1. Chigadzirwa Pamusoroview
The PowMr 3600W Solar Inverter is a versatile off-grid solution designed to convert 24V DC power from batteries into 110V AC pure sine wave electricity. It integrates a 120A MPPT solar charge controller and an 80A AC charger, making it suitable for various solar power applications. This unit supports multiple battery types, including AGM, Gel, Lead-acid, Lithium-ion, and LiFePO4, and can operate in a batteryless mode.

Mufananidzo 1.1: Mberi view yePowMr 3600W Solar Inverter, showcasing the LCD display and control buttons.
Video 1.1: A detailed visual overview of the PowMr 3600W Solar Inverter's physical appearance and various ports.
2. Key Features
- High Power Output: Rated 3.6kW pure sine wave output, converting 24V DC to 110V AC.
- Mutongi weMPPT wepamusoro: Features a 120A MPPT solar charge controller with a maximum PV input power of 4200W and 500Vdc.
- Flexible Charging: Includes an 80A AC charger, supporting a max hybrid charging current (AC + PV) of 120A.
- Battery Kuenderana: Compatible with AGM, Gel, Lead-acid, Lithium-ion, and LiFePO4 batteries. Supports batteryless operation.
- Mushandisi-Ushamwari Kuratidzwa: LED display provides real-time system information and allows adjustment of input voltage range, battery charging current, and AC/solar charging priority.
- Comprehensive Protection: Equipped with dual cooling fans for efficient heat dissipation and multiple protections including short circuit, over/under voltage, overload, reverse polarity, and over-temperature.
- Communication Interfaces: Supports RS485 and RS232 communication.

Figure 2.1: Visual representation of the inverter highlighting key technical specifications such as 3.6kW/24V, 97% conversion efficiency, and 120A max solar charge current.
3. Setup uye Kuiswa
Proper installation is crucial for the safe and efficient operation of your PowMr solar inverter. Please follow these steps carefully. It is recommended to have a qualified electrician perform the installation.
3.1 Kuisa Inverter
- Determine a suitable, well-ventilated installation location, away from direct sunlight, moisture, and flammable materials.
- Secure the inverter to a sturdy wall using two screws through the mounting holes located at the top of the inverter. Ensure it is level and firmly attached.

Figure 3.1: The PowMr 3600W Solar Inverter securely mounted on a wall, ready for wiring connections.
3.2 Bhatiri Connection
Before connecting the battery, ensure the inverter is turned off and all circuit breakers are open.
- Connect the positive (+) and negative (-) cables from your 24V battery bank to a suitably rated DC circuit breaker.
- Remove the port cover at the bottom of the inverter by unscrewing the four screws. This exposes the connection terminals.
- Connect the positive (+) and negative (-) cables from the DC circuit breaker to the corresponding battery terminals on the inverter. Ensure correct polarity to prevent damage from reverse connection.
- Simbisa bhatiri voltage is within the acceptable range for the inverter (typically 24V nominal).

Figure 3.2: The inverter connected to a 24V battery, illustrating the battery terminals and the DC circuit breaker.
3.3 Kubatanidza PV Array
Connect your solar panels (PV array) to the inverter. Ensure the PV array's voltage uye zvazvino zviri mukati meiyo inverter yakatarwa.
- Connect the positive (+) and negative (-) cables from your PV array to the positive and negative PV input ports of the inverter.
- Tarisa kaviri kubatana kwese kuti uone kana kwakasimba uye kuti kwakarurama here.
3.4 Kubatanidza kweAC Input uye Output
The inverter can be connected to utility power or a generator for charging and backup.
- Connect the utility power or generator to the AC input port of the inverter.
- Connect your loads to the main AC output port.
- If utilizing the dual output smart management feature, connect secondary loads to the secondary AC output port. This feature allows for stable power supply to the secondary output line.
3.5 Kubatidza
- After all connections are made and verified, replace the port cover on the inverter.
- Vhara bhatiri redunhu breaker.
- Power on the inverter using its main power switch.
- If the inverter shows no abnormalities, sequentially activate the PV input, AC input, and AC output lines.
Video 3.1: A step-by-step guide on how to properly wire the PowMr 3600W solar inverter, including battery, PV, and AC connections.
4. Maitiro Okushandisa
The PowMr 3600W Solar Inverter offers flexible operating modes to suit various energy needs.
4.1 Kuchaja Modes
Iyo inverter inotsigira nzira nhatu dzakasiyana dzekuchaja:
- Solar Chete: Inopa simba rezuva rinodiwa pakuchaja mabhatiri.
- Mains Only: Uses utility power (AC grid) for battery charging.
- Mains & Solar Hybrid: Combines both solar and utility power for efficient battery charging.
4.2 Maitiro Ekuburitsa Mutoro
The inverter provides three load output working modes:
- Chinhu Chinonyanya Kukosha Pakubatsira: Inopa simba remagetsi kuti ripe zvinhu zvinorema.
- Solar Kukosha: Inopa simba rezuva kukosha kwekupa mitoro.
- Solar and SBU Priority: Prioritizes solar power, then battery, then utility power for loads.

Figure 4.1: Flowchart depicting the various charging and load output priority modes available on the inverter.
5. Configurable Settings via LCD Display
The integrated LED display provides real-time system information and allows users to customize various operational parameters.
- Chiyamuro Voltage Range: Gadzirisa huwandu hwezvinhu zvinogamuchirwatage range for utility power.
- Bhatiri richichaja Iyezvino: Set the desired battery charging current based on your battery type and capacity.
- AC and Solar Charging Priority: Configure the priority between AC and solar charging sources.

Figure 5.1: The LCD display interface, illustrating options for adjusting AC/Solar charger priority, battery charging current, and input voltage range.
6. Zvikumbiro
The PowMr 3600W Solar Inverter is designed for a wide range of applications, providing reliable power in various settings.
- Kushandiswa Kwekugara: Powering homes and essential appliances.
- Commercial Photovoltaic Applications: Kutsigira zvinodiwa zvemagetsi madiki kusvika pakati nepakati.
- Agricultural Applications: Providing power for farm equipment and remote agricultural sites.
- Emergency Backup: Ensuring power continuity during outages for critical systems.

Mufananidzo 6.1: Examples of the inverter's applications, including residential, commercial, agricultural, and emergency backup scenarios.
7. Zvinyorwa zveUnyanzvi
| Tsanangudzo | Value |
|---|---|
| Rated Output Power | 3.6kW (Pure Sine Wave) |
| DC Voltage Kuisa | 24V |
| AC Voltage Output | 110V AC |
| Max PV Vhura Circuit Voltage | 500vdc |
| PV Array MPPT Voltage Range | 60-500Vdc |
| Yakakura PV Input Simba | 4200W, 18A |
| Rated Grid Input Voltage | 110/120Vac |
| Max Hybrid Charging Current (AC+PV) | 120A |
| Kukurukurirana | RS485, RS232 |
| Dimensions (Package) | 19.69 x 16.97 x 7.64 inches |
| Item Weight | 22.8 makirogiramu |
8. Safety Information
Always observe the following safety precautions to prevent injury and damage to the inverter or connected equipment:
- Iva nechokwadi chekuti waya dzese dzinofambiswa nevashandi vane hunyanzvi uye dzinotevedzera mitemo yemagetsi yemuno.
- Do not connect or disconnect wires while the system is live. Always disconnect power sources (PV, battery, AC input) before servicing.
- Avoid installing the inverter in areas with high humidity, dust, or flammable gases.
- Iva nechokwadi chekugadzika kwakakodzera kweiyo inverter.
- Usaedze kuvhura kana kugadzirisa inverter iwe pachako. Tarisa kune vashandi vane mvumo.
- Keep children away from the inverter and wiring.

Figure 8.1: The inverter's built-in protection mechanisms, including short circuit, over current, over voltage, pasi pe voltage, overload, backfill, over-temperature, and over charge protection.
9. Kuchengeta
Kugaro gadzirisa kunobatsira kuve nechokwadi chehupenyu hurefu uye kuita kwakakwana kweiyo inverter yako.
- Kuchenesa: Periodically clean the exterior of the inverter and ensure the cooling vents are free from dust and debris. Use a dry, soft cloth.
- Macheki ekubatanidza: Regularly inspect all electrical connections (battery, PV, AC input/output) for tightness and signs of corrosion.
- Environmental Check: Iva nechokwadi chekuti nzvimbo yekuisa inoramba iri mukati memazinga ekupisa nehunyoro hwakatarwa.
- Firmware Dzokorora: Tarisa mugadziri wacho websaiti yekuvandudza firmware iripo kuti ivandudze mashandiro kana kugadzirisa matambudziko.
10. Kugadzirisa matambudziko
Chikamu chino chinopa gwara pamatambudziko akajairika aungasangana nawo. Kana uine matambudziko akaoma, taura nerutsigiro rwevatengi.
| Dambudziko | Zvinogona Kukonzera | Solution |
|---|---|---|
| Inverter haisi kushanda | Battery not connected, battery voltage too low, inverter switch off, faulty wiring. | Check battery connections, ensure battery is charged, turn on inverter switch, verify wiring. |
| Hapana AC inobuda | Overload, short circuit, AC output breaker tripped, inverter fault. | Reduce load, check for short circuits, reset AC output breaker, check LCD for error codes. |
| Battery not charging from PV | PV array not connected, insufficient sunlight, PV voltage too low/high, MPPT controller fault. | Tarisa kubatana kwePV, iva nechokwadi chekuti chiedza chezuva chakakwana, simbisa PV voltage, check LCD for PV-related errors. |
| Bhatiri harichaji kubva kuAC | AC input not connected, utility power outage, AC input breaker tripped. | Check AC input connections, verify utility power, reset AC input breaker. |
11. Warranty uye Tsigiro
Kuti uwane ruzivo nezvewarandi, rutsigiro rwehunyanzvi, kana mibvunzo yebasa, ndapota tarisa PowMr yepamutemo website or contact their customer service directly. Keep your purchase receipt and product serial number handy for faster assistance.
Mugadziri: PowMr
Websaiti: Chitoro Chepamutemo chePowMr paAmazon





