Table of Contents
Advertisement
POSWIN (In-position monitoring range)
Command
POSWIN_1:i
POSWIN_2:i
This parameter is entered in µm.
The POSWIN command defines a range for which the POSWIN message is generated. This function
monitors the difference between the command and actual position. If the error is less than the programmed
value an POSWIN message is generated. The positioning process is not influenced by this message.
START must be acivated to generate the POSWIN messages.
POSWIN:S Static, for monitoring the target position in SDD mode.
POSWIN:D Dynamic, for monitoring the following error in NC Mode
EOUT (Output signal: READY = OFF)
Command
EOUT_1
EOUT_2
Output value in case of a detected error or a deactive ENABLE input. A value (degree of valve opening) for
use in the event of a sensor error (or the module is disabled) can be defined here. This function can be used
if, for example, the drive is to move to one of the two end positions (at the specified speed) in case of a
sensor error.
|EOUT| = 0 The output is switched off in the event of an error. This is normal behavior.
CAUTION! If the output signal is 4... 20 mA, the output is switched off when |EOUT| = 0. If a null
value = 12 mA is to be output in the event of an error, EOUT must be set to 1
The output value defined here is stored permanently (independently of the parameter set). The
effects should be analyzed by the user for each application from the point of view of safety.
Do not use the manual mode in conjunction with the EOUT command. After the deactivation of
the HAND input the output is set to the EOUT value.
2
POSWIN:D should always be set greater than POSWIN:S . With POSWIN:D the increasing following error can be
detected (e.g. through high external force). In SDD mode both signals are equal.
3
This is necessary if using valves without error detection for signals lower than 4 mA. If the valve has an error detection,
it moves into a defined position after switching off the output.
Page 25 of 70
Parameter
X
i= S|D
X
x= 2... 200000
Parameters
X
x= -10000... 10000
X
POS-124-U
Unit
Group
SYSTEM
µm
2
.
Unit
Group
0.01 %
SYSTEM
3
.
24.01.2022
Advertisement
Table of Contents
