VEGA VEGAPULS 42 Betriebsanleitung Seite 50

13 Anhang
Data
Temperature unit
Type of medium
Liquids Application
Solids Application
Vessel height D
Distance A (20 mA)
Distance B (4 mA)
Behaviour in case of failure
Filling height A (20 mA)
Filling height B (4 mA)
Bluetooth access code
Protection of parameter ad-
justment
Brightness illuminated ring
Signalling illuminated ring
Siganlizing switching out-
put: Failure
Siganlizing switching output:
Failure Flashing
Siganlizing switching output:
Switching output
Siganlizing switching output:
switching output Flashing
50
ISDU ISDU
(dez) (hex)
269 0x010D
270 0x010E
271 0x010F
272 0x0110
273 0x0111
274 0x0112
275 0x0113
276 0x0114
277 0x0115
278 0x0116
279 0x0117
280 0x0118
281 0x0119
282 0x011A
283 0x011B
284 0x011C
285 0x011D
286 0x011E
VEGAPULS 42 • Dreileiter mit IO-Link (2 x Transistor oder 4 ... 20 mA plus 1 x Transistor)
Size Data type Access
(Byte)
2 U16
1 U8
1 U8
1 U8
4 Float
4 Float
4 Float
1 U8
4 Float
4 Float
6 String6
1 U8
1 U8
1 U8
1 U8
1 U8
1 U8
1 U8
Value range
R/W 1000 = K
1001 = °C
1002 = °F
R/W 0 = Liquids
1 = Bulk solid
R/W 0 = Storage tank
1 = Stirred vessel
4 = Dosing vessel
12 = Demonstration
R/W 0 = Silo
5 = Demonstration
R/W 0 ... 15000
R/W 0 ... 15000
R/W 0 ... 15000
R/W 0 = ≤ 3.6 mA
3 = Last valid measu-
red value
4 = ≥ 21.5 mA
R/W 0 ... 15000
R/W 0 ... 15000
R/W Numerical value
R 0 = deactivated
1 = activated
R/W 0 ... 100 % in 10 %
steps
R/W 0 = switching output
1 = Acc. to NAMUR
NE 107
2 = free signalling
R/W 0=Individually colour,
1=Red, 2=Orange,
3=White, 4=Green,
5=Blue, 6=Yellow,
7=No signalling
R/W 0 = No, 1 = Yes
R/W 0=Individually colour,
1=Red, 2=Orange,
3=White, 4=Green,
5=Blue, 6=Yellow,
7=No signalling
R/W 0=No, 1= Yes