Need help?Do you have a question about the Sungrow EyeM4 and is the answer not in the manual?
Provides detailed information on installation, operation, and maintenance.
Refers to additional information sources like the Sungrow website.
Identifies technically qualified personnel and end users.
Guides users on how to best utilize the manual for effective learning.
Indicates a high-risk hazard that can result in death or serious injury.
All installations should be performed by trained and familiar technical personnel.
Check for transport damage upon receiving the module before installation.
Observe instructions when moving/placing the module to avoid injury.
Ensure the device is well-ventilated for optimal system performance.
All electrical connections must comply with local and national regulations.
Never remove the module while it is running or carries voltage.
Do not touch hot components while the wireless communication module is running.
Place warning signs to restrict access to the electrical operating area.
Restart only after faults are cleared; no serviceable parts inside the module.
Do not replace internal components without permission to avoid liability.
Avoid touching PCB to prevent ESD damage; use ESD protection measures.
Ensure all warning labels and nameplates are legible and not covered.
Observe grid connection rules and safety descriptions of other electrical devices.
Shows typical applications of the wireless communication module with inverters.
Displays and describes the physical appearance and components of the module.
Explains how the module obtains and transmits inverter data via RS485 and Wi-Fi.
Details functions like data collection, communication interface, and remote management.
Verifies the contents of the package and checks for damage upon receipt.
Emphasizes reading the user manual and safety instructions before proceeding.
Provides guidance on storing the module properly when not in immediate use.
Guides on choosing the best location for installing the wireless communication module.
Details the physical installation process of the wireless communication module.
Covers the steps for making the necessary electrical connections for the module.
Outlines required checks before starting the commissioning process of the module.
Describes the procedure for powering on and starting the wireless communication module.
Refers to solutions for potential issues that may arise during installation.
Details the process of unpacking and inspecting the module for damage and completeness.
Explains the information found on the wireless communication module's nameplate.
Explains the meaning of the IP66 protection rating for the module's enclosure.
Lists the items included in the product package, such as the module and document.
Provides guidelines for storing the wireless communication module in proper environmental conditions.
Specifies the recommended location, temperature, and humidity for module installation.
Lists prerequisites and checks required before starting the mechanical installation.
Details the steps for physically inserting and connecting the module into the inverter.
Lists environmental and connection checks required before starting the module.
Outlines the steps to power on and configure the module after installation.
Provides instructions for safely removing the wireless communication module from the inverter.
Refers to storage instructions if the module will be used again in the future.
Gives guidance on proper disposal of the module according to relevant regulations.
Lists technical specifications for communication, power, ambient conditions, and dimensions.
Details transmitting power (TRP, TIS) for various Wi-Fi modes and rates.
Lists transmitting frequency bands for different network standards like 4G, 3G, and 2G.
Explains warranty terms, conditions, evidence requirements, and exclusions of liability.
Provides contact details for Sungrow customer support in various global regions.
Provides detailed information on installation, operation, and maintenance.
Refers to additional information sources like the Sungrow website.
Identifies technically qualified personnel and end users.
Guides users on how to best utilize the manual for effective learning.
Indicates a high-risk hazard that can result in death or serious injury.
All installations should be performed by trained and familiar technical personnel.
Check for transport damage upon receiving the module before installation.
Observe instructions when moving/placing the module to avoid injury.
Ensure the device is well-ventilated for optimal system performance.
All electrical connections must comply with local and national regulations.
Never remove the module while it is running or carries voltage.
Do not touch hot components while the wireless communication module is running.
Place warning signs to restrict access to the electrical operating area.
Restart only after faults are cleared; no serviceable parts inside the module.
Do not replace internal components without permission to avoid liability.
Avoid touching PCB to prevent ESD damage; use ESD protection measures.
Ensure all warning labels and nameplates are legible and not covered.
Observe grid connection rules and safety descriptions of other electrical devices.
Shows typical applications of the wireless communication module with inverters.
Displays and describes the physical appearance and components of the module.
Explains how the module obtains and transmits inverter data via RS485 and Wi-Fi.
Details functions like data collection, communication interface, and remote management.
Verifies the contents of the package and checks for damage upon receipt.
Emphasizes reading the user manual and safety instructions before proceeding.
Provides guidance on storing the module properly when not in immediate use.
Guides on choosing the best location for installing the wireless communication module.
Details the physical installation process of the wireless communication module.
Covers the steps for making the necessary electrical connections for the module.
Outlines required checks before starting the commissioning process of the module.
Describes the procedure for powering on and starting the wireless communication module.
Refers to solutions for potential issues that may arise during installation.
Details the process of unpacking and inspecting the module for damage and completeness.
Explains the information found on the wireless communication module's nameplate.
Explains the meaning of the IP66 protection rating for the module's enclosure.
Lists the items included in the product package, such as the module and document.
Provides guidelines for storing the wireless communication module in proper environmental conditions.
Specifies the recommended location, temperature, and humidity for module installation.
Lists prerequisites and checks required before starting the mechanical installation.
Details the steps for physically inserting and connecting the module into the inverter.
Lists environmental and connection checks required before starting the module.
Outlines the steps to power on and configure the module after installation.
Provides instructions for safely removing the wireless communication module from the inverter.
Refers to storage instructions if the module will be used again in the future.
Gives guidance on proper disposal of the module according to relevant regulations.
Lists technical specifications for communication, power, ambient conditions, and dimensions.
Details transmitting power (TRP, TIS) for various Wi-Fi modes and rates.
Lists transmitting frequency bands for different network standards like 4G, 3G, and 2G.
Explains warranty terms, conditions, evidence requirements, and exclusions of liability.
Provides contact details for Sungrow customer support in various global regions.
The EyeM4 Wireless Communication Module, manufactured by Sungrow Power Supply Co., Ltd., is designed to facilitate the collection and transmission of inverter data to a remote server. This module is intended for use with single-phase residential inverters and three-phase string inverters also manufactured by Sungrow. It supports various wireless communication methods including WLAN (Wi-Fi) and 4G (LTE, TD-SCDMA, CDMA, GSM), allowing for flexible deployment in different network environments.
The primary function of the EyeM4 module is data collection and remote management. It connects to the inverter via a standard RS485 interface, acquiring real-time running data and fault records. This information is then transmitted to the iSolarCloud server or other remote monitoring platforms. The module periodically connects to the iSolarCloud server to upload data, enabling users to view plant information and perform operations through the iSolarCloud APP.
The module supports multiple communication protocols:
General| Brand | Sungrow |
|---|---|
| Model | EyeM4 |
| Category | Control Unit |
| Language | English |
To Next Page
