Categories
| Price: | Negotiable/Piece |
|---|---|
| Trade Terms: | FOB |
| Min Order: | 1/Piece |
| Pay Type: | L/C,T/T,Western Union |
| SUN-2500P/12-230 | SUN-2500P/24-230 | SUN-2500P/48-230 | SUN-2500P/12-120 | SUN-2500P/24-120 | SUN-2500P/48-120 | |
| Output Continuous Max. Power | 2500W | |||||
| Output Surge Power | 5000W | |||||
| Converting Max. Efficiency | > 88% | > 90% | > 92% | > 88% | > 90% | > 92% |
| Normal Input Voltage | DC12V | DC24V | DC48V | DC12V | DC24V | DC48V |
| Input Voltage Range | DC10~15V | DC20~30V | DC40~60V | DC10~15V | DC20~30V | DC40~60V |
| Output Voltage | AC230± 5% | AC120± 5% | ||||
| Output Frequency | 50Hz | 60Hz | ||||
| Output Wave Form | Modified Sine Wave | |||||
| No load Current(Average) | < 0.20A | < 0.15A | < 0.12A | < 0.20A | < 0.15A | < 0.12A |
| Input Low-Voltage Alarm Voltage | 10.5± 0.5V | 21± 0.5V | 42± 1V | 10.5± 0.5V | 21± 0.5V | 42± 1V |
| Input Under-voltage Cut Off Voltage | 10± 0.5V | 20± 0.5V | 40± 1V | 10± 0.5V | 20± 0.5V | 40± 1V |
| Input Over-voltage Cut Off Voltage | 15± 0.5V | 30± 0.5V | 60± 1V | 15± 0.5V | 30± 0.5V | 60± 1V |
Introduction
Each of this kind of inverters is complete functional inverter, but not module, and the frame of each inverter is completely same. It can be used parallel, and also can be used singly. The stackable quantities in one system can be composed freely in the range of 10pcs. In a system, when it is working, the master inverter must be power on, and the working quantities of the other slave inverters depend on the usage of the load. So it's very convenient to use and can maximum reduce the power loss of no load in the system. The cost of stackable power inverter is close to the cost of the same kind of common inverter. At present there is also module stackable inverter in the market and it's the cabinet combination. But usually the module can't be used singly and the combination is not very freely. The pic.1 is sketch map of inverter parallel connection, in it, 1 is the master inverter of the parallel inverter system, 2 and 3 are the slave inverters. There are must and only one master inverter in one system. The master inverter is complete the same as the slave inverter. Which one is master and which one is slave, it depends on the choosing switch on the inverter panel. In the system, the 'Syn' of each inverter are all hanged on bus of single line synchronization. The L wire of AC output connected with L wire, N wire of AC output connected with N wire each other. But the negative terminal of each DC input need to be connected with a lead, the positive terminal can be detached and also can be connected. So in the system, different DC power supply power to different inverters, as well as the same DC power supply power to all the inverters, it can be used very flexible. Because there are synchronous signal cut-off detection, many master inverters setup error detection, L wire and N wire connected error detection in parallel system, so in the progress of the system connecting, installing and debugging, it assure that the equipment can't be damaged because of the factitious errors.| Prod Model: | SUN-2500W Parallel |
|---|---|
| Markets: | North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe |
| Size: | 420 * 255 * 100 |
| Type: | DC/AC Inverters |
| Phase: | Single |
| Power Source: | Electric Power |
| Output Power: | >1000W |
