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Digital output (MFR)
Use of the digital output (MFR)
Configure the digital output (MFR)
Control of external devices via Modbus
Use of the digital output (MFR)
Table of Contents
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Information on this Document
Validity
Target Group
Content and Structure of this Document
Levels of Warning Messages
Symbols in the Document
Typographies in the document
Designations in the Document
Additional Information
Safety
Intended Use
IMPORTANT SAFETY INSTRUCTIONS
Scope of Delivery
Scope of Delivery for SBSE3.8-US-50 / SBSE4.8-US-50 / SBSE5.8-US-50 / SBSE7.7-US-50
Scope of Delivery for SBSE9.6-US-50 / SBSE11.5-US-50
Product overview
Device function of Sunny Boy Smart Energy
Product Description
Symbols on the Product
Interfaces and Functions
User Interface
Device Key (DEV KEY)
Diagnostic function
Increased self-consumption
Energy Monitoring
Peak load shaving
Arc-Fault Circuit Interrupter (AFCI)
Modbus
Grid Management Services
Rapid Shutdown Equipment
SMA Backup Secure
SMA Dynamic Power Control
SMA ShadeFix
SMA Smart Connected
SMA Speedwire
Protective Battery Charging
Wi-Fi
Wi-Fi connection to SMA 360° app and SMA Energy app
LED Signals
Mounting
Requirements for Mounting
Requirements for the Mounting Location
Permitted and prohibited mounting positions
Dimensions for mounting SBSE-3.8-US-50 / SBSE-4.8-US-50 / SBSE-5.8-US-50 / SBSE-7.7-US-50
Mounting Dimensions for SBSE9.6-US-50 / SBSE11.5-US-50
Recommended clearances for mounting
Mounting the Inverter
Spacer Installation
Electrical Connection
Requirements for the electrical connection
Equipotential Bonding
Overvoltage category
Common Grid Configurations
Requirements for the PV modules per input
Cable Requirements
Requirements for the AC Grounding Conductor
Requirements on the AC conductors
Requirements for the PV Grounding Conductors
Requirements for the PV cables
Requirements for the power cable for secure power supply operation
Requirements for signal cables for backup operation, MFR and rapid shutdown initiator
Network cable requirements
Cable specifications for RS485 connection of the energy meter
Battery Communication Cable Requirements
Requirements for the Battery Power Cables
Requirements for the grounding cable for additional protective grounding
Overview of the Connection Area
View from Below
Interior View
Electrical connection procedure
Connecting the Utility Grid
Connect the utility grid along with power and signal cables for backup operation
Connecting the Network Cable for Local Network and Energy Meter
Connection to RS485 terminal
Pin assignment of the RS485 terminal block
Connecting the energy meter via RS485
Connecting the Data Cable of the Battery
Connection to the Multifunction Relay
Pin assignment MFR
Connect signal source to MFR
Connecting a Rapid Shutdown Initiator
Connection of Several Inverters to a Rapid Shutdown Initiator
Connecting a Rapid Shutdown Initiator to the Digital Input GSI
Mounting the WLAN Antenna
Connecting the PV Array
Connecting the power cable of the battery
Connecting additional protective grounding
Commissioning
Commissioning Procedure of System with the SMA 360° App
Switching the Inverter On
Configuring the System with the SMA 360° App
Settings for Grid Support Functions in 208 V Grids
Checking the Secure Power Supply Operation
Operation
Operation notes
Establishing a Connection to the User Interface
Connection in the local network
Access addresses for the product in the local network
Establishing a Connection via Ethernet in the local network
Establishing a Connection via WLAN in the Local Network
Direct connection via Wi-Fi
Connection options for Wi-Fi direct connection
Access information for direct Wi-Fi connection
Establishing a direct Wi-Fi connection with the 360° app
Establishing a direct Wi-Fi connection with WPS
Establishing direct Wi-Fi connection with Wi-Fi network search
WPS function
Connection options with WPS
Activating WPS for automatic connection
Activating WPS for direct connection to a smart device
Design of the User Interface
Access rights to the user interface
Changing parameters
Arc-Fault Circuit Interrupter (AFCI)
Rapid shutdown function
Setting backup operation
Setting of SMA ShadeFix
Control of external devices via Modbus
Digital output (MFR)
Use of the digital output (MFR)
Configure the digital output (MFR)
Energy management
Predefined energy management profiles
Used energy management profiles
Creating a new energy management profile
Changing an energy management profile
Deactivating the energy management
Activating the energy management
Setting options for peak load shaving
Backup Configuration
Backup file
Function and content of the backup file
Creating a Backup File
Upload backup file
Firmware Update
Automatically Updating the Firmware
Carry out a manual firmware update
Performing the Firmware Update via SMA 360° App
Device Administration
Register Devices
Delete devices
Restart the inverter via the user interface
Resetting the product to default setting
Deleting the Admin Account
Generating the I-V Characteristic Curve
Enabling Speedwire Encryption
Country standard
Overview of Grid Types
Disconnecting the Inverter from Voltage Sources
Remove enclosure lid
Check that the inverter is de-energized
Cleaning
Troubleshooting
Event messages
Event 101
Event 102
Event 103
Event 105
Event 202
Event 203
Event 206
Event 301
Event 302
Event 401
Event 404
Event 501
Event 507
Event 601
Event 701
Event 901
Event 1001
Event 1101
Event 1302
Event 1501
Event 3302
Event 3303
Event 3401
Event 3402
Event 3407
Event 3410
Event 3411
Event 3501
Event 3523
Event 3601
Event 3701
Event 3901
Event 3902
Event 4013
Event 4014
Event 4015
Event 4016
Event 4017
Event 4301
Event 6001-6499
Event 6501
Event 6502
Event 6509
Event 6511
Event 6512
Event 6602
Event 6606
Event 6633
Event 6801
Event 6901
Event 7001
Event 7002
Event 7014
Event 7015
Event 7702
Event 7703
Event 8003
Event 8104
Event 8205
Event 8503
Event 8708
Event 8709
Event 8710
Event 9007
Event 9033
Event 9034
Event 9035
Event 9037
Event 9038
Event 9101
Event 9107
Event 9202
Event 9203
Event 9214
Event 9342
Event 9345
Event 9350
Event 9394
Event 9395
Event 29252
Event 29254
Create Diagnostics Data
Calculating the insulation resistance
Checking the PV System for Ground Faults
Manual restart after electric arc
Decommissioning
Disconnecting the Terminals from the Inverter
Disassembling the Inverter
Replacing the Product
Disposal
Technical Data
General Data
DC input of PV
Battery DC input
AC Output
Digital output (multifunction relay)
Communication
Data Storage Capacity
Efficiency
Protective Devices
Climatic Conditions
Equipment
Compliance Information
Contact
