Hach ORBISPHERE 6110 Allgemeines Benutzerhandbuch Seite 11

Option
Pck backstop
Package type
Note: The above reference values are also displayed at the start of the measurement process for the package,
so the operator can adjust the instrument accordingly (tilt position, etc.).
3. Alarms tab
Option
Alarm parameters Select the parameter to define the alarm settings, and enter the minimum and maximum
4. Factors tab
Option Description
Factors Small adjustments can be made to the measurements listed by entering a factor. This defaults to
1.000 for all measurements to indicate no adjustment. If this is changed then the measurement
calculated by the instrument will be multiplied by this factor to give an adjusted measurement value.
5. Options tab
Option
Headspace
Equilibrated
Slow decompress
Flow multiplier
HS measurement
pressure drop
Description
Position of the package backstop (optional). The backstop is calibrated on a scale of
zero to seven.
Select the correct image for the type of package being measured (bottle, can, etc.). The
setups for each icon are different, so it is important to select the correct one.
Description
values allowable for each parameter listed. When the measurement value falls below
the minimum level or exceeds the maximum level for any parameter listed, an alarm will
be triggered.
Description
Check this box for a fast measurement sequence that provides data from the
headspace only.
This is only available if Headspace (previous box) is checked. Check this box if you
require the additional total O
headspace.
If checked, then after the measurement process has completed, a slow release of any
remaining pressure will take place so the package can be handled safely.
This defaults to 1. Set this value to between 0.5 and 5 to decrease or increase the time
taken for the pressure release process at the end of the measurement. The higher the
value, the quicker the pressure is released. This is especially useful for large packages.
This defaults to 0.5 bar. Set this value to between 0.1 and 5 bar. When the pressure
has decreased by this amount, the headspace measurement stops. This is useful for
packages that contain a gas widget. This parameter can be used to determine if the
headspace is measured before or after the gas from the widget is released. If foam is
detected during the headspace measurement or during the sonication, it is advised to
reduce this value. It will also reduce the analysis time. However, if this value is too small
the accuracy of the HS O
and dissolved CO measurements taken from the
2 2
measurement will be reduced.
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