N3H-X8US 8KW Split Phase Hybrid Solaris Inverter
EXEMPLUM:
120/240V Split Phase Hybrid Inverter
| Data technica | N3H-X8US | |||
| PV Input Data | ||||
| MAX.DC Input Power | 12KW | |||
| No.of MPPT Trackers | 4 | |||
| MPPT dolor | 120 - 430V | |||
| MAX.DC Input intentione | 500V | |||
| MAX.Input Current | 14A×4 | |||
| Pugna Input Data | ||||
| Nominal intentione (Vdc) | 48V | |||
| MAX.Charging/officio Current | 190A/190A | |||
| Pugna intentione dolor | 40-60V | |||
| Type altilium | Lithium et plumbum acidum altilium | |||
| Incurrens Strategy pro Li-Ion altilium | Adaptatio auto-BMS | |||
| AC Output Data (De-Eget) | ||||
| Nominal Output Power output ad Grid | 8KVA | |||
| MAX. Apparent Power output in malesuada euismod | 8.8KVA | |||
| Output intentione dolor | 110-120V/220-240V pascha split, 208V(2/3 pascha), 230V(1 pascha) | |||
| Output Frequency | 50/60Hz (45 ad 54.9Hz/55 ad 65Hz); | |||
| Nominal AC Current output ad Grid | 33.3A | |||
| Max.AC Current output ad malesuada euismod | 36.7A | |||
| Output THDI | < 2% | |||
| AC Output Data (Back-Up) | ||||
| Nominal. Apparens Power Output | 8KVA | |||
| MAX. Apparens Power Output | 8.8KVA | |||
| Nominal Output Voltage LN/L1-L2 | 120/240V | |||
| Nominal Output Frequency | 60Hz | |||
| Output Power Factor | 0.8leading …0.8lagging | |||
| Output THDU | < 2% | |||
| Efficientia | ||||
| Europa Efficens | >=97.8% | |||
| MAX. Pugna onerare Efficens | >=97.2% | |||
| Praesidium | ||||
| Ground Deprehensio | ETIAM' | |||
| Arcus Grand Praesidium | ETIAM' | |||
| Insulae Praesidium | ETIAM' | |||
| Reverse Polarity altilium | ETIAM' | |||
| Nulla Resistor Deprehensio | ETIAM' | |||
| RELICTUM Current Cras Unit | ETIAM' | |||
| Output super Current Praesidium | ETIAM' | |||
| Back-sursum Output Short Praesidium | ETIAM' | |||
| Terminal Temperature Detection | ETIAM' | |||
| Output super intentione Praesidium | ETIAM' | |||
| Output sub intentione Praesidium | ETIAM' | |||
| Generalis Data | ||||
| Output Conduit | 25.4mm | |||
| PV Input Conduit | 25.4mm | |||
| BAT Input Conduit | 34.5mm | |||
| Temperature Range operating | -25 ~ +60°C | |||
| Relativum Umor | 0-95% | |||
| Altitude operating | 0~4000m | |||
| Ingressus Praesidium | IP65/NEMA 3R | |||
| Pondus | 48kg | |||
| Magnitudine (Latitudo * Altitudo * Profundum) | 450mm x 820mm x 261mm | |||
| Refrigerium | Air Cooling | |||
| sonitus emissio | <38dB | |||
| Ostendere | LCD | |||
| Communicationis Cum BMS/Meter/EMS | CANRS485 | |||
| Supported Communication Interface | RS485, WLAN, 4G (libitum) | |||
| Auto-consummatio ad noctem | < 25W | |||
| salus | UL1741SA omnia bene, UL1699B, CSA 22.2 | |||
| EMC | FCC Part 15 ClassB | |||
| Signa Connection malesuada euismod | IEEE 1547, IEEE 2030.5, Hawaii Regula 14H, Regula 21 Phase I, II, III | |||
| Object | Descriptio |
| 01 | BAT inpu/BAT output |
| 02 | WIFI |
| 03 | Communicatio Pot |
| 04 | CTL 2 |
| 05 | CTL 1 |
| 06 | Load 1 |
| 07 | Humus |
| 08 | PV input |
| 09 | PV output |
| 10 | Generator |
| 11 | Eget |
| 12 | Load 2 |
