ÜNTEL KABLO

Rubber and elastomer insulated flexible cables are designed for movable points exposed to mechanical stress, such as machine connections, portable equipment and workshop use. Types such as H05RR-F and H07RN-F are preferred in applications with continuous flexing, moisture and outdoor conditions. Halogen-free and special compound options are used in facilities where fire behavior is important.

These are cables used for power, control and signal transmission in ship electrical installations. They are configured according to conditions such as salty air, contact with fuel and oil, vibration and dense laying in confined spaces. Halogen-free and flame-retardant types are used in sections where limiting smoke and gas emission in a fire is required; the range also includes armored and EMC-shielded drive-supply versions.

These are shielded cables for communication and data lines on ships and offshore platforms. Twisted-pair and coaxial structures preserve signal integrity in environments with heavy electrical noise. RG-series coaxial types are used for antenna, camera and radio-frequency connections, while SSTP/SFTP types are used for network and automation data lines.

These are cables produced according to standards such as BS 6883, BS 7917 and NEK 606 for offshore platforms and drilling units. Contact with mud, seawater and hydrocarbons, along with fire performance, are the decisive criteria in this group. Armored (C), screened (I) and combined versions are selected for lines where mechanical protection and interference immunity are both required.

These are cables resistant to mechanical wear and moisture, used in underground and open-pit mining. The group is divided according to different national and institutional standards such as MGM, VDE, BS and AS/NZS, so that a type compliant with the specification the project is subject to can be selected. Flexible structures suitable for trailing and reeling use are included in this family.

These are cables whose behavior during a fire comes to the fore in tunnel installations. The group is divided by function: energy distribution, control lines, fire-resistant supply and halogen-free types. In enclosed spaces that are difficult to evacuate, limiting smoke density and toxic gas emission is the fundamental rationale for cable selection.

These are cables used for signaling, switch heating, lighting and power supply lines in railway infrastructure. Long-term outdoor use, mechanical stress and fire performance are decisive in this group. The UNT-RAIL series meets different line requirements with its power, signal and halogen-free versions.

These are cables used in airport runway and taxiway lighting circuits. Primary types feed the main line of the series circuit, while secondary types feed the fixture connections. Because it is a circuit laid underground and operating continuously under high voltage, insulation strength and moisture resistance come to the fore.

These are developed for applications in crane and lifting systems where the cable is continuously reeled and unreeled or moves in suspension. The Reelkab series is for use reeled onto a drum; single-layer, horizontal and vertical drum solutions address different winding geometries. The group also covers complementary equipment such as cable carriers, guide pulleys and moving ducts.

These are cables produced according to the VG 95218 series specifications, used in defense industry vehicles and systems. The part numbers (Part 60–66) define different construction and usage classes. LFMKK, LMKK and XLFMKK types are used in in-vehicle low-voltage installations.

These are connection cables that allow a ship waiting in port to be fed from shore instead of using its own generator. Because it is a connection that is frequently plugged and unplugged and used outdoors and on the ground, flexibility, wear and weather resistance come to the fore. The group covers both rubber-insulated flexible types and the halogen-free versions on the ship side.

These are cables used for analog signal, control and data transmission in measurement and control systems. To protect against electromagnetic interference created by drive, motor and power lines, shielded, double-shielded and twisted-pair structures are offered. Correct selection of the shield type is decisive in carrying low-level sensor signals without distortion.

These are cables used in electric vehicle charging infrastructure. AC charging cables are used for low- and medium-power station connections, while DC types are used in fast-charging units. Frequent plugging and unplugging, outdoor conditions and resistance to being crushed on the ground are the prominent requirements in this group.

These are cables used for power, control and data transmission in wind turbine tower and nacelle installations. In the suspended section due to nacelle rotation, torsion-resistant types are selected. Temperature variation, vibration and long-term movement are the factors that determine the cable structure in this family.