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Loading...What to do if Mitsubishi Control Unit invalid value is set to the offset/gain setting?
Start over the offset/gain setting of all channels where the user range setting is used. If the error occurs again, a failure might have occurred on the module. Please consult a local Mitsubishi representative.
What to do if Mitsubishi Control Unit value other than 0 is set for Switch 5?
With the parameter setting, set 0 for Switch 5 in the intelligent function module switch setting.
What to do if a value other than 0 is set to Switch 5 on Mitsubishi Control Unit?
Set 0 to Switch 5 on the intelligent function module switch setting in the parameter setting.
What to do if the data in the flash memory has a problem in Mitsubishi Control Unit?
Check the digital output value. If there is a problem of the digital output value, please consult a local Mitsubishi representative.
General| Brand | Mitsubishi |
|---|---|
| Model | L Series |
| Category | Engine |
| Language | English |
Precautions related to system design and module protection, including buffer memory usage.
Safety measures for installing the module and system components, covering power supply and module handling.
Safety guidelines for electrical wiring of the module, including grounding and terminal block handling.
Safety measures during initial startup and routine maintenance, covering module handling and static discharge.
Guidelines for safe and environmentally responsible product disposal as industrial waste.
Describes how the A/D converter module is used in practical applications for converting analog signals.
Highlights the key characteristics and capabilities of the A/D converter module, such as high-speed conversion.
Provides fundamental technical specifications for the A/D converter module, referring to safety guidelines.
Details the operational performance metrics like input points, ranges, accuracy, and conversion speed.
Lists all available functions of the A/D converter module with references to their respective sections.
Details the input and output signals used by the A/D converter module, including device numbers and signal names.
Maps buffer memory addresses to their functions, default values, and read/write capabilities.
Illustrates typical system configurations for integrating the A/D converter module with CPU or head modules.
Specifies compatible systems and software versions for the A/D converter module.
Details limitations, such as the non-usability of dedicated instructions, when connecting to a head module.
Guidelines for selecting an appropriate installation environment and location for the module.
Describes the terminal block, including precautions, signal names, and removal/installation procedures.
Provides wiring diagrams for voltage and current inputs to the module's terminal block.
Details the external wiring connections for voltage and current inputs, including shielding and unused channels.
Explains how to add the A/D converter module model name to the project configuration.
Covers setting the input range and operation mode for each channel using the 'Switch Setting' dialog.
Details how to configure various parameters for each channel via the 'Parameter' dialog.
Describes the function for automatically transferring buffer data to specified devices.
Explains how to configure offset and gain settings for user range using GX Works2 or a program.
Explains the processing order and types of digital output values, including scaling and minimum/maximum values.
Details methods for sampling or averaging analog input values, including time, count, and moving averages.
Covers extended input ranges, error detection, and extension functions for analog input signals.
Covers warning output, scaling, shift, digital clipping, and difference conversion functions for output values.
Covers collecting, storing data, and integrating flow amounts, including trigger conditions and cycle settings.
Covers error logging, module error collection, and procedures for clearing errors and alarms.
Allows saving and restoring offset/gain values for user range settings, including methods and procedures.
Describes the LCD display unit for checking system status and error information.
Illustrates the organization and navigation of the display unit's menus for module settings.
Provides a list of screens for changing module settings via the display unit interface.
Outlines the steps for creating programs for A/D conversion, including initial and auxiliary programs.
Shows program examples for standard system configurations, including system setup and programming conditions.
Describes system configuration and programming for head module connections, including initial settings.
Guides on how to check module errors and status through detailed information in the system monitor.
Explains how to check error codes and alarm codes using the Latest Error Code buffer memory.
Describes checking module errors stored by the error collection function in the CPU module.
Provides a comprehensive list of error codes, their causes, and recommended actions.
Lists alarm codes, their causes, and corresponding actions for process and input signal errors.
Offers solutions for common operational issues based on LED status (RUN, ERR, ALM).
Details how to check module LED status and switch settings via the system monitor in GX Works2.
Details the A/D converter module's input and output signals, including flags and requests.
Provides a comprehensive list of buffer memory addresses, their functions, and default values.
Explains the conversion characteristics between analog input and digital output, including offset and gain values.
Lists and describes dedicated instructions for the A/D converter module, such as G(P).OFFGAN.
Describes operating procedures using GX Developer and GX Configurator-AD for module parameter settings.
