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ELAU PacDrive Module MC-4/11/10/400 Control Module
1, Core role
ELAU PacDrive MC-4/11/10/400 is a high-performance servo drive module designed specifically for industrial automation systems. Its main functions include:
Servo motor drive and control
Drive three-phase permanent magnet synchronous motors or asynchronous motors to achieve high-precision position, speed, and torque control, suitable for scenarios with high requirements for multi axis synchronization and dynamic response (such as packaging machinery, printing equipment, robot joints).
Industrial Bus Communication and Integration
Supports mainstream industrial protocols such as CANopen and EtherCAT, seamlessly integrates with PLC, HMI, or motion control systems, achieves distributed control architecture, and reduces wiring complexity.
Logic and Process Control
Built in digital input/output interface (such as DC 20-30V relay output), can directly process switch signals for sensor feedback, safety monitoring, or auxiliary equipment linkage.
Energy Management and Protection
Ensure system safety through DC bus voltage monitoring (530-680VDC) and discharge circuit (60 Ω, 100W continuous power), supporting protection functions such as overvoltage, overcurrent, short circuit, and overheating.
2, Technical advantages
High power density and compact design
Compact size: with a width of only 100mm, height of 400mm, and depth of 320mm, it can save cabinet space and is suitable for equipment upgrades or compact production line deployments.
Lightweight: The module has a net weight of 3.6kg and a box weight of 4.5kg, making it easy to install and maintain.
Wide voltage range and high voltage compatibility
Power input: Supports three-phase AC 380-480V (± 10%), 48-62Hz, covering global industrial power grid standards and adapting to environments with large voltage fluctuations.
DC bus: Working voltage 530-680VDC, meets the requirements of medium and high voltage servo motors, reduces intermediate transformer links, and improves system efficiency.
Dynamic performance and control accuracy
High speed switching frequency: 8kHz sampling rate, reduces motor noise and vibration, and improves low-speed stability.
Peak current capability: 25Aeff (1 second), supports rapid acceleration and deceleration of the motor, suitable for short-term high load scenarios (such as dispensing and stamping).
Power output: rated at 6.9kVA, meeting the driving requirements of high torque and high-speed motors.
Intelligent energy management and heat dissipation optimization
Temperature controlled natural convection heat dissipation: Automatically adjust the heat dissipation efficiency according to the ambient temperature, reduce fan dependence, lower failure rate, and extend service life.
Low standby power consumption: The standby power consumption of electronic components is about 12W, which meets industrial energy-saving standards.
Environmental adaptability and safety certification
Protection level: IP20 (main body)/IP54 (after installation), with safe wiring to meet dust and water splash protection requirements, suitable for harsh industrial environments.
Wide temperature operation: Operating temperature range+5 ° C to+45 ° C (short-term+55 ° C), storage temperature -25 ° C to+70 ° C, suitable for extreme weather conditions.
Global certification: CE, UL, cUL certification, in compliance with EU and North American safety standards, to facilitate equipment exports.
Modularity and Scalability
Multi axis synchronous control: can be extended to dozens of axis systems through a bus, simplifying multi axis motion planning (such as robots, CNC machine tools).
Flexible configuration: Supports multiple motor types and feedback encoders (such as incremental and absolute) to adapt to different load requirements.
3, Application scenarios and value
Packaging and Printing Machinery
Drive the flying shear, color matching drum, and tension control shaft to achieve high-speed synchronization and high-precision positioning, reducing the scrap rate.
Material handling and warehousing
Used for joint drive of AGVs, stackers, and robotic arms to improve handling efficiency and path tracking accuracy.
Textile and Paper Manufacturing
Control warp tension and winding speed to meet the process stability requirements under high-speed operation.
New energy and special equipment
Suitable for high-voltage, high reliability scenarios such as photovoltaic tracking brackets and wind power variable pitch systems.
4, Comparative advantage
Compared to traditional drives:
High integration, reducing communication delay between PLC and driver, and improving system response speed.
Modular design reduces spare parts costs and supports hot swappable maintenance.
Compared to similar competitors:
The DC bus voltage range is wider (530-680VDC), suitable for more high-voltage motor models.
Higher heat dissipation efficiency (natural convection+temperature control), reducing fan noise and the risk of malfunctions.
summarize
ELAU PacDrive MC-4/11/10/400 is a servo drive module that combines high performance, high reliability, and high flexibility, suitable for industrial scenarios with strict requirements for dynamic response, control accuracy, and space utilization. Its modular design, wide voltage compatibility, and safety certification make it the preferred solution for global automation equipment manufacturers, especially in the fields of new energy and high-end equipment manufacturing, with significant competitiveness.
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