GEM R639, Operating Instructions Manual

Page: 33 / 63

Index Sub-
Index
Access
rights
Index name Parameter Function Factory
settings
Setting options
3 R/W Force initialization Force during initial-
ization, dependent
on valve used
1 … 6
0xB0 1 R/W Control parameters P amplification P component – po-
sitioner
200 1 … 200
(0.1 … 20.0)
2 R/W D amplification D component – po-
sitioner
10 1 … 200
(0.1 … 20.0)
3 R/W Derivative time Delay constant 0 0 to 100
(0 to 100 s)
4 R/W Dead band Permissible system
deviation
10 1 … 250
(0.1 … 25.0 %)
0xB2 1 R/W Open / close tight Open tight Sealing function
valve position OPEN
995 800 … 1000
(80.0 … 100.0 %)
2 R/W Close tight Sealing function
valve position
CLOSED
5 0 … 200
(0 … 20.0 %)
0xB4 1 R/W Split range Split start Set set value start 0 0 to Split End – 100
(0.0 to Split End –
10.0%)
2 R/W Split end Set set value end 1000 Split Start + 100 to
1000
(Split Start + 10.0%
to 100.0%)
0xB6 1 R/W Stroke limiter Max pos Stroke limiter valve
position OPEN
1000 Min Pos to 1000
(Min Pos to
100.0%)
2 R/W Min pos Stroke limiter valve
position CLOSED
0 0 to Max Pos
(0.0% to Max Pos)
0xB8 1 R/W Set value (W) input Direction Set value direction
set value input
0 0
→
Rise (rising)
1
→
Fall (falling)
2 R/W Type Determine signal in-
put
1 0
→
0 to 20 mA
1
→
4 to 20 mA
2
→
0 to 10 V
3 R/W I min Determine minimum
current input
35 0 to 40
(0 to 4.0 mA)
4 R/W I max Determine max-
imum current input
205 200 to 220
(20.0 to 22.0 mA)
5 R/W U max Determine max-
imum current input
103 100 to 110
(10.0 to 11.0 V)
0xBA 1 R/W Analog output Direction Set value direction
set value output
0 0
→
Rise (rising)
1
→
Fall (falling)
2 R/W Type Determine signal
output
1 0
→
0 to 20 mA
1
→
4 to 20 mA
2
→
0 to 10 V
3 R/W Min. Determine minimum
signal output
0 0 to Max
(0.0% to Max)
4 R/W Max Determine max-
imum signal output
1000 Min to 1000
(Min to 100%)
GEMÜ R639 eSyStep
Positioner (Code S0) www.gemu-group.com 33 / 63
11 Specific data IO-Link (pin 6)