SIPLUS BaseUnits Parts

Showing 1–5 of 5 parts
Siemens 6AG1193-6BP00-7DU0 – SIPLUS ET 200SP BU20-P16+A0+2D based on 6ES7193-6BP00-0DU0 with conformal coating, -40…+70 °C, BU type U0
Siemens
6AG1193-6BP00-7DU0

SIPLUS ET 200SP BU20-P16+A0+2D based on 6ES7193-6BP00-0DU0…

Siemens 6AG1193-6BP00-7DA0 – SIPLUS ET 200SP BU15-P16+A0+2D based on 6ES7193-6BP00-0DA0 with conformal coating, -40…+70 °C, BU type A0
Siemens
6AG1193-6BP00-7DA0

SIPLUS ET 200SP BU15-P16+A0+2D based on 6ES7193-6BP00-0DA0…

Siemens 6AG1193-6BP00-7BU0 – SIPLUS ET 200SP BU20-P16+A0+2B based on 6ES7193-6BP00-0BU0 with conformal coating, -40…+70 °C, BU type U0
Siemens
6AG1193-6BP00-7BU0

SIPLUS ET 200SP BU20-P16+A0+2B based on 6ES7193-6BP00-0BU0…

Compare SIPLUS BaseUnits

Key specifications of the parts listed on this page, taken from the manufacturer's data sheets.

MPNProduct type designationbased onRated value (DC)Slots — Number of slotsIsolation tested with
6AG1193-6BP00-7DU0BU type U06ES7193-6BP00-0DU0See manual13 100 V DC
6AG1193-6BP00-7DA1BU type A16ES7193-6BP00-0DA124 V1; Type A1707 V DC (type test)
6AG1193-6BP00-7DA0BU type A06ES7193-6BP00-0DA024 V1707 V DC (type test)
6AG1193-6BP00-7BU0BU type U06ES7193-6BP00-0BU0See manual13 100 V DC
6AG1193-6BP00-7BA1BU type A16ES7193-6BP00-0BA124 V1; Type A1707 V DC (type test)

Common to all listed parts

For P1 and P2 bus, max.10 A
Ecological footprint — environmental product declarationYes
Ecological footprint — Global warming potential — global warming potential, (total) [CO2 eq]0.873 kg
Ecological footprint — Global warming potential — global warming potential, (during production) [CO2 eq]0.866 kg
Ecological footprint — Global warming potential — global warming potential, (during operation) [CO2 eq]0 kg
Ecological footprint — Global warming potential — global warming potential, (after end of life cycle) [CO2 eq]-0.0011 kg
Ambient temperature during operation — horizontal installation, min.-40 °C; = Tmin (incl. condensation/frost)
Ambient temperature during operation — horizontal installation, max.70 °C; = Tmax