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General| Model | FBs-CM22 |
|---|---|
| Type | Controller |
| Power Supply | 24V DC |
| Number of Outputs | 6 |
| Input Type | Digital |
| Output Type | Relay |
| Compatible with | FATEK FBS series PLC |
| Communication Protocol | Modbus RTU |
| Communication Interface | RS-485 |
| Protocols Supported | Modbus RTU |
| Humidity | 5 ~ 95% RH, non-condensing |
Provides a comprehensive list of FBS PLC models with their specifications.
Lists detailed technical specifications for main units, including memory and I/O.
Outlines operating conditions, temperature, humidity, vibration, and voltage withstand.
Illustrates wiring diagrams for different PLC main unit models.
Details how to expand Digital I/O and Numeric I/O using expansion units/modules.
Explains methods to expand communication ports using Communication Boards (CB) and Modules (CM).
Specifies environmental conditions required for proper PLC operation and installation.
Provides essential safety and operational precautions during PLC installation.
Offers guidelines for safe and effective wiring practices during PLC installation.
Lists specifications for AC power supplies and their wiring methods for FBS-PLC.
Details specifications for DC power supplies and their wiring methods for FBS-PLC.
Provides data on residual power supply capacity and current consumption of expansion modules.
Explains the necessary power sequence for main and expansion units during startup.
Details the specifications for various types of digital input circuits available in FBS-PLC.
Details the specifications for various types of digital output circuits available in FBS-PLC.
Describes the structure and wiring for single-end output circuits (relay, TRIAC, transistor).
Discusses protection and noise suppression measures for digital output devices.
Outlines pre-power-on checks for wiring integrity and safety.
Explains procedures for testing PLC operation and monitoring system status.
Details the meaning of PLC LEDs and provides troubleshooting guidance.
Covers general maintenance procedures and recommendations for PLC units.
Explains the fundamental principles and operation of PLC ladder diagrams.
Provides guidelines for translating ladder diagrams into mnemonic instructions for programming.
Illustrates the memory structure of FBS-PLC, including SRAM and FBS-PACK.
Details the allocation and ranges of digital (bit) and register (word) operands.
Lists and describes special registers used for PID control, temperature, and system functions.
Lists sequential instructions like ORG, LD, AND, OR, ANDLD, ORLD with their operands and symbols.
Provides an overview of basic and advanced function instructions, including timers, counters, and math operations.
Shows the valid operands (X, Y, M, S, T, C, TR, OPEN, SHORT) for sequential instructions.
Details the structure of function instructions, including input control, operand, and output.
Explains how to use index registers (V, Z, P0-P9) for indirect addressing in function instructions.
Covers binary code, nibble, byte, word, double word representations, and floating point formats.
Explains the Timer instruction (FUN T), its operand (Tn, PV), and time bases.
Details the Counter instruction (FUN C), its operand (Cn, PV), and types (16-bit, 32-bit).
Explains the SET instruction (FUN D P SET) to set bits or registers to 1.
Explains the RESET instruction (FUN D P RESET) to reset bits or registers to 0.
Explains the UP/DOWN COUNTER instruction for counting in both directions.
Describes the MOV instruction for transferring data from source S to destination D.
Explains the ADDITION instruction for performing arithmetic addition of data.
Describes the SUBTRACTION instruction for performing arithmetic subtraction of data.
Explains the MULTIPLICATION instruction for performing arithmetic multiplication of data.
Details the DIVISION instruction for performing arithmetic division of data.
Explains the INCREMENT instruction for adding 1 to a register value.
Details the DECREMENT instruction for subtracting 1 from a register value.
Describes the COMPARE instruction for comparing data and setting function outputs.
Explains the LOGICAL AND instruction for performing bitwise AND operations.
Details the LOGICAL OR instruction for performing bitwise OR operations.
Explains the PID instruction for proportional-integral-derivative temperature control.
Details the ADCNV instruction for converting analog input values to digital.
Explains the XOR instruction for performing logical exclusive OR operations on data.
Describes the IMDIO instruction for direct I/O refresh, bypassing normal scan cycle.
Explains the PID instruction for proportional-integral-derivative temperature control.
Describes the WDT instruction for setting a watchdog timer to monitor scan time.
Explains the basic unit of step ladder diagrams and their operation principles.
Introduces basic step instructions (STP, FROM, TO, STPEND) used in sequential control.
Provides essential notes and recommendations for writing effective step ladder programs.
