The KSO-SVL (SKL) air and cable lines partitioning section (equivalent to the KRUN (outdoor switchgear) – SVL (SKL)) with the 6 and 10 kV nominal voltage and 50 Hz three-phase alternating current are designed for application in circuits with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer in distribution circuits with the 6 (10) kV nominal voltage and 50 Hz three-phase alternating current.
The KSO-RN (equivalent to the YaKNO, KRN-10) are installed in the points of connection to in-pit electricity transmission lines with the 6 (10) kV nominal voltage and 50 Hz three-phase alternating current. They are also used in high-level networks and drop networks of pits.
The KSO-PUS recording and partitioning point performs the functions of the KSO-PS partitioning section and the KSO-PKU commercial accounting point. It is designed for commutation and protection of overhead transmission lines, accounting of direct and reverse active/reactive energy in circuits with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer with the 6 -10 kV nominal voltage and 50 Hz three-phase alternating current. It is also used for transmission of measured and calculated parameters to the dispatch center used for control, recording and distribution of electric energy.
The KSO-PS partitioning point is designed for commutation and protection of overhead transmission lines in circuits with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer with the 6 (10) kV nominal voltage and 50 Hz three-phase alternating current.
KSO-PKU point for commercial accounting of electric energy is designed for accounting of direct and reverse active/reactive energy in circuits with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer with the 6 - 10 kV nominal voltage and 50 Hz three-phase alternating current. It is also used for transmission of measured and calculated parameters to the dispatch center used for control, recording and distribution of electric energy.
The complete switchgears of the Nadezhda series (complete switchgear) are designed for reception and distribution of electric energy with the 6 (10) kV nominal voltage and 50 – 60 Hz three-phase alternating current in circuits with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer.
The complete switchgear corresponds to the requirements of GOST 14693 and Technical specifications (TS) 3414-012-20582116-2014.
The climatic category and placement category are ‘moderate 3’ and ‘moderately cold climate 3’ in accordance with GOST 15150 and GOST 15543.1.
The KSO-366,398,399 series collecting chambers are designed for installation in the RU 6-10kV block boxes of modular buildings. The KSO-399М series chambers with minimized dimensions are designed for indoor installation in capital buildings and substations with limited space.
The KSO-303 series collecting chambers are designed for installation in the RU 6-10kV block boxes of modular buildings, indoor installation in capital buildings and substations with limited space.
The KSO series chambers with the 6 and 10 kV nominal voltage and 50 Hz three-phase alternating current are designed for application in network distribution devices with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer.
The KSO series chambers with the 6 and 10 kV nominal voltage and 50 Hz three-phase alternating current are designed for application in network distribution devices with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer.
The KSO series chambers with the 6 and 10 kV nominal voltage and 50 Hz three-phase alternating current are designed for application in network distribution devices with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer.
The KSO series chambers with the 6 and 10 kV nominal voltage and 50 Hz three-phase alternating current are designed for application in network distribution devices with an insulated neutral point or with a neutral point grounded by means of a ground-fault neutralizer.
