HBK U10M Notice De Montage page 63

The non-zeroed, unfiltered measured values are used to evaluate whether the nominal
(rated) force/operating force has been exceeded, meaning that zeroing or filter settings
have no influence on the monitoring functions.
An IO-Link event will always be generated if the parameters explained above are
exceeded. The master can forward the event to the fieldbus level. The master automati­
cally requests the event ID.
The warning of exceeding the nominal (rated) force and temperature ranges can be dis­
abled. All other events cannot be disabled.
"Notification" events are sent once when the event occurs.
"Error" and "Warning" events remain active as long as the status that triggered them per­
sists (e.g. electronics operating outside the temperature range). The "Error" and "Warn­
ing" events disappear as soon as this state changes to indicate that the device is operat­
ing in the permissible range again.
If the temperature error 0x4000 appears, you can check which value is outside the speci­
fication in the "Temperature Limits" menu.
Event ID
0x4000
(dec: 16384)
0x4210
(dec: 16912)
0x4220
(dec: 16928)
0x1801
(dec: 6145)
0x1802
(dec: 6146)
0x1803
(dec: 6147)
0x1804
(dec: 6148)
U10M
ELECTRICAL CONNECTION
Trigger
Temperature error
processor, mainboard
or sensor operating
range
Operation above the
permissible nominal
(rated) temperature
range of the sensor
Operation below the
permissible nominal
(rated) temperature
range of the sensor
Nominal (rated)
compressive force
exceeded
Nominal (rated) tensile
force exceeded
Operating compres­
sive force exceeded
Operating tensile force
exceeded
Event Description
type
Error Temperature fault –
Overload Failure
Warning Temperature overrun –
Clear source of heat
Warning Temperature underrun –
Insulate Device
Warning Nominal force limit Exceeded –
Maximum nominal compressive
force limited exceeded
Warning Nominal force limit Exceeded –
Maximum nominal tensile force
limited exceeded
Error Maximum operation compres­
sive force limit exceeded
Error Maximum operation tensile force
limit exceeded
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