1. Overview

2. Parameters & Technical Specifications

• System Integration: Adopts the integrated PacDrive servo motor/drive design, enabling high-level consolidation of controllers, digital servo drives, smart motors, and human-machine interfaces (HMIs) to streamline system architecture.
• Controller: Equipped with the C400 Series Controller (model: C400/10/1/1/1/00) powered by an Intel Pentium M processor operating at 600MHz, paired with 256MB RAM and 32MB Flash memory for stable and efficient data processing.
• Operating System: Runs on the VxWorks real-time operating system, fully supporting IEC 61131-3 standard programming languages such as Ladder Diagram (LD) and Function Block Diagram (FBD), ensuring compatibility with mainstream industrial programming standards.
• Power Supply: Rated supply voltage of 24VDC, delivering stable power input for consistent and reliable drive performance.

_______________________________________________________________________________________________________

3. Product Features

• High Integration Level: Leveraging advanced PacDrive technology, this unit integrates servo motors, drives, controllers, and HMIs into a single compact device. This design drastically reduces wiring complexity, minimizes hardware footprint, and optimizes on-site installation space, cutting down on overall system setup costs.
• Centralized Parameter Management: Supports Central Parameter Management functionality, allowing a single controller to manage up to 99 servo motors/drives. This feature greatly simplifies parameter configuration, data access, and batch management, enhancing operational efficiency for large-scale automation systems.
• Superior Real-Time Performance: Built with the VxWorks real-time operating system, it guarantees ultra-precise motion control performance, perfectly catering to industrial applications with stringent requirements for speed accuracy and positioning precision.
• Modular Maintenance: Features a standardized modular design, enabling fast on-site replacement and maintenance. This reduces equipment downtime and simplifies after-sales servicing for industrial users.

_______________________________________________________________________________________________________

4. Structure & Composition

• Digital Servo Drive Module: Acts as the core power control unit, responsible for receiving control commands and driving the motor to output targeted mechanical power with high precision.
• Integrated Controller Module: Based on the C400 Series platform, it processes complex motion control algorithms and communication commands, coordinating the overall operation of the servo system.
• Motor Module: Equipped with an optional built-in smart servo motor, providing accurate and stable mechanical power output to meet diverse motion control demands.
• Human-Machine Interface (HMI) Module: Delivers intuitive local display and operational functions, facilitating on-site commissioning, parameter adjustment, and real-time status monitoring for field technicians.

_______________________________________________________________________________________________________

5. Application Areas

• Food Packaging: Enables precise positioning for high-speed packaging lines, ensuring consistent packaging quality and production efficiency.
• Printing Industry: Delivers reliable tension control and registration alignment for high-speed printing presses, enhancing printing accuracy and product yield.
• Textile Machinery: Controls weaving precision for textile machines, supporting high-quality textile production and reducing material waste.
• Automotive Assembly: Manages motion control for robotic arms and assembly lines, supporting efficient and precise automotive component assembly processes.

_______________________________________________________________________________________________________

6. Installation & Maintenance

6.1 Installation Guidelines

• Power Connection: Strictly ensure the power supply voltage complies with the 24VDC rating to avoid equipment damage caused by unstable or incorrect power input.
• Communication Interface: Connect industrial network interfaces including Ethernet/IP, PROFINET, or CANopen based on on-site application requirements, ensuring stable data transmission and system interoperability.
• Mechanical Installation: Securely mount the device on a shock-proof rack, and implement effective dustproof and waterproof protection measures to adapt to harsh industrial on-site environments.

6.2 Maintenance Guidelines

• Parameter Management: Conduct centralized parameter management and backup via the central parameter function of the PacDrive controller, preventing parameter loss and ensuring quick system recovery after faults.
• Fault Diagnosis: Perform real-time status monitoring and fault code reading through the built-in HMI or upper computer software such as PacDrive Studio, enabling quick fault location and troubleshooting.
• Module Replacement: Supports hot-swappable module replacement, simplifying on-site maintenance procedures and minimizing production downtime caused by equipment maintenance.