VIPA 238-2BC00 - Page 63

Manual VIPA System 200V Chapter 2 Analog input modules
HB97E - SM-AIO - Rev. 12/32 2-39
The assignment of a function-no. to a certain channel happens during
parameterization. The function-no. 00h does not influence the function-no.
stored in the permanent parameterization data. Assigning FFh deactivates
the according channel.
No. Function Measurement range / representation Tolerance ref. to
nominal range
Conn.
00h Does not affect permanently stored configuration data
01h RTD Pt100
in 2wire mode
-200 .. +850
°C /
in units of 1/10°C, two’s complement
1)2)3)
±0.15%
(3)
61h RTD Pt100
in 2wire mode
-328 .. 1562
°F
in units of 1/10°F, two’s complement
1)2)3)
±0.15%
(3)
09h RTD Pt100
via 4wire connection
-200 .. +850
°C /
in units of 1/10°C, two’s complement
1)2)
±0.15%
(4)
69h RTD Pt100
via 4wire connection
-328 .. 1562
°F
in units of 1/10°F, two’s complement
1)2)
±0.15%
(4)
10h Thermocouple type J,
externally compensated
0
°C .. 1000°C /
in units of 1/10°C, two’s complement
1)2)4)
±0.1%
(2)
40h Thermocouple type J,
externally compensated
32 .. 1832
°F
in units of 1/10°F, two’s complement
1)2)4)
±0.1%
(2)
11h Thermocouple type K,
externally compensated
0
°C .. 1300°C /
in units of 1/10°C, two’s complement
1)2)4)
±0.1%
(2)
41h Thermocouple type K,
externally compensated
32 .. 2372
°F
in units of 1/10°F, two’s complement
1)2)4)
±0.1%
(2)
14h Thermocouple type T,
externally compensated
-200
°C .. +400°C /
in units of 1/10°C, two’s complement
1)2)4)
-200..-60.1 ±0.5%
-60...400
±0.2%
(2)
44h Thermocouple type T,
externally compensated
-328 .. 752
°F
in units of 1/10°F, two’s complement
1)2)4)
-328...-76,1 ±0.5%
-76...752
±0.2%
(2)
18h Thermocouple type J,
internally compensated
0
°C .. 1000°C /
in units of 1/10°C, two’s complement
1)2)5)
±1.0%
(2)
48h Thermocouple type J,
internally compensated
32 .. 1832
°F
in units of 1/10°F, two’s complement
1)2)5)
±1.0%
(2)
19h Thermocouple type K,
internally compensated
0
°C .. 1300°C /
in units of 1/10°C, two’s complement
1)2)5)
±1.0%
(2)
49h Thermocouple type K,
internally compensated
32 .. 2372
°F
in units of 1/10°F, two’s complement
1)2)5)
±1.0%
(2)
1Ch Thermocouple type T,
internally compensated
-200
°C .. +400°C /
in units of 1/10°C, two’s complement
1)2)5)
±2.0%
(2)
4Ch Thermocouple type T,
internally compensated
-328 .. 752
°F
in units of 1/10°F, two’s complement
1)2)5)
±2.0%
(2)
26h Voltage 0...60mV 0...60mV = nominal range (0-27648)
1)
±0.1%
(1)
56h Voltage 0...60mV 0...60mV = nominal range (0-6000)
in units of 1/100mV
1)
±0.1%
(1)
FFh Channel not active (off)
1)
measured at an ambient temperature of 25°C, velocity of 15 conversions/s
2)
excluding errors caused by transducer inaccuracies
3)
excluding errors caused by contact resistance and line resistance
4)
the compensation of the neutralization has to be implemented externally
5)
the compensation for the neutralization is implemented internally by including the temperature of the front plug. The thermal
conductors have to be connected directly to the front plug, and where necessary these have to be extended by means of
Thermocouple extension cables.
Function-no.
assignment