Features:
- Carries the ET 200M backplane connection beneath two 40 mm I/O positions.
- Allows configured modules to be removed and inserted within the supported station arrangement.
- Uses the BM 2 x 40 format identified by the exact 6ES7 order number.
This ordering configuration is a two-position bus module rather than an active signal-processing card.
It provides the mechanical base and internal bus continuity used by modular ET 200M stations.
Station order, module width and neighbouring bus-module engagement must be checked before the rail is energized.
Apter Power can review sourcing, documentation and system matching for 6ES7195-7HB00-0XA0.
Verified resources for Siemens 6ES7195-7HB00-0XA0:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Process I/O stations requiring exchangeable S7-300 modules can use this two-position active-backplane section.
- Maintenance-oriented cabinets benefit from replacing an I/O module without dismantling the complete station bus.
- Expansion layouts use the unit where two adjacent 40 mm module positions are specified in the hardware configuration.
- The unit snaps into the ET 200M rail arrangement beneath two adjacent I/O modules.
- Both 40 mm positions must engage correctly with the bus connectors before module insertion.
- The assembled width is 80 mm in the station even though the loose component measures 97 mm overall.
- It belongs to ET 200M stations built around the IM 153-1 or IM 153-2 interface family.
- Only the two-position 40 mm layout matches this bus-module execution.
- Hardware configuration must reflect the physical slot order used in the installed station.
- Operation is specified from 0 to 60 °C in the documented ET 200M installation conditions.
- The component is intended for enclosed industrial control cabinets and the specified mounting rail.
- Mechanical seating and clean backplane contacts are essential for stable station communication.