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General| Brand | Mitsubishi |
|---|---|
| Model | MELSEC A1SX41 |
| Category | Controller |
| Language | English |
Explains the sequential control program execution and update methods of the AIS PLC.
Describes the main component controlling the AIS PLC system, including its features and requirements.
Explains the function of CPU base units for mounting modules and lists different models.
Details the function and types of power supply modules required for the PLC system.
Describes extension base units used for mounting additional I/O or power supply modules.
Introduces input modules that interface external devices with the PLC, listing various types.
Details output modules that interface the PLC with external devices, listing various types.
Details intelligent I/O modules for specific applications like position control, linking, and networking.
Introduces the process of selecting AIS PLC system components based on application requirements.
Guides users through selecting appropriate input modules based on specifications like voltage and point count.
Details how to choose output modules based on type, point count, voltage, and current specifications.
Explains how to select special function modules based on application needs like A/D conversion or computer linking.
Guides the selection of power supply modules based on DC 24V input voltage and output requirements.
Introduces internal devices like inputs, outputs, relays, timers, and counters used in sequence programs.
Introduces relay symbol language (ladder) and logic symbolic language (instruction list) for programming.
Introduces instruction classification into sequence, basic, and application instructions.
Lists sequence instructions like contact, connection, output, and shift instructions with their symbols and functions.
Lists basic instructions, primarily comparison operations, with their symbols and processing details.
Lists application instructions categorized by function such as logical operations, rotation, and data processing.
Provides detailed descriptions of sequence instructions, including contact and connection types.
Explains contact instructions like LD, LDI, AND, ANI for operation start and series connections.
Details connection instructions like ANB and ORB for ladder block series and parallel connections.
Introduces basic instructions for handling numeric data, classified into groups like comparison and arithmetic.
Explains comparison instructions for numerical magnitude comparisons between data.
Details arithmetic instructions for performing addition, subtraction, multiplication, and division of BIN/BCD data.
Covers instructions for data transfer, interchange, and negative data transfer.
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