The phase-isolated TPL busbar with RIP insulation is designed for making electrical connections of power equipment at power plants and substations and is installed in three-phase alternating current circuits with a frequency of 50 and 60 Hz voltage up to 126 kV with a nominal current up to 4000 A.

The busbar is rated for operation under seismic loads of intensity 9 points on the MSK-64 scale at an elevation up to 10 m, or 8 points at an elevation up to 25 m.

Designed for connecting high-voltage cables with aluminum or copper conductors and cross-linked polyethylene insulation, rated from 110 to 220 kV. The joints provide electrical insulation and a sealed connection, preventing current leakage and ensuring safe power transmission, which is achieved through the heat-shrinkable material forming the core of the cable joint.

Designed for connecting cables with aluminum or copper conductors to elements of a 110 kV power supply system.

Universal end joints can be installed in any orientation.

Designed for the safe connection or branching of electrical circuits with a voltage of 110 kV.

Widely used in the construction and maintenance of power plants, industrial enterprises, and other energy facilities where a high level of reliability and electrical safety is required.

Designed for connecting cables with aluminum or copper conductors to elements of a 110 kV power supply system.

Installed on poles or supports and can operate in areas with high environmental pollution and high seismic activity.

Used for connecting power cables with aluminum or copper conductors to switchgear cells in gas-insulated switchgear or to transformers, with operating voltages of 110-220 kV.

These couplings are designed to operate both in SF6 gas environments and with insulating liquids.