Cross Point b.v. CP321AMD ユーザーズマニュアル
NEXUS AM Deactivator
Configuration
v2.1
Page 23 of 26
7.7
Settings
The Settings configuration screen shows various settings, like sensitivity and tag
deactivation range, for the NEXUS AM Deactivator and enables these settings to be
changed.
deactivation range, for the NEXUS AM Deactivator and enables these settings to be
changed.
Figure 15: AM Deactivator settings
Parameters
The NEXUS AM deactivator must detect a label first before it will deactivate the label.
The detection height of a label is determined by the Sensitivity setting. The detection
sensitivity can be adjusted manually between 1 (lowest sensitivity) and 10 (highest
sensitivity). This setting is the same setting as in the Scope view screen.
The detection height of a label is determined by the Sensitivity setting. The detection
sensitivity can be adjusted manually between 1 (lowest sensitivity) and 10 (highest
sensitivity). This setting is the same setting as in the Scope view screen.
The Label deactivation range determines within which frequency range labels will be
detected and deactivated. By default the range is set to detect labels between 55kHz and
61kHz (6kHz bandwidth total). In case there are many false deactivations caused by
ambient noise signals, it can be necessary to reduce this bandwidth. Just click on the
edge of the green bar and drag it to the required position. Remember that reducing this
bandwidth might result in labels not being properly detected and deactivated, so only
reduce this range if it is really necessary!
detected and deactivated. By default the range is set to detect labels between 55kHz and
61kHz (6kHz bandwidth total). In case there are many false deactivations caused by
ambient noise signals, it can be necessary to reduce this bandwidth. Just click on the
edge of the green bar and drag it to the required position. Remember that reducing this
bandwidth might result in labels not being properly detected and deactivated, so only
reduce this range if it is really necessary!
Trigger
It is possible to have the deactivator deactivate only when it is allowed to do so. For
example, after a barcode scanner has successfully read the product’s barcode and sends
a signal to the deactivator that it is allowed to deactivate.
example, after a barcode scanner has successfully read the product’s barcode and sends
a signal to the deactivator that it is allowed to deactivate.
This can be achieved by enabling this trigger option and make a physical connection
between the barcode scanner output and the I/O input of the deactivator.
between the barcode scanner output and the I/O input of the deactivator.