- Insulation Between Channels And Logic Bus
- 1500 V for 1 minute
- Cold Swapping
- yes
- Maximum Supply Current For Sensors
- 100 mA per input channels
- Input Impedance
- 10 MOhm +/- 80 mV
- Status Led
- 1 LED (Green) module status (RDY) || 1 LED (Red) module error (ERR)
- Hot Swapping Fallback
- yes for standard NIMs
- Supply
- power distribution module
- Data Format
- EN 61131-2 || IEC 61131-2
- Current Consumption
- 30 mA 5 V DC logic bus
- Marking
- CE
- Fallback Status
- state 0 basic NIMs || user configurable standard NIMs
- Conversion Time
- 150 ms voltage 60 Hz || 170 ms voltage 50 Hz || 180 ms temperature probe 60 Hz 2 or 4 wires || 200 ms temperature probe 50 Hz 2 or 4 wires || 210 ms thermocouple with internal cold-junction compensation 60 Hz || 230 ms thermocouple with internal cold-junction compensation 50 Hz || 300 ms temperature probe 60 Hz 3 wires || 340 ms temperature probe 50 Hz 3 wires || 360 ms thermocouple with external cold-junction compensation 60 Hz || 400 ms thermocouple with external cold-junction compensation 50 Hz
- Addressing Requirement
- 1 word for cold-junction compensation || 2 input words
- Absolute Accuracy Error
- +/- 0.1 % of full scale 25 °C internal || +/- 0.15 % of full scale 25 °C external
- Maximum Wiring Resistance
- 20 Ohm Cu 10 IEC/US/JIS 2 or 3 wires || 20 Ohm Ni 100 IEC/US/JIS 2 or 3 wires || 20 Ohm Pt 100 IEC/US/JIS 2 or 3 wires || 200 Ohm Ni 1000 IEC/US/JIS 2 or 3 wires || 200 Ohm Pt 1000 IEC/US/JIS 2 or 3 wires || 50 Ohm Cu 10 IEC/US/JIS 4 wires || 50 Ohm Ni 100 IEC/US/JIS 4 wires || 50 Ohm Pt 100 IEC/US/JIS 4 wires || 500 Ohm Ni 1000 IEC/US/JIS 4 wires || 500 Ohm Pt 1000 IEC/US/JIS 4 wires
- Absolute Maximum Input
- +/- 7.5 V DC
- Protection Type
- short-circuit protection
- Overvoltage Category
- II
- Product Compatibility
- mounting base STBXBA1000 || power distribution module STBPDT3100/3105
- [Us] Rated Supply Voltage
- 24 V DC
- Measurement Accuracy
- +/- 1 °C Ni 100 25 °C external || +/- 1 °C Ni 100 25 °C internal || +/- 1 °C Ni 1000 25 °C external || +/- 1 °C Ni 1000 25 °C internal || +/- 1 °C Pt 100 25 °C internal || +/- 1 °C Pt 1000 25 °C internal || +/- 1.75 °C thermocouple B with external cold-junction compensation 25 °C || +/- 1.75 °C thermocouple E with external cold-junction compensation 25 °C || +/- 1.75 °C thermocouple J with external cold-junction compensation 25 °C || +/- 1.75 °C thermocouple K with external cold-junction compensation 25 °C || +/- 1.75 °C thermocouple R with external cold-junction compensation 25 °C || +/- 1.75 °C thermocouple S with external cold-junction compensation 25 °C || +/- 1.75 °C thermocouple T with external cold-junction compensation 25 °C || +/- 2 °C Pt 100 25 °C external || +/- 2 °C Pt 1000 25 °C external || +/- 2.85 °C thermocouple B with external cold-junction compensation 60 °C || +/- 2.85 °C thermocouple E with external cold-junction compensation 60 °C || +/- 2.85 °C thermocouple J with external cold-junction compensation 60 °C || +/- 2.85 °C thermocouple K with external cold-junction compensation 60 °C || +/- 2.85 °C thermocouple R with external cold-junction compensation 60 °C || +/- 2.85 °C thermocouple S with external cold-junction compensation 60 °C || +/- 2.85 °C thermocouple T with external cold-junction compensation 60 °C || +/- 3.6 °C thermocouple R with internal cold-junction compensation 25 °C || +/- 4 °C Cu 10 25 °C external || +/- 4 °C Cu 10 25 °C internal || +/- 4 °C thermocouple K with internal cold-junction compensation 25 °C || +/- 4.1 °C thermocouple S with internal cold-junction compensation 25 °C || +/- 4.2 °C thermocouple R with internal cold-junction compensation 60 °C || +/- 4.4 °C thermocouple T with internal cold-junction compensation 25 °C || +/- 4.6 °C thermocouple B with internal cold-junction compensation 25 °C || +/- 4.6 °C thermocouple E with internal cold-junction compensation 25 °C || +/- 5 °C thermocouple S with internal cold-junction compensation 60 °C || +/- 5.1 °C thermocouple J with internal cold-junction compensation 25 °C || +/- 5.5 °C thermocouple K with internal cold-junction compensation 60 °C || +/- 6.4 °C thermocouple T with internal cold-junction compensation 60 °C || +/- 6.8 °C thermocouple B with internal cold-junction compensation 60 °C || +/- 6.8 °C thermocouple E with internal cold-junction compensation 60 °C || +/- 7 °C thermocouple J with internal cold-junction compensation 60 °C
- Measurement Resolution
- 0.01 mV voltage || 0.1 °C or 0.1 °F temperature probe || 0.1 °C or 0.1 °F thermocouple