EMB9343-E LENZE

EMB9343-E  Multi-Function Processor Module

Product  Description：

Lenze Multi-Function Processor modules, often integrated within advanced controller platforms like the Controller 3200 C or the c500 series, serve as specialized high-performance co-processing units. These modules are engineered to handle complex logic, sophisticated data processing, and intensive mathematical calculations independently. By offloading these demanding tasks from the primary drive or motion controller, they ensure that the main CPU remains entirely dedicated to time-critical motion synchronization and high-speed axis execution.

Product Parameters

The technical baseline of a Lenze Multi-Function Processor module highlights its computing capability and integration flexibility:

• Processor Architecture: Features an independent high-speed industrial microprocessor, allowing for parallel multitasking alongside the main automation controller.

• Programming Environment: Fully compatible with standard IEC 61131-3 languages via PLC Designer, and often supports advanced object-oriented programming for custom logic.

• Memory Allocation: Equipped with large-capacity internal Flash memory for storing user-defined applications, recipes, and complex execution blocks, combined with high-speed volatile RAM for real-time data tables.

• Data Cycle Synchronicity: Integrates directly with high-speed system buses, allowing data exchange with the main controller within microsecond-level clock cycles.

• Communication Hub capabilities: Supports simultaneous multi-protocol traffic over embedded ports, accommodating EtherCAT, PROFINET, or EtherNet/IP depending on system topology.

• Cooling and Form Factor: Compact DIN-rail mountable module featuring low-power design to minimize thermal dissipation within enclosed control panels.

Product Advantages

Lenze Multi-Function Processors provide critical performance and engineering benefits for complex machinery:

• Optimized CPU Balancing: Handles heavy calculation overhead, such as winding formulas, coordinate transformations, and extensive data tracking, ensuring zero jitter in the motion control loop.

• Simplified Modular Engineering: Allows engineers to encapsulate complex proprietary code or machine subroutines onto a single module, making the broader control architecture easier to maintain and troubleshoot.

• Real-Time Path Planning: Delivers the processing power required for advanced path interpolation and electronic camming profiles on multi-axis machinery.

• Advanced Data Buffering: Acts as an efficient local storage hub for high-frequency data logging, allowing machine diagnostics to be collected locally and transferred to cloud platforms or SCADA systems.

• Industrial-Grade Resilience: Built with rigorous electromagnetic compatibility standards, ensuring the processor operates flawlessly even when mounted adjacent to high-power frequency inverters.

Product Applications

These co-processing modules are utilized in high-speed, synchronized machine environments:

• Packaging Technology: Managing complex data processing for high-speed flow wrappers, smart grouping stations, and multi-axis pick-and-place delta robots.

• Converting and Printing Equipment: Calculating real-time center-winder diameter variations, material tension loops, and print registration offsets.

• Automated Material Handling: Driving the complex routing logic, anti-sway calculations, and coordinate tracking for automated storage and retrieval systems (ASRS) and high-speed gantry cranes.

• Textile Machinery: Controlling intricate patterns and yarn tension synchronization across numerous individual drive axes simultaneously.

• Assembly and Robotics: Coordinating spatial position matrices for multi-axis handling systems requiring precise geometric path tracking.

Important Precautions

To guarantee safe operation and prevent processing faults, the following guidelines should be strictly adhered to:

• Backplane Power Limits: Verify that the overall current draw of the multi-function processor and adjacent modules does not exceed the capacity of the system's power supply unit.

• Systematic Data Mapping: When configuring data exchange between the processor module and the main CPU, ensure proper cross-communication handshaking to prevent data corruption or overwritten variables.

• Firmware Version Verification: Before deploying new software tasks, verify that the module's internal firmware version perfectly matches the project library versions within the Lenze engineering software environment.

• Live Swapping Restrictions: Unless explicitly stated by the specific hardware sub-series manual, do not remove or insert the processor module while the control bus is energized to avoid backplane communication corruption.

• Ambient Temperature Management: Ensure sufficient clearance above and below the module within the electrical cabinet to allow natural air convection, preventing localized overheating of the internal microprocessors.

The structure and details of the product：

Our services：

Shipping Port:  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

Warranty: one year

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