To Next PageTo Next PageWhat to do if the baud rate is not normal on Inovance H3U Controller?
If the baud rate of your Inovance Controller is not normal, power off the device and then power it back on. Alternatively, switch it from STOP to RUN to ensure the baud rate takes effect.
What to do when communication fails due to absence of resistors in Inovance H3U?
If communication fails due to the absence of resistors in your Inovance Controller, provide build-out resistors between the stations at both ends of the network.
Why is the resistance too small in Inovance Controller?
If the resistance is too small in your Inovance Controller due to incorrectly connected build-out resistors, it may be caused by build-out resistors incorrectly connected at other locations. Disconnect the incorrectly connected build-out resistors.
What to do if Inovance H3U node is lost or crashes?
Check the node status and connections of your Inovance Controller.
How to fix Inovance H3U Controller System Error Code D8065?
To resolve the Inovance Controller System Error Code D8065, you should correct the user program grammar.
How to resolve Inovance Controller System Error Code D8064?
To resolve the Inovance Controller System Error Code D8064, review the system parameter settings.
What to do if Inovance H3U Controller shows System Error Code D8066?
To resolve the Inovance Controller System Error Code D8066, check for user program logic loop errors.
What to do if Inovance H3U Controller displays System Error Code D8060?
To resolve the Inovance Controller System Error Code D8060, check the I/O range or settings.
How to troubleshoot Inovance Controller System Error Code D8067?
To resolve the Inovance Controller System Error Code D8067, inspect the instruction and running parameters.
How to troubleshoot Inovance H3U Controller System Error Code D8062?
To resolve the Inovance Controller System Error Code D8062, inspect the communication settings for the control panel or program connection.
General| Category | Controller |
|---|---|
| Series | H3U |
| High-speed Counters | 6 |
| Communication Ports | RS232, RS485 |
| CPU Type | 32-bit |
| Humidity | 5% to 95% (non-condensing) |
| Power Supply | 24V DC |
Details product certifications and compliance with directives and standards.
Explains the naming conventions and model identification for H3U series PLC.
Provides a summary of the H3U series PLC's general technical specifications.
Illustrates and labels the physical components of H3U models.
Presents dimensional drawings for different H3U PLC series.
Specifies ambient temperature, humidity, and vibration conditions for PLC installation.
Recommends optimal PLC placement and required clearance for ventilation.
Details the steps for mounting the H3U series PLC via DIN rail or wall.
Instructions for attaching expansion modules to the PLC unit.
Covers dismantling terminal blocks and installing the lithium cell.
Guidance on connecting COMO and Ethernet communication cables.
Illustrates terminal connections for various H3U PLC models.
Details the function and electrical specifications of PLC terminals.
Explains how to connect various types of input signals to the PLC.
Wiring guide for normal and high-speed transistor output types.
Details the wiring connections for relay output terminals.
Instructions for wiring high-speed differential outputs.
Wiring for normal transistor zero-clearing NPN outputs on specific models.
Overview of communication ports and functions for H3U PLC.
Configuration of IP address, baud rate, and station number via DIP switches.
Lists hardware tools and software (AutoShop) needed for setup.
Guide to connecting the PLC to a PC and installing the AutoShop software.
Step-by-step guide for downloading programs to the PLC using AutoShop.
Details I/O range and signal errors with specific error codes.
Lists PC hardware errors, including RAM, flash, and FPGA issues.
Covers communication errors for serial, CAN, and Ethernet interfaces.
Details serial communication errors for COMO and Modbus protocols.
Explains errors related to system parameters and program capacity.
Lists errors concerning user program grammar and instruction parameters.
Details user program logic loop and instruction usage errors.
Covers errors in instruction parameters, subroutines, and communication settings.
