4mm 6mm Pv Cable

China Factory ICHYTI Easy-maintainable Advanced 4mm 6mm pv cable is usually installed in outdoor environments, so it is recommended to choose photovoltaic specialized 4mm 6mm pv cable that have undergone irradiation crosslinking. After the 4mm 6mm pv cable is irradiated by high-energy electron beam, the molecular structure of the insulating layer material changes from linear to three-dimensional network structure, which makes it have higher temperature resistance. Compared to non crosslinked cables, the temperature resistance level of irradiated crosslinked cables can be increased to 90 ℃, 105 ℃, 125 ℃, 135 ℃, or even 150 ℃, and the load-bearing capacity can be increased by 15-50%. This type of 4mm 6mm pv cable can withstand severe temperature changes and chemical erosion, and can be used in outdoor environments for more than 25 years.

ICHYTI 4mm 6mm pv cable Parameter (Specification)

Wire	Class 5, tinned
Insulation Material	XLPE
Double Insulated
Halogen-free
High resistance against oils, greases, oxygen
and ozone
Microbe-resistant
UV Resistant
High Wear And Abrasion Resistance
Flam Test According To	DIN EN 50265-2-1 UL1571(VW-1)
Smallest Permissible Bending Radius	5XD
Temperature Range	-40℃〜+90℃
Colours	Black/red

ICHYTI 4mm 6mm pv cable Feature

◉ Flame retardant requirements in accordance with EN 50265-2-1, IEC 60332-1, VDE 0482-32-1-2, and DIN EN 60332-1-2 standards.
◉ Meet the low smoke emission requirements of IEC 61034 and EN 50268 standards.
◉ According to EN 50267-2-1 and IEC 60754-1 standards, it does not contain halogen components.
◉ Meet the requirements of EN 50267-2-2 and IEC 60754-2 standards, with low gas corrosion.

ICHYTI 4mm 6mm pv cable Details and structure

 

ICHYTI 4mm 6mm pv cable Wiring Techniques

The circuit of the photovoltaic system is divided into a DC part and an AC part, which require separate wiring. The DC part is connected to the components, and the AC part is connected to the power grid. There are many DC cables in large and medium-sized power plants. In order to facilitate future maintenance, the wire numbers of each cable should be firmly attached. Separate strong and weak power lines. If there are signal lines, such as 485 communication, they should be routed separately to avoid interference. Prepare conduit and cable tray for wiring, and try not to expose the wires as much as possible. When wiring, it will be better to look horizontal and vertical. Try not to have cable joints inside the conduit and bridge, as maintenance is not convenient. If there is a scenario where aluminum wire replaces copper wire, reliable copper aluminum adapter terminals must be used.