The connection is established.
Access point:
The inverter acts as the access point. A PC or smart device connects directly
with the inverter. It is not possible to connect to the internet. The "Network name
(SSID)" and "Network key (PSK)" can be assigned in this menu.
It is possible to operate a connection via WLAN and via access point simultan-
eously.
Modbus
Modbus RTU interface 0 / 1
If one of the two Modbus RTU interfaces is set to Slave, the following input fields
are available:
"Baud rate"
The baud rate influences the transmission speed between the individual compon-
ents connected in the system. When selecting the baud rate, ensure that it is the
same at both the sending and receiving end.
"Parity"
The parity bit can be used to check the parity. It detects transmission errors. A
parity bit can safeguard a specific number of bits. The value (0 or 1) of the parity
bit must be calculated by the sender and is checked by the recipient using the
same calculation. The parity bit can be calculated for even and odd parity.
"SunSpec Model Type"
Depending on the SunSpec model, there are two different settings.
float:
SunSpec Inverter Model 111, 112, 113 or 211, 212, 213.
int + SF:
SunSpec Inverter Model 101, 102, 103 or 201, 202, 203.
"Meter address"
The value entered is the identification number (Unit ID) assigned to the meter.
Can be found on the user interface of the inverter in the Communication - Mod-
bus menu.
Factory setting: 200
"Inverter address"
The value entered is the identification number
(Unit ID) assigned to the inverter. Can be found on the user interface of the in-
verter in the Communication - Modbus menu.
Factory setting: 1
Slave as Modbus TCP
If the function "Slave as Modbus TCP" is activated, the following input fields are
available:
"Modbus port"
Number of the TCP port that is to be used for Modbus communication.
"SunSpec Model Type"
Depending on the SunSpec model, there are two different settings.
float:
SunSpec Inverter Model 111, 112, 113 or 211, 212, 213.
int + SF:
SunSpec Inverter Model 101, 102, 103 or 201, 202, 203.
116
Summary of Contents for Primo GEN24 3.0
Page 2: ......
Page 12: ...12...
Page 13: ...General information 13...
Page 14: ...14...
Page 34: ...34...
Page 35: ...Backup power variant PV Point OP 35...
Page 36: ...36...
Page 38: ...38...
Page 39: ...Backup power variant Full Backup 39...
Page 40: ...40...
Page 48: ...48...
Page 49: ...Installation 49...
Page 50: ...50...
Page 57: ...Do not install the inverter on the ceiling 57 EN...
Page 101: ...Settings user interface of the in verter 101...
Page 102: ...102...
Page 132: ...132...
Page 133: ...Options 133...
Page 134: ...134...
Page 144: ...144...
Page 145: ...Appendix 145...
Page 146: ...146...
Page 172: ...172...
Page 173: ...Circuit diagrams 173...
Page 174: ...174...
Page 175: ...Circuit Diagram PV Point OP Circuit Diagram 175 EN...
Page 176: ...Fronius Primo GEN24 and BYD Battery Box Premium HV Circuit Diagram 176...
Page 179: ...Automatic switch to backup power 1 pin double separation e g Austria Circuit Diagram 179 EN...
Page 180: ...Automatic switch to backup power 1 pin single separation e g Australia Circuit Diagram 180...
Page 181: ...Automatic switch to backup power 2 pin double separation e g Germany Circuit Diagram 181 EN...
Page 182: ...Automatic switch to backup power 2 pin single separation e g France Spain Circuit Diagram 182...
Page 183: ...Automatic switch to backup power 2 pin double separation e g UK Circuit Diagram 183 EN...
Page 185: ...Fronius Primo GEN24 with Enwitec Box Circuit Diagram 185 EN...
Page 186: ...Wiring diagram surge protective device SPD Circuit Diagram 186...
Page 187: ...Dimensions of the inverter 187...
Page 188: ...188...
Page 189: ...Fronius Primo GEN24 3 6 kW Fronius Primo GEN24 3 6 kW 189 EN...
Page 190: ...190...
Page 191: ...191 EN...
Page 192: ......