SIEMENS 6DD1600-0BA1 PM5 Processor Module | SIMADYN D CPU

Product Description

Overview

The 6DD1600-0BA1 PM5 Processor Module is the central processing unit for the SIMADYN D automation platform, designed for high-speed, precision control in demanding industrial applications. Engineered for fast-response closed-loop control, it efficiently handles complex algorithms in large-scale control systems, including high-power drive regulation, steel mill strip tension control, and generator excitation systems.

Technical Specifications

Processor and Memory

• 32-bit RISC CPU for rapid control and arithmetic execution

• Flash EPROM for firmware and user program storage

• 16 MB DRAM for process workspace

• 64 MB SDRAM for extended data buffering

• 512 KB SRAM for high-speed runtime variables

Communication and Interfaces

• Local backplane bus for I/O and communication modules

• Dual RS-485 interfaces (PROFIBUS DP) and RS-232 port

• X2 Binary Inputs for real-time process signals

• Optional fiber-optic interface support for distributed systems

System Capabilities

• Deterministic real-time multitasking OS for precise task prioritization

• Up to 32K program steps capacity

• Supports CFC and SFC programming for modular control logic

• Front panel with status LEDs and digital display for diagnostics

Environmental and Mechanical

• Operating temperature: -25°C to +60°C

• Compact design: 1 Standard Slot (1SU)

• Weight: 0.685 kg

• Designed for high reliability in harsh industrial environments

Applications

• High-performance motion control in multi-axis drives

• Steel production line strip tension regulation

• Large generator excitation systems

• High-speed data acquisition and process monitoring

FAQ

Q: Which programming tools are compatible?
A: Supports D7-SYS within SIMATIC Manager, compatible with STRUC G and STEP 7.

Q: Can multiple PM5 modules be integrated in one rack?
A: Yes, multiple modules can operate as master-slave units via the high-speed backplane.

Q: What type of memory is used for runtime data?
A: SRAM stores high-speed variables, while DRAM handles system workspace and buffers.

Technical Summary Table