#### **Description**
Champion INV Series is the pinnacle of inverter technology, incorporating the world’s most advanced DSP Sine Wave Technology. This exceptional inverter guarantees a steady supply of 100% Pure Power to all connected applications, showcasing high efficiency, low noise levels, and straightforward installation and maintenance. With a robust design featuring an output transformer, the DC input is effectively isolated from the AC output, minimizing the risk of DC return circuit effects. Ideal for solar and wind power systems, telecommunication systems, DC power supply systems, power plants, and various industrial machinery, the Champion INV Series stands out for its reliability and performance.
**Features:**
– True Sine Wave output
– DSP-based PWM technology
– Constant voltage and frequency
– Perfect adaptability for resistive and inductive loads
– Suitable for all equipment types
– LCD display for real-time status updates
– Output with isolation transformer
– Optional monitoring software via SNMP/RS232 port
#### **Specifications**
| Model | Rated Power (KVA) | DC Input | Output Voltage | Output Frequency | Output Waveform | Frequency Stability | Crest Ratio | Total Harmonic Distortion | Dynamic Response Range | Efficiency | Overload Capability | Cooling | Noise (at 1m radius) | Temperature | Humidity | Protection |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| INV48 E02 | 2 | 48VDC ±15% | 220VAC ±1% | 50Hz | True Sine wave | ≤ ±0.1% | 3:1 | ≤3% (Linear Load), ≤5% (Non-Linear Load) | ≤ ±5% (Load from 0 to 100%) | ≥85% (Linear Load) | 120% rated load: 1 Min. | Forced air cooling | ≤45dB | -10~50℃ | 20%~90% (Non-condensing) | Overload, Short circuit, Low-Voltage, Over-Voltage, Over-temperature |
| INV220 T10 | 10 | 220VDC ±15% | 380VAC ±1% | 50Hz | True Sine wave | ≤ ±0.1% | 3:1 | ≤3% (Linear Load), ≤5% (Non-Linear Load) | ≤ ±5% (Load from 0 to 100%) | ≥90% (Linear Load) | 125% rated load: 10 Min; 150% rated load: 1 Min. | Forced air cooling | ≤60dB | -10~50℃ | 20%~90% (Non-condensing) | Overload, Short circuit, Low-Voltage, Over-Voltage, Over-temperature |
#### **Additional Information**
– The inverter is designed for various applications, ensuring versatility and adaptability.
– Ideal for both residential and industrial use, it meets the needs of modern power management systems.
