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Recommendation!

The external protective ground wire is connected to the protective ground ter-

minal of the inverter via the AC connector. 

When connecting, connect the AC connector first to ensure that the inverter is 

grounded, and then make the DC connection. 

When disconnecting, disconnect the AC power by opening the branch circuit 

breaker first, but keep the protective ground wire in the branch circuit breaker, 

connect to the inverter, and then disconnect the DC inputs. 

 

• Under no circumstances should the DC input be connected when the AC con-

nector is disconnected.

• Install isolating switching devices on the AC side of the inverter.

Radio Interference Statement

CE EMC Compliance: This equipment may comply with CE EMC, which are de-

signed to protect against harmful interference in a residential installation. This 

equipment may emit radio frequency energy which can cause harmful interfe-

rence to radio communications if not installed and used in accordance with the 

instructions. But there is no guarantee that interference will not occur in a par-

ticular installation. If this equipment does cause harmful interference to radio or 

television reception, the following measures may solve the problems:

A) 

Reposition the receiving antenna and keep it away from the equipment

B) 

Consult the dealer or an experienced radio/TV technician for help 

Changes or modifications not expressly approved by the party responsible for compliance could 

void the user’s authority to operate the equipment.

Energy Monitoring and Analysis (EMA) systems software analyzes and reports the performance 

of each module based on real-time data collected by the Energy Collection Device (ECD) ga-

teway. EMA immediately detects any performance issues in the array, indicating the location 

and nature of the problem and providing precise maintenance guidance, all in a user-friendly 

graphical interface. Communication between the inverter and the ECD can be affected by 

signal „noise” from a nearby electrical device, the distance between the inverters and the ECD, 

the number of inverters supported, and other factors, so sometimes the ECD experiences a 

random loss of signal or data, this is not a problem or a fault. If the ECD is not communicating 

with the EMA database at all, please contact technical support. 

 

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Summary of Contents for 1300G

Page 1: ...Installation Instructions User Manual Microinverter connected to the grid photovoltaic and type designations ...

Page 2: ...tallation Introduction to the microinverter 5 Installation of a microinverter system 6 9 Additional PV installation components Required parts and tools Installation procedures Microinverter System User Manual 9 10 Troubleshooting 10 12 Status indicator and error reporting Troubleshooting a malfunctioning microinverter Indicator 13 Microinverter replacement 13 Technical data 13 15 Datasheets MPL Mi...

Page 3: ...perly Use extreme caution when performing this task WARNING This indicates information important to the optimized operation of the microinverter Follow these instructions Safety instructions DO NOT disconnect the photovoltaic module from the microinverter without first disconnecting the mains power Only qualified professionals should install or replace microinverters Perform all electrical install...

Page 4: ...ccur in a par ticular installation If this equipment does cause harmful interference to radio or television reception the following measures may solve the problems A Reposition the receiving antenna and keep it away from the equipment B Consult the dealer or an experienced radio TV technician for help Changes or modifications not expressly approved by the party responsible for compliance could voi...

Page 5: ...e and EMC Directives Refer to the instruction manual Wykwali fikowany personel A person who is adequately informed or supervised by a qualified electrician so that risks can be perceived and hazards posed by electricity can be avoided For the purpose of information security in the scope of this manual a qualified person is a person who is familiar with safety refrigeration system and EMC requireme...

Page 6: ...0 PLC MPL MicroPV 1300 ZB or MPL Micro PV 1300 PLC This integrated system improves safety maximizes solar energy use increases system reliability and simplifies the design installation maintenance and ma nagement of a photovoltaic system 4 ...

Page 7: ...nd different types The ground wire PE of the AC cable is connec ted to the housing inside the microinverter potentially eliminating the use of a ground wire check local ordinance The MPL MicroPV Gate energy storage device MECD is installed by plugging it into any wall outlet and providing a broadband Ethernet connection to a router or modem Once installed and set up see ECD manual the entire netwo...

Page 8: ...echnical documentation and on the microinverter itself WARNING Please note that there is a risk of electric shock when installing this device WARNING Do not touch any live parts on the system including the photovoltaic system when the system has been connected to the mains ATTENTION We strongly recommend installing surge protection devices for the photovoltaic AC switchgear Additional installation...

Page 9: ...l wiring before connecting to the AC cable to make sure they match Incorrect wiring can irreparably damage the microinverters this problem is not covered under warranty Step 2 Mount the microinverter on the mounting structure or frame of the photovoltaic module a Mark the position of the microinverter on the structure in relation to the pho tovoltaic module junction box or other components b Mount...

Page 10: ...m of the microinverter to allow adequate airflow Step 3 Connect serial microinverters photovoltaic modules to each DC input 600 ZB PLC series connection in one branch 1300 ZB PLC series connection in one branch a Check the microinverter technical data page page 18 for the maximum allowable number of microinverters in each chain b Connect the male AC connector of the microinverter to the female con...

Page 11: ...s the cables are connected which will show that the microinverter is working properly This entire check function will start and stop within 5 seconds of connecting the unit so keep an eye out for these lights when connecting the DC cables Microinverter System User Manual To operate a microinverter PV system 1 Turn on the AC breaker on each AC circuit of the microinverter 2 turn on the main AC brea...

Page 12: ...nformation WARNING When AC power is applied approximately 0 1 A of current and 25VA W of power can be measured for each microinverter using a meter This current and power are reactive The inverters are NOT operating After more than 60 seconds the inverters will begin to operate Troubleshooting Qualified personnel can use the following steps if the photovoltaic system is not working properly Status...

Page 13: ...ving problems b The microinverter itself is working fine but has ECD communication pro blems The following items address microinverter problems not communication problems addressed in the ECD manual A quick way to determine if it is a microinverter or ECD communication problem 1 diagnosis from the microinverter side Red light either flashing or continuous light on the microinverter or no light at ...

Page 14: ...erter is generating power Reconnect the DC module connectors and watch for three short LED flashes 3 Check the AC branch circuit connection between all microinverters 4 Verify that each inverter is energized as described in the previous step 5 Verify that any AC circuit breaker is functioning properly and is closed 6 Check that the DC voltage of the photovoltaic module is within the allowable rang...

Page 15: ...r in the cabi net Remember to watch the flashing LED light as soon as the new microinver ter is connected to the DC cables 3 Connect the AC cable of the replacement microinverter 4 Close the overcurrent circuit breaker and check the operation of the replace ment microinverter Microinverter replacement Technical data WARNING Make sure that the voltage and current specifications of the photo voltaic...

Page 16: ... frequency range 50Hz 47 5 51 5Hz Extended frequency range 50Hz 45 55Hz Power factor 0 90 Maximum number in line 8 Efficiency CEC weighted efficiency 95 Maximum inverter capacity 96 5 Static MPPT performance 99 Energy consumption at night 50mW Mechanical data Ambient temperature range 40 C 65 C Dimensions W x H x D 188 x 164 x 29mm Weight 2 2kg Cooling Natural convection no fans Degree of protecti...

Page 17: ...l frequency range 50Hz 47 5 51 5Hz Extended frequency range 50Hz 45 55Hz Power factor 0 95 Maximum number in line 48 Efficiency CEC weighted efficiency 95 Maximum inverter capacity 96 5 Static MPPT performance 99 Energy consumption at night 50mW Mechanical data Ambient temperature range 40 C 65 C Dimensions W x H x D 450 x 455 x 35mm Weight 6 5kg Cooling Natural convection no fans Degree of protec...

Page 18: ...nnection diagram BLACK L2 RED L1 YELLOW NEUTRAL Counter Concentrator Grounding Ethernet cable connected to broadband router Annotations If you are using our zigbee type you only need one ECD If you are using our PCL type you should install three ECDs per phase AC distribution board 16 ...

Page 19: ...PV 600 ZB MPL MicroPV 600 PLC Example of one phase connection diagram BLACK L2 RED L1 YELLOW NEUTRAL Counter Concentrator Grounding AC distribution board MPL MicroPV Gate WiFi plug ethernet cable connect to the router broadband 17 ...

Page 20: ...re using our zigbee type you only need one ECD If you are using our PLC type you need to install three ECDs in each phase BLACK L2 RED L1 YELLOW NEUTRAL Counter Concentrator Grounding AC distribution board MPL MicroPV Gate WiFi plug ethernet cable connect to the router broadband WiFi plug 18 ...

Page 21: ...gram Example of one phase connection diagram BLACK L2 RED L1 YELLOW NEUTRAL Counter Concentrator Grounding AC distribution board MPL MicroPV Gate WiFi plug ethernet cable connect to the router broadband WiFi plug 19 ...

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