Electronic Cascade

Three-phase Cascade stabilizers

are made in 2 execution options depending on power:

from 12 to 60 kVa – dimensions 3 blocks of 2150х485х300 mm
from 70 to 120 kVa – dimensions 800х2000х600 mm

VOLTAGE STABILIZERS THREE-PHASE ELECTRONIC CASCADE Cascade from 12 to 60 kVa	Cascade from 70 to 120 kVa

Electronic Cascade stabilizers

Correction accuracy +/-2,5% doesn't depend on the connected power and entrance tension
Maintains overloads of 200% - 100 sec.; 400% - 10 sec., 900% - 2 сек.
Works with 8-fold starting currents – you don't need to buy the stabilizer with a stock on power
Efficiency of 98%
Regulation of output tension happens without distortion and without rupture of a phase
Due to exact design study installation of the fan isn't required
Thanks to use of transformers of own production it isn't required to consider a stock on power/li>
Works at food both from a network, and from the diesel - and the petrolgenerator
The compact design and the reliable metal case provide reliable protection of elements the stabilizerа
The qualitative element base provides for many years works

Electronic Cascade stabilizers provide:

stabilization of tension in the wide range of entrance tension, without emission of hindrances in a network and distortions of a form of the feeding tension;
automatic shutdown of loading at decrease (increase) of tension of a network is (higher) than admissible value and return to a working condition after normalization of tension below;
protection of loading against electromagnetic hindrances of a power line and clearing of powerful pulse hindrances of atmospheric and industrial character.

Multistage system of protection of Cascade stabilizers:

protection of loading against accident of a network;
protection of loading against pulse hindrances;
lighting protection;
shutdown of loading at accident of a network;
shutdown of loading at an overload;
shutdown at an overheat;
shutdown at short circuit in loading;
control of temperature in the block;
the analysis of parameters of a network and the test of system at inclusion.

Electronic stabilizers as management can be divided into 2 types:

stabilizers on electronic keys — the relay
stabilizers on simistors/ tiristors

Relay voltage stabilizers carry to the most reliable. Adjustment of switching of windings of the transformer is carried out by means of electronic keys. The electronic key is couple the transistor – the relay. Such electronic key isn't sensitive to hindrances of a network and itself isn't their source.

Are a part of a relay voltage stabilizer the microcontroller operating work of electronic keys, the autotransformer and elements of protection against radio - and pulse hindrances. Electronic keys switch branches of the autotransformer with high speed, and use of modern materials for electronic keys provides quantity of kommutation to several million that gives the grounds to speak about the long term of no-failure and reliable operation of such stabilizer.

Advantages of electronic and relay voltage stabilizers:

high speed of working off of indignation;
reloading ability to quadruple within 10 seconds as because of the voltodobavochny transformer, directly the chain of loading doesn't switch the relay and works with smaller currents, in more favorable mode;
tension form which isn't distorted in the absence of the distorting elements;
rather wide temperature range limited from below and from above to the temperature characteristic of the relay;
wide range of stabilization which is defined by the transformer;
independent stabilization of phases, whose distortion doesn't influence quality;
good work in noisy industrial networks (the switching element isn't sensitive to hindrances, forms of current and tension).

Differences of relay stabilizers from the thyristor:

Electronic keys (relay) allow to work with overloads in 1000% while for the thyristor stabilizer the admissible overload makes only 20-40% during units of seconds, then the device should be switched off (automatic equipment) because of danger of an overheat of a crystal and thermal breakdown.

In relay stabilizers there are no the distorting elements.

In relay stabilizers (on the example of the Cascade) thanks to the original scheme of regulation not in power, and in a secondary chain, an isklyuchna the possibility of short circuit of windings of the autotransformer inherent in the scheme with thyristor management at its spontaneous opening (at lightning discharges, pulse hindrances).