Product Model : SET48220-1KLC-L
Input: 42V-59V
Output: 85v-290v
LED Type Inverter
Adopting SPWM technology
With micro-CPU control
Built-in bypass switch
Dry contact Support
19 inch rack mounting design
RS232, RS485, SNMP Communication
High efficiency
24Vdc, 48Vdc, 110Vdc, 220Vdc Aavailable
More Options Available in Description
Email :[email protected]
LED Pure Sine Wave Inverter
Description
LED Pure Sine Wave Inverter Description
1. High efficiency >85%
2. With micro-CPU control, circuit is simple and reliable.
3. Adopting SPWM technology,with the output is pure sine wave with stabilized voltage and frequency,filtering noise and low distortion.
4. Built-in bypass switch, it can quickly switch between the mains and the inverter.
2 working type-AC power type and DC power type:
1) AC power type means the city power supply is main when the city power is normal,when city power is off,inverter comes into work state.
2) DC power type means the inverter power supply is main when the city power is normal,when inverter power is off;city power comes into work state automatically.
LED Pure Sine Wave Inverter Features
1. When it is overload, the inverter will shut off the output. After recovering the normal load power within 50 seconds, the power will auto recovery output. This function is suitable for the unmanned communication base station.
2. It can be turned off DC power in working condition and auto switched to the AC bypass , which will not affect the power supply to the load , and it is convenient maintenance and replacement of the battery.
3. Support communication function; RS232/RS485/RJ45 interface for choose.
5. It can work without DC power. This function allows to use the inverter in advance, and install the battery.
6. Mold design alone, coated paint, beautiful and generous, light weight.
LED Pure Sine Wave Inverter Specifications
| Technical Specifications | 500VA | 1000VA | 2000VA | 3000VA | 4000VA | 5000VA | 6000VA | |
| DC INPUT | Input Voltage(Vdc) | See chart3 | ||||||
| Input current(A) | See chart3 | |||||||
| Input range of Voltage(Vdc) |
See chart3 | |||||||
| Reflected Noise Current | ≤10% | |||||||
| AC Bypass | Bypass Volt(Vac) | 260V-180V | ||||||
| Input Current(A) | 2.3 | 4.5 | 9.1 | 13.6 | 18.2 | 22.7 | 27.3 | |
| Transfer Time(ms) | ≤5ms | |||||||
| AC OUTPUT | Rated Capacity(VA) | 500VA | 1000VA | 2000VA | 3000VA | 4000VA | 5000VA | 6000VA |
| Output Power(W) | 400W | 800W | 1600W | 2400W | 3200W | 3500W | 4200W | |
| Voltage and Frequency | 220Vac,50HZ | |||||||
| Output Current(A) | 1.8 | 3.6 | 7.2 | 10.8 | 14.5 | 16 | 19.1 | |
| Voltage Precision(V) | 220±1.5% | |||||||
| Frequency Precision(Hz) | 50±0.1% | |||||||
| Output | Pure Sine Wave | |||||||
| Wave Distortion(THD) (Resistant Load) |
≤3% | |||||||
| Dynamic Reaction Time (Load 0←→100%) |
5% | |||||||
| Power Factor(PF) | 0.8/0.7 | |||||||
| Overload | 120%,30 Sec | |||||||
| Inversion Efficiency (80% Resistant Load) |
≥85% | |||||||
| Transfer Time(ms) | ≤5ms | |||||||
| ENVIRONMENT | Isolation(IN/OUT) | 1500Vac,1minute | ||||||
| Noise(1m) | ≤40dB | |||||||
| Temperature | -20℃~+50℃ | |||||||
| Humidity | 0~90%, No Dew | |||||||
| Sea Level(m) | ≤2000 | |||||||
| SHOW | LED | line,inverter,battery,Output Load | ||||||
| Inverter status | Power normal, Inverter normal, battery voltage, output overload | |||||||
| MECHANICAL | Standard rack (D×W×H)(mm) |
See SET-IVS6000 Series Mechanical properties | ||||||
| Weight(Kg) | See SET-IVS6000 Series Mechanical properties | |||||||
| Protection Function | Input Low/High Voltage;Output Overload/Shortage; Reversed Input Connecting Protection |
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Note:
Rated output power deviation: 500VA to ± 50W; 1-5KVA to ± 100W; 6KVA to ± 200W
Chart 3:SET-IVS6000 Series inverter input DC voltage, current, efficiency (Deviation: ±2V/± 2%)
| SET12 Series | SET24 Series | SET48 Series | SET110 Series | SET220 Series | ||||||
| Rated input voltage (Vdc) | 12V | 24V | 48V | 110V | 220V | |||||
| DC input voltage range (Vdc) | Turn-off voltage 10V—15V |
Turn-off voltage 20V—30V |
Turn-off voltage 40V–60V |
Turn-off voltage 90V—139V |
Turn-off voltage 180V–275V |
|||||
| Turn-on voltage 11V—14V |
Turn-on voltage 22V—28V |
Turn-on voltage 45.5V—57V |
Turn-on voltage 104V—131V |
Turn-on voltage 208V—260V |
||||||
| Rated input current (A) | 500VA | 42 | 500VA | 21 | 500VA | 10 | 500VA | 5 | 500VA | 2 |
| 1KVA | 83 | 1KVA | 42 | 1KVA | 21 | 1KVA | 9 | 1KVA | 5 | |
| — | — | 2KVA | 83 | 2KVA | 42 | 2KVA | 18 | 2KVA | 9 | |
| — | — | 2.5KVA | 104 | 3KVA | 63 | 3KVA | 27 | 3KVA | 14 | |
| — | — | — | — | 4KVA | 83 | 4KVA | 36 | 4KVA | 18 | |
| — | — | — | — | 5KVA | 104 | 5KVA | 45 | 5KVA | 23 | |
| — | — | — | — | 6KVA | 125 | 6KVA | 55 | 6KVA | 27 | |
Note:
1) Current from this form is only for distribution size reference.
2) When tested by using different instruments, the test range may cause some deviation.
