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All-in-one solar charge inverter V1.0 29

2+2+1 system:

d

）

Six all-in-one solar charger inverters of the system connected in three phase:

2+2+2 system:

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Summary of Contents for HYP4850S100-H

Page 1: ...All in one solar charge inverter V1 0 1 All in one solar charge inverter User Manual Product models HYP4850S100 H HYP4850U100 H...

Page 2: ...flammable or explosive or heavily dusty areas The mains input and AC output are high voltage so please do not touch the wiring terminals The housing of the all in one solar charge inverter is hot when...

Page 3: ...E 19 2 4 4 SCHEMATIC DIAGRAM OF PARALLEL CONNECTION IN SPILIT PHASE 22 2 4 5 SCHEMATIC DIAGRAM OF PARALLEL CONNECTION IN THREE PHASE 26 3 OPERATING MODES 32 3 1 CHARGING MODE 32 3 2 OUTPUT MODE 33 4 L...

Page 4: ...t is ideal for AC loads such as household appliances power tools industrial equipment and electronic audio and video equipment The product comes with a segment LCD design which allows real time displa...

Page 5: ...power the load while charging the battery If the mains or generator is not connected the system can also operate normally and the load is powered by the battery and PV module 3 Battery Provided to en...

Page 6: ...rocker switch Dry contact port AC input port Cooling fan AC output port Battery port Grounding screw hold Cooling fan RS485 2 communication port PV port Current sharing port parallel module only Func...

Page 7: ...All in one solar charge inverter V1 0 7 1 4 Dimension drawing...

Page 8: ...have been tightened and the wires are secured with ties to avoid looseness of connections caused by shaking of wires during mobile application The system connection wires are selected according to a c...

Page 9: ...m of the short circuit currents of all PV modules connected in parallel the short circuit current of the PV array shall not exceed the maximum input current Refer to the table below for PV input wire...

Page 10: ...d inverter AC output current Maximum bypass output current Recommended circuit breaker type HYP4850S100 H 10mm2 7AW G 22A 40A 2P 40A HYP4850U100 H 10mm2 7AWG 42A 63A 2P 63A Note The wiring diameter is...

Page 11: ...one solar charge inverter ensure that there is enough air flowing through the heat sink and space of at least 200m m to the left and right air outlets of the inverter shall be left to ensure natural...

Page 12: ...ng the external circuit breaker and confirm that the wire used is thick enough Please refer to Section 2 2 Wiring Specifications and Circuit Breaker Selection Properly connect the AC input wire accord...

Page 13: ...ire first and then the live wire and the neutral wire The ground wire is connected to the grounding screw hole on the cabinet through the O type terminal Ground L Live N Neutral Note The grounding wir...

Page 14: ...rays or PV sources PV PV input positive pole PV PV input negative pole BAT wiring method Prior to wiring disconnect the external circuit breaker and confirm that the wire used is thick enough Please r...

Page 15: ...st be installed at the battery terminal Refer to Section 2 2 Wiring Specifications and Circuit Breaker Selection to select a right circuit breaker Before wiring be sure to disconnect the circuit break...

Page 16: ...ains Finally turn on AC loads one by one as the AC output is normal to avoid a protection action caused by a large momentary shock due to simultaneous turning on the loads simultaneously Now the machi...

Page 17: ...all all in one solar charger inverters are connected to the same battery with BAT connected to BAT BAT connected to BAT and that the connection is correct with the same wiring length and line diameter...

Page 18: ...be connected together But L lines of different phases cannot be joined together Other connection precautions are the same as parallel connection in single phase For specific wiring please refer to 2...

Page 19: ...nnection in single phase For specific wiring please refer to 2 4 4 Wiring Diagram 7 Before or after connecting the system please carefully refer to the following system wiring diagram to ensure that a...

Page 20: ...All in one solar charge inverter V1 0 20 b Three all in one solar charger inverters of the system connected in parallel...

Page 21: ...All in one solar charge inverter V1 0 21 c Four all in one solar charger inverters of the system connected in parallel d Five all in one solar charger inverters of the system connected in parallel...

Page 22: ...ent sharing detection line of the all in one solar charger inverter need to be locked with screws after connecting The schematic diagram is as follows 2 In case of parallel operation with multiple inv...

Page 23: ...All in one solar charge inverter V1 0 23 b Three all in one solar charger inverters of the system connected in two phase 2 1 system...

Page 24: ...charge inverter V1 0 24 c Four all in one solar charger inverters of the system connected in two phase 2 2 system 3 1 system d Five all in one solar charger inverters of the system connected in two p...

Page 25: ...All in one solar charge inverter V1 0 25 3 2 system e Six all in one solar charger inverters of the system connected in two phase 5 1 system...

Page 26: ...tem 2 4 5 Schematic diagram of parallel connection in three phase 1 The parallel communication line and current sharing detection line of the all in one solar charger inverter need to be locked with s...

Page 27: ...verters the schematic diagram of parallel connection is as follows Parallel Operation in three phase a Three all in one solar charger inverters of the system connected in three phase 1 1 1 system b Fo...

Page 28: ...All in one solar charge inverter V1 0 28 c Five all in one solar charger inverters of the system connected in three phase 3 1 1 system...

Page 29: ...All in one solar charge inverter V1 0 29 2 2 1 system d Six all in one solar charger inverters of the system connected in three phase 2 2 2 system...

Page 30: ...All in one solar charge inverter V1 0 30 3 2 1 system 4 1 1 system...

Page 31: ...single phase parallel connection setting 31 should be set as PAL When in single phase parallel connection setting 31 should be set as follows When in three phase parallel connection all machines in p...

Page 32: ...iven to charging by Mains Power and charging with PV power will be started only when the Mains has failed 3 Hybrid Charging hybrid charging of PV and Mains Power give priority to PV MPPT charging and...

Page 33: ...e power grid 2 Mains First switch to inverter power supply only when Mains Power has failed which is equivalent to backup UPS and is used in regions with unstable power grid 3 Inverter First switch to...

Page 34: ...tion buttons introduction Function Key Description Menu of Enter Exit Settings Page Number Option Increase Page Number Option Decrease Under the menu of Settings OK Enter Options Indicators introducti...

Page 35: ...mS YMD GENERAT 2 1 3 4 5 6 START END CHARGE DISCHG BMS VOLT CURR RECOVER PV1 PV2 PAGE 9 Icon function Icon function Indicates mains power Indicates the inverter is working Indicates generator Indicate...

Page 36: ...dicates that the current battery type of the machine is NCM battery Indicates that the current battery type of the machine is LFP battery Display the page number prompt of the main interface Indicates...

Page 37: ...s system low temperature Indicates system over temperature Indicates system over current Indicates BMS communication failure Indicates the direction of energy flow When the system is in alarm or fault...

Page 38: ...Rated Current Reserved Load Rated Power Parallel Mode 4 2 Setup parameters description Key Operation Instructions Enter the setting menu and exit the set ting menu please press After entering the set...

Page 39: ...90 280V Mains input voltage range of 120V machine 90 140V 04 Battery to Mains 04 43 6V Default When the Parameter 01 BT1ST PV1ST the battery voltage is lower than the set value and the output is switc...

Page 40: ...ded lead acid battery with constant charge voltage of 57 6V and floating charge voltage of 55 2V 08 GEL Default GEL lead acid battery with constant charge voltage of 56 8V and floating charge voltage...

Page 41: ...rge Delay Time 13 5S Default Over discharge Delay Time when the battery voltage is lower than the Parameter 12 the inverter output is turned off upon delay of time set by this Parameter with the Set R...

Page 42: ...ned 19 Equalized Charging Delay 19 120 Default Equalization Charging Delay with the Set Range of min 900min Step of 5min available for Flooded lead acid battery sealed lead acid battery and user defin...

Page 43: ...upon over temperature If over temperature occurs shut down output and restart output after the temperature has dropped 25 Buzzer Alarm 25 DIS No Alarm 25 ENA Default Enable alarm 26 Mode Change Remind...

Page 44: ...model All machines in phase 1 must be set as 3P1 All machines in phase 2 must be set as 3P2 All machines in phase 3 must be set as 3P3 1 When the output voltage set in the setting 38 is 120 Vac U mod...

Page 45: ...r AC output of the battery and the set range is 44V 54 4V 36 Max PV charger current 36 80A default Max PV charger current Setting range 0 100A 37 Battery Recharge Recovery Point 37 52V Default After t...

Page 46: ...ging period or battery over discharge If the sectioned discharge function is enabled at the same time the power supply mode of the system will change to AC1ST which only enable the mains charging in t...

Page 47: ...ault Charging stops when the default charging current is less than this setting 58 Discharge alarm SOC setting 58 15 default SOC alarm when capacity is less than this set value valid when BMS communic...

Page 48: ...e voltage 55 2V 55 2V 55 2V 36 60V Adjustable Undervoltage alarm voltage 01 fault 44V 44V 44V 36 60V Adjustable Undervoltage alarm voltage recovery point 01 fault Undervoltage alarm voltage 0 8V Low v...

Page 49: ...V Adjustable 49 2 Adjustable Undervoltage alarm voltage 01 fault 43 6V Adjustable 46 8V Adjustable 49 6V Adjustable 46 4V Adjustable 43 2V Adjustable Undervoltage alarm voltage recovery point 01 fault...

Page 50: ...by our company through this port and enables monitoring of the equipment running status and setting of some parameters on the computer RS485 1 RS485 2 also allows direct connection with the optional...

Page 51: ...nnect the female connector of the inverter to the male connector of the inverter to be paralleled d Do not connect the male connector of the inverter to its female connector Female connector Male conn...

Page 52: ...attery voltage reaches the overvoltage disconnection point the PV and the mains will be automatically stopped to charge the battery to prevent the battery from being overcharged and damaged 6 Battery...

Page 53: ...will protect and stop the output current 16 CAN communication loss protection In parallel operation an alarm will be given when CAN communication is lost 17 Parallel connection error protection In par...

Page 54: ...ftware protection 03 BatOpen Yes Battery not connected alarm 04 BatLowEod Yes Battery undervoltage stop discharge alarm 05 BatOverCurrHw Yes Battery overcurrent hardware protection 06 BatOverVolt Yes...

Page 55: ...rcurrent hardware protection 17 InvShort Yes Inverter short circuit protection 19 OverTemperMppt No Buck heat sink over temperature protection 20 OverTemperInv Yes Inverter heat sink over temperature...

Page 56: ...Yes CAN communication fault in parallel operation 35 ParaAddrErr Yes Parallel ID mailing address setting error 37 ParaShareCurrErr Yes Parallel current sharing fault 38 ParaBattVoltDiff Yes Large batt...

Page 57: ...ted correctly and whether 33 is set to the corresponding lithium battery communication protocol 59 BMS alarm No Check the BMS fault type and troubleshoot battery problems 60 BMS battery low temperatur...

Page 58: ...tion Reduce the use of power equipment Restart the unit to resume load output 17 Inverter short circuit protection Check the load connection carefully and clear the short circuit fault points Re power...

Page 59: ...f high temperature or burning discoloration and tighten the screws 5 Check for dirt nesting insects and corrosion and clean up as required 6 If the arrester has failed replace in time to prevent light...

Page 60: ...ker Efficiency 95 Conversion time bypass and inverter 10ms typical AC reverse protection Available Maximum bypass overload current 40A 63A Inverter mode Output voltage waveform Pure sine wave Rated ou...

Page 61: ...larm shutdown voltage overvoltage alarm overvoltage recovery settable on LCD screen Power saving mode self consumption Load 50W AC Output Grid Rated Output Power W 5000W Max apparent power VA 500VA Ma...

Page 62: ...protection Hybrid charging Max charger current specifications AC charger PV charger Max charger current can be set 100A Certified specifications Certification CE IEC62109 1 EMC certification level EN6...

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