sensor is commissioned and
has successfully connected via the gateway to @ptitude Observer, it will show a
MAC address in this field.
Sensor Mode: Mesh, Leaf or Relay. Refer description and notes on Sensor Mode
and 2.4.2.
Battery (%): A battery health indication of the estimated percentage battery life
remaining. Note that before a connection to the sensor has been established this
field will be empty.
Firmware Version: The firmware version that is installed in the sensor. Note that
before a connection to the sensor has been established this field will be empty.
Last seen: A date and time corresponding to when the sensor was last
communicated with.
Location: For a measurement sensor, Leaf or Mesh, the hierarchical location where
that sensor and measurement points have been created. For a relay node, this field
contains the descriptive location information entered by the user, Figure 21.
2.3.3 Mesh Statistics
Within the sensor table area, a second tab: Mesh statistics, provides data to support
an understanding of how the wireless mesh is performing and adapting to the
physical sensor layout.