Features:
- CPU551 processing: A 266 MHz 64-bit RISC processor executes SIMATIC TDC control tasks.
- Integrated memory: The module combines 32 MB SDRAM with 256 KB SRAM for its processing role.
- Onboard digital inputs: Eight 24 V inputs provide local binary signal acquisition, including four interrupt-capable points.
System role: The processor operates as part of a SIMATIC TDC rack and uses the station’s backplane, configuration and cooling infrastructure.
Fast-event handling: Dedicated interrupt-capable inputs allow selected binary events to reach the CPU without treating all channels as identical.
Service planning: The CPU designation and full order number should stay together when a spare is selected for an installed rack.
Apter Power supports Siemens 6DD1600-0BA1 CPU551 processor module sourcing with quotations, technical documentation and configuration review.
Siemens 6DD1600-0BA1 CPU551 processor module 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.
- Processor core: The CPU551 uses a 266 MHz 64-bit RISC processor for rack-level control execution.
- Working memory: 32 MB SDRAM supports active program and runtime data.
- Static memory: 256 KB SRAM provides the module’s retained-memory resource.
- Deterministic role: The processor belongs to the high-performance SIMATIC TDC control platform.
- Channel count: Eight 24 V digital inputs are integrated on the CPU module.
- Interrupt subset: Four channels can be assigned to interrupt functions.
- Electrical boundary: The inputs are non-isolated and share the system reference design.
- Response limit: Siemens specifies a maximum input delay of 100 µs.
- Module format: The card installs in a SIMATIC TDC rack position.
- Thermal load: Its 15 W dissipation contributes directly to cabinet cooling demand.
- Airflow requirement: Forced cooling is part of the intended rack environment.
- Migration boundary: A later CPU order number does not remove the need to compare configuration and installation details.
- SIMATIC TDC processing: The module executes control tasks in an installed TDC station.
- Fast binary event capture: The integrated inputs can bring selected 24 V events directly to the processor.
- Processor spares: The exact CPU551 identity supports maintenance of legacy TDC hardware.
- Controlled upgrades: Documented processor migration can preserve application intent while system parameters are reviewed.