This document provides an overview of the operation of a SIPART PS2 pressure control device. It includes a view of the device labeling the main components. The document then provides a table that defines the functions and settings of 55 parameters that can be configured on the device. The parameters relate to functions like the type of actuator, initialization settings, setpoint settings, alarm settings, and resetting to factory defaults. It also provides information on automatic initialization processes and potential error messages that could display.

1. SIPART PS2
s
Leaflet "Operation - a concise overview"
6DR50xx
6DR51xx
6DR52xx
6DR53xx
(Order No. A5E00074611-03)
ATTENTION: See Operating
Instructions for safety instructions !
1
2
View of device (cover open)
14
10
15
33 O
90°
2
2
18 ...
30V 3
4
5
1
6
7
8
9
BE1
10
3
4
5
6
6.1
6.2
7
8
9
O
6
7
8
9
3
o
90
13
3/4W
2
3
4
5
0/4 ... 20mA
4 ... 20mA
2W
90
10
4
o
33
33°
11
12
13
14
12
6.1
11
10
9
7
8
15
6.2
6
5
Configuring
Input: supply air PZ
Output: Positioning
pressure Y1
Display
Output: Positioning
pressure Y2 *)
Input keys
Restrictor Y1
)
Restrictor Y1 *
Restrictor Y2 *)
Transmission ratio
selector
Sound absorber
Adjustment wheel
for slipping clutch
Terminals for basic
unit
Terminals for option
modules
Plug
Cable glant
Label
(on module cover)
Purging air selector
Possible messages
Display
(simultaneously)
(simultaneously)
Meaning
Actuator does
not move
Acknowledge message
using
Check restrictor (6) and open
if necessary
Drive actuator to working
range using
Restart initialization
up to
(simultaneously)
Change gearing (7)
(simultaneously)
>5s
Down tolerance
band violated
Continue using
or adjust sliding clutch up
to display
*) With double-action actuators
Changing the input level
Measures
Automatic initial start-up (starting with factory setting)
Continue using
or
Meaning
Step
Display
Mode
1.)
P-manual mode
Potentiometer
setting [%]
Part-turn
actuator
Not initialized
(can be reached
using preset)
Linear actuator
Once the slipping
clutch has been
adjusted
Change position
using
Change parameter
name using
>5s
Press for > 5 s
Parameter
value
2.)
Remaining steps carried out automatically
Up tolerance band
violated
Parameter
number
Manual mode
Change position
using
3.)
>5s
>5s
Mode and
Setpoint [%]
Automatic
>5s
1x
Position [%]
1x
Error code
Mode and
Setpoint [%]
Diagnosis
Direction of action is determined
Adjust using
display:
Position [%]
Error code
Diagnosis
value
+
+
>2s
Diagnosis
number
Diagnosis name
+
>2s
+
>2s
4.)
5.)
Checking of travel and adjustment
of zero and stroke
(from stop to stop)
6.)
key initiates leakage measurement
Up/down span
violated
Determination of minimum
increment length
7.)
Optimization of transient response
8.)
Initialization terminated successfully
(travel in mm for linear actuators)
(angle of rotation for part-turn
Continue using:
actuators)
up to
Continue using
Determination and Display of positioning
time down (dxx.x), up (uxx.x) Stop with
Pressing the
Acknowledge message
using
Set the next highest travel
value on the lever
Restart initialization
Additionally possible with rotary
actuators:
>5s
Parameter
name
(The gray values in the top display line are examples)
Change value
using
Linear actuator:
Set pick-up lever into vertical
position using
Continue using
PRST
Configure
with “WAY”
Actuator does
not move
Positioning
time is possible
to adjust
Acknowledge message
using
Set the next lowest travel
value on the lever
Restart initialization
Adjust positioning time using
restrictor(s)
Continue using
See Manual for further messages
or

2. Rated angle of rotation of feedback
Set transmission ratio selector (7) appropriately
(see view of device)
Stroke range (optional setting)
1)
2)
90°
33°
Driver pin must be set to the value of the actuator
travel or, if this value is not scaled, to the next
larger scale value.
Factory setting
33°
mm
OFF
25 | 30 | 35
(short lever 90°)
40 | 50 | 60 | 70 | 90 | 110 | 130
(long lever 90°)
Initialization (automatically)
5.INITM
Initialization (manually)
6.SCUR
Current range of setpoint
7.SDIR
noini | no / ###.# | Strt
Setpoint direction
no
noini | no / ###.# | Strt
4.INITA
no
0 MA
4 MA
riSE
FALL
0 to 20 mA
4 to 20 mA
rising
falling
4 MA
riSE
Setpoint for start of split range
9.SPRE
0,0 to 100,0
%
0,0
Setpoint for end of split range
8.SPRA
0,0 to 100,0
%
100
s
0
s
0
10.TSUP
Setpoint ramp up
Auto
0 to 400
11.TSDO
Setpoint ramp down
0 to 400
Linear
Equal-percentage 1:25, 1:33, 1:50
Inverse equal-percentage 1:25, 1:33, 1:50
Freely adjustable
Setpoint function
12.SFCT
1- 25
n1 - 25
Lin
1 - 33
n1 - 33
FrEE
1 - 50
n1 - 50
Lin
Setpoint turning point at 0%
5%
to
95%
100%
0,0 to 100,0
%
0.0
5.0
etc. to
95.0
100.0
34.DEBA
Dead band of controller
Auto
0,1 to 10,0
%
Auto
35.YA
Start of manipulated variable limiting
0,0 to 100,0
%
0,0
36.YE
End of manipulated variable limiting
0,0 to 100,0
%
100,0
13.SL0
14.SL1
usw. bis
32.SL19
33.SL20
3)
(example)
Customer setting
WAY
Degrees
OFF
5 | 10 | 15 | 20
(short lever 33°)
When used, the value must correspond with
the set of the leverage ratio on the actuator
3.YWAY
Unit
Parameter values
turn (part-turn actuator)
WAY (linear actuator)
LWAY (linear actuator
without sine correction)
ncSt (part-turn actuator with NCS)
-ncSt (ditto, inv. direction of action)
ncSL (linear actuator with NCS)
Type of actuator
1.YFCT
2.YAGL
Function
5) Normal means: High level without fault
Inverted means: Low level without fault
Display
39.YCLS
Tight closing with
manipulated variable
Without
Top only
Bottom only
Top and bottom
no
uP
do
uP do
no
40.YCDO
Value for tight closing, bottom
0,0 to 100,0
%
0,5
41.YCUP
Value for tight closing, top
0,0 to 100,0
%
99,5
44.AFCT
5)
None
Only message
Drive valve to position YA
Drive valve to position YA
Block movement
on
uP
doWn
StoP
Function of BI 2
Without
A1=min. A2=max
A1=min. A2=min
A1=max. A2=max
Alarm function
-uP
-doWn
-StoP
NC contact
-on
OFF
OFF
-on
-uP
-doWn
-StoP
OFF
OFF
OFF
Response threshold of alarm 1
0,0 to 100,0
%
10,0
46.A2
Response threshold of alarm 2
0,0 to 100,0
%
90,0
s
Auto
%
Auto
5)
on fault
Fault + not automatic
Fault + not automatic + BI
("+" means logical OR operation)
normal
47. FCT
Function of alarm output
inverted
45.A1
Monitoring time for fault message
“control deviation”
Response threshold for fault message
“control deviation”
Auto
0 to 100
Auto
0,0 to 100,0
50. STRK
Limit for stroke integral
51. DCHG
Limit for direction change
52. ZERO
Limit for end stop monitoring, bottom
53. OPEN
Limit for end stop monitoring, top
54. DEBA
Limit for dead band monitoring
OFF
1 to 1.00E9
OFF
1 to 1.00E9
OFF
0,0 to 100,0
OFF
0,0 to 100,0
OFF
0,0 to 10,0
55.PRST
Preset (factory setting)
"no" nothing activated
"Strt" start of factory setting after pressing key for 5 s
"oCAY" display following successful factory setting
CAUTION: preset results in "NO INI"
48. TIM
49. LIM
no
Strt
oCAY
OFF
OFF
%
OFF
%
OFF
%
OFF
A5E00074611-03
4)
OFF
NC contact
43.BIN2
on
bLoc1
bLoc2
uP
doWn
StoP
inverted
42.BIN1
4)
None
Only message
Block configuring
Block configuring and manual
Drive valve to position YE
Drive valve to position YA
Block movement
normal
Function of BI 1
1) Parameter appears only if “turn” or “WAY” is selected; at "turn", you cannot select 33°
2) Parameter does not appear if “turn”, “LWAY” or “ncS_” has been selected with YFCT
3) Turning points only appear with selection SFCT = “FrEE”
riSE
NO contact
MPOS
riSE
FALL
37.YNRM
NO contact
To mech. travel
To flow
Rising
Falling
MPOS
FLOW
38.YDIR
Standardization of
manipulated variable
Direction of manipulated
variable for display and feedback
4) NC contact means: action with opened switch or Low level
NO contact means: action with closed switch or High level
Parameter name