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General| Number of MPPT Trackers | 1 |
|---|---|
| Rated AC Power | 1000 W |
| Rated AC Voltage | 230 V |
| Power Factor | >0.99 |
| THDI | <3% |
| AC Grid Frequency | 50/60 Hz |
| Efficiency | 96% |
| Protection Degree | IP65 |
| Cooling | Natural convection |
| Operating Temperature Range | -25°C to +60°C |
Describes the product information and guidelines covered in the manual.
Specifies that the manual is for qualified personnel only.
Lists important safety instructions for working with the inverter.
Explains various safety symbols used in the manual and on the device.
Introduces the AF-SL series hybrid inverters and their purpose.
Details the different operational modes available for the inverter.
Explains the Self-Use mode for optimizing self-consumption and battery charging.
Details time-based discharge settings for the battery.
Explains the mode where battery charging takes precedence over discharge.
Describes the Back-Up mode for power supply during grid failures.
Instructions for unpacking the inverter and checking the package contents.
Provides dimensions and a visual overview of the inverter's physical characteristics.
Details guidelines for selecting an optimal and safe mounting location for the inverter.
Specifies correct inverter orientation and required clearance for installation.
Step-by-step guide for installing the mounting bracket.
Step-by-step guide for attaching the inverter and securing it.
Identifies and explains the function of each terminal on the inverter.
Details the pin assignments for communication adapters.
Lists essential requirements before connecting PV panels to the inverter.
Provides step-by-step instructions for connecting PV cables.
Shows how to properly crimp positive and negative contacts for PV connectors.
Notes on battery compatibility and support for lead-acid or other brands.
Instructions for preparing battery cables, including crimping and strip length.
Details how to insert the wire harness into terminals and screw torque.
Indicates the audible cue for correct connector assembly and tightening.
Steps to connect the battery connector to the inverter, confirming connection by sound.
Pin configuration for BAT-CAN/RS485 communication with the battery.
Details the connection of the battery NTC sensor using an RJ45 plug.
Illustrates the wiring diagram for connecting multiple inverters in parallel.
Shows the pin assignments for RS485 communication in parallel mode.
Explains the GRID and EPS terminals on the AC connection.
Specifies the required AC breaker specifications for different inverter models.
Details AC wiring, insulation tape use, and securing the AC wiring cover.
Notes on the maximum power limit for the EPS port.
Instructions for installing a current sensor (CT) to monitor power flow.
Details the pin assignments for the CT connection.
Illustrates the connection diagram for installing an Afore meter.
Shows the RS485 pin assignments for the Afore meter.
Explains the applicable communication methods for the inverter.
Steps for installing communication modules like Wi-Fi or Ethernet.
Emphasizes connecting a second protective earth terminal for safety.
Provides suggestions for earth cable type and cross-section.
Identifies and explains the functions of the LCD display and buttons on the control panel.
Explains the meaning of the POWER, GRID, and FAULT LED indicators.
Presents a visual flowchart of the inverter's menu structure and navigation paths.
Provides guidance and support for configuring inverter settings.
Advises contacting the distributor for any doubts regarding inverter settings.
Specifies the format for setting the date and time in the inverter.
Guides the selection of safety specifications based on installation site requirements.
Instructs users to select the correct battery brand for optimal performance.
Describes available PV mode options like 'NoPV' and 'Independent'.
Specifies the settable capacity range for lead-acid batteries.
Lists and briefly describes various EMS modes available for the inverter.
Explains how to set charge/discharge commands and power levels.
Details settings for battery state of charge and voltage thresholds.
Outlines parameters for AC charging, including enable, percentage, and timing.
Details how to configure forced charging parameters like power and timing.
Explains parameters for forced discharging, including enable, power, and timing.
Lists various protection parameters and their functions.
Details communication settings for parallel inverter operation.
Explains how to set the number of inverters and master/slave roles.
Guides the configuration of diesel generator parameters for integration.
Steps for powering on the inverter, including DC switch and initial setup.
Instructions for safely powering off the inverter and breakers.
Steps for restarting the hybrid inverter.
Outlines the recommended frequency for maintenance tasks.
Directs users to check fault messages for troubleshooting.
Lists PV connection faults and their recommended solutions.
Details PV over-voltage faults and recommended corrective actions.
Lists PV reverse polarity faults and solutions.
Covers various PV abnormal faults and troubleshooting steps.
Addresses battery voltage faults and recommended actions.
Describes faults related to reversed battery polarity and their correction.
Lists battery communication abnormal faults and troubleshooting.
Explains grid loss (islanding) faults and inverter behavior.
Covers grid voltage imbalance issues and inverter response.
Details faults related to instantaneous grid voltage deviations.
Lists PV overcurrent faults triggered by hardware protection.
Covers PV overcurrent faults triggered by software logic.
Describes faults related to abnormal PV boost circuit self-checking.
Lists faults related to bus voltage over, under, and imbalance.
Covers faults related to BIDC fuse broken and BIDC relay abnormal.
Lists AC overcurrent and overvoltage faults detected by hardware.
Details faults related to AC side leakage current.
Covers off-grid output voltage and frequency faults.
Lists faults related to abnormal sampling hardware.
Covers faults related to all temperature sensors being abnormal.
Lists faults where PV, battery, or BUS voltage/power values are inconsistent.
Details faults related to installation environment temperature being out of range.
Covers warnings related to temperature sensors.
Lists warnings related to communication issues.
Details the specifications for the PV input parameters of the inverter.
Lists the specifications related to the battery port and charging.
Provides technical specifications for the AC grid connection.
Lists the CEC and maximum efficiency ratings for the inverter.
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