Medium-voltage switchgear - Import export

Free Standing Modular Cabinet, 2.5mm Galvanized mild steel Body Single-door and Double-door Epoxy-Polyester Powder Coated covers Demounted shipment possibility Easy to assemble modular design Flexible cabling and Bus-Bar solutions Assembly accessories suitable for different Switchgear brands Panel solution for medium voltage switchgears Low voltage distribution panel solution Modular and Monoblock Plinth Option Panels with high protection class up to IP54 Engineering support Project-based special design and production

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper or aluminum, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc.

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper or aluminum, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc.

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc. They are produced OF upward cansting than Contunious processing and drawing.

The medium voltage switchgear with double bar system is designed for the primary distribution on the medium voltage part of transformation stations from the power distribution systems and combines the new technologies with the existing infrastructure. The medium voltage switchgear with double bar system is an indoor electrical equipment, in metallic compartments cabinet, with insulation in the air, being formed of a vacuum breaker and air bar separator.

The NxxxE-0U current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Due to cost effective construction, the sensor has a very high cost-benefit ratio

The NxxxT-0U current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Due to cost effective construction, the sensor has a very high cost-benefit ratio.

The NxxxE-xx current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able and divided into 3 separate rings, which makes it able to put the sensor on an existing cable. The rings makes it possible to install this product inside switchgears, where the pole distance of the phases can vary up to 1.5m.

The NxxxT-xx current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Earthing could be done at the current sensor, or through the shielding of the cable or through the S2 connection inside the IED.

The voltage sensors of Type TxxxB-xx is dedicated to the new T-connector of Euromold/Nexans, called (K) (M)480TB. The T-connectors are usually closed with a dedicated blind plug of a T-connector manufacturer, this could be removed and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable to an IED.

The voltage sensors of Type T360Cxx is made for T-connectors with a Type C cone acc. IEC 50181. The Tconnectors are usually closed with a dedicated blind plug of a T-connector manufacturer, this could be removed, and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable to an IED. This sensor is especially made for a insulation level of 36kV.

The voltage sensors of Type TxxxC-xx are commonly used in asymmetric T-connectors of different manufacturers. The T-connectors are usually closed with a dedicated blind plug of a T-connector manufacturer, this could be removed, and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable to an IED. The product range -0U is especially made with maximum cost effectiveness by utilizing correction factors