| Measured values |
Module types |
Range |
Accuracy |
Notes |
| Current |
DC |
A0 |
4 ... 20mA |
±0.1% FS |
with source approximately 21V for two-wire transducers with current loop (e.g. temperature and humidity transducers Comet). |
| only galvanic not isolated |
| A1* |
4 ... 20mA |
for passive sensing of current, Rvst = 14 Ohms |
| B0* |
0 ... 20mA |
input resistance Rvst = 14 Ohms |
| B1* |
0 ... 1A |
input resistance Rvst = 0,04 Ohms |
| B2* |
0 ... 5A |
| AC |
C0 |
0 ... 20mA |
±1% FS |
galvanic isolated, sinusoidal signal at a frequency of 50 Hz input resistance Rin by type 0.04 Ohm to 14 Ohms |
| C1 |
0 ... 1A |
±1% FS |
| C2 |
0 ... 5A |
| Voltage |
DC |
D0* |
0 ... 100mV |
±0.1% FS |
input resistance Rin by a 900 kOhms to 10 Mohms |
| D1* |
0 ... 1V |
| D2* |
0 ... 10V |
| D4* |
0 ... 75V |
| D5* |
-10V ... +10V |
±0.1% FS (± 20 mV) |
| AC |
E0 |
0 ... 100mV |
±1% FS |
only galvanic isolated, sinusoidal signal at a frequency of 50 Hz input resistance Rin by type 700 kOhms to 10 Mohms |
| E1 |
0 ... 1V |
| E2 |
0 ... 10V |
| E4 |
0 ... 50V |
| Resistance |
F* |
necessary to specify a range |
±0.1% FS |
two-wire connection |
| Temperature probes Pt and Ni |
Ni1000 |
J* |
-50°C ... +250°C |
±0.2°C (-50°C ... 100°C) |
Ni1000/6180 ppm, two-wire connection |
| ±0.2% MH (100°C ... 250°C) |
measuring current of approximately 0.25 mA continuously |
| Pt100 |
K* |
-140°C ... +600°C |
±0.2°C (-140°C ... +100°C) |
Pt100/3850 ppm, two-wire connection |
| ±0.2% MH (+100°C ... +600°C) |
measuring current of approximately 2 mA continuously |
| Pt1000 |
K1* |
-140°C ... +600°C |
±0.2°C (-140°C ... +100°C) |
Pt1000/3850 ppm, two-wire connection |
| ±0.2% MH (+100 ... +600°C) |
measuring current of approximately 0.2 mA continuously |
| Pt1000 |
K3 |
-10°C ... +50°C |
±0.06°C |
Pt1000/3850 ppm, two-wire connection |
| measuring current of approximately 0.2 mA continuously. Only galvanically not isolated. |
| Thermocouple |
K (NiCr-Ni) |
N* |
-70°C ... +1300°C |
±0.3% MH + 1.5°C |
linearized, cold junction compensation, datalogger must be placed in recommendend working position |
| T (Cu-CuNi) |
T* |
-200°C ... +400°C |
| J (Fe-Co) |
O* |
-200°C ... 750°C |
| S (Pt10%Rh-Pt) |
P* |
0°C ... 1700°C |
±0.3% MH +1.5°C(200°C ... 1700°C) |
| B (Pt30%Rh-Pt) |
Q* |
100°C ... 1800°C |
±0.3% MH+1.0°C (300°C ... 1800°C) |
linearized, without cold junction compensation |
| Binary signal |
potential-less contact |
S* |
binary signal |
maximum resistance of closed contact is 1000 ohm |
| minimum duration for recording is 200ms |
| voltage, galvanically isolated |
S1 |
voltage for „H“ state is 3 V to 30 Vdc @ 9 mA max |
| minimum duration for recording: 200ms |
| galvanically isolated |
| Pulse counter |
potential-less contact, galvanically isolated |
CTU |
31 bits, 5kHz max. |
voltage change of the counter state is 3V to 24VDC |
| backup power, filter bouncing |
| galvanically isolated |
| potential-less contact, open connector |
CTK |
maximum resistance of closed contact is 10 kOhms |
| minimum open contact resistance is 250 kilohms |
| backup power, filter bouncing |
| Frequency |
input voltage signal measurement, galvanically isolated |
FU |
0 ... 5kHz |
±(0.2% MH + 1Hz) |
input voltage for "H": 3V to 24V DC @ 7 mA |
| minimum duration of input pulse: 30us |
| resolution 1Hz |
galvanically isolated |
| measurement frequency switching contact, galvanically not isolated |
FK |
0 ... 5kHz |
maximum resistance of closed contact is 10 kOhms |
| minimum open contact resistance is 250 kOhms |
| resolution 1Hz |
minimum duration of input pulse: 30us |
| RS485 |
input for serial signal RS485 |
RP |
digital transmission |
input supports Modbus RTU or Advantech |
| connected devices must have the same communication parameters |
| input can work with up to 16 devices |
| galvanically isolated, MS can be equipped with multiple RF modules |