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Tauro 100-3-D
Operating instructions manual
Fronius Tauro 100-3-D Operating Instructions Manual
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Operating
Instructions
Fronius Tauro 50-3
Fronius Tauro ECO 50-3
Fronius Tauro ECO 99-3
Fronius Tauro ECO 100-3
EN-US
Operating instructions
42,0426,0307,EA
037-09122024
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Summarization of Contents
Safety Rules
Explanation of Safety Instructions
Explains the meaning of warning symbols and safety notices in the document.
General Safety Guidelines
General safety principles and precautions for operating the device.
Safety Measures at Installation Site
Guidelines for ensuring safety at the physical installation location.
Protective Earthing (PE)
Detailed instructions and requirements for protective earthing connections.
Maintenance
Information on inverter maintenance requirements and procedures.
General Information
Product Description
Describes the inverter, its core function, and design features.
AC Daisy Chain
Explains the inverter's AC daisy chain connection capability.
String Fuses
Details on string fuses used for solar module protection.
Fronius Solar.web
Information on monitoring and analyzing the PV system via Fronius Solar.web.
Local Communication
How the inverter communicates locally using the mDNS protocol.
Protection of People and Equipment
Safety measures and warnings to protect users and equipment.
Central Grid and System Protection
Describes the inverter's role in central grid and system protection.
WSD (Wired Shutdown)
Functionality and setup of the wired shutdown feature.
RCMU
Explanation of the Residual Current Monitoring Unit (RCMU) function.
Surge Protection Device (SPD)
Details on the surge protection device and its function.
AFCI – Arc Fault Circuit Interrupter
Functionality of the Arc Fault Circuit Interrupter (ArcGuard).
Safe State
Conditions and implications of the inverter entering a safe state.
Intended Use and Foreseeable Misuse
Defines the intended use and foreseeable misuse of the inverter.
Functional Principle
Operating Principle
How the inverter operates, including MPPT and grid connection.
Cooling via Forced-Air Ventilation
Explanation of the inverter's forced-air cooling system.
Overload Performance
How the inverter manages overload conditions and temperature.
Operating Controls and Connections
Controls and Displays Overview
Description of the inverter's physical controls and LED indicators.
PV Connections - Tauro 50-3-D (direct)
Details on PV connections for the Tauro 50-3-D (direct variant).
PV Connections - Tauro Eco 50-3-D (direct)
Details on PV connections for the Tauro Eco 50-3-D (direct variant).
PV Connections - Tauro 50-3-D (30 A fuses)
Details on PV connections for the Tauro 50-3-D with 30A fuses.
PV Connections - Tauro Eco 50-3-D (30 A fuses)
Details on PV connections for the Tauro Eco 50-3-D with 30A fuses.
PV Connections - Tauro Eco 99-3-D / 100-3-D (20 A option)
PV connection details for Tauro Eco 99/100-3-D (20A option).
PV Connections - Tauro Eco 99-3-D / 100-3-D (30 A option)
PV connection details for Tauro Eco 99/100-3-D (30A option).
String Arrangement in Solar.web
How string currents are displayed and organized in Solar.web.
PV Connections - Pre-combined
Information and diagrams for pre-combined PV connections.
Mounting Option for Third-Party Components
Details on space for mounting third-party components.
Data Communication Area
Location and overview of the inverter's data communication area.
Data Communication Area Details
Explanation of terminals and LEDs in the data communication area.
Schematic Internal Wiring of IOs
Diagram showing the internal wiring of input/output (IO) terminals.
Button Functions and LED Status Indicator
Explanation of button functions and status LED indicators.
Installation and Startup
System Component Compatibility
Requirements for ensuring PV system component compatibility.
Installation Location and Position
Criteria and guidelines for selecting the inverter's installation location.
Transporting the Inverter
Guidelines and warnings for safely transporting the inverter.
Installing the Inverter
Procedures and considerations for mounting the inverter.
Mounting the Inverter on the Wall
Step-by-step instructions for mounting the inverter on a wall.
Mounting the Inverter on Floor Racks
Instructions for mounting the inverter on floor racks.
Connecting the Inverter to the Public Grid (AC Side)
Detailed guide for connecting the inverter to the public grid.
Connecting Aluminum Cables
Guidelines for connecting aluminum cables to the AC connections.
Permitted Cables (AC Connections)
Information on permitted cable types and cross-sections for AC connections.
Maximum Alternating Current Fuse Protection
Requirements and recommendations for AC overcurrent protection.
Changing Clamping Area for V-type Terminal
Procedure to adjust the clamping range of V-type terminals.
Sector Conductors at V-type Terminal
Correct usage of sector conductors within V-type terminals.
Additional PE Introduction for Earthing
Instructions for adding an optional protective earth (PE) connection.
Safety During Wiring
Critical safety warnings for electrical wiring and connections.
Opening the Inverter
Procedure for safely opening the inverter enclosure.
Switching Off AC Disconnector Option
How to safely switch off the optional AC disconnector.
Connecting to Public Grid - Singlecore
Step-by-step guide for AC connection using singlecore cables.
Connecting to Public Grid - Singlecore with PEN Conductor
Guide for AC connection using singlecore cables with a PEN conductor.
Connecting to Public Grid - Multicore
Step-by-step guide for AC connection using multicore cables.
Connecting to Public Grid - Daisy Chain
Guide for AC connection using the daisy chain method.
Connecting Cables with a Cable Lug
Connecting cables using M12 threaded bolts and cable lugs.
Connecting the PV Cable to the Inverter
Critical safety instructions and procedures for connecting PV cables.
General Comments Regarding PV Modules
Important considerations for selecting and connecting PV modules.
Permitted Cables (DC Connections)
Details on permitted cable types and cross-sections for DC connections.
DC Fuse Protection - Pre-combined
Requirements for DC fuse protection in pre-combined inverter versions.
Example: Fronius Tauro Eco Combiner Box
Example configuration for a DC combiner box.
Distribution of Solar Module Strings (Direct Variant)
How to distribute solar strings across PV inputs for even load distribution.
Connecting PV Cables - MC4 Connector
Instructions for connecting PV cables using MC4 connectors.
MC4 Connector Cover
Information on the MC4 connector cover plate and its function.
Connecting PV Cables - Pre-combined
Instructions for connecting pre-combined PV cables.
Replacing String Fuses
Procedures and safety warnings for replacing string fuses.
Closing and Switching On the Inverter
Final steps to safely close the inverter and switch it on.
Connecting Data Communication Cables
Modbus Participants
Connecting Modbus participants to the inverter's communication ports.
Permitted Cables for Data Communication Area
Cable types and specifications permitted for data communication.
WSD Connections with Push-in Terminal
Specifications for WSD connections using push-in terminals.
Modbus Connections with Push-in Terminal
Specifications for Modbus connections using push-in terminals.
IO Connections with Push-in Terminal
Specifications for IO connections using push-in terminals.
LAN Connections
Steps and recommendations for establishing LAN network connections.
Multiple Inverters in One Network
Network cabling configurations for multiple connected inverters.
Routing Data Communication Cables
Proper procedures for routing data communication cables.
WSD (Wired Shutdown) Setup
Detailed setup and configuration for the WSD function.
First Startup
Starting the Inverter for the First Time
Initial configuration steps when starting the inverter for the first time.
Fronius System Monitoring (Pilot) Display
Explanation of the Pilot PC board display and its indicators.
Installation with the App
Guide for initial installation and setup using the Fronius Solar.start app.
Installation with the Browser
Guide for initial installation and setup via web browser (WLAN/Ethernet).
Settings: User Interface
User Login
Procedure for logging into the inverter's user interface.
Selecting Languages
How to change the display language of the inverter's interface.
Device Configuration
Steps for configuring system components and inverter settings.
Functions and IOs
Configuration of functions like Lastmanagement and Demand Response Mode.
UC Editor - AUS - Demand Response Modes (DRM)
Settings for Demand Response Modes specific to the Australian country setup.
Inverter Settings
Configuration of inverter modes like Force standby and Dynamic Peak Manager.
Ripple Control Signal
Settings related to ripple control signals from energy companies.
Measure Against RCD False Triggers
Measures to prevent false tripping of residual current devices.
Insulation Warning
Configuration options for insulation warning and measurement modes.
System Configuration
General System Settings
Setting the system name, timezone, and date/time.
Update Firmware
Procedure for downloading and installing firmware updates.
Setup Wizard Access
Accessing the guided setup wizard for initial configuration.
Restoring Factory Settings
Resetting inverter settings to factory defaults.
Event Log and History
Viewing current and historical system events.
System Information
Displaying and downloading system information and current settings.
License Manager
Managing inverter licenses through online or offline activation.
Support User Activation
Activating a support user account for technical assistance.
Generating Support Information
Creating support information files for troubleshooting purposes.
Activating Remote Access
Enabling remote access for Fronius Support for diagnostics.
Communication and Network Setup
Network Server Addresses for Data Transfer
Firewall and network configuration for successful data transfer.
Establishing LAN Connection
Steps to establish a wired LAN connection to the inverter.
Establishing WLAN Connection via WPS
Guide to connect the inverter to a WLAN network using WPS.
Selecting and Connecting to WLAN Network
Manual process for selecting and connecting to available WLAN networks.
Access Point Functionality
Using the inverter as a Wi-Fi access point for direct connection.
Modbus Communication
Configuration of Modbus TCP and RTU communication settings.
Cloud Control
Settings for utility/energy supplier influence on inverter output power.
Solar API
Enabling and configuring the Solar API for third-party integration.
Solar.web Data Processing
Agreement to data processing and transfer for Solar.web.
Internet Services Status
Information regarding internet connection status and error messages.
Safety and Grid Requirements
Country Setup
Configuring country-specific grid parameters and safety requirements.
Requesting Inverter Codes in Solar.SOS
Procedure for requesting access codes for country setup via Solar.SOS.
Feed-in Limitation
Setting and managing feed-in power limitations for the inverter.
I/O Power Management
Configuring power management functions using I/O and control signals.
Controlling Priorities
Setting internal priorities for power control and inverter shutdown.
Connection Diagram - 4 Relays
Diagram for connecting a 4-relay ripple control signal receiver.
I/O Power Management Settings - 4 Relays
Detailed settings for 4-relay I/O power management configuration.
Connection Diagram - 3 Relays
Diagram for connecting a 3-relay ripple control signal receiver.
I/O Power Management Settings - 3 Relays
Detailed settings for 3-relay I/O power management configuration.
Connection Diagram - 2 Relays
Diagram for connecting a 2-relay ripple control signal receiver.
I/O Power Management Settings - 2 Relays
Detailed settings for 2-relay I/O power management configuration.
Connection Diagram - 1 Relay
Diagram for connecting a 1-relay ripple control signal receiver.
I/O Power Management Settings - 1 Relay
Detailed settings for 1-relay I/O power management configuration.
Connecting Ripple Control Receiver with Several Inverters
Connecting multiple inverters to a ripple control receiver.
Appendix
Status Codes and Remedy
Troubleshooting guide for status codes and associated remedies.
Technical Data
Detailed technical specifications and parameters of the inverters.
Explanation of Footnotes
Explanations and definitions for footnotes used in the document.
Relevant Standards and Directives
Information on compliance with relevant standards and EU directives.
Service, Warranty Terms, and Disposal
Information on service, manufacturer's warranty, and product disposal.
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