SBC PCD1 Series Manual page 235

Saia-Burgess Controls AG
Technical Data
Inputs
General:
Resolution:
Kind of Measurement:
Number of channels:
Galvanic isolated to Saia PCD
Galvanic isolated to external supply:
Galvanic isolated between other channels:
Kind of connections:
How to configure mode of operation:
Accuracy at 25 °C:
Accuracy repetitive:
Temperature drift (0...55 °C) max.:
Over voltage protection:
Over current protection:
Common mode voltage max:
Common mode rejection ratio:
Filter:
Time constant of hardware filter:
Attenuation of software based 50 Hz Filter:
Attenuation of software based 60 Hz Filter:
Voltage mode:
Resolution range 0 ... 1 0 V mode:
Current mode:
Current shunt:
Resolution range 0 ... 2 0 mA:
Resolution range 4 ... 2 0 mA:
Temperature / Resistance mode:
Resolution for Pt1000; Range -50 ... 4 00 °C
Resolution for Pt500; Range -50 ... 4 00 °C
Resolution for Ni1000; Range -60 ... 2 00 °C
Resolution for Resistor; Range 0 ... 2 500 Ω
Power dissipation in temp. sensor / resistor:
Outputs
General:
Resolution:
Number of channels:
Galvanic isolated to Saia PCD
Galvanic isolated to external supply:
Galvanic isolated between other channels:
Kind of connections:
How to configure mode of operation:
Accuracy at 25 °C:
Accuracy repetitive:
Temperature drift (0...55 °C) max.:
Over current protection:
Time constant of filter:
Voltage mode:
Max. load to guarantee specified accuracy:
Resolution range 0 ... 1 0 V:
Manual Manual PCD 1 / PCD 2 Series │ D ocument 26 / 737 EN22 │ 2 013-11-26
Combined analogue I/O modules with galvanic isolation
14 Bit
differential
4
: yes, 500 V
®
yes, 500 V
no
two wires per channel
by DIP-Switches
± 0.2% max.
± 0.05% max.
± 70 ppm/°C
± 50 V min.
± 35 mA min.
± 50 V min.
70 dB min.
2 ms
40 dB min. between 49.5 and 50.5 Hz
40 dB min. between 59.5 and 60.5 Hz
14 Bit; 0.61 mV per LSB
125 Ω
14 Bit; 1.22 µA per LSB
13.7 Bit; 1.22 µA per LSB
0.1 °C
0.2 °C
0.1 °C
0.2 Ω
2.5 mW max
12 Bit
2
: yes
®
yes
no
two wires per channel
by software (FBOX, FB)
± 0.5% max.
± 0.1% max.
± 70 ppm/°C.
short circuit protected
1 ms
> 700 Ω
12 Bit; 2.44 mV per LSB
Input/output (I/O) modules
5
5-99