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Fangpusun Hybrid Inverter AC transfer switch work for battery conversion equipment used for various applications (off-grid, self-consumption, onboard maritime and land systems, safety and industry). Our internationally available product range consists of inverter, inverter/Charger, MPPT solar controller and accessories around the lead-acid and Lithium battery. Our Plug-and-Play equipment is continuously tested during the production process and can be combined with several energy sources such as solar panels, batteries, a generator, a wind turbine, the conventional electrical grid,… Free technical support and complete documentation are provided with our products, most of which are guaranteed for 5 years.
The basic functions of the combined inverters Fangpusun Xtender are the inverter, the battery charger, the switching function and the support of external sources of alternating current. These functions can be combined and controlled fully automatically. The inverters offer outstanding user-friendliness and very good exploitation of the energy available.
All the settings of the Fangpusun Xtender can be remote controlled. When a software with new functions is available, it can be loaded into the system, so the Fangpusun Xtender always stays up to date. Several Fangpusun Xtender can be connected in parallel or to form a three-phase system. That means that up to nine Fangpusun Xtender can work together.
These potential-free contacts can be programmed for many different applications. They can react to any event outside or inside of the inverter (grid availability, battery voltage, fault message ...) They can also be programmed on a timer or can be switched on during particular times (at night, at the weekend ...). In this way, they can serve to start up a generator, to switch off less important loads, to signal a fault, to charge batteries depending on the situation, etc.
With the smart-boost function, the output of another source of alternating current, such as a power generator or a charger connection, can be increased; even when special loads are being used (inductive, asymmetric, with high switch-on current). It is also possible to combine the Fangpusun Xtender with almost all inverters which are already present in order to increase the available output.
· True sine wave voltage
· Excellent overload capabilities
· Optimal battery protection
· Adjustable integrated battery charger
· Multistage programmable battery charger with PFC
· Automatic load detection
· Standby load detection adjustable over a wide range, starting from a low value
· Parallel connectable
· Best reliability
· Can be used as a back-up system or uninterruptible power supply (UPS)
· Multifunction contact
· Adjustable power sharing
· Reliable and noiseless with any kind of load
· Support of sources of alternating current (Smart Boost)
· Automatic support for peak loads (Power Shaving)
· Ultra-fast transfer relay
· High efficiency
· Control by digital signal processor (DSP)
· Deep discharge protection
· Battery overvoltage shutdown
· Short circuit protection
· Overtemperature and overload protection
· Reverse polarity protection by internal fuse (except Fangpusun Xtender XTH 3000)
· Acoustic alarm at deep discharge or overheating
· 5 LEDs show operating states
· Main switch
· Adjustable load detection
· Compliant with European Standards (CE)
· RoHS compliant
· Made in china
| Model | XTM 1500-12 | XTIM 2000-12 | XTM 2400-24 | XTIM 3500-24 | XTIM 2000-48 | XTM 4000-48 |
| Characterisation of the operating performance | ||||||
| Nominal battery voltage | 12V | 12V | 24V | 24V | 48V | 48V |
| Input voltage range | 9.5-17VDC | 9.5-17VDC | 19-34VDC | 19-34VDC | 38-68VDC | 38-68VDC |
| Continuous power | 1500VA | 2000VA | 2000VA | 3000VA | 2000VA | 3500VA |
| Power 30 min. | 1500VA | 2000VA | 2400VA | 3500VA | 2600VA | 4000VA |
| Power 5 sec. | 3400VA | 4800VA | 6000VA | 9000VA | 6500VA | 10500VA |
| Max.efficiency | 93% | 93% | 94% | 94% | 96% | 96% |
| Own consumption stand by | 1.4W | 1.4W | 1.6W | 1.6W | 2.0W | 2.1W |
| Own consumption ON | 8.0W | 10W | 9W | 12W | 10W | 14W |
| Acoustic level without ventilation | 40 dB | |||||
| Acoustic level with ventilation | 45 dB | |||||
| Maximum load | Up to short-circuit | |||||
| Maximum asymmetric load | Up to Pcont. | |||||
| Load detection (stand-by) | 2 to 25 W | |||||
| Cos qp | 0.1-1 | |||||
| Output voltage | Pure sine wave 230Vac(±2%)/ 120Vac(1) | |||||
| Output frequency | 45Hz-60Hz(1)±0.05%(crystal controlled) | |||||
| Harmonic distortion | <2% | |||||
| Overload and short-circuit protection | Automatic disconnection with 3 time restart attempt | |||||
| Overheat protection | Warning before shut-off- with automatic restart | |||||
| Battery charger | ||||||
| Charge Characteristic | 6 steps:Bulk-Absorption-Floating-Equalization-reduced fl oating-periodic absorptionNumber of steps, thresholds, end current and times completely adjustable with the RCC-02-03 | |||||
| Temperature compensation | With BTS-01 or BSP 500/1200 | |||||
| Power Factor Correction(PFC) according | EN 61000-3-2 | |||||
| Maximum charging current | 70A | 100A | 55A | 90A | 30A | 50A |
| Input voltage range | 150 to 265Vac/ 50 to 140Vac(1) | |||||
| Input frequency | 45 to 65Hz | |||||
| Input current max.(transfer relay)/Output current max. | 50Aac/56Aac | |||||
| Transfer time | <15ms | |||||
| Multifunction contacts | 2 independent contacts(potential free 3 points,16Aac/5Adc) | |||||
| Dimension hxwxl [mm] | 133x322x466 | |||||
| Protection index | IP20 | |||||
| Operating temperature range | -20 to 55 | |||||
| Relative humidity in operation | 95% without condensation | |||||
| Ventilation | Forced from 55 | |||||
| Warranty | 2 years | |||||
| Weight | 15Kg | 18.5Kg | 16.2Kg | 21.2Kg | 16.2Kg | 22.9Kg |










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