Solar Inverter Series
SNADI TP Three-phase IGBT Low Frequency Inverter
Get reliable power with SNADI's Three-phase IGBT Low Frequency Inverter. Ideal for industrial applications, it offers superior performance and energy efficiency
●Intelligent battery charge
●Efficient IGBT (Insulated Gate Bipolar Transistor) inversion technology
●Suitability for industrial applications such as machine tools and wire cutters
Customized production that meets your needs
Model：10KW、20KW、30KW、50KW、60KW、80KW、100KW、150KW、200KW
Get reliable power with SNADI's Three-phase IGBT Low Frequency Inverter. Ideal for industrial applications, it offers superior performance and energy efficiency
MAIN FEATURES
◆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 inverterThe best power supply guarantee for the loading equipment of users contributed by a full digital vector control technology based on real-time processing byDSP, MCU and DDC
◆Efficient IGBT (Insulated Gate Bipolar Transistor) inversion technology Good high-speed switching 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.)
◆High adaptability A wide range of input frequency (45Hz~65Hz), which realizes stable operation of fuel generators
◆Great loading capacity Suitability for industrial applications such as machine tools and wire cutters
| TP Three-phase IGBT Low Frequency Inverter (10KW、20KW、30KW、50KW、60KW、80KW、100KW、150KW、200KW) |
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| Product Specifications | ||||||||||
| ModekTP- | TP-10KW | TP-20KW | TP-30KW | TP-50KW | TP-60KW | TP-80KW | TP-100KW | TP-150KW | TP-200KW | |
| Rated Power | 10KW | 20KW | 30KW | 50KW | 60KW | 80KW | 100KW | 150KW | 200KW | |
| working methods and principles | PWM (pulse width modulation) based on DSP accurate control technology and double built-in MCUs Complete isolation of the outout power supply | |||||||||
| AC Input | Phase | Three phase N + G | ||||||||
| Voltage | AC220V/AC380V±20% | |||||||||
| Frequency | 50Hz/60Hz+5% | |||||||||
| DC Input | DC voltage | DC192V/DC220V/DC240V/DC384V | DC384V | |||||||
| Floating battery | 13.6V of each battery x battery quantity [13.6Vx 1 6 batteries = 21 7.6V] | |||||||||
| Cut-off voltage | 10.8V of each battery x battery quantity [10.8Vx 1 6 batteries =1 72.8V] | |||||||||
| AC Output | Phase | Three phase N + G | ||||||||
| Voltage | AC220V/AC380V ± 1% (steady load) | |||||||||
| Frequency | 50Hz/60Hz+5%(mains) 50Hz+0.5% (battery) | |||||||||
| Efficiency | ≥90% (Load 100%) | |||||||||
| Output wave form | Sine wave | |||||||||
| Total harmonic distortion | Linear load<3%. Non-linear loads<5% | |||||||||
| Dynamic load voltage | <±5% (From 0 to 100%) | |||||||||
| Instant recovery time | < 100ms | |||||||||
| Battery and mains switching | 3S-5S | <1ms | ||||||||
| Unbalanced voltage | <±3% <±1% (Unbalanced load voltage) | |||||||||
| Overload | 120%, 20s; > 150%, 100ms | 125%,20s;>150%,1s | ||||||||
| System Specifications | Working efficiency | >90% (load: 100%) | ||||||||
| Computer communication | RS232/485 (SNMP Remote Monitoring Network Adapters) | |||||||||
| Operating temperature | -10-40°C | |||||||||
| Relative humidity (no condensation) | 0.90% (no condensation) | |||||||||
| Noise from the machine 1M | 40-50dB | 50-60dB | ||||||||
| Structure | Dimensions: DxWxH(mm) | 580*750*920 | 608*728*1475 | 1138*795*1725 | 1138*945*1725 | |||||
| Weight (Kg) | 180 | 220 | 300 | 470 | 620 | 680 | 730 | 954 | 980 | |
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