EPM-T110 1B.14 LENZE

EPM-T110 1B.14 Processor module

Product  Description：

Lenze Processor Modules, central to the Controller 3200 C, c500, and c750 portfolio, serve as the advanced calculation engines for high-performance motion control and multi-axis robotics setups. These modules are intentionally engineered to manage highly precise motion profiles, coordination logic, and network handling within a unified hardware space. By separating the processing tasks into an optimized architectural layer, they ensure deterministic synchronization across multiple motor axes while communicating effortlessly with higher-level IT architectures.

Product Parameters

The technical baseline of a Lenze Processor Module emphasizes computational performance, memory allocation, and real-time networking:

• Processing Architecture: Utilizes high-efficiency industrial microprocessors, such as Intel Atom or ARM Cortex-based architectures, optimized for continuous floating-point math calculations.

• Real-Time Motion Bus: Features integrated high-performance EtherCAT master capabilities, supporting synchronized motion cycle times as low as 125 microseconds.

• Memory Distribution: Equipped with substantial internal flash memory for large PLC programs and dynamic non-volatile RAM (NVRAM) for storing persistent machine data during unexpected power cuts.

• Peripheral Interfaces: Standard configurations provide multiple gigabit Ethernet ports, USB connections for project deployment, and CANopen or serial interfaces for legacy infrastructure.

• Operating System Baseline: Built upon real-time multitasking operating systems, typically running on a highly stable RTOS or Real-Time Linux kernel.

• Electrical Supply: Driven by a standard industrial 24V DC input, drawing low wattage while providing high computational performance.

Product Advantages

Lenze Processor Modules provide robust control and computational superiority for specialized mechanical applications:

• Motion-Centric Architecture: The hardware and software are natively designed around axis synchronization, making tasks like electronic camming, winding, and robotic kinematics exceptionally smooth.

• Streamlined Software Environment: Configured using PLC Designer based on IEC 61131-3, allowing modular code reuse and easy implementation of certified PLCopen motion blocks.

• Maintenance-Free Concept: Designed without fans or internal batteries by utilizing efficient thermal convection and advanced flash technology, which significantly decreases mandatory hardware servicing over its lifecycle.

• Comprehensive Engineering Framework: Integrated diagnostic tools allow for online programming modifications, detailed trace functions, and oscilloscopic signal tracking for fast commissioning.

• High Network Flexibility: Functions as a dual gateway, simultaneously processing the ultra-fast internal motion bus (EtherCAT) while managing standard factory networks (Profinet, EtherNet/IP) for plant communication.

Product Applications

These processor modules provide the necessary logic execution for synchronized, continuous manufacturing machinery:

• Packaging Technology: Managing high-speed vertical form-fill-seal machines, top loaders, and smart product grouping conveyors.

• Intralogistics and Material Handling: Driving storage and retrieval systems, complex sorting arrays, and automated guided vehicles requiring precise steering and routing algorithms.

• Robotic Kinematics: Calculating path planning and coordinate translation for delta, scara, and multi-joint articulated robotic arms.

• Textile Production: Controlling precise multi-spindle synchronized rotation, tension tracking, and winding devices to maintain material consistency.

• Converting and Printing Equipment: Synchronizing electronic line shafts and multi-color web registration processes over vast multi-axis machine layouts.

Important Precautions

To preserve the longevity and maintain the calculation stability of the processor module, the following practices must be implemented:

• Convective Airflow Maintenance: The module must be installed vertically inside the control panel to maximize natural heat dissipation. Maintain the mandatory clearance spaces above and below the housing as indicated in the hardware guide.

• Earth Potential and Grounding: Ensure the module is properly seated on a grounded DIN rail or backplane. Poor earthing parameters can allow high-frequency switching noise from nearby inverters to create communication exceptions.

• Memory Corruption Avoidance: Never remove external memory cards (such as SD media) while the module is actively writing data or when the system bus LED indicates processing activity. Always follow safe dismount routines.

• External Overvoltage Protection: Protect the 24V DC input logic power supply with appropriate surge arrestors. Voltage dips or severe power fluctuations can cause the watchdog timer to trigger an immediate safe shutdown.

• Ethernet Port Discipline: Do not mix corporate IT networks with the dedicated real-time EtherCAT fieldbus ports. Flooding a motion port with office data will lead to packet drops, jitter, and critical axis tracking errors.

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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Our main products include DCS control system spare parts, PLC system spare parts, and robot system spare parts. Our advantageous brands include Allen Bradley, Bently Nevada, ABB, HIMA, Reliance, Bender, National Instruments, Emerson Ovation, Honeywell, Siemens, Allen Bradley, ICS Triplex, FOXBORO, Schneider, GE Fanuc, Motorola, HIMA, Prosoft, and other imported industrial components. Our main products serve a wide range of electronic, metallurgical, chemical, and power plants Industries such as steel mills, rubber, cement, machinery and equipment, and construction.