Description
6EP1436-2BA10 SIEMENS Processor module
Product Dimensions:
Product Description
The SIEMENS Processor Module serves as the Central Logic Unit (CLU) or computing engine within a wide array of industrial automation and control platforms. It is the component responsible for executing the user program, performing data processing, and coordinating all real-time control functions.
Functionally, the Processor Module reads input signals from the process field (e.g., sensors, limit switches) via connected Input/Output (I/O) modules, executes the programmed logic at deterministic cycle times, and updates the output signals (e.g., actuators, drives) to control the machinery or process.
In modular systems, it provides the backplane communication and acts as the master for all connected expansion modules and network components. Its design emphasizes high industrial robustness, reliable real-time performance, and integrated security features to operate continuously in harsh environments.
Product Parameters
Key technical specifications that characterize a Processor Module include:
| Parameter Category | General Specification |
| Execution Performance | Measured in processing speed (e.g., execution time per instruction, often in nanoseconds) and overall clock speed. |
| Memory Capacity | Size of available RAM for user program and data (e.g., MB), including retentive memory for critical process values. |
| Cycle Time | The minimum time required to process the user program, which dictates the unit’s real-time capability and control precision. |
| Communication Ports | Number and type of integrated communication interfaces (e.g., multiple Ethernet ports for PROFINET, PROFIBUS, serial interfaces). |
| Integrated Technology | Built-in functions for specialized tasks, such as Motion Control axes, PID controllers, and specialized arithmetic/logging. |
| System Diagnostics | Comprehensive built-in diagnostic and logging functions to track hardware/software errors and network status. |
| Operating System | May run a proprietary real-time operating system (for PLCs) or a hardened industrial version of a commercial OS (for Industrial PCs). |
| System Expandability | Maximum number of connectable I/O, communication, or technology modules supported by the unit. |
Product Advantages
- High Real-Time Performance: Engineered for deterministic control, ensuring that control loops are executed precisely and reliably within defined time limits, which is critical for safety and product quality.
- Robustness and Reliability: Designed to operate continuously in harsh industrial environments, featuring high tolerance for temperature variations, vibration, shock, and electromagnetic interference.
- Future-Proof Connectivity: Supports current and emerging industrial communication standards (e.g., PROFINET, OPC UA), making it Industry 4.0 and IIoT-ready with seamless integration into cloud solutions.
- Integrated Safety & Security: Provides hardware-level security mechanisms and optional integrated safety functions (e.g., TÜV-certified safety controllers) to simplify compliance and protect against cyber threats.
- Efficient Engineering: Utilizes unified engineering software (e.g., TIA Portal), which streamlines commissioning, programming, and diagnostics across the entire automation project.
Precautions
- Heat Dissipation: Due to the module’s high processing power, ensure adequate heat dissipation and ventilation within the control cabinet, maintaining the ambient temperature below the specified maximum.
- Firmware Compatibility: Strict adherence to compatibility requirements between the hardware revision, firmware version, and the engineering software version is essential to prevent operational errors.
- Load Management: The module’s performance should not be overloaded by excessively large programs or overly short cycle times; careful system sizing is necessary to maintain real-time performance.
- System Grounding: Proper grounding of the module and the entire control cabinet must be established according to installation guidelines to ensure EMC immunity and reliable operation.
- Data Backup: Implement regular backups of the program and data memory to an external storage medium or server to allow for quick restoration in the event of a module replacement or system failure.
Product Applications
The Processor Module is central to control in diverse industrial domains:
- Factory and Discrete Automation: Orchestrating complex motion sequences, robot control, quality inspection systems, and high-speed packaging lines.
- Process Control: Controlling critical parameters (temperature, pressure, flow) in batch processes, power plants, and oil & gas facilities, often utilizing redundant systems for maximum availability.
- Logistics and Material Handling: Managing Automated Storage and Retrieval Systems (AS/RS), large conveyor networks, and sorting systems.
- Specialized Machine Building (OEM): Serving as the compact, high-performance core for dedicated machines, providing integrated technology and diagnostics functions.
- Renewable Energy: Used for monitoring and control of solar farms, wind turbines, and energy storage systems, requiring robust remote communication.
Shipping Port: Xiamen, China
Payment: Bank of Chicago, Bank of Singapore
Express cooperation: fedex, DHL, UPS and your express account
Service: Professional Sales provides 24 hours /7 days online service
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