Features:
- 21 module slots support dense SIMATIC TDC system configurations.
- Integrated power distribution and system cooling support installed TDC assemblies.
- The 64-bit backplane enables high-speed exchange between inserted modules.
The supplied configuration is the Siemens UR5213 subrack identified by article number 6DD1682-0CH0, with the rack hardware and integrated system interfaces.
The rack provides the mechanical and electrical foundation for coordinated processor, communication, and signal modules in SIMATIC TDC systems.
Confirm the approved slot plan, matched PS5213 supply, protective-earth arrangement, and cabinet clearances before installation.
Availability follows the verified stock configuration and Siemens documentation for the complete 6DD1682-0CH0 article.
Siemens 6DD1682-0CH0 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.
- Multi-processor SIMATIC TDC control systems that coordinate several processor, communication, and signal modules through a shared high-speed rack backplane.
- Large drive-control cabinets requiring a 21-slot TDC rack for organized installation of the controller, interface, and application-specific modules.
- Process test stands using coordinated TDC processor and I/O modules to manage synchronized control, signal exchange, and equipment testing tasks.
- The rear backplane provides the internal electrical and communication pathway that links the inserted TDC modules within the configured rack.
- Its 64-bit-wide backplane architecture supports high-speed data exchange between installed modules for coordinated system operation.
- Processor, communication, and signal modules use the shared rack interconnection to exchange data and operate as an integrated TDC assembly.
- The rack must be paired with the Siemens-approved PS5213 power-supply arrangement to provide the required system power interface for the configured TDC assembly.
- Complete and verify the protective-earth connection before energizing the rack, installing modules, or performing any service operation.
- Maintain the specified cabinet airflow, slot clearances, and module spacing so cooling performance and safe access remain within the approved installation layout.
- The rack is specified with IP20 protection, suitable for installation inside a protected control cabinet rather than direct exposure to dust or water.
- Protection class I requires a correctly connected protective-earth conductor to provide the intended grounding path for the rack assembly.
- EN 61131-2 is the documented standard governing the applicable safety and equipment requirements for the rack hardware.