When inductive (winding) or capacitive (capacitor) loads such as Uninterruptible Power Supply (UPS) are operating from the network, they start to interfere with each other due to the phase difference between current and voltage. This phase difference is related to the value we call the "power factor".

What is the cause of this unstable situation? Due to the devices with low power factor, city electricity is distorted in 50Hz wave and heating can be seen in the neutral line of the transformer and electric network. In short, devices with weak power factor bring additional voltage to the power grid. For this reason, companies using large UPS devices pay an additional fee not only for the electricity they use but also for the "reactive cost". To pay this fee, PFC li UPS is the reason for choosing each area.

For example: In a process using 10 kVA uninterruptible power supply, there is a daily difference of approximately 5YTL between the UPS's PFC li and PFC power consumption. This corresponds to 150 YTL per month.

In known conventional UPS designs, electrical interference that can occur only in the mains phase line can be avoided, and independent neutrals prevent the noise from affecting the mains neutral line.

The part of the UPS devices that determine the performance of line breaks in the line are the liquids inside. Battery life will be longer than expected if Akers charge, heat, discharge and tension are under constant control with a healthy control mechanism. The PowerGUARD "UNIQUE" UPS device family provides maximum battery life thanks to Advanced Battery Management. The rectifier voltage of the UPSs, that is the charging voltage of the battery, is gradually reduced depending on the change in the mains voltage. This is known as shortening battery life. Therefore, for long battery life, the change in battery charge voltage should not be higher than 2% regardless of network conditions.

DSP chips are programmable systems such as microprocessors, and the amount of processing they can do at the moment is much more reliable, much faster than microprocessors. High response rate especially in sudden load changes in the medical sector.

The graphical LCD display with all the information of the UPS can be seen at the same time without having to go through any menu.

Ability to change the output voltage on the screen, change the frequency, and skip the "deactivation" setting. In addition, thanks to the advanced error coding system, 25 separate UPS failures can be displayed on the LCD screen for fast service and fault diagnosis.

The output voltage of your UPS can be selected as 208VAC, 220VAC, 230VAC, 240VAC on the same screen and the output frequency can be selected as 50HZ and 60Hz.

UNIQUE series products support the following numbers for 17 "CRT display computers used in the IT industry.

1 kVA 5 PC

2 kVA 10 units

3 kVA 15 PC

6 kVA 25 PC

10 kVA 40 PC

The main task of uninterruptible power supply systems is to protect the load they support and protect Max at the level. Instead of mechanical circuit breakers such as fuses or switches, DSP-controlled electronic protection circuits are the latest technology to be applied and the powerGUARD "UNIQUE" series provides maximum life and performance in UPS devices.

The PowerGUARD "UNIQUE" series of devices are self-testing at each pre-boot to warn users of possible surprises caused by UPS during the day, and warn that measures must be taken.