6000VA UPS Backup Power Supply, Single Phase 120V/240V

Note:

1. The UPS input/output configuration is 1-phase (L, N, G) like Europe standard, NOT support the split phase (L1, L2 + G) like USA standard.

2. Batteries that work with this UPS are not included, customers need to match lead-acid battery packs on their own, consult us for battery specifications.

3. If you need other output voltage range, please contact us.

Q1: What are the differences between online and offline UPS systems?

Online UPS systems employ "double conversion technology" (AC→DC→AC). After the mains power input, it is first rectified into DC, and then converted into a stable AC output by an inverter. Therefore, the load is always powered by the inverter, achieving zero switching time. Offline UPS systems, on the other hand, supply power directly when the mains power is normal, switching to battery power only during power outages, typically with a switching time of a few milliseconds. Online UPS systems offer more stable output voltage and effectively isolate voltage fluctuations, surges, and harmonic interference, making them suitable for critical loads such as servers, data centers, and medical equipment. Offline UPS systems have a simpler structure and lower cost, making them more suitable for home computers or general office equipment.

Q2: What are the core advantages of online UPS systems?

The biggest advantages of online UPS systems are continuous power supply and power purification capabilities. Because the load is always powered by the inverter, it is unaffected by mains power, achieving zero-interruption output. It also features voltage stabilization, filtering, harmonic suppression, and anti-interference functions, significantly improving power quality. In addition, online UPS systems typically feature high output stability, strong overload capacity, and expandable battery pack designs. They support parallel redundancy and remote monitoring, making them particularly suitable for industrial and IT scenarios with extremely high requirements for power continuity and stability.

Q3: What parameters should be considered when choosing an online UPS?

1. Capacity (VA/W) and power factor: Ensure that actual load requirements are met with sufficient margin.
2. Battery capacity and backup time: Determine the duration of continuous power supply after a power outage.
3. Input voltage range and output voltage regulation accuracy: Affect adaptability to grid fluctuations.
4. Conversion efficiency (especially in high-efficiency energy-saving mode): Relates to operating costs.
5. Output waveform (whether it is a pure sine wave) and harmonic distortion rate: Affect compatibility with precision equipment. Properly matching these parameters ensures the safe, stable, and efficient operation of the UPS backup system.