All dimensions of specific cables are for reference only and may vary during production.
VVG-P CABLE 2x2.5
TU U 27.3-33527835-003:2015
Power cable with insulation and sheath made of polyvinyl chloride plastic for a nominal voltage of 660 V and 1000 V at a frequency of 50 Hz.
The abbreviation VVG-P stands for:
CONSTRUCTION
TECHNICAL CHARACTERISTICS
The operating temperature of the surrounding environment ranges from -50°C to +50°C.
The maximum allowable temperature for heating the current-carrying conductors during operation is +70°C.
The electrical resistance of the current-carrying conductors for direct current, recalculated for 1 km length and 20°C temperature, complies with GOST EN 60228.
The electrical resistance of the insulation, recalculated for 1 km length, at the maximum allowable heating temperature of the current-carrying conductors of 70°C, must not be less than 5 kOhm.
The test alternating voltage with a frequency of 50 Hz is 3000 V for cables with a nominal voltage of 0.660 kV, and 3500 V for cables with a nominal voltage of 1.0 kV for 10 minutes.
The minimum bending radius during installation is 8 times the diameter of the cable.
The construction length of the cable is at least 200 meters.
The warranty period of operation is 5 years from the commissioning date.
APPLICATION
The cables are designed for the transmission and distribution of electrical energy in stationary installations with a nominal voltage of 660 V and 1000 V at a frequency of 50 Hz.
Why buy VVG, VVG-P, AVVG, AVVG-P cables from the company "Energoalliance"
It is more advantageous to purchase cable products in bulk directly from the manufacturer. "Energoalliance" is one of the industry leaders. The company has been known in the market since 2005 and offers certified products at an affordable price. The range includes power, installation, and control cables. We cooperate with electrical installation companies, utilities, factories, and individuals. The company works with clients from Ukraine, the CIS, and Europe, offering comfortable individual cooperation terms. The delivery price depends on the current postal service tariffs.