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30

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0MNPVESA52LUA

 

I

NVERTER

 

Alarm & status registers map 

                                                

2

 

These for bits are mutually exclusive. If all four bits are to zero, inverter is in “local mode” and doesn’t accept 

any command. 

3

 Static characterization registers should be read again. 

REGISTRO 

BIT 

ALLARMI 

Vers. 
Centr. 

Evo 
Easy 

DESCRIZIONE 

1÷6 

 

 

 

 

 

16 

Master-Slave-Fail 

 

 

Inter-processors communication fail 

15 

EEPROM-Fail 

 

 

The EEPROM memory is not accessible 

14 

Fac-Master-Fail 

 

 

The frequency measured from master is out of range 

13 

 

 

 

 

12 

Zac-Master-fail 

 

 

The impedance measured from master is out of range 

11 

 

 

 

 

10 

Rly1-Fail 

 

 

Relays anomaly 

 

 

 

 

ENS-Vac-Fail 

 

 

Voltage values measured by two processors differ 

ENS-Fac-Fail 

 

 

Frequency values measured by two processors differ 

ENS-Zac-Fail 

 

 

Impedance values measured by two processors differ 

ENS-Mess-Fail 

 

 

Fac,  Vac  or  Zac  values  measured  by  two  processors 
differ 

Offset-Iac-Fail; 

 

 

Measure of DC current injected into grid fault 

Zpv-PE-Fail 

 

 

Insulation resistance between DC inputs and ground has 
a wrong value 

Vac-Master-Fail 

 

 

Grid voltage value measured by master fail 

 

 

 

 

16 

VpvMax-Fail 

 

 

Input voltage too high 

15 

Test Fail 

 

 

Self-test failed 

14 

Temperature -Fail 

 

 

Overtemperature 

13 

Reserved 

 

 

Reserved 

12 

Bus-Fail 

 

 

DC bus fail 

11 

GFCI-Fail 

 

 

Ground dispersion current is too high 

10 

No-Utility 

 

 

Grid voltage not present 

Delta Z Fault 

 

 

Grid impedance variation of DeltaZ error 

Device Fault 

 

 

Generic fault 

Bus_High-Fail 

 

 

DC bus voltage too high 

Bus 

–Low Fail 

 

 

DC bus voltage too low 

ENS-GFCI-Fault 

 

 

Master and slave GFCI circuit readings differ 

ENS-DCI- Fault 

 

 

Master  and  slave  DC  current  injected  into  grid  readings 
differ 

Ref 2.5V Fault 

 

 

Internal 2.5V voltage anomaly 

DC Sensor Fault 

 

 

DC current injected into grid sensor anomaly 

GFCI Failure 

 

 

GFCI sensor failure 

16 

Spare 

 

 

 

15 

 

 

 

 

14 

 

 

 

 

13 

 

 

 

 

12 

 

 

 

 

11 

SYS_TMOUT 

1.3.3 

1.0.0. 

Bit = 1; No communication with system board 

10 

PowerReducer 
timeout 

1.3.3 

1.0.0 

Bit = 1; Kit not connected or failure 

PowerReducer 

1.3.3 

1.0.0 

Bit = 1; PowerReducer configured 

Remote control active  1.3.0 

1.0.0 

Bit = 1; Inverter is remotely controlled by VNC software 

ComEn Ethernet 

1.2.5 

1.0.0 

Bit = 1: Ethernet port enabled for commands

2

 

ComEn RS232-2 

1.2.5 

No 

Bit = 1: RS-232 port enabled for commands 

ComEn Slot 2 

1.2.5 

No 

Bit = 1: Slot 2 enabled for commands 

ComEn Slot 1 

1.2.5 

No 

Bit = 1: Slot 1 enabled for commands 

Reread static 

1.2.5 

1.0.0 

Bit = 1: Static characterization registers changed.

3

 

Summary of Contents for NETMAN204 SOLAR

Page 1: ......

Page 2: ...L __________________________13 CONFIGURATION VIA VNC ________________________________________________15 StringBox_______________________________________________________________ 15 Inverter____________...

Page 3: ...___ 34 Daily Data register map ___________________________________________________ 34 Characterization register map ______________________________________________ 35 DC box register map_______________...

Page 4: ...nored Information Provides notes and useful suggestions for the User SAFETY This part of the manual contains SAFETY precautions that must be followed scrupulously The device has been designed for prof...

Page 5: ...ferent material of which the packaging is made and dispose of all material in compliance with applicable standards in the country in which the product is used Disposing of the product The device conta...

Page 6: ...erter can therefore be integrated easily into small medium and large sized networks The device also records inverter values and events in history log archives To view historical data you can use the S...

Page 7: ...Solar is receiving or transmitting data packets Right LED SOLID GREEN NetMan 204 Solar is connected to a network operating at 100 Megabits per second Micro USB port NetMan 204 Solar doesn t currently...

Page 8: ...nds and then release it Users It is possible to access to NetMan 204 Solar with the following users Username Default password Privileges ftpuser arosftp This is the FTP user that can access the log fi...

Page 9: ...ork protocol used for file exchange NetMan 204 Solar uses this protocol for 1 download of files of the inverter values and events history log archive 2 firmware upgrade using SirioDataControl software...

Page 10: ...instant power in KW 4 Active instant power in KW 5 External measure 6 Inverter module temperature in Celsius 7 Daily energy in KWh 8 Grid frequency in Hz 9 Grid phase R instant power in W 10 Grid phas...

Page 11: ...previously Connect the device to the network by means of connector RJ 45 see Specifications for the cabling of the network cable STRING BOX Open the StringBox with the specific key Insert NetMan 204...

Page 12: ...your PC IP address to the same network Install the free SirioDataControl software and simply change the IP address The details will follow in this section This method can be used to change the networ...

Page 13: ...After installation of SirioDataControl connect your pc and the NetMan 204 Solar to the same network and run SirioDataControl Depending on if there are other inverters StringBox or not in the network...

Page 14: ...Gateway DNS1 and DNS2 DNS Domain Name Server UDP port leave as 33000 if you don t know what to do VNC port default 5900 FTP PASV lower upper port leave as default values if you don t know what to do N...

Page 15: ...user will be prompted with a window asking a password The default password is secret the password can be changed StringBox The StringBox shows only the configuration of IP address and relative parame...

Page 16: ...ate in This last parameter allows the user to balance the power given by solar panels and the effective power the inverter can manage to deliver The Second button allows the user to change Administrat...

Page 17: ...This value can be zeroed with the Zero button to start counting from the beginning again The user can change date time with the upper button on the right Hitting the Apply button on the upper right co...

Page 18: ...rom an external source Hitting the first upper button the user can change the network parameters as seen here The user can choose DCHP or a static IP configuration Please note that invalid addresses w...

Page 19: ...virtual screen function The use of the UDP FTP settings is straightforward the ftp NAT data ports has to be set in those cases where the user router has to be configured with NAT to allow PASV mode fr...

Page 20: ...n Apply button is present to confirm the settings Before to do so it s better to try to test the email settings with the second button A text with OK or KO should appear just below this second button...

Page 21: ...es each second so that the slave inverters can almost instantly adapt to the conditions required To activate the Power Reduction Function the user has to select Power Reduction checkbox and hit the Ap...

Page 22: ...f messages if e mail settings are correctly configured If you want to activate a function just press the leftmost button just as in the following screen In this example a mail will be sent to the conf...

Page 23: ...ide of the screen and will drive the user to the following screen This schematic view shows most of the significant values as seen from the inverter In the top right of this screen it s possible to pu...

Page 24: ...ser can hit the second button from top and he she gets the following screen From here the user can view log data upper button or manage log data having the means to delete undesired yearly data from p...

Page 25: ...plete because still not present The user can choose a different day using the Calendar button or can send the snapshot of the graph with the e mail button on the right The user can also drag the mouse...

Page 26: ...right side of the main page leads the user to the following screen On this screen the user will find when available The total energy produced by the inverter The total hours of operation The actual o...

Page 27: ...board firmware version The free RAM and flash memory occupancy in Kb and Touching the center of the screen brings the user to another screen This screen gives the user more info on the communications...

Page 28: ...he user should choose the update file and hit the Open button the file will be transferred to the NetMan 204 Solar board After the update the board will reboot The user should be careful to choose the...

Page 29: ...Read holding registers Read input registers Registers read All 6 0x06 Write single register Register write single Power reducer commands 16 0x10 Write multiple registers Registers write multiple Powe...

Page 30: ...high 15 Test Fail Self test failed 14 Temperature Fail Overtemperature 13 Reserved Reserved 12 Bus Fail DC bus fail 11 GFCI Fail Ground dispersion current is too high 10 No Utility Grid voltage not pr...

Page 31: ...0 Total output energy high register 0 1 KWh units 0 1KW Hr 32 E Total L 1 2 5 1 0 0 Total output energy low register 0 1KW Hr 33 h Total H 1 2 5 1 0 0 Operation hours high register Hr 34 h Total L 1...

Page 32: ...Firmware version example 01 00 30h 31h 2Eh 30h 30h 89 96 Serial number 1 2 5 1 0 0 97 104 Model Name 1 2 5 1 0 0 105 112 Manufacturer 1 2 5 1 0 0 Command register map Register Name Vers Centr EVO EAS...

Page 33: ...0 Ramp up of power gradient 0 100 0 100 6 147 RD 1 2 5 1 0 0 Ramp down of power gradient 0 100 0 100 6 148 BP 1 4 1 No Battery power 0 200 7 149 157 How power reducing is managed by Modbus The procedu...

Page 34: ...unit 203 LOAD_POWER_3 1 3 3 1 0 0 Autoconsumo kit phase 3 100W unit Daily Data12 register map Register Name Vers Centr EVO EASY Description 501 DAILY 1 1 2 5 1 0 0 First value of average power of the...

Page 35: ...Eight current of second module 0 1A units 918 DC_A1M3 1 2 5 No First current of third module 0 1A units 1 2 5 No 925 DC_A8M3 1 2 5 No Eight current of third module 0 1A units 926 DC_A1M4 1 2 5 No Firs...

Page 36: ...I_String_8 String current input 8 0 1 A 28 29 30 31 32 33 34 35 36 V_REF Reference voltage 0 001 V 37 V_IN Input voltage 0 1 V 38 Analog1 Generic analog 39 Analog2 Generic analog 40 HwConfig Internal...

Page 37: ...connectors is required The cable must conform to the standard IEEE 802 3u 100Base T with 2 pairs of UTP cables of category 5 or higher The cable between the adaptor and the hub must not be more than 1...

Page 38: ...38 0MNPVESA52LUA...

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