 | UPS - Uninterruptible Power
System
When lightning strikes, power supply is cut off. It is essential that
important data is not lost and crucial processes do not come to a
standstill. As such, you need a reliable source of power to prepare
the system for a strong backup and UPS will help you in doing so. |
|
Inverters
Known for their efficiency and reliability, Interlink
provides inverters that ensure that the power flow is always harmonic sinusoidal
current. Problems with grid control signal as well as with high
impedance of the grid no longer pose problems.
|
|
Lightning
Surge Protection System
Lightning, transients and surges are major causes of
damage that may result in loss of computers, data and communications
as well as loss of revenue and profits. Surge Discrimination ability
can discriminate between slower mains voltage irregularities and high
speed surges and transients, ensuring continued protection even after
severe over-voltage events. |
|
Automatic Voltage Stabilizers and Line Conditioners
The increase of voltage sensitive equipment has
determined a continuous request for means able to guarantee the
supply of steady voltage independently from mains variation. The
voltage stabilizer and conditioner have proven to be an efficient
and cost effective solution in order to prevent from potential
damages due to input voltage fluctuation (sags and surges). |
|
Automatic, Fixed Power Factor Correction System (FCS) and Capacitor
Banks
Technical-economical advantages of the installation
of Power Factor Correction System or Capacitor Bank are to provide
the decrease of the losses in the network and on the transformers
caused by the minor absorbed current, the decrease of voltage
voltage on lines and optimization of the system sizing. |
|
Active
and Passive Harmonic Filters
The
distortions of voltage and current waveforms are generated from
non-linear loads (inverter, saturated transformers, rectifier, etc)
and will shorten the life of AC motors (overheating with consequent
damaging of the insulation materials), increase the copper and iron
loss of transformer (saturation of the nucleus with consequent
increasing of the magnetizing current) and shorten the life the
capacitors (overheating). |
