Koiri Constant Voltage Stabilizer (CVT)

In our digital and industrial world, the importance of power stability cannot be overstated. Sensitive electronic equipment, like computers, medical equipment, lab equipment, and any electronic equipment such as telecom devices can be damaged from unfiltered electricity.

How Koiri Constant Voltage Stabilizers (CVTs) Work?

Koiri Constant Voltage Stabilizers are based on ferroresonant transformer technology. Here’s how they work:

  • Voltage Regulation: When the input voltage fluctuates, the magnetic resonance will automatically adjust keeping the output voltage constant.
  • Filtering Spikes and Noise: Koiri CVTs inherently filter electrical noise as well spikes in the voltage, providing an output of “clean” electricity to your sensitive devices.

Koiri Constant Voltage Stabilizer (CVT) Key Features

  1. True Voltage Regulation: You will receive a stable output voltage (±1–3%) under the condition that the input voltage changes +/– 20% or more. A Koiri CVT can provide constant power reliably.
  2. No Moving Parts: Koiri CVTs have a completely static design, with no moving parts versus servo style stabilizers. This increases the longevity and reliability of the CVT because there will be no wear and tear.
  3. Excellent Noise & Spike Filtering: A Koiri CVT will provide filtered power output, removing high frequency noise, harmonics, and voltage transients that would affect your computers, routers, and communication systems.
  4. Inherent Short-Circuit Protection : In the event of a fault, this will increase the stability of the system by automatically limiting current to the faulty circuit, protecting the stabilizer and equipment connected.
  5. Fast Response Time: You will received the fastest response to voltage fluctuation current event in the electrical system. This will protect your sensitive equipment