Overview

This document provides comprehensive technical information on the FAGOR Digital Servo Drive System, covering multiple models and configurations designed for machine-tool motor control applications.

1. System Description

The FAGOR Digital Servo Drive System is modular, supporting both synchronous and asynchronous motors. It includes axis drives (ACD) and spindle drives (SCD), available in modular and compact formats to meet diverse installation and performance needs.

2. Drive Models and Configurations

• Modular Drives: Suitable for synchronous and asynchronous motors, for axis and spindle control.
• Compact Drives: Smaller footprint units designed for space-constrained applications without compromising performance.
• Power Supplies: Includes mains filters, chokes, auxiliary power supply modules (APS 24), and capacitor modules (CM 1.60) to ensure stable and reliable operation.

3. Technical Specifications

Detailed tables specify key parameters such as rated power (S1 and S6 duty cycles), rated and stall torque (Nm), rated and maximum speeds (rpm), inertia (Kg.cm²), weight (Kg), mechanical dimensions for flange and foot mounting, and electrical connection details. These are essential for selecting the correct drive and motor combination.

4. Motor Types and Applications

• Synchronous AC Motors: Recommended primarily for axis control with speed ratings of 1200, 2000, 3000, and 4000 rpm.
• Asynchronous AC Motors: Mainly used for spindle drives, optimized for high-speed operation.
• Electro-ventilated Motors: Standard motors with cooling ventilation, suitable for continuous duty.

5. Accessories and Modules

• Mains Filters: Reduce electrical noise and improve power quality.
• Chokes: Stabilize current and voltage in XPS power supplies.
• Capacitor Modules (CM 1.60): Provide energy storage and smoothing.
• Auxiliary Power Supply Modules (APS 24): Deliver stable auxiliary power for control electronics.
• Resistor Modules: Used for braking and energy dissipation.

6. Mechanical Dimensions and Mounting

Mechanical dimensions are detailed for foot mounting, flange mounting, and combined configurations, facilitating proper integration into machine-tool assemblies.

7. Electrical Connections

Includes diagrams and tables specifying wiring points, connector types, and installation details to ensure correct electrical setup and operation.

8. Performance and Operational Parameters

Key parameters such as maximum speed, torque limits, inertia, and power ratings are tabulated per model, supporting system design and optimization.

9. Recommendations and Best Practices

• Choose drives and motors based on application-specific rated power and torque requirements.
• Utilize appropriate accessory modules to enhance system stability and performance.
• Follow specified mechanical mounting and electrical connection guidelines.
• Consider inertia and weight for dynamic performance tuning.

Summary

This document serves as a detailed technical guide for selecting, installing, and operating FAGOR Digital Servo Drive Systems in machine-tool environments, providing essential specifications, installation data, and accessory options to optimize motor control performance.

Additional Content: Company Branch Listings

The document also contains a directory listing of Fagor Automation's global subsidiaries and branch offices across Europe, Asia, and the Americas. Locations include Spain, Germany, Italy, Portugal, UK, France, Hong Kong, Taiwan, China, Korea, Brazil, USA, and Canada. However, much of this section is corrupted or encoded, limiting detailed extraction.

Limitations: Due to corrupted and encoded text in parts of the document, detailed technical analysis beyond the servo drive system specifications and company listings is not feasible.