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General| Brand | LSIS |
|---|---|
| Model | XBC-DR20E |
| Category | Controller |
| Language | English |
Read safety instructions thoroughly before using the product for safe and effective operation.
Crucial safety guidelines for designing PLC systems to prevent accidents and ensure safety.
Essential safety precautions for wiring PLC modules to prevent electrical hazards and damage.
Safety measures for testing, operating, and repairing PLC equipment to avoid hazards.
Outlines the XGB series system configuration, including I/O points, expansion modules, and main unit types.
Explains product naming conventions for basic, expansion, and special modules.
Explains overall system configuration options for XGB series, focusing on basic and network systems.
Details the Cnet I/F system for RS-232C/RS-485 communication between main units and external devices.
Describes the Ethernet system for network connectivity, its standards, and configuration.
Lists general specifications of the XGB series, covering environmental conditions, resistance, and electrical characteristics.
Details the performance specifications of XGB compact type CPUs, including processing speed and program capacity.
Identifies and describes the parts and functions of the XGB CPU module for the "E" type.
Identifies and describes the parts and functions of the XGB CPU module for the "S" type.
Identifies and describes the parts and functions of the XGB CPU module for the "SU" type.
Details the power supply specifications for XGB main units, including rated voltage and output current.
Details scan time calculation, factors affecting it, and how to monitor it for optimal PLC operation.
Explains the function of the watchdog timer for detecting program congestion and ensuring system safety.
Details program execution configurations, including initializing, scan, interrupt, and subroutine programs.
Details task types, processing methods, and execution priority for efficient interrupt handling.
Explains the different operation modes of the CPU module: RUN, STOP, and DEBUG modes.
Describes the two types of memory available in the CPU module: Program Memory and Data Memory.
Explains how to set data latch areas to retain data during power outages or PLC stops.
Details how to set basic parameters for PLC operations, including fixed period, watchdog timer, and I/O configuration.
Explains how to set and reserve I/O information, including module configuration and filter settings.
Describes the self-diagnosis function for identifying and fixing PLC errors, including saving error logs.
Explains how to remotely control PLC operations via communication or key switches, including remote RUN/STOP and DEBUG.
Details the Force I/O function for controlling I/O areas on or off, regardless of program results.
Describes how to diagnose external device faults and implement system halt or warning actions using flags.
Explains how to allocate I/O numbers to modules for reading input and outputting data during operations.
Covers modifying program and communication parameters during PLC operation without stopping control.
Monitors system information, allowing for start/stop, pausing, changing current values, and device monitoring.
Details the function to clear PLC parameter, program, data, and password for a complete reset.
Describes how to set and manage passwords for program blocks to protect them from unauthorized access.
Details specifications for main unit digital input modules, including input points and insulation methods.
Details specifications for main unit digital output modules, including output points and insulation method.
Details specifications for digital input modules, including input points and insulation method.
Details specifications for digital output modules, including output points and insulation method.
Describes specifications, settings, and usage of the built-in high-speed counter function.
Details the functions of the "E" type high-speed counter, including counter modes and auxiliary modes.
Outlines the functions of the "S(U)" type high-speed counter, including counter modes and auxiliary functions.
Details the compared output function, including conditions and parameter settings.
Details the Preset function for setting the current value to a preset value, including internal and external presets.
Explains the RTC function for time management and error logging, detailing how to read and set clock data.
Describes the high-speed counter function built into XGB input option boards, covering specifications and usage.
Explains the functions of the high-speed counter, including counter modes and input modes.
Provides precautions for wiring and examples of wiring for DC input option boards.
Outlines the operation sequence for the TR output option board's positioning function.
Details the specifications of the XBO-TN04A TR output option board, including output points and transistor specifications.
Describes positioning specifications, usage, functions, programming, and wiring of the XGB output option board.
Explains position control methods, including absolute and incremental coordinate systems for axis movement.
Details stop factors during positioning and their corresponding operations, including emergency stops and external signals.
Guides on registering basic parameters for XGB main output option board positioning functions.
Explains how to save and load programs/parameters between the memory module and the PLC or PC.
Provides critical safety instructions for installing and wiring PLC systems to prevent accidents and ensure safe operation.
Highlights severe hazards related to wiring and installation, emphasizing precautions against noise and incorrect power connections.
Provides basic steps for troubleshooting PLC systems, including visual checks, trouble checks, and narrowing down causes.
Offers a flowchart for diagnosing and resolving issues when the PWR LED is off.
Provides a flowchart for diagnosing and resolving issues when the ERR LED is flickering.
Offers a flowchart for troubleshooting situations where the RUN and STOP LEDs are off.
Provides a flowchart for diagnosing and resolving issues when the I/O module is not operating correctly.
Explains common input circuit troubles and provides corrective actions for each scenario.
Details common output circuit troubles and their corresponding corrective actions.
Lists various error codes, their causes, actions, and diagnostic points for troubleshooting PLC issues.
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