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General| Product Type | Gateway |
|---|---|
| Manufacturer | GE Multilin |
| Model | D400 |
| Ethernet Ports | 2 |
| Mounting | DIN Rail |
| Communication Protocols | DNP3, IEC 61850 |
| Serial Ports | 2 |
| Power Supply | 24 VDC |
| Operating Temperature | -40°C to 85°C |
Provides fast access to technical information, manuals, release notes, and knowledge base topics via the GE Grid Solutions website.
Details on how to contact GE Grid Solutions Technical Support via phone or email for assistance.
Lists the manuals and guides available for the D400, including instruction manuals and software guides.
Information on how to upgrade the D400 firmware to access latest functionality and improvements.
Explains that the manual provides information on installing, setting up, using, and maintaining the D400 Gateway.
Identifies field technicians and maintenance personnel responsible for SCADA equipment as the target users.
Guides users on how to follow procedures based on their specific D400 model and components.
Explains the meaning of safety indicators like DANGER, WARNING, CAUTION, and NOTICE used in the manual.
Outlines essential safety measures and instructions for qualified personnel working with the D400.
Details CE Mark and RoHS compliance, including material declarations and applicable directives.
Describes the D400 Substation Gateway as a secure, substation-hardened communications gateway.
Lists detailed specifications for System, Communications, Electrical, Physical, Environmental, and Software aspects of the D400.
Outlines the main steps required to install and set up the D400 device.
Lists the necessary tools and equipment for performing the D400 installation procedures.
Details the procedures for physically mounting the D400 unit, including rack mounting.
Provides an overview of the D400's front and rear panels, highlighting key components and ports.
Explains that communication cards plug into I/O adapter slots and are powered from the D400 backplane.
Guides users on how to change individual communication card settings to match their system setup.
Describes the RS-232 adapter card, its features, and configuration options via switches.
Details the RS-485 adapter card, its configuration options for 2-wire and 4-wire modes, and switch settings.
Overview of supported connection types including Serial, Network, Time Synchronization, and local connections.
Describes how physical connections are made to the D400 via I/O adapter cards on the rear panel.
Details how to connect RS-232 type devices to the D400 adapter, including cable and connector information.
Explains how to connect RS-485 2-wire and 4-wire devices to the D400 adapter.
Describes how the D400 connects to networks via Ethernet, including assignment of interfaces eth0 and eth1.
Explains the D400 redundancy solution using two units for automatic takeover in case of failure.
Details the available power supply options for the D400 main module, including AC-DC and DC-DC types.
Describes how to make power connections to the D400 via terminal blocks TB1 and TB2 on the rear panel.
Outlines essential external power requirements, including disconnect devices and current protection.
Provides instructions for safely shutting down the D400 to prevent data loss and ensure proper restart.
Lists the tasks required to set up the D400 for operation, including connection and configuration.
Details the procedure for establishing a terminal session with the D400 via the front serial port.
Guides users through configuring the D400's network interface settings, including IP addresses and gateways.
Explains how to enable secure web access by obtaining and installing security certificates and private keys.
Lists the requirements for setting up two D400s for redundant operation, including firmware and client software.
Provides a step-by-step procedure for configuring the D400s for Warm-Standby redundancy.
Details the procedure for configuring the D400s for Hot-Standby redundancy, including connection and configuration.
Explains the operational status indicated by the LED indicators on the D400's front panel.
Describes the D400's built-in Human Machine Interface (HMI) for monitoring and configuration.
Details accessing the Local HMI through a keyboard, monitor, and mouse connected via the USB KVM card.
Explains how to use on-board utilities for managing D400 setup, settings, and diagnostics.
Provides a functional overview of the D400, explaining data concentration and communication with IEDs.
Describes the three types of embedded applications: client, server, and automation.
Explains that system information, including values and event records, is stored in a central database.
Describes the tool used to create, edit, and update the D400 software configuration while it's operational.
Explains the D400 redundancy solution using two units connected for active and standby modes.
Outlines the typical sequence of steps for configuring the D400 in a substation automation system.
Details the security measures employed by the D400 to protect against unauthorized access.
Explains how alarms are used to indicate events and how the D400 monitors digital input points for alarms.
Describes the selection between Hot Standby and Warm Standby/Standalone redundancy modes.
Details how to start the D400 Configuration Utility program from the command prompt.
Explains how to select authentication modes and change system access settings via the Authentication menu.
Describes settings for the D400's network connections, including static and dynamic IP address configuration.
Guides users on enabling secure services like HTTPS, SFTP, and SSH for accessing the D400.
Details how to configure the D400's firewall for stateful packet inspection to protect against unauthorized access.
Explains how to configure redundancy application settings through the Redundancy menu.
Provides instructions for removing the D400 main module to access internal components for maintenance.
Details the process of replacing the D400's lithium battery, including access and handling instructions.
Guides users on how to change the main or user CompactFlash cards for different D400 processor types.
Explains how to replace the D400's power supply modules, including hot-swappable redundant options.
Provides the procedure for removing configuration data and sensitive information before disposal or return.
Recommends removing modules, dismantling, and recycling the unit to prevent non-intended use.
Lists the standards for which the D400 has been tested, categorized into emission, immunity, safety, etc.
Details emission standards such as EN55011 and IEC 60255-25 with their respective test specifications.
Lists immunity standards like IEC 61000-4 series and IEEE C37.90.3, covering ESD, radiated fields, and transients.
Outlines the steps for configuring, mounting, grounding, interconnecting, and powering DNP3 I/O modules.
Provides guidance on rack spacing, required clearances, and the procedure for mounting DNP3 I/O modules in a rack.
Details how to connect the DNP3 I/O module to site ground using a separate Yellow/Green wire.
Provides a list and definitions of acronyms used throughout the D400 Substation Gateway manual.
Details the warranty period for GE manufactured products and provides a link to terms and conditions.
Lists the changes and updates made to the D400 Substation Gateway manual across various versions.
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