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General| Brand | IDEC |
|---|---|
| Model | MICRO3 |
| Category | Controller |
| Language | English |
Provides an overview of general information for understanding MICRO3 functions and specifications.
Highlights the key high-performance functions of the MICRO3 space-saving programmable controller.
Identifies and explains the physical components and terminals of the MICRO3 base unit.
Covers basic system configuration, cable connections, off-line programming, and programming tools.
Explains expansion, data, and computer link systems for distributed control and networking.
Lists electrical, environmental, and physical specifications for the MICRO3 unit.
Details processing modes, I/O capabilities, scan times, memory, and special functions.
Covers loader port, data link communication, and noise immunity/emission standards.
Details specifications and usage for crimping terminals for wire connections.
Provides visual guides for connecting DC and AC power and input signals to the MICRO3.
Illustrates wiring for relay, transistor sink, and transistor protect source outputs.
Shows physical dimensions and mounting hole layouts for the base unit and program loader.
Details installation requirements, methods (direct mounting, DIN rail), and unit disposal procedures.
Describes general information for starting and stopping MICRO3 operation and simple procedures.
Explains how to start, stop, and reset the MICRO3 unit and monitor its operational status.
Guides through connecting the loader, creating, transferring, and monitoring simple user programs.
Describes general information for understanding the functions and specifications of the program loader.
Identifies the components and features of the FC2A-HL1E program loader.
Details the Editor, Transfer, Monitor, and FUN modes and how to use the program loader keys.
Outlines steps for powering the loader, deleting programs, changing settings, creating, checking, and transferring programs.
Explains how to create, delete, select addresses, and insert instructions in the program editor.
Covers writing, reading, and comparing programs between loader, base unit, and memory card.
Details identifying, formatting, installing, and restoring system programs on the memory card.
Explains how to monitor I/O, relays, timers, counters, and data registers.
Details how to SET/RST inputs, outputs, and internal relays using the program loader.
Describes various FUN settings for CPU configuration, program loader, and memory card.
Introduces special functions like high-speed processing, catch input, pulse output, counters, and link functions.
Covers high-speed processing mode, catch input function, and input filter function.
Explains Pulse Output, PWM, and High-speed Counter instructions for precise control.
Details Expansion Link, Data Link, and Computer Link systems for networking and distributed control.
Covers External Analog Timer, Analog Input, and Analog Output functions for signal processing.
Describes setting the FUN (function) table for user program configuration.
Provides an overview of FUN settings for program configuration, status monitoring, and loader operation.
Describes how to navigate and select FUN settings using the program loader keys.
Details individual FUN settings from FUN1 to FUN50 for comprehensive device configuration.
Describes allocation numbers available for programming basic and advanced instructions.
Lists available I/O, internal relays, timers, counters, and data registers for standard and high-speed modes.
Details the functions of special internal relays M290 through M317 for specific operations.
Describes programming of basic instructions, available operands, and sample programs.
Provides a comprehensive list of basic instructions, their symbols, functions, and address requirements.
Explains instructions like LOD, OUT, AND, OR, AND LOD, OR LOD, BPS, BRD, BPP for basic logic and stack operations.
Covers the usage and parameters of TIM, TMH, TMS timers, and CNT, CC=, CC>= counters.
Explains SFR, SFRN, and Bidirectional Shift Register instructions for data shifting.
Covers SOTU, SOTD, MCS/MCR, JMP/JEND, SET/RST, and END instructions for program control.
Describes advanced instruction menus, operands, formats, and data types.
Explains advanced instruction menus, list, structure, input conditions, and operand usage.
Details how to program, revise, and use repeat operations for advanced instructions via the loader.
Introduces instructions for moving data: MOV, MOVN, IMOV, IMOVN.
Explains MOV, MOVN, IMOV, and IMOVN for transferring data between registers and I/O.
Details using repeat operations with source and destination operands and provides practical examples.
Describes comparing data using instructions like equal to, unequal to, less than, and greater than.
Explains CMP=, CMP<>, CMP<, CMP>, CMP<=, and CMP>= instructions for value comparison.
Details using repeat operations with operands and demonstrates examples of CMP instructions.
Covers binary arithmetic instructions for computation using addition, subtraction, multiplication, and division.
Explains ADD, SUB, MUL, and DIV instructions for performing binary arithmetic operations.
Covers M303 for carry/borrow signals, repeat operations, and examples for arithmetic instructions.
Introduces Boolean computations using AND, OR, and exclusive OR statements.
Explains ANDW, ORW, and XORW instructions for performing bitwise Boolean operations on words.
Details using repeat operations with operands and demonstrates an example of XORW instruction.
Explains bit shift and rotate instructions for shifting 16-bit data in data registers.
Explains SFTL (Shift Left), SFTR (Shift Right), ROTL (Rotate Left), and ROTR (Rotate Right) instructions.
Describes creating a bidirectional shift register using SFR and SFRN instructions.
Demonstrates examples of SFTL, SFTR, ROTL, and ROTR instructions with practical usage.
Introduces instructions for programming the real-time calendar and clock.
Covers CALR, CALW, CLKR, CLKW, and ADJ instructions for reading and setting time and date.
Provides examples for CLKW, ADJ, and Time Scheduled Control using clock/calendar data.
Describes instructions for interfacing with display units, digital switches, and analog potentiometers.
Details DISP (display), DGRD (digital read), ANR0/ANR1 (analog read) instructions.
Illustrates examples of DISP, DGRD, and ANR0 instructions for practical interface usage.
Introduces instructions for pulse output, PWM, and analog-to-digital conversion.
Explains PULS for pulse output and PWM for pulse width modulation for motor control.
Describes the A/D instruction for converting analog signals to digital values.
Provides examples for PULS, PWM, and A/D conversion instructions.
Describes high-speed counter functions for position control and motor control.
Lists HSC specifications and details HSC0, HSC1, HSC2, and HSC3 instructions.
Demonstrates examples of HSC0, HSC1, HSC2, and HSC3 instructions with practical scenarios.
Describes procedures to determine causes of trouble and actions for taking when any trouble occurs.
Explains ERR1/ERR2 indicators, reading error codes, error messages, and general error codes.
Details specific error codes, their causes, and recommended actions for resolution.
Provides visual flowcharts to diagnose and resolve common operational issues.
Lists the maximum execution times for various instructions in standard and high-speed processing modes.
Details the breakdown of time components contributing to the END instruction's processing time.
Lists MICRO3 CPU base units, expansion I/O, and program loader types with their specifications.
Lists available cables, accessories, and adapters for the MICRO3 system and program loader.
