Need help?Do you have a question about the Lenze EtherNet/IP E84DGFCGFNP and is the answer not in the manual?
General| Brand | Lenze |
|---|---|
| Model | EtherNet/IP E84DGFCGFNP |
| Category | Conference System |
| Language | English |
Provides a record of changes and revisions made to the documentation over time.
Explains the highlighting, symbols, and formatting conventions used throughout the manual.
Defines key terms and acronyms related to EtherNet/IP and the Inverter Drive 8400 motec.
Details the signal words and pictograms used to indicate important information and dangers.
Outlines essential safety measures and guidelines for the proper use and application of the device.
Provides safety information specific to the device and its intended applications.
Identifies potential risks and hazards that may remain even after safety measures are applied.
Defines the intended use and operational scope of the EtherNet/IP Communication Unit.
Details the available versions, features, and technical specifications of the communication unit.
Describes the physical connections and interfaces on the EtherNet/IP Communication Unit.
Presents general specifications and environmental conditions for the communication unit.
Details protocol-specific data, including supported CIP services and I/O data.
Explains communication times and processing times within the inverter and module.
Describes runtime delays caused by the integrated 2-port switch.
Provides instructions and diagrams for the physical mounting of the Inverter Drive 8400 motec components.
Covers the electrical wiring and setup, including network topology.
Describes supported EtherNet/IP network topologies like line, star, and tree.
Details the M12 socket and wiring for the EtherNet/IP connection.
Explains the use and wiring of an external voltage supply for commissioning and backup.
Specifies pre-commissioning checks, including wiring verification.
Guides on configuring the host system (scanner) for EtherNet/IP communication.
Explains the role and usage of Electronic Data Sheet (EDS) files for configuration.
Provides a step-by-step example for setting IP configuration on an Allen-Bradley controller.
Details methods for setting the IP address, subnet mask, and gateway for the inverter.
Describes how to set IP parameters using the Lenze »Engineer« software.
Explains manual IP parameter configuration using codes within the »Engineer« software.
Describes how to assign IP addresses dynamically using BOOTP or DHCP servers.
Details setting IP configuration via the TCP/IP Interface Object.
Explains settings for multicast IP addressing and TTL values.
Guides on establishing an online connection between the »Engineer« and the inverter.
Provides instructions for the initial power-up and communication establishment.
Explains the two main communication channels: I/O data and parameter data.
Describes the 'implicit message' and 'explicit message' telegram types used for data transfer.
Illustrates the EtherNet/IP device states and transitions.
Details how to specify and configure I/O data during scanner initialization.
Explains how I/O data is transferred via the MCI interface and port blocks.
Describes supported drive profiles that define control and status word assignments.
Explains Lenze technology applications and custom parameter set configuration.
Details the EtherNet/IP-specific 'AC Drive Profile' and its assembly object instances.
Covers supported assembly objects for data exchange, including input and output.
Guides on configuring I/O data using the Lenze »Engineer« software.
Details configuring Lenze technology applications and user-definable parameter sets.
Explains how to configure the 'AC Drive Profile' application within the »Engineer«.
Step-by-step guide for I/O configuration using RSLogix 5000 (versions 19 and below).
Step-by-step guide for I/O configuration using RSLogix 5000 (versions 20 and above).
Instructions on how to save the I/O configuration project in RSLogix 5000.
Details how to write parameters to the Inverter Drive using explicit message transfer.
Explains how to read parameters from the Inverter Drive using explicit message transfer.
Describes how to set monitoring responses for EtherNet/IP communication faults.
Explains the meaning of the LED indicators on the Communication Unit for status.
Details how to use the »Engineer« software for EtherNet/IP diagnostics.
Lists EtherNet/IP error numbers, text, types, and adjustable parameters.
Provides detailed causes and remedies for various EtherNet/IP error messages.
Lists common CIP™ error codes and their descriptions.
Correlates Lenze device errors with DRIVECOM error numbers and messages.
Lists and describes parameters specific to the EtherNet/IP Communication Unit.
Explains the structure and meaning of attributes used for parameter access.
Provides a summary of the CIP objects implemented by Lenze.
Details general CIP objects like Identity, Message Router, Assembly, and Connection Manager.
Describes EtherNet/IP specific CIP objects like DLR, QoS, TCP/IP Interface, and Ethernet Link.
Details CIP objects related to the 'AC Drive Profile' for motor control.
Describes Lenze-specific CIP objects for error responses and data mapping.
To Next Page
