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General| Brand | FEC |
|---|---|
| Model | AFC3000 |
| Category | Servo Drives |
| Language | English |
Describes the purpose, scope, and contents of this operation manual.
Highlights the key features and advantages of the AFC3000 System for users.
Explains the various functions and operational modes of the AFC3000 System.
Details essential safety precautions for wiring, installation, and handling the equipment.
Cautions and conditions for safe transport and storage of equipment to prevent damage or injury.
Precautions and requirements for safe installation and wiring procedures to avoid hazards.
Safety measures for operating and adjusting the AFC3000 System to prevent accidents.
Details general specifications, including environmental and operational conditions for the AFC3000 System.
Lists performance metrics like torque accuracy, sampling rates, and unit specifications.
Details specifications for different controller models, including I/O and communication interfaces.
Explains the single and multi system configurations and their differences in operation and control.
Details the front panel switches, connectors, LEDs, and display unit of the controller.
Details physical dimensions and mounting requirements for controllers, including variations with expansion units.
Explains how to connect the AC power source to the MFC controllers for proper operation.
Guides on proper wiring and installation of the fastening tools to ensure correct connection and function.
Details how to connect external control signals, including PLC I/O, for system integration and automation.
Details the RS-232C interface, communication specifications, and data output formats.
Describes the Ethernet interface for PC communication and its TCP/IP setup procedures.
Explains the interface for external emergency stop signals via the AUX connector for safety.
Describes the two types of expansion units (I/O and CF/RS232C) and their mounting locations.
Details the hardware and I/O signal specifications of the 24VDC discrete I/O expansion unit.
Describes the use of Compact Flash cards for storing fastening results and waveforms.
Details the expansion RS232C interface for Part ID input and result data output.
Details the process of activating power and performing initial operational tests on the system.
Lists critical checks to perform before powering on the system, including wiring and switch settings.
Outlines checks to perform after power-on, focusing on display behavior and abnormal conditions.
Guides on setting initial data and performing basic operational checks like zero value and CAL point calibration.
Outlines fastening methods (Torque/Angle Control), options, and post-fastening operations.
Explains Torque and Angle control methods, including one-step, two-step, and three-step fastening procedures.
Explains judgment functions for torque, angle, revolution limits, and various error conditions.
Explains how to use multiple speeds for fastening and the timing parameters for optimal cycle control.
Describes the controller display device, its buttons, and switch functions in different modes.
Explains the two operational states: RUN and BYPASS, controlled by a switch or PLC input.
Details the operational modes available in the RUN state, including display information.
Details the data displayed in Fastening Result mode, including parameters and judgment outcomes.
Explains how to view and change fastening parameters using the controller's display interface.
Describes how to view system parameters like firmware version and IP addresses for system configuration.
Describes the BYPASS state, allowing parameter changes and mode selection.
Details how to select parameters and navigate to edit mode using the display controls.
Explains how to edit parameter values and save changes, including error handling.
Describes the procedure to change the system configuration between Multi and Single modes.
Explains how to copy parameters between settings and erase stored fastening results history.
Lists inspection items and recommended schedules for system components like tools, spindle assemblies, and cables.
Details inspection items for the MFC controller unit, focusing on environmental and operational conditions.
Provides procedures for disassembling, cleaning, inspecting, and lubricating the tool's transmission assembly.
Outlines basic operational tests for checking torque transducer, resolver, and motor windings functionality.
Provides procedures for replacing system components, including the MFC unit and tools.
Explains how abnormal conditions are displayed with codes and sub-codes for easy diagnosis.
Details common errors related to the torque transducer, including causes and recovery steps.
Covers system memory errors like Flash ROM write/read and Servo Amp errors, with recovery procedures.
Addresses servo amplifier reply errors and potential causes like cable issues or parameter settings.
Covers servo amplifier errors like overheating, watchdog timer, and over current, with recovery steps.
Details multi-signal errors such as sequence select errors and spindle communication issues.
Explains how to check the reason for a REJECT by confirming fastening parameters and stop reasons.
Guides on troubleshooting Ethernet communication issues, including TCP/IP settings and firewall configuration.
Details steps to confirm and adjust Windows Firewall settings to enable PC connectivity.
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