Omron MicroHAWK V320-F User Manual

8 Advanced Settings
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MicroHAWK V320-F / V330-F / V420-F / V430-F Barcode Reader User Manual
 Axial Non-Uniformity Threshold
This is to use as a threshold for driving the output. Output will be driven if grade is under the threshold.
 Grid Non-Uniformity
Disabled
This will not be evaluated to drive the output.
Enabled
This will be evaluated against the corresponding threshold to drive the output.
 Grid Non-Uniformity Threshold
This is to use as a threshold for driving the output. Output will be driven if grade is under the threshold.
 Unused ECC
Disabled
This will not be evaluated to drive the output.
Enabled
This will be evaluated against the corresponding threshold to drive the output.
 Unused ECC Threshold
This is to use as a threshold for driving the output. Output will be driven if grade is under the threshold.
 Overall Grade
The overall grade is the minimum grade of all evaluated parameters, noting minimum reflectance is not
evaluated.
 Cell Contrast
Cell Contrast is calculated in accordance with the ISO 29158 specification.
 Cell Modulation
Cell modulation is calculated in accordance with the ISO 29158 specification. Note the difference in the
calculation for Cell Modulation versus Modulation in ISO 15415 eliminated the need for the parameter
Reflectance Margin which was added to ISO 15415.
 Fixed Pattern Damage
Fixed Pattern Damage is calculated in accordance with the ISO 29158 specification.
 Axial Non-Uniformity
Axial Non-Uniformity is calculated in accordance with the ISO 29158 specification.
 Grid Non-Uniformity
Grid Non-Uniformity is calculated in accordance with the ISO 29158 specification.
 Unused Error Correction
Unused Error Correction is calculated in accordance with the ISO 29158 specification.
ISO 29158 Metrics

Omron MicroHAWK V320-F Specifications

General

Brand	Omron
Model	MicroHAWK V320-F
Category	Barcode Reader
Language	English