Description

• HM600W/700W/800W Micro inverter, twin channel design, could be linked to two photo voltaic panels at most, the output voltage is 20V~60VDC, and the output voltage is 80V~265VAC, which is appropriate for 24V 48V photovoltaic photo voltaic panels Description: The new classic version is supplied with wifi inverter, which makes wifi connection and operation easier Non professionals can also set up it via themselves The complete physique 4 sided tools design maximizes the direct touch with the air to achieve the bodily cooling impact INVERTER PARAMETER： Model:HM600W-WIFI/HM700W-WIFI/HM800W-WIFI MPPT Voltage Range:25V-55V Operation Voltage Range:20V-60V Maximum Input Voltage:60V Startup Voltage:20V Maximum Input Power:600W/700W/800W Maximum Output Power:600W/700W/800W Nominal Output Voltage：80V~265VAC Communication:WIFI With Cloud Monitoring Product Paramenters Model 600W 700W 800W Input Data Recommended Input Power(STC) 210~300W(2 PCS) 210~350W(2 PCS) 210~400W(2 PCS) Max Input Voltage 60V DC MPPT Voltage 25~55V DC Operating Voltage 20~60V DC Max Input Current 2*13A Output Data Max Output 600W 600W 700W 700W 800W 800W Rated voltage @127V @230V @127V @230V @127V @230V AC workable scope 80~160V 184~265V 80~160V 184~265V 80~160V 184~265V Rated output current four 2 5 3A 6 three Max items according to branch 4PCS 7PCS 3PCS 6PCS 3PCS 5PCS Frequency Auto switch 50/60Hz(45%55/55~65Hz) Output Efficiency Static MPPT 0 Power aspect >99% Max output 0 CEC Weighted @127V:92% Self consumption 50mW THD <5% Exterior Ambient temperature - 40℃to +65℃ Dimensions（W×H×D） 18X18X45mm Weight 1 KGS AC Cable stand up to max recent 40A Waterproof Rating IP65 Cooling Natural cooling Feature Compatibility Compatible with 60~72 cellular PV modules Isolation High frequency transformer isolation Power transmission Reverse transfer, load priority Protection Islanding,Over-temperature,Over / low AC & AC voltage Communication 2 wireless(Inverter to DataBox) Grid Connection Standard EN50549-1, VDE0126-1-1, VDE4105, ABNT NBR16149, ABNT NBR16150, ABNT NBR62116, RD1699, UNE206006 IN, UNE206007-1 IN, IEEE1547 Safety EMC/Standard UL1741, IEC62109-1/-2, IEC61000-6-3, IEC61000-6-3, IEC61000-3-2, IEC61000-3-3 Feature: 1 Production of inexperienced and pollution-free energy Reduce power cost 2 Dual channel output, flexible three-phase photovoltaic method three WIFI with cloud monitoring four Overheating protection In order to preserve low heat, the inverter will give up producing power when passing the programmed temperature milestone or cut the generating potential via "derating", otherwise you can call it strength discount 5 Multiple units are combined into a huge solar method 6 Integrated AC bus cable, ready for use 7 Grid connected inverter has low cost, easy set up and coffee maintenance cost Regarding the heating issue of the inverter: this is ordinary phenomenon All digital devices generate warmth throughout operation The inverter makes use of aluminum alloy material Metal can conduct warmth better The inverter also has over-temperature defense if the temperature is high Then the inverter will mechanically lower the working output performance Or quit working After cooling down, restart It is suggested to install the inverter in a ventilated, dry and cool position Correct set up location： Avoid daylight - when installing an inverter, you should avoid direct daylight to trigger immoderate temperature Avoid rain - the installation of the inverter needs to prevent rain or other liquid from getting moist or soaking Keep air flow -the inverter must be installed in a nicely ventilated environment to facilitate heat emission Why Choose HM Micro Inverter? Microinverters- Microinverters are the most productive and technologically improved type of inverter for sale In the finest and worst conditions, a microinverter will produce essentially the most energy This is as a result of only the individual panel obstructed through coloration or covered through grime could be affected, whereas the others continue to accomplish to their fullest prospective 1 phase 230V voltage connection diagram2 section 120V voltage connection diagram3 part 208/240V voltage connection diagram4 part 380V voltage connection diagram5 phase 208/240V voltage connection diagram6 part 208/240V voltage connection diagram

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