Advanced Settings; Preliminary Remarks Concerning The Setting Options; Inputs; Synchronization - MICRO-EPSILON optoCONTROL 2700 Operating Instructions Manual

6

Advanced Settings

6.1

Preliminary Remarks Concerning the Setting Options

You can parameterize the sensor in various ways:
Using the web browser and sensor web interface
●
Using the ASCII command set and terminal program via RS422
●
The following sections describe how to make the sensor settings using the web interface.
6.2

Inputs

6.2.1

Synchronization

If two or more sensors are to measure the same target at the same time, the receivers can be synchronized with one
another. The synchronization output of the first sensor (= master) is connected to the synchronization inputs of other sen­
sors (= slaves).
The feature for synchronizing multiple sensors is used when measuring the thickness/width of larger targets, for example.
Master
Synchronization
Slave Sync/Trig
Slave TrigIn
Inactive
Selecting Synchronization
► Switch to the tab
Settings
► Make the desired settings and confirm them by pressing
Notes about electrical connection are available in the "Installation and Assembly"
6.2.2

Input level

This menu item defines the logic level of the multifunction
In this way, different output levels of encoders or of a trigger level can be adjusted to match the sensor.
TTL
Input level
HTL
Selecting the Input Level
► Switch to the tab
Settings
► Make the desired settings and confirm them by pressing
optoCONTROL 2700
With this setting, the sensor is the master, i.e., it outputs synchronization pulses at
the Sync connections.
With this setting, the sensor is the slave and waits for synchronization pulses –
e.g., from another ODC2700 or a similar pulse source – at the Sync connections.
With this setting, the sensor is the slave. The synchronization signal is received via
the Trigger interface. You can select HTL or TTL level.
No synchronization. The sensor works autonomously. No synchronizing signal is
output via the bidirectional synchronizing line.
> > Synchronization.
Inputs
Low ≤ 0.8 V, High ≥ 2 V
Low ≤ 3 V, High ≥ 8 V
> >
Inputs Input level.
Save settings.
section, see Chap.
inputs, see Chap. 4.3.7.
Save settings.
Advanced Settings
4.3.10.
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