Description
1. Overview
Schneider C400/10/1/1/1/0 is a high-performance embedded multi-axis motion controller belonging to Schneider ELAU PacDrive C400 series. Serving as the core motion control unit for automated equipment, it is developed specially for high-end automated production lines and precision mechanical equipment.
As a high-end standard version of the C400 series, it integrates real-time motion control, logic operation, fieldbus communication and I/O management in a single unit. It supports up to 16 axes of synchronous servo motion control, and independently executes core process control including complex trajectory interpolation, multi-axis coordinated synchronization, high-precision positioning and speed regulation.
2. Technical Features
2.1 Multi-Axis Synchronous Control with Superior Motion Precision
It supports synchronous coordinated control for a maximum of 16 servo axes, with built-in 2D linear and circular interpolation functions. It readily implements advanced motion technologies including complex curve trajectory movement, electronic cam, electronic gear, synchronous shear following and flying cut.The multi-axis synchronization error is extremely minimal, featuring accurate positioning and smooth operation. It meets dynamic control requirements of high-speed precision equipment, effectively improving equipment operation accuracy and production yield.
2.2 High-Performance Hardware with Strong Real-Time Performance
Powered by an Intel Pentium M 600 MHz high-speed industrial processor and 256 MB onboard RAM, it runs the VxWorks industrial real-time operating system with microsecond-level computing response. Programs execute without stuttering or delay, enabling long-term stable processing of high-frequency and complex motion control tasks.The hardware architecture is optimized for industrial environments with strong anti-interference and anti-fluctuation capability, suitable for 24/7 non-stop continuous equipment operation.
2.3 Strong Compatibility & Convenient Programming and Development
Fully compliant with the international IEC 61131-3 industrial programming standard, it supports multiple programming languages including Ladder Diagram (LD), Structured Text (ST), Function Block Diagram (FBD) and Sequential Function Chart (SFC), lowering development and debugging difficulty with excellent universality.Natively compatible with mainstream industrial buses such as EtherCAT, CANopen and Modbus, it seamlessly connects to servo drives, inverters, encoders, sensors, HMI and upper computer systems, featuring flexible networking and great expandability.
2.4 Comprehensive Fault Self-Diagnosis & High Operational Reliability
A complete built-in system self-diagnosis and fault protection mechanism monitors hardware failures, bus communication errors, axis control faults, abnormal I/O signals and program exceptions in real time. It automatically records fault codes, error timestamps and operation logs, and supports remote fault reading and traceability.Protection against overload, short circuit and program anomalies prevents unintended equipment actions and unexpected shutdowns, greatly reducing failure rate and maintenance costs.
2.5 High Integration & Wide Environmental Adaptability
The integrated compact modular design incorporates motion control, logic control, communication interaction and signal acquisition. Multi-axis control can be realized without additional expansion modules, simplifying cabinet layout and cutting equipment R&D and assembly costs.With industrial ruggedized construction, it offers excellent resistance to electromagnetic interference, vibration and temperature variation, adapting to harsh workshop conditions including high temperature, dust and strong electromagnetic disturbance.
3. Specification Parameters
3.1 Core Hardware Parameters
- Processor: Intel Pentium M 600 MHz industrial high-speed processor
- RAM: 256 MB
- Operating System: VxWorks industrial real-time OS
- Maximum Controlled Axes: 16 axes synchronous servo motion control
3.2 Control & Process Parameters
- Motion Functions: Linear / circular interpolation, electronic cam, electronic gear, synchronous following shear, flying cut, multi-axis linkage
- Programming Standard: IEC 61131-3 international industrial control programming standard
- Computing Response: Microsecond-level real-time calculation with high multi-axis synchronization precision
- Control Modes: Compatible with position control, speed control and torque control
3.3 Communication & I/O Parameters
- Supported Fieldbuses: EtherCAT, CANopen, Modbus RTU / Modbus TCP and other mainstream industrial buses
- Peripheral Connection: Quick interfacing with servos, inverters, encoders, sensors, HMI and host computer systems
- I/O Expansion: Multi-channel digital and analog signal input & output for various field condition signals
3.4 Environmental & Operation Parameters
- Operating Temperature: 0 ℃ ~ +60 ℃
- Storage Temperature: -20 ℃ ~ +85 ℃
- Operating Humidity: 5% ~ 95% RH (non-condensing)
- EMC Protection: Industrial-grade electromagnetic compatibility for sites with severe electromagnetic interference
- Operation Mode: 24-hour non-stop continuous industrial operation
4. Working Principle
Based on a real-time operating system and optimized hardware computing architecture, Schneider C400/10/1/1/1/0 implements closed-loop full-process control covering program parsing, logic calculation, motion regulation, bus interaction and fault protection.
Upon startup, the controller loads preconfigured control programs and process parameters. The main processor executes program parsing, logical judgment and motion trajectory calculation, and generates precise axis control commands, speed instructions and I/O signals according to production processes.
Via high-speed industrial buses including EtherCAT and CANopen, motion commands are transmitted to servo drives in real time to drive up to 16 servo motors to complete positioning, speed adjustment and interpolated linkage. Meanwhile, encoder feedback and field sensor signals are continuously collected to dynamically correct motion deviation and guarantee multi-axis synchronization and equipment stability.
During runtime, system hardware status, bus communication and program execution are monitored continuously. Once abnormal conditions are detected, the protection mechanism activates immediately to lock equipment status, record fault logs and trigger alarm signals to avoid fault escalation.
5. Application Scenarios
5.1 High-End Packaging Automation Equipment
Widely used in high-speed labelers, filling & sealing machines, horizontal flow wrappers, gift box packaging lines and film cutting equipment. Leveraging multi-axis synchronization, high-speed interpolation, following shear and flying cut functions, it achieves precise material positioning, high-speed cutting and synchronous laminating, meeting high-speed packaging demands in food, daily chemical and pharmaceutical industries.
5.2 Lithium Battery & New Energy Intelligent Manufacturing
Applied to lithium battery winding machines, lamination machines, pole piece cutters, cell assembly lines and energy storage equipment assembly lines. High-precision multi-axis linkage ensures accuracy and consistency in cell processing and assembly, complying with strict precision manufacturing standards for the new energy sector.
5.3 Food & Pharmaceutical Automation Equipment
Deployed in pharmaceutical filling machines, drug sealing equipment, medical device assembly lines and food sorting & packaging machinery. Its high stability and precise control satisfy dust-free, high-precision and regulatory-compliant production requirements for food and pharmaceutical industries, guaranteeing product quality.
5.4 Logistics & Intelligent Conveying Equipment
Adopted in high-speed sorting lines, intelligent conveying systems, reciprocating transfer machines and automatic palletizing equipment. It realizes synchronous multi-station transfer, accurate sorting and stable palletizing to improve efficiency and reliability of automated logistics production lines.
5.5 Precision Industrial Processing Equipment
Suitable for small precision CNC machine tools, laser processing equipment, hardware precision cutting devices and custom automated assembly tooling. Complex trajectory interpolation and accurate speed regulation fulfill high-precision manufacturing needs for precision component machining and non-standard automated assembly.
