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Need help?Do you have a question about the IDEC OpenNet series and is the answer not in the manual?
General| Communication Protocol | Modbus/TCP |
|---|---|
| Data Transfer Rate | 100 Mbps |
| Power Supply Voltage | 24V DC (typically) |
| Operating Temperature | 0°C to 55°C |
| Vibration Resistance | 10 to 57 Hz, 0.075 mm amplitude |
Emphasizes severe personal injury or death from improper operation.
Highlights potential personal injury or equipment damage from inattention.
Provides general info about the OpenNet Controller, features, and system setups.
Details specifications for CPU, I/O, expansion, and interface modules.
Covers methods and precautions for installing and wiring modules.
Explains system setup, starting/stopping, and basic operation procedures.
Describes special functions like catch input, filters, and high-speed counters.
Details allocation numbers for operands, relays, timers, and registers.
Covers programming of basic instructions and available operands.
Explains general rules for using advanced instructions, terms, and data types.
Detailed descriptions on advanced instructions grouped into 12 chapters.
Covers various communication functions like data link and DeviceNet.
Provides procedures to determine causes of trouble and actions to take.
Contains additional information like execution times and type lists.
Describes general information for understanding the OpenNet Controller and system setups.
Overview of the OpenNet Controller's capabilities and compatibility.
Highlights connectivity to open networks and powerful communication functions.
States that the OpenNet Controller is certified by UL and CSA.
Details special functions like catch input, filters, high-speed counter, and key matrix.
Describes various system setup configurations for communication functions.
Details communication with external devices via RS232C and RS485 ports.
Covers monitoring, updating, and program transfer via computer link.
Explains the RS485 data link system for master/slave communication.
Describes system setup with up to seven I/O and functional modules.
Details mounting more than seven modules using an expansion power supply.
Describes modules, parts names, and specifications of each module.
Details CPU module types, including sink/source output and memory card connector.
Details available digital input modules and connector/terminal styles.
Provides detailed specifications for 16-point DC input modules.
Details specifications for 32-point DC input modules.
Provides specifications for the 8-point AC input module.
Illustrates terminal arrangements and wiring schematics for input modules.
Details terminal arrangements and wiring for nylon connector type DC input modules.
Covers terminal arrangements and wiring for nylon connector type 32-point DC input modules.
Details terminal arrangements and wiring for Fujitsu connector type 32-point DC input modules.
Shows terminal arrangements and wiring for screw terminal type AC input modules.
Details available digital output modules and connector/terminal styles.
Provides specifications for 16-point relay output modules.
Details specifications for 16-point transistor sink output modules.
Covers specifications for 16-point transistor protect source output modules.
Provides specifications for 32-point transistor sink output modules.
Details the 6-channel analog input module, its parts, and protection types.
Provides detailed specifications for the analog input module.
Illustrates terminal arrangement and wiring for the analog input module.
Details the 2-channel analog output module, its parts, and specifications.
Provides detailed specifications for the analog output module.
Shows terminal arrangement and wiring examples for the analog output module.
Details the expansion power supply module used for extending I/O capacity.
Provides detailed specifications for the expansion power supply module.
Describes the remote I/O master module for INTERBUS networks.
Describes the DeviceNet slave module for interfacing with DeviceNet networks.
Provides detailed specifications for the DeviceNet slave module.
Covers precautions and procedures for wiring the DeviceNet slave module.
Explains the function of DIP switches for node address and data rate configuration.
Details how to set the node address using DIP switches.
Explains how link registers are allocated for DeviceNet communication.
Details how to configure the Function Area Settings for a DeviceNet slave station.
Explains how to program transmit and receive data for the OpenNet interface module.
Outlines the steps to start DeviceNet communication.
Discusses factors affecting response time and provides examples.
Provides steps to troubleshoot common DeviceNet network issues.
Introduces the LONWORKS interface module and its use with the OpenNet Controller.
Details the physical layer, LonTalk protocol, Neuron Chip, and application program.
Illustrates how to connect compliant devices and the OpenNet Controller CPU module.
Describes the physical parts of the LONWORKS interface module.
Provides detailed specifications for the LONWORKS interface module.
Covers precautions and procedures for wiring the LONWORKS interface module.
Explains the necessity and configuration of terminators for the LONWORKS network.
Details how data is stored and communicated via link registers.
Describes data exchange between the LONWORKS module and CPU via registers.
Specifies transmit/receive data quantity for LONWORKS network communication.
Explains how to program transmit and receive data for the LONWORKS module.
Outlines the steps for initializing and starting LONWORKS network operation.
Details installing network configuration information using management tools.
Provides guidelines for modifying or creating application programs.
Illustrates the block diagram of the LONWORKS interface module.
Shows the memory map of the LONWORKS interface module.
Describes the Neuron Chip I/O pins and status LEDs assigned to the module.
Lists the register addresses for communication data exchange.
Explains how communication data is exchanged between modules via registers.
Describes procedures to determine trouble causes and take corrective actions.
Explains the function of the ERROR LED indicator on the CPU module.
Details how to read error codes and messages using WindLDR.
Provides steps to clear error codes after resolving the cause.
Lists special data registers used for storing error information.
Explains how general error codes are displayed and interpreted.
Details the status of LEDs and outputs during various error conditions.
Lists common error causes and corresponding corrective actions.
Provides flowcharts to help diagnose and resolve various operational problems.
Lists maximum execution times in microseconds for various instructions.
Details the execution time breakdown for END processing and its components.
Explains minimum delay from standard input to standard output and factors affecting it.
Provides lists of CPU modules, I/O modules, and expansion modules with their types.
