Need help?Do you have a question about the LSIS XEC-DR32H and is the answer not in the manual?
General| Series | XEC |
|---|---|
| Model | XEC-DR32H |
| Supply Voltage | 24 V DC |
| Digital Inputs | 16 |
| Input Type | Sink/Source |
| Digital Outputs | 16 |
| Output Type | Relay |
| Input Voltage | 24 V DC |
| Communication Interface | RS-232C, RS-485 |
| Storage Temperature | -25 to 70°C |
| Protection Class | IP20 |
| Product Type | PLC |
| Humidity | 5 to 95% RH (non-condensing) |
Provides essential safety instructions and guidelines to follow before operating the product for safe and effective use.
Details safety precautions and guidelines that must be observed during the design phase of the PLC system.
Outlines crucial safety measures and precautions to be taken during the wiring process of the PLC system.
Specifies safety guidelines for performing test operations and repairs on the PLC system to ensure user and equipment safety.
Explains fundamental programming instructions and concepts for configuring and operating the PLC system.
Describes the methods and configurations for executing PLC programs, including different program types and execution flows.
Details the different operation modes of the CPU module (RUN, STOP, DEBUG) and how to change them.
Provides instructions on how to configure various parameters for the CPU module, including basic and I/O settings.
Details the self-diagnosis capabilities of the CPU module, including saving error logs and troubleshooting common issues.
Details the digital input specifications for XGB main units, covering models like XEC-DR32H/DN32H and XEC-DR32H/D1.
Provides digital input specifications for XEC-DR64H and XEC-DN64H units, including circuit configurations.
Details the digital output specifications for XGB main units, focusing on the XEC-DR32H output unit.
Details the specifications, settings, usage, programming, and wiring for the built-in high-speed counter function of the XGB main unit.
Explains the counter modes (Linear, Ring, CW/CCW) and count increasing/decreasing methods for the high-speed counter.
Provides precautions for wiring and examples of wiring for high-speed pulse inputs, covering voltage output and open collector types.
Lists and describes error codes related to the built-in high-speed counter, helping in troubleshooting.
Provides practical examples of setting parameters and using the high-speed counter functions in the PLC program.
Outlines critical safety instructions for PLC installation and wiring to prevent accidents and ensure system safety.
Explains the concept and examples of fail-safe circuits for PLC system design to ensure safe operation in case of errors.
Details the procedures for safely attaching and detaching modules from the PLC system, including handling precautions.
Lists crucial cautions and warnings for handling PLC modules to prevent damage, errors, or safety hazards.
Explains the procedures and considerations for correctly wiring the power supply to the PLC system, including voltage regulation and noise reduction.
Provides guidelines for wiring I/O devices, emphasizing isolation of signal lines and proper cable selection for noise reduction.
Details the importance and methods of grounding wiring for PLC systems to ensure noise immunity and safety.
Outlines essential maintenance and inspection procedures for I/O modules to ensure their long-term reliability and performance.
Provides a checklist for daily inspection of PLC components, including LED indicators, module connections, and terminal blocks.
Details periodic inspection items for PLC systems, covering environmental conditions, module security, and line voltage checks.
Explains the fundamental steps for troubleshooting PLC system faults, including visual checks, error observation, and cause identification.
Provides flowcharts for diagnosing common PLC symptoms like power LED issues, ERR LED flickering, RUN LED status, and I/O module problems.
A flowchart guiding users through corrective actions when the PLC's Power LED is off, covering power supply and voltage checks.
A flowchart for diagnosing and resolving issues indicated by a flickering ERR LED on the PLC, including checking error codes.
A flowchart to address situations where the RUN LED is off, guiding users through power cycling and checks.
Provides a flowchart for troubleshooting I/O module issues, covering checks on output LEDs, wiring, connectors, and unit replacement.
Provides a comprehensive list of error codes, their causes, actions, operation status, and LED indications for diagnosing PLC errors.
Presents examples of common circuit troubles and their corresponding corrective actions for input and output circuits.
Details common issues with input circuits, such as leakage current, and provides specific corrective actions and circuit examples.
Explains common problems in output circuits, like excessive voltage or leakage current, and offers corrective actions and circuit diagrams.
To Next Page
