Operating Mode; System Explanation; Programming The Network Parameter (Net Id) And The Channel Parameter (Net Ch); Targets - Elesa DD52R-E-RF Operating Instructions Manual

DD52R-E-RF

6. Operating mode

6.1 System description
DD52R-E-RF, position indicators, with battery power supply, can be used on
passing through shafts in any position to provide the reading of the absolute or
incremental positioning of a machine component.
The system comprises the following components:
- Control unit UC-RF
- Max 36 electronic position indicators DD52-E-RF
PLC
The control unit UC-RF is provided with a standard interface (for the most common
industrial busses) to be connected to the PLC and allows the transmission of the
information between the PLC and the DD52R-E-RF position indicators. The UC-RF
exchanges information with the DD52R-E-RF via radio frequency and allows
the setting of the target position and the control of the current position of each
indicators, directly from the PLC.
6.2 Programming the network parameter (nEt id) and the channel parameter
(nEt ch)
The system radio network is defined by the following parameters:
- nEt id: id 00/99
- nEt ch: ch 01/36
These parameters can be configured on the radio menu of the indicator (see cap. 7) and
must be set according to the PLC recipe to guarantee a perfect communication
between UC-RF and DD52R-E-RF.

6.3 Targets

Target positions can be sent from the PLC to the indicators through the control unit.
When a target is set, one of the symbols reported below appears on the top right of the
display, to suggest the direction of rotation of the spindle to get to the target position:
Counter-clockwise rotation. The symbol flashes.
Clockwise rotation. The symbol flashes.
Counter-clockwise rotation. Target position almost reached. The arrow flashes.
Clockwise rotation. Target position almost reached. The arrow flashes.
Target position reached.
Models all rights reserved in accordance with the law.
Always mention the source when reproducing our drawings.
Electronic position indicators
Data transmission via radio frequency
Target positions
Current positions
EN
7