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Solar Pump Inverter

1. This high sensor should be fixed above middle sensor you can fix it at any place as you like but it should be under water When water covers three sensors inverter starts to drive pump to pump water This middle sensor should be fixed a bit far above pump s water incoming hole If water level meets this middle sensor means well water is little inverter should stop to drive pump otherwise pump will damage without water This lowest sensor should be under pump s water incoming hole You can make it long or short as you like Remark The sensor part is optional according to your application But if you want to use the sensor function it must set as below this part is in sensor setting 1 Tank sensor 18 Sensor Setting Sensor setting press UP DOWN to select OK or NO press Tank Sensor Yes Well Sensor NO ENTER to confirm modification If you set OK means sensor is available Tank sensor can detect tank is full or not well sensor can detect well is dry or not When tank is full or well is dry inverter stop output pump does not run If you set NO means sensor is unavailable When it just used Tank sensor Tank sensor should be Yes and well sensor be No 2 Well sensor 18 Sensor Setting l Sensor setting press UP DOWN to select OK or NO press Tank Sensor No Well Sensor ENTER to confirm modification If you set OK means sensor 15 avallable Tank sensor can
2. cable White green wire Well sensor ground wire White brown wire 2 5 Sensor Optional Our solar pumping inverter has sensor interface and along with sensor contactor with short lead network cable Then you can use anti interface network cable to prolong this line This network cable is a sensor for tank full and well dry It has 9 core wires 4 wires used as tank sensor 4 wires used as well sensor 1 wire connected with ground Sensor cable as below How does sensor work A 4 wires used as well sensor Blue red white blue and white red Each wire s terminal should be removed the cover leave core outside Blue used as high sensor Red used as middle sensor White blue and white red together used as lowest sensor If water level reaches high sensor means tank is full Inverter will drive pump to stop pumping water If water level reaches middle sensor means CT U tank water is much Inverter continues to drive pump to pump water If water level reaches the lowest sensor means water is very little inverter starts to drive pump to pump water Remark You can set the sensor place as you like B 4 wires used as well sensor Green brown white green and white brown Each wire s terminal should be removed the cover leave core outside When core touch the water it is sensor Green used as high sensor Brown used as middle sensor White green and white brown together used as lowest sensor
3. pvinergy Solar Pumping Inverter Operation Manual Designed amp Manufactured by SHENZHEN PVINERGY TECHNOLOGIES CO LTD ELITE BUILDING NANSHAN ROAD NANSHAN DISTRICT SHENZHEN CHINA 1 Preface Thank you very much for using PVPS series of solar pumping inverter produced by Shenzhen Pvinergy Technologies Co Ltd Please make sure to read this manual carefully before installation and use in order to give full play to the performance of this product and ensure the safety of user and equipment Please keep this manual in order to subsequently facilitate the routine inspection and maintenance and find out the cause of abnormity treatment countermeasure If there are any questions or specific requirement during using please contact the distributors of our company or directly keep in touch with the technology service center of our company The manual will be subject to change without any further notification Contents Safety Instruction Chapter 1 System Introduction 1 1 Introduction of Solar Pumping system 1 2 Inverter Features 1 3 Inverter Specification Chapter 2 Installation and Wiring 2 1 Purchasing Inspection 2 2 Shape 2 3 Output Wiring 2 4 Outer plug instruction 2 5 Sensor Chapter 3 Operation Control 3 1 Panel Layout and Instruction 3 2 Operation Method of Panel 3 3 Function Parameter Description Chapter 4 Installation Instruction Chapter 5 Storage and Warranty 12 12 13 17 23
4. pump does not work 18 ON OFF Power On Off setting press UP DOWN to select mode press 1 ON ENTER to confirm modification If you want to power off this inverter 2 OFF you can set OFF and confirm Then inverter will power off Please noted that there are 2 ways to control the inverter 1 You can select ON OFF from the system menu 2 Press ON OFF Key in the front cover Select parameters and setting them there are 4 parameters shows in two interfaces 12 Parameters setting first interface Parameters 1 PV Array OCV Parameter setting press UP DOWN to select your wanted content press 2 Max PV Array V ENTER key to enter into corresponding menu 3 Highest Freq 13 Parameters setting second interface Parameters 4 Lowest Freq Parameter setting press UP DOWN to select your wanted content 5 Sensor press ENTER key to enter into corresponding menu Press ESC key return to Parameters press UP and DOWN keys to select your wanted content press ENTER key to enter your wanted content and setting your needed valued 14 Setting PV array open circuit voltage PV Array OCV PV array open circuit voltage setting press UP DOWN to increase or decrease voltage value press ENTER to confirm 630V modification Please set this voltage according to your solar panel s total voc not exceed our max rated voltage 750V 15 Setting Maximum power point tra
5. Safety Instruction To ensure safety operation of solar pumping inverter it must choose the right way of transportation installation operation and maintenance Before operations be aware of the safety notices as below AN Warning Misuse will result in fire serious injury to person or even death A Caution misuse will cause low or middle grade injury to person or equipment damage 5 Prompt Point out some useful information Purchase Inspection If the inverter is damaged or missing parts it will not be allowed to install otherwise may have accidents Installation 1 To ensure good convection cooling effect the inverter must be installed vertically 2 Install it in the indoor condition which is possessed of ventilation opening or ventilating device It is forbidden to install where exposes directly to the sunlight 3 Do not let the drilling remains fall into the inverter cooling fins or fans during installation in case of the dissipation effect Connection 1 Each wire connected to the inverter must be wrapped with electrical tape for safety 2 Connection job must be carried out by qualified electrical professionals or else it will cause electrocution or fire 3 Please confirm that input power has already been cut off or else it will cause electric shock or fire 4 Earth terminal must be reliably ground or else the inverter shell will have a danger of being electrified 5 The type selection of PV array motor
6. detect tank is full or not well sensor can detect well is dry or not When tank is full or well is dry inverter stop Yes output pump does not run If you set NO means sensor is unavailable Only Well sensor Tank sensor sets No and well sensor be Yes 14 3 Tank sensor amp Well sensor 18 Sensor Setting p Sensor setting press UP DOWN to select OK NO press Tank Sensor Yes ENTER to confirm modification If you set means sensor 15 available Tank sensor can detect tank is full or not well sensor can Well Sensor Yes detect well is dry or not When tank is full or well is dry inverter stop output pump does not run If you set NO means sensor is unavailable When Tank sensor amp Well sensor are used both set Yes Instead when sensor function is no need please set both are NO otherwise it can not work Chapter 3 Operation Control 3 1 Panel Layout and Instruction oolar pumping inverter is LCD displayed see as below diagram including 4 LED lights 1 LCD panel and 4 keys and ON OFF power key Simple operation easy understanding 15 LCD display 4 LED lights POWER AUTO MANUAL ALARM left to right 4 keys ESC T UP DOWN dh ENTER d left to right Power Key 3 2 Operation Method of Panel Setting of all parameters work state alarms etc are explained as below Key Explanation there are 4 keys ESC UP DOWN ENTER
7. main machine and accessories Check carefully according to the product list Looseness of fastening parts such as screw If necessary inspect with screwdriver 2 2 Shape ONIOFF ON OFF 5 5KW 7 5KW I1IKW I5KW 0 75W 1 5KW 2 2KW 3 7KW ISKW 22KW 30K W 2 3 Output wiring AN Warning In order to ensure system work normally and properly please use recommended wires with different size as below Model No oolar panel wire Ground wire Motor wire Sensor wire PVPS 16001 1510 mm 2 2 _ 2 _ 2 4 mm 4 5 1 d PVPS3700H mm 0 5 1 0 mm Rated voltage 750V 4 mm 4 0 5 1 0 mm PVPS5500H Rated voltage 750V vm 4 mm 4 5 1 i PVPS7500H mm 0 5 1 0 mm Rated voltage 750V 4 4 4 4 PVPSTIKH Rated voltage 750V mm mm mm mm mm mm 2 2 2 mm mm 8 mm 6 0 5 1 0 mm T l 10 mm PVPS15KH Rated voltage 750V 11 Bear 12 mm 4 mm 10 0 5 1 0 mm Rated voltage 750V BU BOOK 15 mm 4 mm 12 mm 0 5 1 0 mm Rated voltage 750V ee 20 mm 4 mm 15 mm 0 5 1 0 mm Rated voltage 750V 2 4 Outer plug instruction Wire description Connection description Hed wire connected positive pole of PV single strand array Black wire connected negative pole of PV single strand array B phase White blue wire Tank sensor ground wire White red wire wire Green wire Well sensor high network Brown wire Well sensor middle
8. time according to the variation of sunlight intensity to realize the maximum power point tracking MPPT The pump drive by 3 phase AC motor can draw water from the deep wells or rivers and lakes to pour into the storage tank or reservoir or directly connect to the irrigation system fountain system etc According to the actual system demand and installation conditions different types of pump such as centrifugal pump axial flow pump mixed flow pump or deep well pump can be used 1 2 Inverter Features One power key to turn ON OFF Compatible with 3 phase induction motor Adopting the proposed dynamic VI maximum power point tracking MPPT control method Fast response speed and stable operation Better than the conventional methods which may lead to the problems including poor tracking performance unstable operation or even damaging water hammer effects when the irradiation on the array change rapidly Digital control with full automatic running data storage and complete protective functions short circuit overload over voltage under voltage over heat reverse polarity thunder over flow and dry running The main circuit adopts intelligent power module IPM with high reliability and high efficiency 98 Unique design of cold rolling steel shell with good cooling and shielding LCD display 43 29mm and keys easy operation good view through LCD when setting parameter feel comfortable Protection degree IP55 workin
9. voltage Max PV Array V MPPT voltage setting press UP DOWN to increase or decrease voltage value press ENTER to confirm modification 525V Our inverters MPPT voltage is 480V 600VDC please set this voltage according to your solar panel s total vmp 11KW solar pump system configuration 1 AC pump 9 2kw 3phase 380v 50Hz 2 Solar pump inverter 11kw Input voltage 450V 750V MPPT voltage 480V 600V Model PVPS11KH 3 Solar panel array power total 14kw each solar panel 250w vmp 36V voc 44V total 56pcs Please note that different solar panel from different supplier though the power the same the vmp and voc will be different please choose the suitable solar panel according to your pump and matching solar pump inverter jie Remark solar panel array power should be 1 5 times of pump s power 22 b d Remark 5 5kw 15kw solar pump inverter has two input positive interface and two input negative interface In order to share high voltage from solar panel array normally we use up two groups positive and negative oolar panel array connected with solar pump inverter as below Solar panel array s positive and negative should be connected 14pcs solar panel in series with solar pump inverter s positive and negative accordingly All the interface cables should be securely connected avoid high voltage risk 14pcs of 250w solar panels should be connected in series Tota
10. Change parameter by pressing ENTER key Press UP DOWN to change value then press ENTER key to save ESC means returns ON OFF Press this Key to turn ON OFF 3 3 Function Parameter Description 1 Power On first Interface Display company name product name and model Press DOWN key to Pump Inverter PVPS2200H second interface 2 Press DOWN key to this interface DC Voltage Display current DC input voltage DC input current 500 v DC Input Current 0 8 A 3 Press DOWN key to this interface Output Frequency 21 6 Hz Display current output frequency and output power Output Power 395 VA 4 Press DOWN key this interface Saved Power 2 44 KWh Reduced CO 1 66 Kg Display saved power value reduced CO value 5 Press DOWN key this interface Tank sensor Display tank sensor state and well sensor state you can choose NO or OK by NO press UP and DOWN keys if you choose the tank sensor and well sensor Well sensor NO can work default NO When you set well sensor OK but you don t put well sensor into water Then inverter does not has output 6 Press DOWN key this interface Temp 30 2 Status Automatic Now 0 Alarms currently Check gt gt Display inverter inner temperature working state and how many alarms 17 No matter which panel you are operating now press ENTER key to enter into Input P
11. L 280 430 280 350 0 50 60 PVPS5500 H 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS7500 H 7 5 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS11K H 450 750 480 600 3PH 380 0 50 60 7 5 3PH 380 PVPS15K H 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS18K H 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS22K H 450 750 480 600 3PH 380 0 50 60 27 8 3PH 380 PVPS30K 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS37K 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS45K H 450 750 480 600 3PH 380 0 50 60 37 3PH 380 PVPS55K H 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS75K H 75 450 750 480 600 3PH 380 0 50 60 3PH 380 A Caution Please be sure to select the appropriate model according to the PV array and motor load A Caution High power machine model uses multiple channel DC input structure The input power in the above table indicates total multi channel input power Chapter 2 Installation and wiring 2 1 Purchase Inspection Our company has rigid quality assurance system in product manufacturing package etc If any abnormity is found please immediately contact the distributors of our company or directly keep in touch with the technology service center of our company We will solve the problems for you immediately Once you get the product please confirm the following items Inspection item Inspection method Consistency with ordered product Inspect the product s nameplate label Damage or exfoliation phenomenon Inspect whole appearance Completeness of
12. ase try to exchange any 2 wires to twist and check which connection can pump with the biggest water flow Then twist the wires tightly and wrap it well 24 IV Motor s wire Ground wire 3 phase A B C wire VI Accessory 23 Chapter 5 Storage amp Warranty 5 1 Storage If the storage is not used temporarily or stored for long time after purchasing the following notice should be paid attention to 1 Avoid placing the inverter in high temperature or humid place or where there is vibration and metal dust and excellent ventilation should be ensured 2 Inside filter capacitor performance of the inverter will decline for long time disuse It is necessary to energize one time every 2 years to restore the performance of the filter capacitor and inspect the inverter function at the same time It is necessary to increase the voltage through a DC power supply during energizing with power on time not less than 5 hours 5 2 Warranty The warranty of this inverter is two years When any fault or damage occurs on the product within the warranty period our company will provide free maintenance After the warranty time we can provide lifetime paid warranty service 5 3 Extended Warranty We will extend 1 year warranty if you provide below information to us Provide below information when inquiry we will make good configuration for you 1 Pump Pump Power Voltage Phase 2 Solar Panel Panel Each panel power voc
13. assword refer to below interface 6 7 Password Showing password default 4 zero For user no need to change Input Password password 0000 Press ENTER key 4 times enter into system menu there are 9 contents each interface shows 3 contents 8 System menu first interface System Menu Under System Menu press UP DOWN to select your wanted 1 Work mode content press ENTER key to enter into corresponding menu 2 ON OFF 3 Parameters 9 Press DOWN key to enter into system menu second interface System Menu Under System Menu press UP DOWN to select your wanted content 4 Reset press ENTER key to enter into corresponding menu 5 Reset password 6 Version Press ESC 2 times to System menu interfaces press UP or DOWN to select your wanted content then press ENTER key to enter into corresponding parameter setting 10 Select work mode Setting system work mode press UP DOWN to select mode press Work mode 5 ENTER key to confirm modification Our default is automatic When set 1 Manual 2 Aut ti automatic inverter can power on when there is enough sunshine it can power matu modo off when there is no sunshine You don t need to power on and power off every day When you set manual you need to power on and power off by hand 11 Select power On Off to control the output of inverter When select OFF no power for pump
14. cking MPPT voltage Max PV Array V MPPT voltage setting press UP DOWN to increase or decrease voltage value press ENTER to confirm modification 540 V Our inverters MPPT voltage is 480V 600VDC please set this voltage according to your solar panel s total vmp 16 Highest Frequency Setting 19 Highest Freq 50Hz 17 Lowest Frequency Setting Lowest Freq 05HZ Shutdown Time 01Min 18 Sensor Setting Tank Sensor NO Well Sensor NO 19 Reset Setting RESET Clear data Cancel OK 20 Password Revise Setting Input New 0 0 0 0 21 Version Info Version REV 2013 07 001 Highest frequency setting press UP DOWN to increase or decrease frequency value press ENTER to confirm modification You can set highest frequency as you like For example if you set highest frequency is 30HZ inverter s highest frequency is 30HZ thought good sunshine this frequency is still 30HZ can t goes up to 50HZ You can set lowest frequency as you like Below this lowest frequency the inverter has no output For example if you set lowest frequency 5HZ when the current frequency is 4HZ and shutdown time is 1min Inverter has no output for 1 min Inverter start again If current frequency is still 4HZ inverter shut down again 1 min later inverter starts again Sensor setting press UP DOWN to select OK or NO press ENTER to confirm modification If y
15. er s Information User Company Contact person Address Phone Dealer company Post code Model Serial number Purchase date Handling person Repair Record Date Record Abstract Technician Signature 27
16. g temperature 10 Cto 50 C Solar pump inverter can connects to city power when there is no sunshine to keep system pumping water this function is optional Solar pump inverter can be built in GPRS receiving module optional You can operate this inverter remotely through your PC or mobile phone with our provided website user name and password Low voltage drive device is our patent right product can be used in small solar pumping system to save the quantity of solar panels Soft start and variable frequency function 1 3 Inverter specification Model Description PV P S 750 L PV P S 3700 H L Low Voltage H High Voltage 750 w Power 3 00w Power SATEEN Solar array c NE Solar array Pump g TM PVinergy PV PVinergy Remark L means low voltage 3 phase 220V H means high voltage 3 phase 380V LN caution Do not tear off the product s name plate label solar pumping system specification Rated Input Input output Voltage MPPT Voltage Frequency power Voltage Range VDC Voltage V VAC ge VDC ge V VAC VAC PVPS750H 450 750 480 600 3PH 380 0 50 60 0 825 0 55 3PH 380 380 PVPS1500 280 430 280 350 0 50 60 PVPS1500 H 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS2200 PVPS2200 el 450 750 480 600 3PH 380 0 50 60 PII 3PH 380 PVPS3700 PVPS3700 H 3 7 450 750 480 600 3PH 380 0 50 60 3PH 380 PVPS5500
17. l Vmp 36V 14pcs 504V Meet inverter MPPT voltage 480V 600V Total Voc 44V 14pcs 616V Meet inverter s input voltage 450V 750V Total power 250w 56pcs 14000w According to 504V Vmp and 616V Voc we can set Maximum power point tracking MPPT screen shows Max PV Array V voltage as 504V and set PV array open circuit voltage screen shows PV Array OCV as 616V Our inverter with LCD screen it is easy to operate and set these parameters through screen You can refer to below screens screen 14 and screen 15 from our user manual 23 14 Setting PV array open circuit voltage PV Array OCV PV array open circuit voltage setting press UP DOWN to increase or decrease voltage value press ENTER to confirm 616V modification Please set this voltage according to your solar panel s total voc not exceed our max rated voltage 750V 15 Setting Maximum power point tracking MPPT voltage Max PV Array V MPPT voltage setting press UP DOWN to increase or decrease voltage value press ENTER to confirm modification 504V Our inverters MPPT voltage is 480V 600VDC please set this voltage according to your solar panel s total vmp III How to connect the motor s wires Note Inverter s output 3 phase A B C are connected with AC pump s 3 phase A B C You can try to connect any 3 wires and twisted together Then power on inverter and check output water flow If water flow is not very good ple
18. ll produce toxic and harmful gas Chapter 1 System Introduction 1 1 Introduction of Solar Pumping System Solar pumping system becomes more and more popular it can be applied to daily use underground water agriculture irrigation forestry irrigation desert control pasture animal husbandry water supply for islands wastewater treatment engineering and so on In recent years with the promotion of the utilization of new energy resources solar pumping systems are more and more used in municipal engineering city center squares parks tourist sites resorts and hotels the landscapes and fountain systems in the residential areas This system is composed of solar array 3 phase AC pump and solar pumping inverter Based on the design philosophy that it is better to store water than electricity there is no energy storing device such as store battery in the system Solar panel Solar pump controller Pump lt lt lt 9 9 9 my Lie Structure of solar pumping system The solar array an aggregation of many solar modules connected in series and parallel absorbs sunlight radiation and converts it into electrical energy providing dynamical water for the whole system The pumping inverter controls and adjusts the system operation and converts the DC produced by solar array 6 into AC to drive the pump and adjust the output frequency in real
19. load and inverter must be reasonable or else the equipment will be breakdown Running 1 Please use the fasten terminal of the specified torque or else it will cause fire 2 Do not connect the output terminal of the inverter to the capacitor and phase advanced LC RC noise filter It is recommend to use the output reactor when the distance between the inverter and the motor load more than exceeds100 m 1 Adjust partial control parameters according to the steps indicated by the manual before its first running Do not change the control parameters of the inverter randomly or else it will cause damage to the equipment 2 Because the heat sink s temperature is high during running do not touch it for a long time or else it will cause burn 3 In the condition of altitude over 1000m the inverter should be derated for use that is output current will be de rated by 1096 at every 1500 m increment of height 1 Maintenance and inspection must be performed by the qualified electric professionals 2 Do not dismantle the inverter during electrifying Conduct maintenance and inspection at least 5 minutes after the power off 3 It is absolutely forbidden to reconstruct the inverter by oneself or else it will cause personnel injury or equipment damage 4 Treat the inverter as industrial waste when processing the abandoned inverter It is possible that the electrolytic capacitor will explode during incineration and that part of components wi
20. ou set OK means sensor is available Tank sensor can detect tank is full or not well sensor can detect well is dry or not When tank is full or well is dry inverter stop output pump does not run If you set NO means sensor is unavailable Reset setting press UP DOWN to select press ENTER to confirm modification Password revised setting press UP DOWN to add or minus value to set your wanted password press ENTER to confirm modification Normally user does not need to use this setting 20 A caution According to real PV array the PV array open circuit voltage interface 14 and MPPT voltage interface 15 can be changed according to real PV array Chapter 4 Installation instruction In order to let you know how to make configuration of the whole system now we assume 2 projects for your reference 3 7kw solar pump system configuration 1 AC pump 2200W 3phase 380v 50Hz 2 Solar pump inverter 3700W Input voltage 450V 750V MPPT voltage 480V 600V Model PVPS3700H 3 Solar panel array power total 3 3Kw each solar panel 220w vmp 35V voc 39V total 15pcs Please note that different solar panel from different supplier though the power is same the vmp and voc will be different please choose suitable solar panel according to your pump and matching solar pump inverter Remark solar panel array power should be 1 5 times of pump s power oolar panel array connected with solar p
21. ump inverter as below Solar panel array s 15 pcs solar panel in series positive and negative should be connected with solar pump inverter s positive and negative accordingly All the interface cables should be securely connected avoid high voltage risk 21 PVPS3700H solar pump inverter minimum DC input voltage is 450V and maximum DC input voltage is 750V MPPT voltage range is 480V 600V b d Let s configure the solar panel Successful configuration for the solar pumping system must satisfy at least three basic requirements as below Total Vmp 35V 15pcs 525V Meet MPPT voltage 480V 600V Total Voc 39V 15pcs 585V Meet inverter s input voltage 450V 750V Total power 220w 15pcs 3300w According to 525V Vmp and 585V Voc we can set Maximum power point tracking MPPT screen shows Max PV Array V voltage as 525V and set PV array open circuit voltage screen shows PV Array OCV as 585V Our inverter with LCD screen it is easy to operate and set these parameters through screen You can refer to below screens screen 14 and screen 15 from our user manual 14 Setting PV array open circuit voltage PV Array OCV PV array open circuit voltage setting press UP DOWN to increase or decrease voltage value press ENTER to confirm 585 modification Please set this voltage according to your solar panel s total voc not exceed our max rated voltage 750V 15 Setting Maximum power point tracking MPPT
22. voltage vmp voltage EN below s and information after installation Photos show pump pump specification pump and inverter connection m 2 Inverter Photos show inverter installation environment inverter connection and switch LCD screen parameter setting 3 Solar Panel Photos show solar panel and inverter connection solar panel specification solar panel array and quantity Prompt Warranty only covers the body of the inverter 26 Warranty Agreement 1 The warranty of this inverter is two years When any fault or damage occurs on the product within the warranty period our company will provide free maintenance After the warranty time we can provide lifetime paid warranty service 2 The warranty time starts from the date when the product is leaving the factory and the machine frame code is the only proof to determine the warranty period 3 Certain maintenance charge should be considered during warranty period if the fault is caused by the following reason Fault caused by operating against the manual or surpass the standard specification Fault caused by self fix and modification without permission Fault caused by poor preservation Fault by using the inverter in abnormal function Machine damage caused by fire salt corrosion gas corrosion earthquake storm flood lightning abnormal voltage or other force majeure 4 Please be sure to retain this card and show it to the maintenance service Us

Solar Pump Inverter

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