49
8013741/16LH/V1-7/2020-04| SICK
O P E R A T I N G I N S T R U C T I O N S | MCS300P Ex
Subject to change without notice
MENUS
5
5.5.1
Diagnosis/check values
Menu 3.1: Diagnosis/Check values
5.5.1.1
Zero drift
Menu 3.1.1: Diagnosis/Check values/ Zero drift
5.5.1.2
Reference energy
Menu 3.1.2: Diagnosis/Check values/Reference energy
5.5.1.3
Amplification
Menu 3.1.3: Diagnosis/Check values/Amplification
The amplification levels of the measured components are shown in this menu.
The amplification levels serve as information for SICK Customer Service.
3.1
see “Zero drift”, page 49
see “Reference energy”, page 49
see “Amplification”, page 49
see “Intensity”, page 50
Status: Measuring
Back
Enter
Check values
/Diag/Chkv
1 Zero drift
2 Reference energy
3 Amplification
4 Intensity
3.1.1
The zero drift since the last “Reset” of the zero drift (e.g., during
maintenance,
see “Parameter/reset”, page 53
) is shown in this
menu.
The zero drift is recalculated during each zero adjustment and
displayed in extinction.
This value can be used for system diagnosis.
Typical cause: Decrease in lamp energy, contamination of cell
windows.
Status: Measuring
Back
Zero drift
/Diag/Chkv/Dri
0.0050 Ext
0.0004 Ext
0.0012 Ext
1 Comp.1
2 Comp.2
3 Comp.3
Status: Measuring
Reset at 24.08.2011
3.1.2
The actual reference energy (in percent) is shown in this menu.
This value is monitored automatically. If the value is below a limit
value (default: 60%),
the MCS300P Ex switches to classification
“Maintenance request”. Typical cause: Contamination of cell
windows or decrease in lamp energy.
A “Reset” (
see “Parameter/reset”, page 53
, e.g., during
maintenance) sets the reference energy to 100%.
Status: Measuring
Back
Reference energy
/Diag/Chkv/Refe
1 Comp.1
2 Comp.2
3 Comp.3
Reset at 24.08.2011
98 %
99 %
97 %
