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General| Model | FR-A8NC |
|---|---|
| Applicable inverter | FR-A800 series |
| Storage Temperature | -20°C to +65°C (-4°F to +149°F) |
| Humidity | 95% RH or less (non-condensing) |
| Vibration | 5.9 m/s2 at 10 to 55 Hz |
Details precautions to prevent electric shock during installation and operation.
Outlines measures to prevent physical injury during handling and installation.
Provides supplementary guidelines for safe handling and use of the product.
Steps for verifying product contents and condition after unpacking.
Identifies and describes the various parts of the inverter plug-in option.
Lists technical specifications and features of the FR-A8NC option.
Explains the different CC-Link versions supported by the product.
Checks required before installing the plug-in option on the inverter.
Step-by-step guide for physically installing the option and its components.
Instructions for configuring the terminating resistor switch for CC-Link communication.
Details on fabricating and preparing CC-Link cables for connection.
Steps for connecting the CC-Link cable to the communication connector.
Procedure for replacing units without interrupting communication.
Illustrates a typical system setup for CC-Link communication.
Guidelines for connecting multiple inverters in a CC-Link system.
Comprehensive list of parameters used for the FR-A8NC plug-in option.
Configuration for selecting inverter operation modes and communication startup.
Defines how the inverter behaves during communication errors.
Explains methods and conditions for resetting the inverter.
Parameters related to CC-Link communication setup, like station number and baud rate.
Visual representation of data flow and communication within the CC-Link system.
Describes data and status information that can be monitored from the inverter.
Details commands and data that can be sent to the inverter via the network.
Configuration options to extend remote register functionality in CC-Link.
Lists all input and output signals for CC-Link communication.
In-depth explanation of remote I/O signals for master-to-inverter communication.
Detailed description of remote registers for data transfer between master and inverter.
Defines instruction codes used for controlling inverter functions via registers.
Codes used to specify which inverter data to monitor.
How to control torque via CC-Link, specific to FR-A800 series.
Overview of a sample PLC system setup for inverter control.
PLC program to read the operating status of the inverter.
PLC program demonstrating how to write parameters to the inverter.
Common issues and solutions for programming and communication problems.
Guide to diagnosing faults using LED status with a single connected inverter.
Fault diagnosis using LED status for multi-inverter CC-Link systems.
Troubleshooting steps when CC-Link communication fails during operation.
Information regarding EU directives for product compliance and CE marking.
Details on Eurasian Conformity (EAC) marking and requirements.
Information on hazardous substance restrictions as per Chinese regulations.
Lists Chinese standards the product complies with, including EMC.
Guidance on proper disposal of electrical and electronic equipment according to EU directives.
Information on UKCA marking and compliance with UK legislation.
