Glamor S 600-2000 VA

Why use the Glamor S for all equipment with PFC design

Pure sine wave UPS is the only one that works well with devices with PFC (Power Factor Correction) power supplies because of the PFC technology’s nature and the output waveform’s quality. The Glamor S 600-2000 VA UPS therefore becomes the best choice.
Power Factor Correction is a technology used in modern electronic devices to improve energy efficiency. Devices with PFC power supplies draw power from the electrical grid in a way that maintains a high power factor, which means they utilize power more effectively and reduce the amount of apparent power needed for their operation. The output waveform of a UPS can be either pure sine wave, modified sine wave, or square wave. Pure sine wave UPS produces an output waveform that replicates the smooth and continuous wave pattern of utility power, just like the power supplied by the electrical grid. This high-quality waveform is essential for devices with PFC power supplies to operate optimally and efficiently.
Devices with PFC power supplies are sensitive to the input power quality they receive. When connected to a UPS with a modified sine wave or square wave output, these devices may not function correctly or may experience issues like overheating, noise, or reduced efficiency. The irregular waveform produced by these UPS types can cause the PFC circuitry to malfunction or even damage the connected device.
In contrast, a pure sine wave UPS provides a clean and stable power output, ensuring that devices with PFC power supplies receive the high-quality power they need to operate safely and efficiently. Therefore, a pure sine wave GLAMOR S 6000-2000 VA UPS is recommended for equipment with PFC power supplies to guarantee proper functionality and protection.
Low cost of ownership due to longer expected battery life

• Wide input allowable tolerance in both voltage and frequency (160-290V – 45-65 Hz): prevents batteries from going into operation when there is a major variation in input power.
• ABDM (Automatic Battery Discharge Management) protects batteries from deep discharge by increasing the cut-off voltage (battery cut voltage), the voltage at which a battery is considered fully discharged.

Charge control: prevents overcharging of batteries that leads to their degradation by modulating the voltage to the battery to maintain a full charge during its operation.
Automatic testing every 24 hours allows early detection of problems protecting batteries from failure.