Communication settings

Set the inverter's network communication parameters. (e.g. Ethernet (LAN)/WLAN/WiFi/RS485 settings).

 

WLAN settings

Explanation

WLAN IP

WLAN IP address of the inverter WiFi module.

 

LAN settings

Explanation

IP mode

The option Automatically acquire IP address is activated by default. This means that the inverter obtains its IP address from a DHCP server.

IP address

Enter IP address of inverter.

If the inverter is not allocated an IP address automatically through a DHCP server, the inverter can be configured manually.

The data necessary for configuration, such as IP, subnet mask, router and DNS addresses, can be found on your router/gateway.

Subnet mask

Enter the subnet mask e.g. 255.255.255.0

Router/gateway

Enter the IP address of the router/gateway

Auto DNS

The Auto DNS option is activated by default. This means that inverters can also be addressed using a name instead of an IP address. For this purpose, the IP addresses of the DNS servers must be entered.

DNS server 1

Enter the IP address of the DNS server (Domain Name System)

DNS server 2

Enter the IP address of the backup DNS server (Domain Name System)

Last time of communication

Shows when communication with the inverter last took place.

Last status of communication

Shows the status of communication with the grid.

 

RS485 settings

Explanation

Baud rate

RS485 transmission rate

Data bit

RS485 data bit

Stop bit

RS485 stop bit

Parity bit

RS485 parity bit

Terminating resistor

Activate terminating resistor for the RS485 bus. This must be activated on the last inverter connected to the RS485 bus.

Modbus address

Modbus address

 

Master/slave settings

Explanation

Master/slave settings

Select whether the inverter should act as a master (LAN or RS485) or slave. If set as master inverter, information or setting parameters (e.g. during power reduction) are sent to the slave inverters.