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SIPOS SEVEN 2SA7 - Runtime Monitoring; End Position Speed

SIPOS SEVEN 2SA7
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Operation instructions
SIPOS SEVEN: PROFITRON, HiMod
Page 90 Y070.302/EN
8 Parameters and possible parameter values
8.6 Special parameters
8
Parameters and possible parameter values
8�6�15 Runtime monitoring
As standard, SEVEN actuators are equipped with runtime monitoring. When running the actuator
forthersttimeoveradistanceofatleast3%oftheentiretravelaftersettingtheendpositions,
the runtime is measured and stored in a non-volatile memory. The actual motor frequency or speed
is taken into account during the measurements.
During future operation, it will be checked whether the position reached after the runtime is plausi-
ble. Tolerances due to different loads and measurement inaccuracies during position measurement
are taken into account. If the expected position is not reached in time, the actuator changes over to
the “fault” state and signals “runtime error”.
This internal monitoring can be deactivated, i.e. exceeding the runtime will not cause a fault signal.
This can prove useful for special applications.
Runtime monitoring
On
Off
Runtime monitoring On
Runtime check.
Runtime monitoring Off
No runtime check.
Runtime monitoring is activated on delivery.
8�6�16 End position speed
Withintheendpositionranges,theactuatoroperatesatanendpositionspeeddenedforeach
devicetochangetothedenedspeedwhenleavingtheendpositions.
For extremely long total runtimes, it may be desired that the actuator changes as quickly as pos-
sible, even before leaving the end position range to the adjusted, typically high speed. It may,
however,alsoberequiredthattheactuatoroperatesaslongaspossibleatthedenedspeedwhen
approaching the end position to be able to quickly stop in the end position.
Refer also to „End position range parameter“ on page 65 and „Program speeds/positioning
times“ on page 41.
End position speed
Normal
Quick start
Quick start/stop
Fig� 1: End position speed ’Normal‘
Normal
For travel and torque-dependent cut-off mode,
the actuator runs
from the end position at the lowest speed, ap-
prox.1sec.(g.1:curvea), to change to the
end position speed, refer to b;
Between the end position ranges with the set
speed. This speed is usually higher than the
end position speed (curve c). It can also be
set lower, refer to curve d.
To the end position with the “normal“ end posi-
tion speed (e).

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