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General| Model | FBs-232P0-9F-150 |
|---|---|
| Category | Controller |
| Type | PLC |
| Input Voltage | 24VDC |
| Programming Software | WinProladder |
| Pulse Outputs | 2 |
| Storage Temperature | -20°C to 70°C |
| Communication Interface | RS-232, RS-485 |
| Connector Type | Terminal Block |
| Humidity | 5% to 95% (non-condensing) |
Provides a comprehensive list of FBS-PLC models with their item names, model numbers, and specifications.
Lists detailed specifications for Main Units, including execution speed, memory, commands, and register types.
Provides connection diagrams for different Main Unit models, showing AC and DC power inputs and I/O terminals.
Details how multiple Single-Unit PLC systems can be integrated via communication ports for resource sharing.
Explains FBS-PLC I/O expansion using Digital I/O (DI/O) and Numeric I/O (NI/O) through expansion units or modules.
Explains expanding communication ports using Communication Boards (CB) or Communication Modules (CM) and lists available models.
Offers advice on installing PLCs to avoid interference, such as keeping them away from high-voltage lines and power switches.
Describes the convenient DIN RAIL fixation method, its suitability for environments with slight vibration, and the mounting/dismounting procedure.
Details screw fixation methods for environments with larger vibration, illustrating screw hole positions and sizes for various models.
Provides crucial wiring precautions, including following national standards, proper wire gauge, wire separation, and terminal block torque.
Lists available AC power supplies (POW-14, POW-24, FBS-EPOW) and their electrical specifications.
Lists available DC power supplies (POW-10-D, POW-16-D, FBS-EPOW-D) and their specifications.
Explains residual capacities of built-in power supplies and current consumption of expansion modules, emphasizing load matching.
Details the residual capacity (5VDC logic, 24VDC output, 24VDC input) for various Main Unit and Expansion Unit models.
Lists the maximum current consumption for various expansion modules across 5VDC logic, 24VDC output, and 24VDC input circuits.
Explains the necessity of power sequence for expansion units, introducing the R4150 register for delaying detection time.
Details specifications for 5VDC differential inputs and 24VDC single-end inputs, including signal voltage, current, status indication, and isolation type.
Explains wiring for 5VDC differential input using Line-Driver driving and conversion to single-end input with resistors.
Explains the 24VDC single-end input circuit structure and wiring for SINK and SRCE input types.
Covers digital output structures (5VDC differential, single-end) and output device types (relay, TRIAC, transistor), including labeling examples.
Explains the 5VDC Line-Driver differential output circuit, its connection to photo coupler or Line-Receiver, and noise immunity measures.
Covers surge currents and counter-electromotive force generated during ON/OFF operations and their impact on output components.
Provides a checklist for inspection before initial power-on, including cleaning, power type verification, and load consistency.
Explains the Disable/Enable feature for I/O points, simulating inputs/outputs using Monitor mode, and reverting to normal operation.
Describes the function of various LED indicators (POW, RUN, ERR, RX, TX, Xn, Yn) and provides troubleshooting guidance for each.
Introduces ladder diagram as a graphic language for automatic control systems, its basic elements, and types of logic (combination, sequential).
Provides a detailed table of digital and register allocations, including symbol, item, range, and remarks for various data types like inputs, outputs, relays, timers, and counters.
Lists special registers and their functions, including input/output registers, raw temperature registers, and PID temperature control registers.
Lists sequential instructions with their mnemonic, symbol, function descriptions, execution time, and instruction type (network starting, origin/branch line starting, serial connection, parallel connection, blocks merge).
Introduces function instructions, divided into input control, instruction number/name, operand, and function output, with examples for single and multiple input instructions.
Introduces index registers (XR) like V, Z, P0~P9, used for indirect addressing by combining with Rxxxx registers to offset operand addresses.
Details the Timer (T) function instruction, covering its symbol, operand, range, and description of operation.
Explains the Counter (C) function instruction, including its symbol, operand, range, and description of operation.
Covers the SET instruction for setting bits or registers to 1, detailing its symbol, operand, range, and description.
Explains the RST instruction for resetting bits or registers to 0, including its symbol, operand, range, and description.
Introduces the Master Control Loop Start (MC) instruction, explaining its function, operand N, and operational conditions.
Introduces the Skip Start (SKP) instruction, explaining its function, loop number N, and conditions for execution and skipping.
Details the UP/DOWN COUNTER instruction (UDCTR), covering its symbol, operand, range, and operational description, including behavior with CLR, CV=PV, and U/D fixed states.
Explains the WATCHDOG TIMER (WDT) and RESET WATCHDOG TIMER (RSWDT) instructions for managing scan time and ensuring system safety.
Details instructions for accessing and writing hardware high-speed counter values (FUN92, FUN93), covering CV and PV registers.
Details instructions for NC positioning, including HSPSO (pulse output), MPARA (parameter setting), PSOFF (stop pulse), and PSCNV (convert pulse value).
Introduces MODBUS MASTER (FUN150) and COMMUNICATION LINK (FUN151) instructions for PLC communication protocols.
Covers floating point arithmetic operations: INTEGER TO FLOATING (FUN200), FLOATING TO INTEGER (FUN201), ADDITION (FUN202), SUBTRACTION (FUN203), MULTIPLICATION (FUN204), DIVISION (FUN205), COMPARE (FUN206), ZONE COMPARE (FUN207), SQUARE ROOT (FUN208), TRIGONOMETRIC (FSIN, FCOS, FTAN), SIGN CHANGE (FNEG), ABSOLUTE VALUE (FABS).
Introduces STP, FROM, TO, and STPEND instructions, explaining their function as step control elements and providing examples for initial step activation.
