Capacitors UKKZ CEES, KEF, CEP, EEVP, KSA, etc.

Special high-voltage and pulse capacitors
When transmitting electricity via DC power lines, a large proportion of their equipment (about 30% of the cost of the entire power line) is occupied by high-voltage capacitors, which are used as damping and leveling elements in converter devices, as well as for completing filter and shunt batteries at both the receiving and transmitting ends of the line.
Series: KEES, KEF, CAPP, IM, KPS, CAPF.

• High-voltage and pulse capacitors. Technical specifications.

Low-voltage cosine capacitors
Low-voltage cosine capacitors are high-tech devices designed to optimize the costs associated with the generation and consumption of electricity. Capacitors are used to increase the power factor of AC electrical installations with a frequency of 50 Hz, as well as to complete capacitor installations.
Series: CS0, CE1, CE2, CAS0, CAS1, CAS2, CAB, KPS.

• Low-voltage cosine capacitors. Technical specifications.

High-voltage cosine capacitors
The generation of reactive power from the consumer is usually called reactive power compensation, and the most convenient and economical source of it are power cosine capacitors that perform the functions of energy-saving equipment and improve the quality of electricity. Cosine high-voltage capacitors are used to increase the power factor of alternating current electrical installations with a frequency of 50 Hz, as well as to complete high-voltage capacitor banks and static capacitor banks.
Series: CAS1, CAS2, CAP1, CAP2, CAP3, CAP4, CAP5, CAP6.

• High-voltage cosine capacitors. Technical specifications.

Electrothermal capacitors
Electrothermal installations are used for induction heating of metals. Induction heating is associated with a large consumption of inductive current by the inductor, which causes a very low power factor of the installations. To increase the power factor of induction electrothermal installations, electrothermal capacitors are used.
Series: EEPP, EEPV, EEPVP, KEEPV.

• Electrothermal capacitors. Technical specifications.

Coupling capacitors of the SM and SMA type
One of the elements of the dispatching and administrative communication equipment between individual points are capacitors that separate the communication equipment from the high voltage frequency of 50 Hz, passing high frequency signals through communication channels. On the basis of the same capacitors, power take-off devices are made at a frequency of 50 Hz directly from the power line to power measuring equipment and power equipment, as well as measuring devices.
Series: SM, SMB, SMP, SMPV, SMPB, SMPBV, SMV, SMBV, SMA, SMAV, SMAP, SMAPV, SMABV.

• Coupling capacitors of the SM and SMA type. Technical specifications.

KSA type coupling capacitors
Communication capacitors are used to provide high-frequency communication at frequencies from 24 to 1000 kHz in power transmission lines with rated voltage of 220, 330, 500 kV AC frequency of 50 and 60 Hz.
Series: KSA, KSA1, KSAB, KSAB1.

• Coupling capacitors of the KSA type. Technical specifications.

Explosion-proof coupling capacitors
Designed to replace conventional communication capacitors on power lines. The explosion safety of the capacitor is ensured by a specially designed and tested explosion protection unit. As a result, the capacitors have increased resistance to the effects of internal short-circuit energies and do not allow an explosion that poses a danger to the surrounding equipment and personnel.
Series: SMA, SMAV, SMAP, SMAPV.

• Communication capacitors of explosion-proof design. Technical specifications.

Reinforced coupling capacitors
Reinforced coupling capacitors are needed at small substations where there are no portals and traverses. It is possible to install barriers of the type VZ-630-0.5 and VZ-1250-0.5, or other types with dimensions of no more than: height - 1500 mm, diameter - 1300 mm.
Series: SMA.

• Communication capacitors of reinforced design. Technical specifications.

Voltage Divider Capacitors
Voltage divider capacitors are designed to equip voltage transformers regardless of the voltage class. They are also used to create high-frequency communication in the range of 24-1000 kHz over AC power lines of 50 Hz frequency.
Series: DMR, DMK, DMKP, DMKF.

• Voltage divider capacitors. Technical specifications.

Voltage dividers, capacitive
Capacitive voltage dividers are designed for completing capacitive voltage transformers of voltage classes 110, 220, 330, 500, 750 kV and providing high-frequency communication from 24 to 1000 kHz via AC power lines of frequency 50 Hz.
Series: DOSI, DEO.

• Voltage dividers are capacitive. Technical specifications.

Gas-fired capacitors
The gas capacitor is used as a reference capacitance in the bridge circuit to measure the capacitance and the tangent of the dielectric loss angle. The capacitor is a flat sections assembled in a package, made of a biaxially oriented plastic film between aluminum foil electrodes. Vertically arranged sections are placed in a composite housing.

• Gas-fired capacitors. Technical specifications.

Power capacitors
The principle of operation of power capacitors is based on the ability to filter the signal in AC circuits and resonating networks. The devices are used for switching at high reactive power or strong peak currents.

• Power capacitors. Brief characteristics.

High voltage capacitors
High-voltage capacitors are designed to optimize the operation of the power supply system at the production facility. They are able to significantly increase the power factor of a network operating from alternating current with a frequency of up to 50 Hz. The devices are also used as components of high-voltage capacitor installations and capacitor banks.

• High-voltage capacitors. Brief characteristics.

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