Features:
- Rack capacity: Provides 24 labeled positions for SIMADYN D modules.
- Power arrangement: Uses 24 V DC input with an SP9 power supply.
- Cooling design: Operates without a fan through natural convection.
The L bus and C bus distribute the rack’s data and operating voltages.
Slot population, grounding, and supply wiring are central to an accurate replacement review.
The exact article is recorded by Siemens at the end of its product lifecycle.
Apter Power supports Siemens 6DD1682-0BE0 SIMADYN D SR24.2 Subrack requests with slot-map review, technical documentation, sourcing, and quotation preparation.
Siemens 6DD1682-0BE0 SIMADYN D SR24.2 Subrack Manuals,Datasheets,Link
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.
- Slots: Twenty-four positions support the documented SIMADYN D module format.
- L bus: Carries local rack communication and distributed operating voltages.
- C bus: Supports the companion communication path across the populated rack.
- Slot-map control: Archive module positions and unused-slot provisions before transferring hardware to another subrack.
- Input: The SR24.2 configuration uses a 24 V DC supply.
- Supply type: SP9 is the documented power-supply type for this rack version.
- Airflow: Natural convection replaces a fan, so cabinet clearance remains important.
- Air-path review: Confirm that cabinet changes do not obstruct the natural-convection route around the subrack.
- Slot map: Record every installed module and empty position before a rack exchange.
- Grounding: The protective-earth path should follow the original rack design.
- Battery: Internal or external backup-battery arrangements belong to the project record.
- Multi-module control: Provides the chassis for larger SIMADYN D processor and I/O configurations.
- Legacy drives: Supports installed control cabinets that retain the SR24.2 backplane.
- Maintenance projects: Useful where the existing module population and wiring are preserved.