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General| Brand | FujiFilm |
|---|---|
| Model | ALPHA 5 RYT-SX |
| Category | Servo Drives |
| Language | English |
Details types and meanings of warning signs, including WARNING and CAUTION categories, and graphic symbols.
Describes the ALPHA 5 Series AC servo system, including servomotor types and servo amplifier types.
Explains the model nomenclature for servomotors and servo amplifiers, including codes for basic type, series, and specifications.
Details compatible sets between servomotors and servo amplifiers, specifically for the SX Type.
Covers storage environment, operating environment, installation, water/oil proof properties, handling precautions, and allowable load.
Details storage environment, operating environment, installation procedures, and control panel depth requirements.
Explains the part names and general configuration for servomotors and servo amplifiers across different frames.
Describes the procedure for directly connecting DC link voltage of two servo amplifiers to exchange power.
Details wiring for the servomotor main body and brake-equipped servomotor, including brake connector.
Provides specifications for encoder wiring cables and fabrication methods.
Details input and output signals for VS and LS types, including signal assignments and descriptions.
Explains input signals for stopping and rotating the motor shaft, detailing priority and applicable signals.
Covers power-on procedures, status checks, and troubleshooting for servomotor start failures or shutdowns.
Details IQ area, switching between control modes (Position, Speed, Torque), and various operation scenarios.
Explains IQ area setup, immediate data operation, positioning data operation, pulse operation, and interrupt/stop operations.
Categorizes parameters into Basic, Control Gain, Automatic Operation, Extended Function, and Input/Output Terminal settings.
Lists and describes basic parameters for servomotor configuration, including INC/ABS system and pulse form selection.
Details parameters for adjusting control gains and filters, such as S-curve time, notch filters, and vibration suppression.
Covers parameters for automatic operations like positioning speed, homing, and override settings.
Details parameters for extended functions, including torque limits, alarm settings, and communication parameters.
Explains how to assign functions to CONT input signals and set parameters for CONT always ON.
Details signal assignments for output terminals (OUT) and monitor output scale/offset settings.
Outlines the general procedure for servo amplifier tuning, including mode selection and flowcharts.
Explains the Easy Tuning function, operation profile, and provides fault indications and actions.
Covers conditions for auto tuning, parameters used, approximate gain reference values, and adjustment procedures.
Details parameters for auto tuning application, including manual adjustments for gain, filters, and torque settings.
Provides conditions, parameters, and procedures for manual gain adjustment to achieve faster response.
Explains how to adjust command responses for multi-axis systems using interpolation control mode.
Describes how to perform automatic operation using specified patterns, checking load conditions and effective torque.
Details vibration suppression principles, mechanical conditions, and manual/automatic adjustment methods.
Describes the servo amplifier keypad, including seven-segment LEDs, keys, status LED, and mode functions.
Lists functions available in parameter edit mode and positioning data edit mode, with indication and entry examples.
Explains how to display the servo amplifier state and amplifier settings in sequence mode.
Details how to monitor servomotor rotation speed, cumulative input pulse, and other parameters via the keypad.
Describes how to display and enter the station number of the servo amplifier.
Covers alarm display, alarm history, warning status, and cumulative time information accessible via the keypad.
Explains how to edit parameters via the keypad, including value indication, editing, and settling methods.
Details how to edit positioning data, including status, target position, rotation speed, stand still timer, and M code.
Provides instructions for test operations like manual operation, homing, position preset, and automatic operation using the keypad.
Outlines periodic inspection items for servomotors and servo amplifiers to ensure stable reliability.
Describes initial states, status displays during alarms, and provides an alarm display list.
Provides troubleshooting steps for common issues like overcurrent, overspeed, encoder trouble, and circuit issues.
Lists information required when contacting support for troubleshooting, including nameplate details and trouble descriptions.
Details operating environment, service life of components like bearings, fans, batteries, and proper discarding procedures.
Provides approximate service life and replacement methods for servomotor and servo amplifier components.
Lists standard specifications for GYS, GYC, and GYG motors, including electrical and mechanical characteristics.
Details common specifications and specific details for VV, VS, and LS type servo amplifiers.
Provides dimensional drawings and specifications for GYS, GYC, and GYG servomotor models.
Details the specifications for optional shaft extensions, including dimensions for various motor models.
Presents dimensional drawings and specifications for various RYT servo amplifier models based on power supply and capacity.
Illustrates power-on timing, signal timing, control mode selection, and alarm reset timing diagrams.
Shows detection time and load factor characteristics for overload alarms (OL1/OL2) based on rotation speed.
Provides data on power supply capacity, consumption, and heat generation for various servo amplifier and servomotor combinations.
Specifies the allowable inrush current for servo amplifiers based on rated rotation speed and model.
Details the bending life of cables tested under specific conditions, emphasizing handling method impact.
Presents a block diagram showing the overall system configuration with servo amplifier and peripheral devices.
Recommends cable sizes for main circuit, control circuit, and encoder sections, including material and AWG relationships.
Lists recommended MCCB and ELCB models based on rated rotation speed and capacity for single-phase and three-phase systems.
Provides models of electromagnetic contactors for single-phase and three-phase systems based on speed and capacity.
Recommends surge absorbers for peripheral equipment like contactors and solenoids to suppress surge voltage.
Suggests methods to counter radiant and conductive noise, including using power filters and conductive ducts.
Details cases for connecting AC or DC reactors, including large power supply capacity, voltage imbalance, and harmonics suppression.
Specifies external braking resistors for large elevating loads or high operation frequencies, including selection tables.
Lists and provides specifications for optional accessories like I/O cables, encoder cables, power cables, and brake cables.
Lists specifications for the absolute position system, including battery backup method, max rotation range, and service life.
Provides step-by-step procedures for installing and replacing batteries in servo amplifiers of different frames.
Illustrates connection diagrams for VS Type and LS Type servo amplifiers, showing wiring for power, motor, and signals.
Details the procedure for starting up the absolute position system, including battery installation, parameter setting, and homing.
Explains how battery warnings are issued and the methods to check battery status via OUT signal, PC Loader, keypad, or LED.
Provides an example calculation for estimating battery service life based on operation conditions and current consumption.
Describes the positioning data function for LS type servo amplifiers, including setting contents and example displays.
Explains startup procedures using positioning data or immediate value operation, and methods for stopping the motor.
Details methods for editing positioning data via keypad, PC loader, teaching signals, or SX controller.
Provides response times for start positioning operations, both via CONT signal and IQ area.
Specifies the necessary PC environment for running the ALPHA5 PC Loader software.
Guides through the installation process of the ALPHA5 PC Loader software, including license agreement and user information.
Lists the functions available in the PC Loader software, such as real-time trace, historical trace, monitor, and parameter editing.
Provides a step-by-step guide for setting up the equipment using the PC Loader, including motor operation and I/O checks.
Explains detailed functions of the PC Loader, including real-time trace, historical trace, monitor, parameter editing, and servo analyze.
Presents a block diagram illustrating the status indications within the servo amplifier system.
Shows the main circuit block diagram for various applicable servo amplifier models.
Illustrates the control circuit block diagram, detailing parameter functions and signal flow.
Provides comprehensive lists of basic, control gain, automatic operation, extended function, and input/output terminal parameters.
Guides through calculating servo system capacity, including types of mechanical systems and calculation examples.
Lists the revision history of the manual, including date of printing, index, and description of revisions.
Details the product warranty, including period, coverage, cases not covered, and malfunction diagnosis procedures.
Provides information on Fuji FA Service Centers and contracted service companies worldwide.
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