Volter Parus-33 (3*11) Volter Parus-33 (3*11)

The principle of transformation, which is present in inverter stabilizers, creates a high intensity of energy on the order of tens of kilowatts per cubic decimeter. The treatment of great pressure in a small way requires the stagnation of fans. The frequency of fan rotations in inverter stabilizers depends on the temperature of the power modules of the stabilizer.

Design of inverter stabilizers Stabilizers use a flexible, optimized system of ventilation openings, which allows for the creation of sufficient air flows to cool the device at limiting operating temperatures.

Increased resistance is ensured precise synchronization on software However, due to the overload of the controller's life, the use of special approaches to increase the resistance of the switching elements to high speeds of voltage and flow changes.

Stopping the current STM microcontrollers allow you to accurately control voltage values, which turns off the flow of voltage voltage (impulse transients and harmonics) to the controller’s operation. In this case, decisions to control the stabilizer are made with the maximum possible speed, and in 1 ms, so the response hour is 20 times less than the period of the surge voltage.

For inverter systems Volter stabilizers do not contain components that support the pressure. There are only VOLTER inverter stabilizers on the market that do not have ventilation openings in the power zone, so in case of any emergency, the spark cannot escape.

Stabilizers equipped with anti-slip protection against high voltage surges. If you hit the stabilizer with a spark, it can very well go wrong, or damage the living equipment.

Inverter stabilizers are equipped with the necessary protection against unwanted surges life limit and internal faults:

– protection from high input voltage;

– protection from high output voltage;

– protection from short circuit and trivial overvoltage tension;

– protection against breakdown