Description
1. Overview
ELAU MAX-4/11/03/128/08/1/1/00 is a high-end modular multi-axis servo motion controller from Germany ELAU (now part of Schneider PacDrive Platform), tailor-made for packaging, light industry and high-speed automated production lines. It serves as the core master control unit of the complete servo motion control system.Integrating motion control logic, program operation, axis synchronization, communication interaction and system fault diagnosis functions, the unit coordinates high-speed synchronization, electronic cam, interpolated motion and precise positioning of multi-axis servo groups. It is developed for automated equipment demanding high speed, high precision and multi-axis coordination.
This model is a high-spec version with enlarged memory and support for 8 controlled axes. Equipped with 128 MB large-capacity program flash memory, it supports storage of complex process programs and high-speed computing with powerful multi-axis synchronization scheduling capability.Adopting an industrial modular architecture, it is compatible with all ELAU servo drive units and supports mainstream industrial fieldbus communication. It features strong anti-interference performance, fast response and outstanding operational stability. This model has been discontinued by the original manufacturer. It is widely used for maintenance replacement of imported packaging equipment, food & pharmaceutical automated production lines, technical retrofitting and upgrading of industrial control systems, acting as the central control component for high-end light industrial automation equipment.

2. Technical Features
1. High-Precision Multi-Axis Synchronous Control with Excellent Process Adaptability
It supports independent motion control for up to 8 axes, enabling advanced motion functions including multi-axis high-speed synchronous linkage, electronic cam, electronic gear, path interpolation and phase tracking. It precisely matches complex working conditions such as high-speed packaging, reciprocating cutting, continuous conveying and positioning lamination.High-precision axis calculation yields minimal synchronization error, ensuring stable cycle rhythm and accurate movement of high-speed automated machines. It eliminates mechanical jitter, position offset and disordered timing, greatly improving production precision and product yield.
2. Large Program Memory for Complex Process Calculations
Built-in 128 MB Flash program storage for storing multiple sets of complex process programs, recipe parameters and motion trajectory data, suitable for multi-procedure, frequently switched and customized production processes.The core arithmetic unit delivers fast response and short program scan cycle. It continuously and stably processes high-frequency motion commands and logic operations without program stagnation or calculation delay, satisfying the demand for 24-hour non-stop high-volume production.
3. Multi-Bus Compatibility & High System Integration
Natively supporting mainstream industrial communication protocols such as CANopen and Industrial Ethernet, it seamlessly connects to full-range ELAU servo drives, third-party PLCs, HMIs, sensors and actuators.It enables high-speed data exchange, remote parameter read/write and real-time status monitoring, allowing rapid construction of integrated motion control solutions. It excels in compatibility and expandability for system integration of new and legacy equipment and production line linkage retrofits.
4. Industrial Reinforced Construction for Superior Stability under Harsh Conditions
The compact industrial modular design passes strict EMC electromagnetic compatibility tests to resist high-frequency workshop electromagnetic interference, switching surges and harmonic disturbance.All hardware components adopt industrial wide-temperature specifications with good vibration resistance, humidity resistance and anti-aging performance. It supports long-term continuous operation and adapts to demanding environments in food, pharmaceutical and packaging workshops featuring heavy dust, high humidity and frequent start-stop cycles with low failure rate and stable operation.
5. Comprehensive Fault Diagnosis & Protection Mechanism for Convenient Maintenance
Embedded complete system self-test, fault diagnosis and event logging functions. It monitors axis control abnormalities, communication failures, program errors, power supply anomalies and other faults in real time, accurately locating fault points and saving fault logs.Protection logic including overload protection, communication fault interlock and program exception reset effectively prevents fault escalation and reduces equipment downtime risks, while simplifying on-site troubleshooting and maintenance.
3. Technical Specifications
1. Basic Parameters
Model: MAX-4/11/03/128/08/1/1/00Brand: ELAU (PacDrive under Schneider Electric)Product Type: Multi-Axis Servo Motion ControllerCore Functions: Multi-axis synchronous motion control, process logic operation, electronic cam control, fieldbus communication, fault diagnosis, equipment linkage managementControllable Axes: Maximum 8 independent servo axesMemory Capacity: 128 MB FlashApplicable Equipment: High-speed packaging machines, film wrapping machines, pharmaceutical automation equipment, light industry multi-axis linkage production lines, imported high-end automated machineryApplication Scenarios: Maintenance replacement for legacy equipment, industrial control system retrofitting, automated production line upgrading, spare parts for equipment repair
2. Control Performance Parameters
Control Modes: Point-to-point positioning, continuous path, electronic gear, electronic cam, multi-axis synchronous interpolationCalculation Performance: High-speed program scanning, low-latency command response, minimal multi-axis synchronization errorProcess Capability: Multi-recipe storage, multi-procedure switching, complex continuous motion processesControl Accuracy: Precise positioning, stable cycle timing and high repeatability under high-speed operationOperation Mode: Support for 24-hour continuous operation, frequent start-stop and high-speed reciprocating motion
3. Electrical & Communication Parameters
Power Supply: Standard industrial DC power supply, compatible with dedicated power supplies for industrial control systemsCommunication Protocols: CANopen, Industrial Ethernet and other mainstream fieldbus protocolsPort Configuration: Standard communication interfaces, I/O expansion ports, servo bus interfacesSignal Characteristics: Resistant to line interference, stable long-distance communication without data loss or signal driftExpandability: Support for I/O module expansion and multi-equipment linkage networking
4. Mechanical & Environmental Parameters
Structure: Standard cabinet modular mountingProtection Class: Industrial IP30Operating Temperature: -20℃~+70℃Storage & Transportation Temperature: -30℃~+80℃Operating Humidity: 5%~95% RH (non-condensing, no corrosive gas)Environmental Resistance: Electromagnetic interference resistance, vibration resistance, humidity-heat resistance, dust pollution resistanceApplicable Conditions: Industrial automation workshops, food & pharmaceutical clean rooms, long-term non-stop mass production environments

4. Operating Principle
The ELAU MAX-4/11/03/128/08/1/1/00 motion controller operates following the core workflow: Program Call → Logical Calculation → Motion Command Output → Multi-Axis Synchronous Regulation → Status Feedback & Diagnosis.
After power-on initialization, the controller automatically loads stored process programs and recipe parameters. The core arithmetic unit performs high-speed calculation of process logic, motion trajectories and axis control parameters.
Based on predefined process logic, the controller outputs precise position, speed and synchronization commands to each servo drive, realizing linkage, synchronization, interpolation and cam motion of the 8-axis servo system to drive automated equipment to complete high-speed, accurate production procedures.
During operation, it collects servo axis status, equipment I/O signals and bus communication data in real time, continuously correcting motion parameters via closed-loop control to guarantee operational precision and stable timing.Meanwhile, continuous system self-check and fault monitoring are executed. Once communication failure, axis error, program fault or power abnormality is detected, fault logging, alarm notification and safety interlock will be triggered immediately to prevent fault propagation and ensure safe and stable operation of automated production lines.
1. Core Control for High-Speed Packaging Automation Equipment
Widely deployed on high-speed film wrappers, horizontal flow wrappers, vertical form-fill-seal machines and case packers in beverage, food and daily chemical industries. It executes synchronous control for multi-axis cutting, film pulling, feeding, sealing and conveying to maintain stable cycle timing and qualified packaging precision, serving as the main control unit of premium imported packaging machinery.
2. Pharmaceutical & Precision Light Industry Automated Production Lines
Suitable for high-precision automated lines including pharmaceutical filling, sorting, sealing and precision conveying. Leveraging high-precision multi-axis synchronous control, it meets strict requirements for positioning accuracy, synchronization and stability of precision production processes. It adapts to clean workshops and continuous high-frequency production to ensure consistent product quality and high yield.
3. Maintenance Replacement for Aging Imported Automated Equipment
Direct replacement for failed, aged, corrupted or operationally defective controllers of the same model on imported machines equipped with ELAU PacDrive systems. No modification to mechanical structure, wiring circuits or production processes is required, enabling rapid restoration of equipment performance. It resolves frequent shutdowns, process drift and control failure issues of legacy machinery.
4. Process Upgrading & Technical Retrofit of Industrial Control Systems
Benefiting from large memory and high-performance multi-axis control, it is used for process upgrade, capacity expansion and procedure extension of legacy automated equipment. It supports new complex motion processes, multi-recipe switched production and multi-machine linkage networking, enabling low-cost intelligent and high-precision retrofits to improve automation level and production efficiency of production lines.
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