UPS RACK ARMAC R/3000I/PF1 ON-LINE 3000VA 8X IEC C13 OUTLETS USB-B LCD METAL CASE

The highest power factor, maintained at 1.0 ratio, will ensure that almost all the power transferred to the device at the input, will be given back in the form of output power.
Power consumption for the device's own needs is marginal, resulting in high energy efficiency. As a result, the maximum rated power of connected devices can be 3000W with a nominal power of 3000VA.

A work interruption due to an outage caused by a lack of power can translate into serious financial losses and the loss of vital data. With the Armac R/3000I/PF1, you don't have to worry about this. The unit operates in continuous mode, which means it does not have to switch to battery operation in the event of a failure. The lack of response time is an advantage in terms of negating the risk of damage to the supported device(s).

Sometimes there's a need for more time to ensure the safety of electronic devices during a power failure. Therefore, to extend its battery backup time, the R/2000-3000I/PF1 uninterruptible power supply is equipped with a slot that allows you to connect additional dedicated Battery Pack modules B/0609/R. However, it is worth remembering when connecting the BPs, UPS's and Battery Pack's total voltage has to be the same. 

*UPS R/3000I/PF1 allows the connection of up to 4 additional battery pack modules B/0609/R.

We created the Armac R/2000I/PF1 UPS for the most demanding tasks, such as protecting power-hungry computers, workstations, or equipment with high power consumption. The UPS manages such heavy-duty work thanks to its more powerful 9Ah batteries, with a Power Factor of 1.0. What's more, this model has 8 IEC 320 C13 output sockets, allowing you to protect several devices at the same time. UPS of this series always provides full sine wave, it was created for sensitive equipment with high power consumption. The double conversion function makes the UPS have ideal electrical performance at the output, it converts all the incoming AC and then supplies the device with the current already generated by the UPS itself. The transfer time between AC and DC modes is zero.