10kw Three-Phase Power-Frequency Inverter
|FOB Price:||US $990 / Piece|
|Min. Order:||1 Piece|
|Min. Order||FOB Price|
|1 Piece||US $990/ Piece|
|Production Capacity:||10000PCS/Month for Inverter|
|Payment Terms:||L/C, T/T, D/P, Western Union, Paypal, Money Gram|
- Model NO.: TP-10KW
- Output Power: >1000W
- Type: DC/AC Inverters
- Nature of Wave String: Sine Wave Inverter
- OEM/ODM: Accept
- Sample Order: Accept
- Trademark: SNAT
- Specification: CE, ISO
- Phase: Three
- Certification: CE, ISO9001
- Power Source: Solar Power
- Display: LCD
- MOQ: 1unit
- Company: Manufacturer and Trading Company
- Transport Package: Standard Export Package
- HS Code: 8504403090
The product can provide reliable power supply protection for large data centers, network computer rooms as well as the electric power links of fields such as manufacturing , trafic and energy to meet the high reliability requirement of users for large-power inverters. Based on the DSP accurate control technology and the double built-in MCUs, the product can output stable and pure sine waves and provide safe and reliable power supply protection for users.
* Advanced operation mode
Frequency tracking, phase-locking voltage stabilization, noise filtering and prevention of impact by fluctuation of the power grid realized in output of the inverter.The best power supply guarantee for the loading equipment of users contributed by a full digital vector control technology based on real-time processing by DSP, MCU and DDC.
* Efficient IGBT(Insulated Gate Bipolar Transistor) inversion technology
Good high-speed swithcing feature, large-voltage and large-current operating characteristics, and voltage drive of IGBT(The fifth-generation IGBT has a lower saturation voltage drop and higher operation efficiency and reliability.)
A wide range of input frequency(45Hz~65Hz), which realizes stable operation of fuel generators.
* Great loading capacity
Suitability for industrial application such as machine tools and wire cutters.
* Reliable performance
A power-on test function for timely discovery and elimination of potential hazards. High stability and reliability guaranteed by integration of functions including AC input overvoltage protection, AC input undervoltage protection, output overload protection, short circuit protection, overcurrent protection, fan fault protection, auxiliary power supply fault protection, battery overcharge protection,etc.
* Management function
Big LCD, visualized display of operation statusesthrough flow charts, intelligent icon touch buttons, tabular data, event records, etc. Visualization of parameters of the inverter by means of communication with a computer via a RS232/RS485 interface with henlp of intelligent monitoring software of the inverter.
Intelligent battery management
Intelligent battery charge: Adjustment of the battery charge parameter according to the battery configuration of the user, and swithcing between equalizing charge and floating charge, temperature compensating charge,and discharge management according to the power supply conditions, which may make the battery life longer and reduce burden of the administrator. Intelligent battery fault detection: Measurement of single parameters, display of the measurement results on the LCD, and immediate alarming and notigication for the administrator upon any battery fault.
* Personalized settings:
Proper adjustment of the input parameters according to the input power supply conditions.
|Operation mode and principle||PWM (pulse width modulation) based on DSP accurate control technology and double built-in MCUs complete isolation of the output power supply|
|AC input||Phase number||Three-phase +N+G|
|DC input||DC voltage||DC192VDC/220VDC/240VDC/384VDC [ 16 to 32 pieces of 12V batteries ]|
|Floating battery||13.6V of each battery * battery quantity [13.6V*16 batteries=217.6V|
|Cut-off voltage||10.8V of each battery * battery quantity [10.8V * 16batteries = 172.8V ]|
|AC output||Phase number||Three-phase+N+G|
|Frequency||50Hz/60Hz±5%(mains supply) 50Hz±0.01%(battery)|
|Efficiency||≥95% (load: 100%)|
|Output waveform||Sine wave|
|THD||Linear load:<3%; non-linear load: <5%|
|Dynamic load voltage transient||< ± 5% (jump from 0 to 100%)|
|Instant recovery time||<10ms|
|Time of switching between the battery and the mains supply||3s-5s|
|Unbalanced voltage||<±3%<±1% (balanced load voltage)|
|Overload capacity||120%, 20s; >150%, 10ms|
|System indexes||Operation efficiency||≥ 95% (load: 100%)|
|Relative humidity||0~90% (no condensation)|
|Computer communication interface||-10~40ºC|
|Structure||External dimensions: D*W*H (mm)||580*750*920|