Operation instructions
SIPOS 5 PROFITRON, HiMod
Page 42 Y070.020/GB
5 Commissioning
5
Commissioning
Now you can press the button to get to the next parameter. If the „Local/Remote“ button is
pressed, the actuator changes to the „Remote“ state. All changes confi rmed by ENTER are saved.
If the main menu was accessed from the „locPar“ state, and if the „Local/Remote“ button is
pressed, the actuator changes to the „Remote“ state and starts to move if a control command
from the DCS is present!
5.7.3 Readjusting the end positions
Prerequisites
■
There must be a valid end position adjustment! If not, refer to the previous section „Initial setting“.
■
At the beginning of the end position adjustment, the valve must not be in a jammed state; if ne-
cessary, release it by means of the crank handle/hand wheel (see chapter 4.1).
Readjustment can be canceled by pressing the and buttons at the same time. The actuator
is then ready for use with the original settings. Press the ENTER button, if the „check end-pos.!“,
message appears after canceling.
Operation sequence
1. Call up the main menu in the „locPar“ state, select „com-
missioning“ menu and enter code 9044.
close direction
clockwise
2. Press button, until ‚endpos. adjust‘ is indicated in the
display.
endpos. adjust
3. Press ENTER button.
In the display, the question appears whether completely
new positions have to be set.*
compl. new pos.?
Yes
4. Press button.
The display changes to „No“.
compl. new pos.?
No
5. Press ENTER button.
The display changes to the fi rst end position. Use the
buttons to change between end positions CLOSED and
OPEN.
new setting of
open
6. Press ENTER button.
The fi rst line shows the prompt to approach the selected
end position.
move to op.pos.
press E–button
The second line changes between „change -XX,X%“ and
– „press E-button“ for travel-dependent cut-off mode
or
– „until TL reached“for torque-dependent cut-off mode.
move to op.pos.
change -100,0%
move to op.pos.
press E–button
___________________________
* The complete end position adjustment is described in the previous chapter.
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