Used for signal transmission in control systems for many building applications. These cables operate at 300/500 V and have cross-sectional areas ranging from 0.14 mm² to 2.50 mm². Depending on the application, they are available with PVC, HFFR, or TPU outer sheaths, bare or tinned copper, and shielded or unshielded versions. HFFR versions are less flammable in the event of a fire, are usually self-extinguishing, have low smoke density, and do not emit toxic or corrosive gases in the event of a fire. PVC control cables Halogen-free control cables

Energy, utility, and lighting cables for outdoor installations. Used in cable trays, antennas, or directly buried, they operate at voltages from 300 V to 1 kV. Harmonized types are used as building cables. Halogen-free and flame-retardant versions ensure a non-corrosive and highly visible environment during fires. Armored and/or fire-resistant versions are available upon request. Unarmored power cables, armored power cables, and FireKab power cables

These cables are manufactured according to the TS IEC 60189-2 standards and are used in fixed applications, switchboards, or subscriber systems. Depending on the application, PVC or HFFR outer sheaths, with bare or tinned copper conductors, and shielded or unshielded cables are available. HFFR versions are less flammable in a fire, usually self-extinguishing, have low smoke density, and do not emit toxic and corrosive gases in a fire. Fire alarm cables are used in indoor and outdoor spaces such as schools, hospitals, conference rooms, and shopping centers where fire safety regulations are observed. These cables are preferred for communication, ventilation, lighting, and intercom systems. Shielded types protect the signal from electromagnetic interference and provide continuous signal quality. Indoor telephone cables Fire alarm cables Industrial electronic cables

Used for data communication in automation systems, computer networks, and electronic control systems. These cables are manufactured with PVC, PE, HFFR, and TPU outer sheaths, armored, and screened. Designed for use in high-speed networks with high transmission rates. For Ethernet cables, the connection length may not exceed 90 m according to ISO/IEC 11801 and EN 50173. Cables designed for RS 485 or similar protocols allow longer transmission lengths of up to 1 km and can be manufactured as armored or unarmored cables for indoor and outdoor applications. RS 232-422 cables RS 485 cables Load Cell Cables

Servomotor cables are designed for large frequency-controlled drive systems. They are used as high-power connection cables between frequency converters and motor drives, thereby reducing the effect of high electromagnetic interference signals. They are shielded against electromagnetic radiation and are suitable for use in confined spaces. Areas of application include the paper and packaging industries, the manufacture and assembly of industrial equipment, industrial pumps, air conditioning and ventilation systems, the chemical, automotive, and food industries, and conveyor belts. Black sheathed versions are suitable for direct-mounting in indoor and outdoor applications, and for fixed installation in dry, damp, and wet areas with UV resistance, acidic and oily environments, and moderate mechanical stresses. HFFR types are less flammable in fire conditions, usually self-extinguishing, have low smoke density, and do not emit toxic or corrosive gases during a fire.

Cathodic protection (CP) is a corrosion control method that can be applied to buried and submerged metallic structures. The primary corrosion control method for a given structure is typically a coating system, which can be between 50% and 99% effective depending on the age, type, installation method, etc. A properly designed and maintained cathodic protection system takes care of the rest, resulting in a 100% effective corrosion protection system. CP cable is used as direct-bury DC power cable in cathodic protection systems and protects against galvanic and electrolytic corrosion of metallic objects—such as storage tanks, pipelines, wells, and marine vessels—that are buried or submerged in water. It has excellent abrasion resistance, crush resistance, chemical resistance, resistance to oil, sunlight, and moisture. PVDF insulation offers additional resistance to corrosive gases and brackish water and can be used for deep anode groundbed installations. Cathodic protection can protect all types of buried and submerged metallic structures.

The 300 V instrumentation cables are dual-listed as Type PLTC according to UL 13 and Type ITC according to UL 2250. These cables are preferred for instrument and control wiring, communications, ventilation, lighting, and emergency exit intercom systems, equipment, and devices. Shielded types protect the signal from electromagnetic interference and ensure continuous signal quality. UL-approved, flexible cables for use up to 600 V are installed in cable trays, ducts, and conduits. They are used in production facilities, for all machinery, tooling, and installation work, and in industries such as the petrochemical industry. Suitable for use in dry, damp, and wet areas, outdoors, in cable trays, and open cable ducts. Power and control cables; Instrumentation, power, and control cables; Device wiring

These cables are specialized electrical conductors for transmitting power from solar panels to inverters and other components within an installation. They are designed to operate at a normal continuous maximum conductor temperature of 90°C. The permitted service life at a maximum conductor temperature of 120°C is limited to 20,000 hours. They are suitable for indoor and/or outdoor applications in industrial and agricultural environments.

The electric vehicle charging cable can be used safely in densely populated areas, open/closed garages, and parking lots. It is also suitable for use in dry, damp, or wet areas.