VEGA VEGABAR 38 Betriebsanleitung Seite 64

14 Anhang
Data
Reset delay (DR2)
Window upper value out-
put (FH2)
Window lower value out-
put (FL2)
Switching delay (DS2)
Reset delay (DR2)
Zero/Initial value (ZEO)
Span/Final value (SPN)
Failure mode (IER)
Integration time (DAM)
Activate thermoshock sus-
pression (TSC)
Setpoint value
Transistor function (P-N)
Function output (OU1)
Function output (OU2)
Lighting (DIS)
Menu language (LG)
Brigthness illuminated ring 285
Signalling
Failure
64
ISDU (dez) ISDU (hex)
269 0x010D
270 0x010E
271 0x010F
272 0x0110
273 0x0111
274 0x0112
275 0x0113
276 0x0114
277 0x0115
278 0x0115
279 0x0117
280 0x0118
281 0x0119
282 0x011A
283 0x011B
284 0x011C
0x011D
286 0x011E
287 0x011F
VEGABAR 38 • Dreileiter mit IO-Link (2 x Transistor oder 4 ... 20 mA plus 1 x Transistor)
Size Data type
(Byte)
4 Float
4 Float
4 Float
4 Float
4 Float
4 Float
4 Float
1 Unsigned8
4 Float
1 Unsigned8
4 Float
1 Unsigned8
1 Unsigned8
1 Unsigned8
1 Unsigned8
1 Unsigned8
1 Unsigned8
1 Unsigned8
1 Unsigned8
Access Value range
RW -
RW -
RW -
RW 0.0 ... 60.0
RW 0.0 ... 60.0
RW -
RW -
RW 0=<3,6mA,
1=>=21mA
RW 0.0 ... 9.000
RW 0=No, 1=Yes
RW -
RW 0=pnp, 1=npn
RW 0=HNO, 1=HNC,
2=FNO, 3=FNC
RW 0=HNO, 1=HNC,
2=FNO, 3=FNC, 4
= 4 ... 20 mA
RW 0=Off, 1=On
RW 49=DE, 44=EN
33=FR, 34=ES,
35=PT, 39=IT,
31=NL, 7=RU,
81=JP, 86 = CN,
90=TR
RW 0=0%, ...
100=100%
RW 0=individual
1=Acc to NAMUR
NE 107
RW 0=Individu-
ally colour,
1=Red, 2=Oran-
ge, 3=White,
4=Green, 5=Blue,
6=Yellow, 7=No si-
gnalling