Power distribution

Medium voltage switchgears

CEG MV “Metal Clad” type switchboards are line overload and short circuit protection panels for 12, 17.5 and 24kV power distribution systems in accordance with IEC 62271-200. Cubicles are equipped with vacuum or SF6 circuit breakers produced by various manufacturers.
Cubicles are designed for indoor use (on stationary premises or prefabricated substation buildings) and must be operated under normal conditions in accordance with the IEC 60694 standard.
The lower limit of operating ambient air temperature shall be not less - 20°C.
The upper limit of operating ambient air temperature shall not exceed + 40°C.
Cubicles can be used up to an altitude of 1000 m. Beyond that (altitude up to 3000 m) the decrease in the dielectric strength must be taken into account.
Seismic resistance of cubicles is up to 7 on the Richter scale and up to 9 on MSK scale (in accordance with IEC 60068-3-3).
When commissioning and operating the switchgear under normal conditions, the general electrical safety instructions, as well as operating instructions must be respected.

quadri di media tensione

Low-voltage switchboard

CEG sets new standards for power distribution boards for both industrial applications and infrastructures. The CEG switchboard system guarantees the simple and consistent distribution of power, as well as a high level of personnel and plant safety.
Thanks to the optimal and modular design of the CEG switchboard, it offers a wide range of possible applications, and it can be optimally adapted to every requirement during the design of the complete system.
Combining a high level of safety with modern design, the CEG switchboard is an efficient solution. Our software and hardware products, as well as our systems and solutions for all voltage levels, make power supply efficient, reliable and safe, whether in infrastructures, cities, buildings or industrial plants. Our system can be connected to industrial and building automation, and is completed by comprehensive support throughout its entire service life.

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