To Next PageTo Next PageWhy is my Invertek Drives Industrial Equipment showing a steady red light?
A steady red light on your Invertek Drives Industrial Equipment indicates a major, unrecoverable fault. You should check the system for major faults that are causing these unrecoverable errors.
General| Brand | Invertek Drives |
|---|---|
| Model | Optidrive E3 ODE-3 Series |
| Category | Inverter |
| Language | English |
Details firmware versions and product compatibility for the guide.
Identifies the target users and their required knowledge for this guide.
Lists related documents providing supplementary information about the product range.
Introduces supported fieldbus networks and their requirements for Optidrive E3 and Compact 2.
Explains essential parameters for configuring any fieldbus connection, including control source selection.
Details supported Modbus RTU communication, function codes, and control parameters.
Provides diagrams and pinouts for connecting Modbus RTU to Optidrive E3 IP20, IP66, and Compact 2.
Explains the Modbus RTU interface connection for Optidrive Compact 2 drives.
Covers general connection notes, wiring, and optional interface for Modbus RTU.
Illustrates the terminal connections for control signals relevant to Modbus RTU.
Refers to parameter settings for configuring Modbus RTU communication.
Describes registers used for drive control and status information via Modbus RTU.
Explains how user-adjustable parameters are accessed via Modbus RTU Holding Registers.
Details the method for indirect read/write access to drive parameters using specific Modbus registers.
Introduces CAN communication profile, standards, and control requirements.
Explains how to set CAN baud rate and Node ID using parameter P-36.
Lists default COB-IDs and their functions for CAN network management and data objects.
Details default mapping of objects for CAN RX and TX PDOs, including function and data type.
Describes available transmission modes for RX and TX PDOs, such as synchronous and asynchronous.
Provides a table of CAN specific object definitions, including index, sub-index, function, and default values.
Explains how drive parameters are accessed via the CAN communication interface.
Refers to additional status indices described in the Control & Status Registers section.
Lists available Ethernet/IP and Modbus TCP interface options and their part numbers.
Covers the layout and labelling of the external Ethernet interface module.
Details the mounting requirements and procedures for the external Ethernet interface.
Provides warnings and guidelines for the electrical installation of the Ethernet interface.
Describes the layout and labelling of the internal Ethernet interface for IP66 drives.
Explains the installation and layout of the optional Ethernet/IP interface for Compact 2 drives.
Lists required parameter settings for Ethernet connection configuration.
Introduces the internal web server interface for Ethernet based fieldbus connections.
Provides default credentials and steps to access the internal web server interface.
Describes the different pages and information available within the web server interface.
Displays network adapter configuration details, including IP address and mask.
Shows serial communication settings and diagnostic information for the drive.
Provides statistical information about active Ethernet connections.
Explains how to modify the module's IP address via the web interface.
Details how to assign an IP address automatically using DHCP mode.
Guides the user on how to manually set a fixed IP address for the module.
Describes how to create new user accounts with specific access levels and permissions.
Introduces the Ethernet/IP interface as a CIP Modbus Translator Device.
Explains how messages are routed through the interface to the drive.
Outlines requirements for using a compatible Network Master and data exchange considerations.
Describes cyclic control and monitoring methods using Class 1 connections.
Lists supported Ethernet/IP classes like Identity, Message Router, and TCP/IP.
Details the default IP address and methods for changing it.
Recommends using 4-word input/output for simple connection and control.
Explains how to configure communication between the drive and a compatible controller.
Informs about EDS files availability and their use for master system integration.
Specifies the EDS file for standalone and Compact 2 Ethernet/IP interfaces.
Specifies the EDS file for Optidrive E3 IP66 Outdoor with built-in Ethernet/IP.
Step-by-step guide for installing EDS files in Rockwell Studio 5000.
Details the process of setting up communication with Rockwell masters.
Explains the standard 4 words in/out telegram configuration for Rockwell.
Configuration steps for standard telegram with specific interface types.
Configuration steps for standard telegram with IP66 Outdoor drives.
Details the extended status information telegram for ODE-3 drives.
Configuration steps for extended status information with specific interfaces.
Configuration steps for extended status information with IP66 Outdoor drives.
Explains connection via generic device configuration using PLC routing.
Provides an example configuration for Allen Bradley Studio 5000.
Example configuration for standard telegram with Rockwell.
Example configuration for extended status telegram with Rockwell.
Explains generic device configuration with enabled routing via PLC.
Example configuration for standard telegram using generic device method.
Example configuration for extended status information using generic device method.
Introduces alternative methods for drive communication.
Details Class 1 connection to the drive's assembly object for control.
Describes Class 1 connection using the OPC-2-ETHIG-IN forward open assembly object.
Explains how drive parameters can be transferred via Ethernet/IP.
Introduces Modbus Translator Devices and parameter access via Ethernet/IP.
Details using explicit messaging for reading and writing parameter settings.
Provides an example for parameter data transfer using Allen Bradley Studio 5000.
Guides on how to read parameter values using explicit messaging.
Guides on how to write parameter values using explicit messaging.
Provides guidance on troubleshooting issues related to Ethernet/IP communication.
Explains the meaning of status indicator LEDs for Ethernet/IP.
Describes the Modbus TCP interface as a converter for Modbus RTU communication.
Outlines requirements for Modbus TCP control and data exchange.
Points to Modbus RTU sections for supported commands and registers.
States the default IP address and how to change it via the web interface.
Provides guidance on troubleshooting Modbus TCP communication.
Explains the meaning of status indicator LEDs for Modbus TCP.
Explains the role of a fieldbus gateway as an interface between Modbus RTU and high-level networks.
Lists the items supplied with each fieldbus gateway.
Details the DIN-rail mounting mechanism and connection procedures for the gateway.
Explains how to connect the drive subnetwork to the gateway.
Illustrates a single drive network connection example.
Shows an example of a multi-drive network construction.
Describes how PLC can read/write gateway memory for drive monitoring and control.
Details the input memory area containing real-time drive information for the PLC.
Details the output memory area for drive control commands from the PLC.
Provides key points for controlling Optidrives via the gateway, including P-12 settings.
Outlines the features and functionality of the Profibus DP gateway.
Details the installation process and module front overview for the Profibus gateway.
Describes the LED indicators and configuration switches on the Profibus gateway module.
Explains how to configure the Profibus master system and the gateway.
Outlines the features and functionality of the DeviceNet gateway.
Details the installation process and module front overview for the DeviceNet gateway.
Describes the LED indicators and configuration switches on the DeviceNet gateway module.
Explains how to set the baud rate using configuration switches on the DeviceNet gateway.
Explains how to set the MAC ID using configuration switches on the DeviceNet gateway.
Explains how to configure the DeviceNet master system and the gateway.
Provides troubleshooting steps for common communication issues with fieldbus gateways.
Lists registers for controlling the drive via Modbus RTU, CAN, and Ethernet/IP.
Details the bits and functions of the drive control word register.
Explains how frequency setpoint values are transferred and their limitations.
Describes the use of PDO2 for PID setpoint or analog output control.
Explains how ramp time values are transferred for acceleration/deceleration.
Lists registers providing basic status feedback from the drive.
Details the drive status and error code information available in PDIO.
Lists additional status registers providing more detailed drive information.
Describes the additional status information provided by Status Word 2.
Provides extended status indication of drive input and output signal status.
Explains how trip codes are returned by this register upon a drive trip.
Lists additional registers for controlling and monitoring drive parameters.
Details how to set a high-resolution speed reference value.
Explains how scope channel data values are displayed and selected.
Describes how the drive serial number is read using specific registers.
Explains the checksum register used to verify parameter settings.
Provides environmental specifications for storage, transportation, and operation.
