Power cables, control cables and management cables

Flexible single-core wires for protected fixed installation H07V-K

Art. H07V-K

Power and control cable, H07V-K, HAR, PVC sheath, 450/750V, for wiring and assembly, flame retardant, class 5 / fine wire conductors, for fixed installation, in a large cardboard box

Economy

Advantages

Greater cost-effectiveness thanks to optimal packaging volume
The markings on single-core wires are applied by embossing and inkjet printing and are easy to read.
The relatively light weight of cardboard boxes makes loading and unloading operations easier.
Saving time during installation

Application areas

Ideal for those who assemble
For the assembly of cable harnesses and for the installation of electrical cabinets

Characteristics

Self-extinguishing according to IEC 60332-1-2

Standards / Certificates of Conformity

Cable type certification according to EN 50525-2-31
Without colour certification according to EN 50525-1/VDE 0285-525-1: transparent, green (single colour), yellow (single colour), all double colours (except yellow-green and green-yellow)

Design

Conductors made of fine copper wires, flexibility class 5 in accordance with IEC 60228
Core insulation: PVC based

Halogen-free power cables with concentric copper conductor N2XCH

Art. N2XCH

N2XCH, halogen-free power cable with concentric conductor according to HD 604/VDE 0276-604, for installation in buildings, improved fire protection properties, for fixed installation

Halogen-free alternative to NYCY PVC installation cable
With a cocentric copper core

Advantages

The concentric copper conductor is used as the PE earth conductor

Application areas

For laying on/under plaster
For fixed use indoors, in air or in concrete
In buildings or industrial facilities with a high concentration of people and valuables
Not intended for underground or underwater installations.
Outdoor use is only possible if protected from direct sunlight or other external influences.

Characteristics

Self-extinguishing according to IEC 60332-1-2
Cables are flame retardant according to IEC 60332-3-24
Halogen-free according to IEC 60754-1
(amount of halogenated acids)
Corrosivity of flue gases according to IEC 60754-2
(Degree of acidity)
Low flue gas density according to IEC 61034-2

Standards / Certificates of Conformity

HD 604/VDE 0276-604

Design

Copper wire strands
Abbreviations "re", "rm", "se", "sm": r = round core; s = sector core; e = solid core; m = stranded core;
Core insulation: Cross-linked polyethylene (XLPE)
Filling with twisted insulated wires
Concentric core of tinned copper wires
Outer shell: halogen-free thermoplastic polyester material

ÖLFLEX HEAT 105 MC PVC sheathed color-coded power cables with extended temperature range

Art. 105 MC

ÖLFLEX HEAT 105 MC is a PVC-sheathed power cable based on the H05V2V2-F type for use in machinery, transformers, switchboards and equipment, for temperatures up to +90 °C.

Based on H05V2V2-F standard
Other sizes and colors upon customer request

Advantages

Approximately 30% greater temperature range compared to cables in standard PVC sheath

Application areas

For connection to motors, transformers, coils, installations, equipment, instruments, distribution cabinets and devices with elevated operating and ambient temperatures
For indoor/outdoor installation

Characteristics

At room temperatures, resistant to many types of oils, salts and other chemicals
Self-extinguishing according to IEC 60332-1-2
Good resistance to UV rays

Standards / Certificates of Conformity

Based on EN 50525-2-11

Design

Veins of the finest copper wires
Insulation of cores based on heat-resistant PVC plastic
Stranded twisting of wires
Outer shell made of heat-resistant PVC plastic,
black (RAL 9005)

Highly flexible cables with PVC insulation and sheath ÖLFLEX CLASSIC FD 810

Art. FD 810

ÖLFLEX CLASSIC FD 810 – power and control cable for universal use in power cable chains

For medium loads in drag chains
Classic design for versatile use

Advantages

Tested in use, reliable
For versatile use
Excellent value for money
Low particle emissions when used in cable chains

Application areas

In towed cable chains or moving parts of equipment
For use in electrical measurement, control and regulation circuits
Assembly and production lines,
in all types of cars
In rooms with a damp or excessively damp environment
Outdoor use only with UV protection and at appropriate temperature conditions

Characteristics

Self-extinguishing according to IEC 60332-1-2
Adhesion-resistant casing

Standards / Certificates of Conformity

Core and sheath in accordance with VDE 0245/0285
For use in drag chains. Please observe the instructions in Appendix T3 of the catalogue.

Design

Conductors made of the finest copper wires, flexibility class 6
Insulation of wires: PVC
Concentric twisting of wires with a small pitch
Fleece tape wrapping
Sheath: PVC, grey colour (similar to RAL 7001)

Power cable

Power cables are a vital infrastructure element that ensures the transmission of electrical energy from the source to the consumer. They rely on sophisticated technology developed to ensure reliable and secure power supply in various industrial, construction, and household applications. Power Technology Solutions ensures the shortest cable delivery times, maintaining inventory in its warehouse in Atyrau.

Evolution of technology

Power cables have a long history of development, from the first primitive forms of electrical transmission to modern high-tech designs. Initially, simple copper wires wrapped in insulating material were used, which over time led to the development of more efficient and environmentally friendly options.

Structure and features

Modern power cables include several key components:

Conductors. Made of copper or aluminum to ensure efficient transmission of electrical current.
Insulation. Protects conductors from short circuits and ensures user safety.
Sheath. The outer layer that protects the power cable from mechanical damage and external influences.

Application in various fields

Industry. For transmitting energy to machines and equipment.

Construction. In construction projects for temporary and permanent power supply.

Household use. In home electrical wiring for connecting household appliances.

Innovation and the Future

Modern technology is constantly evolving. In recent years, there has been a demand for more environmentally friendly insulation and conductor materials, as well as improved power transmission efficiency. Innovations in energy management and overload protection are also contributing to the advancement of this technology.

Power cables play a vital role in meeting the energy needs of modern society. Their reliability, efficiency, and safety make them an integral part of our daily lives, and continuous technological advancements ensure their sustainable development into the future.