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Details on authorized personnel, training, and experience requirements for handling units safely.
Instructions for proper usage, including environmental and safety standards compliance.
Essential safety measures to prevent electric shock and fire hazards, including grounding.
Information on product compliance with European directives and harmonized standards.
Details on warranty claims and how to request warranty terms.
Guides to select DDS system components, motors, and power supplies based on user needs.
Concise guides for system elements, installation considerations, and accessories like cables.
Manuals detailing DDS system devices, equipment, and their installation procedures.
Manuals describing Fagor asynchronous and synchronous motors and their installation with DDS.
Overview of the DDS system's modular design, connectivity, and mains voltage compatibility.
Schematic overview of DDS system elements, including mains connection, power supplies, drives, and motors.
Step-by-step reference for configuring and installing the DDS system, covering location, components, and connections.
Insulation diagram illustrating the electrical system configuration for CN, AXD/SPD drives, and FKM servomotors.
Technical specifications for mechanical, climatic, and operational environmental conditions according to standards.
Technical specifications for electrical conditions, including protection class and mains overvoltages.
Details on PS-25B4 and PS-65A non-regenerative power supplies, including technical specifications and diagrams.
Information on XPS-25 and XPS-65 regenerative power supplies, their technical data, and power return capabilities.
Details on RPS models (RPS-80, RPS-75, RPS-45, RPS-20) for step-up/boost and rectifier modes.
Curves showing power dissipation of resistors based on ambient temperature for non-regenerative power supplies.
Instructions for connecting power supplies, including DC BUS terminals, soft start, and safety warnings.
Description of X1 (internal bus) and X2 (control) connectors for PS-25B4 and PS-65A power supplies.
Overview and models of AXD, SPD, and MMC modular drives, including size-1 and size-2 variants.
Overview of ACD/SCD/CMC compact drives, their compatibility with mains voltages, and general behavior.
Current and dissipated power data for modular drives (synchronous/asynchronous motors) at 4 kHz and 8 kHz.
Definitions and diagrams for load cycles S1, S3-5%, and S6-40% used to determine drive performance.
Graphs showing current derating for AXD/MMC and SPD drives based on ambient temperature and switching frequency.
Detailed diagrams of connectors for AXD/SPD/MMC modular drives, including power, control, and communication interfaces.
Description of fuses and status display elements on the front panel of modular drives.
Explanation of the function of power connectors, X1 (internal bus), and X2 (control) connectors for drives.
Details on X3 connector for encoder simulation or direct feedback, including pinouts and signal characteristics.
Information on X4 connector for motor feedback (encoder), including pinouts for CAPMOTOR-1 and CAPMOTOR-2.
Description of the X5 connector for RS-232 serial line connection, including pinout and data.
Details on X6 connector which can be SERCOS-II, CAN, or RS-232/422 serial line interface.
Information on X7 connector for external acknowledgment of safety relay status and its associated contact.
Details on A1 card, X6-DIGITAL I/Os, and X7-ANALOG I/Os connectors and their characteristics.
Information on dip-switches DS1/DS2 for factory settings and adjustment outputs using potentiometers.
Procedure for powering up the DDS module, detailing initialization stages, software version, and error display.
Information on standards like EN ISO 13849-1 and IEC 61508-2 related to functional safety.
Scope and nomenclature related to EC marking requirements for safety-related parts of control systems (SRP/CS).
Details on safety functions like Safe Torque Off (STO), its type, PL/SIL ratings, and channels.
Interface for STO safety function, including Drive Enable input and AS1-AS2 feedback, with electrical protections.
Procedures for fault detection in safety functions, reaction to faults, and behavior under failure conditions.
Design requirements for AXD/SPD drives, including power-up, safety controller, STO, and operating modes.
Essential electrical precautions for safety functions, including mains isolation and DC BUS discharge.
Machine risk assessment, reduction measures, and identification of residual risks related to drives and safety functions.
Technical data for calculating Performance Level (PL) and Safety Integrated Level (SIL) for safety functions.
Response times for safety functions of the drive (STO) and the holding brake, crucial for machine safety.
Recommendations for cabling and grounding of safety functions, including separation of cables and proper ground connections.
Procedures for acceptance testing and commissioning of machine safety functions, including partial acceptance tests.
Information on mission times, probabilities of failure, and analysis of hazardous events for safety functions.
General requirements for decommissioning and disposal, referencing other sections for safety-related parts.
Cross-references to relevant sections covering electrical safety, environmental conditions, and electromagnetic compatibility.
Connection diagram for SPD modular drive with FM7 motor, including TTL encoder feedback and CNC connection.
Connection diagram for AXD modular drive with FKM servomotor, showing encoder E3 connection.
Connection diagram for AXD modular drive with FXM servomotor, showing encoder E1 connection.
Connection diagram for SCD compact drive with FM7 spindle motor and TTL encoder.
Diagrams illustrating compact ACD/SCD system connections using SERCOS interface, including electrical signals.
Diagrams for mixed AXD/SCD systems using CAN connection, showing power supply, drives, and CNC connections.
Wiring diagrams for holding brake connections on FXM and FKM synchronous servo motors.
Explanations of system start-up actions and diagrams for power and control circuits in an electrical cabinet.
Connection diagram of a DDS system using a PS-65A power supply, including motor, drive, and auxiliary connections.
Connection diagram of a DDS system using an XPS power supply, illustrating drive, choke, and control connections.
Connection diagram for DDS system with an RPS power supply, showing power bus, drives, and control signals.
Connection diagram of a DDS system with a PS-25B4 power supply, including motor, drive, and auxiliary connections.
Diagrams for compact ACD/SCD systems using SERCOS connection, showing electrical signals for enabling.
Diagrams for compact ACD/SCD systems using CAN connection, illustrating drive modules and CNC connections.
Connection diagrams for mixed AXD/SCD systems using SERCOS connection, showing power supply, drives, and CNC.
Diagrams for mixed AXD/SCD systems using CAN connection, illustrating drive modules and CNC connections.
Wiring diagrams for holding brake connections on FXM and FKM synchronous servo motors.
Diagram for start/delta connection switching on FM7 spindle motors, illustrating power supply and drive connections.
Dimensional drawings and specifications for PS-25B4, PS-65A, XPS-25, XPS-65, RPS-20, RPS-45, RPS-75, RPS-80, and APS-24 modules.
Dimensional drawings for AXD/SPD/MMC modular drives of various sizes and current ratings.
Dimensional drawings for ACD/SCD/CMC compact drives of various models and voltage ratings.
Dimensional drawings and technical data for the BPM bus protection module.
Dimensional drawings and technical data for the CM-1.75 capacitor module.
Dimensional drawings and technical data for various MAIN FILTER models (42A-A, 75A-A, 130A-A, 180A-A).
Dimensional drawings and technical data for XPS-25 and XPS-65-A chokes.
Dimensional drawings and technical data for RPS-20, RPS-45, and RPS-75-3 chokes.
Dimensional drawings and technical data for external ballast resistors with external thermostats.
Dimensional drawings and technical data for external ballast resistors with internal thermostats.
Dimensional drawings and technical data for external ballast resistors with external thermostats and cooling fans.
Dimensional drawing and technical data for the external thermostat.
Denominations and model selection for FXM and FKM synchronous servo motors, detailing size, speed, winding, and feedback.
Denominations and model selection for FM7 and FM9 asynchronous motors, specifying power, speed, and configuration options.
Denominations and model selection for AXD, SPD, and MMC modular drives, detailing size, current, interface, and feedback options.
Denominations and model selection for ACD, SCD, and CMC compact drives, including size, current, and voltage.
Denominations and model selection for MMC and CMC positioning drives, covering various configurations and options.
Denominations and model selection for non-regenerative, regenerative, and regenerative regulated power supplies.
Denominations for accessory modules including mains filters, chokes, resistor modules, capacitor modules, auxiliary power supplies, and bus protection modules.
Denominations for power cables, signal cables, SERCOS-II interface cables, and CAN interface cables.
An example illustrating how to place an order for FAGOR products, showing item codes, descriptions, and quantities.
Guidance on identifying electronic units using characteristic and version plates, including hardware and software versions.
Information on designed and redesigned line voltage ranges for drives and power supplies, and compatibility with different mains voltages.
Details on elements ready for different mains voltages (400/460V AC and 380V AC) and their compatibility.
Guidelines for replacing 380V AC modules with new 460V AC modules, including compatible components.
Compatibility information for VECON boards with different software versions and asynchronous motors.
Information on VECON-2 boards replacing VECON-3, expanding flash memory and operating speed.
Compatibility of VECON-3 boards with different software versions and hardware platforms.
Compatibility of VECON-4 boards with different software versions.
Information on loading software versions for VECON-2 boards using WinDDSSetup.
Information on loading software versions for VECON-3 boards using WinDDSSetup.
Information on loading software versions for VECON-4 boards using WinDDSSetup.
Compatibility of SERCOS card with software versions and its use for data exchange between CNC and drives.
Compatibility of CAN board with FAGOR drives and installation of software version 08.0x.
Compatibility of CAPMOTOR-x boards with different software versions and feedback types, noting discontinuation of CAPMOTOR-1.
Compatibility of VECON-x boards with different software versions, noting discontinuation of VECON-2.
Information on feedback types compatible with CAPMOTOR-2 board and the discontinuation of CAPMOTOR-1.
How drive software version 06.09 onwards recognizes RPS power supplies and their parameters.
Compatibility of APS-24 auxiliary power supply with PS, XPS, and RPS power supplies based on version.
Compatibility of power supplies with FM9 motors, indicating incompatible models.
How to recognize and set 220/240 V AC ACD/SCD servo drives based on software version.
Requirements for transferring motor files, including software version compatibility for motor table versions.
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General