Przetwornica czystej fali sinusoidalnej Humsienk PULSAR 12V 1000W
Stworzony do kamperów, łodzi i małych instalacji poza siecią, ten falownik 12 V o mocy 1000 W z czystą falą sinusoidalną zapewnia stabilne zasilanie lodówek, oświetlenia, laptopów i urządzeń elektronicznych codziennego użytku. Wbudowany kontroler MPPT obsługuje… aż do 600W paneli słonecznych, podczas gdy ładowanie sieciowe i słoneczne utrzymuje akumulator w gotowości.
- Moc wyjściowa czystej fali sinusoidalnej 1000 W: Zapewnia stabilne zasilanie prądem zmiennym 230 V do lodówek, oświetlenia, laptopów i delikatnych urządzeń elektronicznych w kamperach, łodziach i małych systemach poza siecią.
- Moc instalacji fotowoltaicznej do 600 W: Obsługuje do 600W podłączonych paneli słonecznych, umożliwiając efektywne zbieranie energii w ciągu dnia.
- Ładowanie słoneczne MPPT 40A: Wbudowany kontroler MPPT umożliwia ładowanie słoneczne do 40 A w kompatybilnych systemach akumulatorowych 12 V.
- Całkowity prąd ładowania 80A: Obsługuje łączone ładowanie słoneczne i sieciowe do 80 A, co pozwala na szybsze ładowanie akumulatora.
- Moc szczytowa 2000 W: Zapewnia dwukrotnie większą znamionową moc wyjściową przez okres do jednej sekundy, co umożliwia obsługę krótkotrwałych obciążeń rozruchowych urządzeń.
- Priorytet elastycznego zasilania: Wybierz priorytet „najpierw energia użytkowa”, „najpierw energia słoneczna” lub „SBU”, aby sprostać różnym potrzebom w zakresie zasilania poza siecią i zasilania awaryjnego.
- Kompaktowa konstrukcja poza siecią: Lekka, 3,3-kilogramowa konstrukcja przeznaczona do montażu na ścianie oszczędza miejsce w kamperach, łodziach, kabinach i małych systemach zasilania.
Choose Your 12V Battery Setup
Pair your 12V 1000W inverter with the right 12V LiFePO4 battery for RVs, boats, camping, small appliances, and backup power.
| Power Scenario | Typical Devices | Power Demand | Recommended Battery Setup | Battery Capacity |
|---|---|---|---|---|
| Essential 12V Backup Basic backup use | Lights / Wi-Fi / Phone Charging / Small Fan / TV | Light Load For daily essentials and small devices | 1.28–2.05 kWh | |
| Extended Runtime Setup RV & camping power | Fridge / Freezer / TV / Laptop / Coffee Maker / Small Pump | Medium Load Longer backup time with more capacity | 2.56–4.02 kWh | |
| Maximum Runtime Large-capacity 12V backup | RV / Boat / Off-grid Cabin / Longer Backup Use / Multiple Appliances | Heavy Runtime Large 12V battery capacity for longer use | 4.10–8.19 kWh |
💡 Tip: This is a 12V inverter. Use a 12V battery system only. Do not connect batteries in series, as series connection increases the voltage to 24V or higher. For longer runtime, choose a larger 12V battery or connect identical 12V batteries in parallel only if supported by the battery manual.
Estimate Your 12V Backup Time
Choose a common load or enter your own power usage to estimate how long each 12V battery setup can keep your inverter running.
Choose Your Power Load
Not sure? Start with one of the common 12V inverter load presets below.
Estimated runtime = battery capacity × 90% usable energy ÷ power load.
Essential 12V Backup
Compact 12V capacity for lights, Wi-Fi, phone charging, small fans, and TV.
Extended Runtime Setup
More capacity for RVs, boats, camping, small pumps, laptops, and longer daily use.
Maximum Runtime
Large-capacity 12V backup for longer RV, marine, cabin, and off-grid use.
Estimated runtime is for reference only. Actual performance may vary depending on appliance power, inverter efficiency, battery settings, temperature, and installation conditions. This is a 12V inverter. Use a 12V battery system only. Do not connect batteries in series, as series connection increases the voltage to 24V or higher.
Specification
General
| Model | HSINV12V1KW220-SRA-EU |
| Dimensions (L × W × H) | 9.45 × 3.58 × 11.26 in / 240 × 91 × 286 mm |
| Net Weight | Approx. 3.3 kg / 7.28 lb |
| Operating Temperature | 14°F to 122°F / -10°C to 50°C |
| Storage Temperature | -15°C to 60°C |
| Humidity | 5% to 95% RH, non-condensing |
| Installation | Wall-mounted |
| Compliance | CE |
Inverter Output
| Rated Output Power | 1000W / 1000VA |
| Output Waveform | Pure Sine Wave |
| Output Voltage | 230V AC ±5% |
| Output Frequency | 50Hz |
| Surge Capacity | 2000W for up to 1 second |
| Peak Inverter Efficiency | 94% |
| No-Load Power Consumption | Less than 28W |
| Overload Protection | 3 seconds at ≥150% load / 5 seconds at 101%–150% load |
| Output Short-Circuit Protection | Circuit breaker |
Solar Input
| Maximum PV Array Power | 600W |
| Solar Charger Type | MPPT |
| MPPT Voltage Range | 20–150V DC |
| Maximum PV Open-Circuit Voltage | 150V DC |
| Maximum Solar Charging Current | 40A |
Battery & Charging
| Nominal Battery Voltage | 12V DC |
| Maximum AC Charging Current | 40A |
| Maximum Solar + AC Charging Current | 80A |
| Charging Algorithm | 3-Stage Charging |
| Default Bulk Charging Voltage | 14.1V |
| Default Float Charging Voltage | 13.5V |
| Low DC Cut-Off Voltage | 10.75V at load below 50% / 10.5V at load of 50% or above |
| High DC Cut-Off Voltage | 16.0V |
AC Input & Power Sources
| Nominal AC Input Voltage | 230V AC |
| Acceptable AC Input Range | 90–280V AC in Appliance Mode / 170–280V AC in UPS Mode |
| Nominal Input Frequency | 50Hz / 60Hz, auto detection |
| Maximum AC Input Voltage | 300V AC |
| Transfer Time | 10ms |
| Supported Power Sources | Solar, Battery, Utility and Generator |
| Output Source Priorities | Utility First / Solar First / SBU Priority / MKS Priority |
| Charging Source Priorities | Solar First / Solar and Utility / Solar Only |
Display & Protection
| Display | LCD display with function buttons |
| AC Output Connection | Hardwired AC output and built-in output receptacles |
| Anti-Dust Kit | Optional removable anti-dust filter |
| Automatic Restart After Overload | Configurable |
| Automatic Restart After Over-Temperature | Configurable |
| Over-Temperature Protection | Supported |
| Short-Circuit Protection | Supported |
| High and Low Voltage Protection | Supported |
| Fault and Warning Display | LCD fault codes with audible alarm |
Product specifications are based on the latest available technical documentation. Installation must be completed by qualified personnel in accordance with local electrical and safety regulations.