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General| Model | FBS-40EA |
|---|---|
| Type | PLC |
| Input Voltage | 24V DC |
| Digital Inputs | 24 |
| Digital Outputs | 16 |
| Output Type | Relay |
| Program Memory | 8K Steps |
| High-Speed Counters | 4 |
| Pulse Outputs | 2 |
| Analog Inputs | 0 |
| Analog Outputs | 0 |
| Weight | 0.5 kg |
| Series | FBS-40EA |
| Communication Ports | RS-232, RS-485 |
| Programming Language | Ladder Diagram |
| Operating Temperature | 0°C to 55°C |
| Storage Temperature | -20 to 70 °C |
| Humidity | 5% to 95% (non-condensing) |
Outlines the detailed technical specifications for the main PLC units, including memory and I/O capabilities.
Illustrates the terminal block connection diagrams for different PLC main unit models.
Describes methods for expanding the PLC's Digital and Numeric I/O points using expansion units/modules.
Covers methods for expanding communication capabilities using Communication Boards (CB) or Modules (CM).
Highlights critical precautions for installing the PLC to avoid interference and ensure proper functioning.
Provides essential guidelines for wiring construction to ensure safety, signal integrity, and prevent damage.
Lists specifications and wiring details for AC power supplies used with FBS-PLC units and modules.
Outlines specifications and wiring for DC power supplies used with FBS-PLC, including internal power generation.
Details the residual power supply capacities and current consumption of expansion modules to prevent overload.
Explains the necessary power-on sequence for main and expansion units to ensure correct I/O configuration.
Provides specifications for 5VDC differential and 24VDC single-end input circuits, including response speeds.
Illustrates the structure and wiring for 5VDC differential input, suitable for high-speed counters.
Details the 24VDC single-end input circuits and their wiring configurations for SINK and SRCE modes.
Lists specifications for various digital output circuits, including relays, TRIAC, and transistors.
Explains the structure and wiring for 5VDC differential output, used with MN model main units.
Describes the single-end output structure for relays, transistors, and TRIAC devices, including common output blocks.
Discusses protection methods for output devices like relays and transistors against surge currents and noise.
Outlines essential checks before powering on the PLC and related equipment to ensure correct wiring and power.
Explains how to perform test runs and monitor PLC operations, including the Disable/Enable I/O feature.
Details the status of PLC LEDs for power, run, error, and I/O, along with troubleshooting guidance.
Provides information on general maintenance procedures and troubleshooting for defective units.
Explains the fundamental principles and operation of ladder diagrams in automatic control systems.
Introduces the structural elements, terminology, and symbols used in PLC ladder diagrams.
Details the rules for translating ladder diagrams into mnemonic instructions for programming.
Illustrates the internal memory structure of FBs-PLC, including SRAM and FBS-PACK, for discrete and register data.
Details the allocation ranges and types for digital elements (X, Y, TR) and registers (M, S, T, C, DR, IR, OR, etc.).
Explains the functions and descriptions of special relays like M1912 (Emergency Stop) and M1918 (Master Control Selection).
Provides details on special registers used for PID control, temperature measurement, and system parameters.
Lists and describes sequential instructions like ORG, LD, AND, OR, ANDLD, and ORLD used in ladder logic.
Introduces the categories of function instructions, including Basic and Advanced groups, for timers, counters, math operations, etc.
Shows the valid operands and ranges for sequential instructions like ORG, LD, AND, OR, and OUT.
Explains the characteristics and waveforms of A, B, TU, and TD contacts, as well as OPEN and SHORT contacts.
Explains the structure of function instructions, including input control, instruction number, operand, and output.
