What to do if WESTECH Inverter shows an overcurrent fault?
If your WESTECH Inverter is showing an overcurrent fault, first wait a while to see if it returns to normal. If that doesn't work, disconnect and then reconnect the PV+ PV- and batteries. If the problem persists, it is recommended to ask your installer for assistance.
What to do if WESTECH Inverter has grid lost fault?
If your WESTECH Inverter displays a grid lost fault, wait a moment to see if the utility power returns to normal, at which point the system should reconnect. Also, verify that the grid voltage is within the normal range. If issues continue, seek help from your installer.
What to do if WESTECH Inverter shows power grid voltage overrun?
If your WESTECH Inverter indicates a power grid voltage overrun, allow some time for the utility to return to normal, and the system should then reconnect automatically. It's also advisable to check if the grid voltage is within the normal range. If the problem persists, contact your installer for assistance.
What to do if WESTECH Inverter electricity frequency is beyond range?
If the electricity frequency is beyond range on your WESTECH Inverter, wait to see if the utility returns to normal; the system should reconnect automatically. If problems persist, get help from the installer.
Describes the manual's scope and applicable models for the X3-Hybrid G4 series.
Specifies that the manual is intended for qualified electricians only.
Explains safety symbols and their meanings used throughout the manual.
Crucial safety warnings and guidelines for installation and operation.
Explains symbols found on the inverter and its type label.
Lists relevant CE directives and compliance requirements for the inverter.
Overviews the inverter's capabilities for solar energy conversion and storage.
Illustrates the system's wiring schemes and connections.
Details the different operating modes like Self Use, Feed-in Priority, Backup, and EPS.
Provides the physical dimensions of the inverter.
Identifies and describes the various connection terminals on the inverter.
Specifies input voltage, current, and MPP tracker details.
Lists AC power ratings, voltage, frequency, and current.
Details battery type, voltage range, and communication interface.
Outlines efficiencies and protection features.
Provides technical data for the off-grid output function.
Covers dimensions, weight, noise, and operating environment.
Instructs to inspect the inverter for damage upon arrival.
Lists the included accessories and components.
Highlights essential safety and environmental considerations for installation.
Lists the necessary tools for installation.
Defines requirements for the installation location.
Specifies requirements for mounting surfaces.
Details mounting angles and orientations.
Specifies minimum clearance for heat dissipation.
Provides step-by-step instructions for physically mounting the inverter.
Details how to connect the photovoltaic modules to the inverter.
Explains grid and off-grid connection recommendations.
Shows the wiring diagram for the EPS (Off-grid) function.
Guides on connecting the battery to the inverter system.
Covers various communication interfaces and setup procedures.
Explains DRM requirements and functionality.
Describes how to connect meters or current sensors.
Details how to connect multiple inverters in parallel.
Explains the COM interface for customization and control.
Step-by-step guide for setting up communication cables.
Explains the essential grounding procedures for safety.
Describes how to connect monitoring accessories like WiFi/LAN.
Lists pre-operation checks before powering on the inverter.
Provides instructions on how to start and operate the inverter.
Important precautions and warnings before firmware updates.
Details necessary preparations for the firmware update process.
Step-by-step guide for performing the firmware upgrade.
Describes the inverter's control panel interface and buttons.
Outlines the navigation path through the inverter's menu system.
Explains how to interpret and interact with the inverter's LCD display.
Covers various user-configurable parameters like date, language, and modes.
Details settings specific to the manufacturer or advanced configuration.
Provides solutions for common faults and error codes.
Instructions for safely removing and disconnecting the inverter.
Guidance on how to pack the inverter for transport or storage.
Recommendations for storing and transporting the inverter.
Information on environmentally responsible disposal.
General| Model | Solax X3-HYBRID G4 |
|---|---|
| Type | Hybrid Inverter |
| Battery Compatibility | Lithium-ion |
| Communication | RS485, WiFi/LAN, CAN |
| Protection degree | IP65 |
| Operating Temperature | -25°C to +60°C |
| Max. Short Circuit Current | 30A |
| Rated Grid Voltage | 230V |
| Grid Frequency | 50Hz/60Hz |
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