Steel-Body & Steel-Aluminium Conductor Rails

400–3200 A · up to +150 °C · for steelmaking & ports

A copper or steel-aluminium composite conductor with a high-strength insulated support channel, mounted on the crane runway to power the moving machine. The TLGH series suits high-temperature, high-voltage and strongly corrosive environments such as steelmaking, metallurgy, petrochemical and port industries.

The steel-clad aluminium (TLLH) version offers low resistance, good heat dissipation and long life, and is easy to install and maintain.

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Technical Parameters

TLGH / TLLH Models & Ratings

Components & Accessories

The system is supplied as a complete package. The standard components are shown below — contact us for the full accessory list for your application.

Key Features

• Withstands ambient temperatures up to +150 °C.
• Steel-aluminium composite conductor: low resistance, good heat dissipation.
• High short-time withstand current (20 × Ie for 1 s).
• Seismic-resistant to Grade 8.
• Suits steelmaking, metallurgy, petrochemical and port duty.

Applications

Steelmaking & metallurgy, foundries, petrochemical plants, ports & shipyards, heavy crane runways.

Other Conductor Rails

Single-Pole Conductor Rails❯

Single-Pole Conductor Rails❯

160–3000 A · aluminium or copper conductor · IP23 safety design. A 6101 aluminium or copper conductor in a polymer insulation sheath delivers low-loss, shock-safe power to cranes, hoists and monorails.

Multipole Conductor Rails❯

Multipole Conductor Rails❯

Multi-conductor in one housing · fewest joints · fastest installation. Several conductors share one insulated housing — saving space, cutting installation time and giving far higher stiffness than single-pole rails.

Seamless (Joint-Free) Conductor Rails❯

Seamless (Joint-Free) Conductor Rails❯

50–170 A · joint-free copper · 99.99% conductivity. A PVC-insulated, joint-free system with continuous copper conductors in 3-, 4- or 6-pole versions; with no joint air gap, pressure resistance and reliability are far higher.

Tubular Conductor Rails❯

Tubular Conductor Rails❯

50–210 A · copper core · saves 15–20% energy. Extruded copper conductors in a high-polymer polyethylene sheath, served by a flexible multipole collector — compact, safe and 15–20% more energy-efficient than steel rails.

U-Shaped Conductor Rails❯

U-Shaped Conductor Rails❯

100 / 120 A · T2 copper · any pole combination. A T2 copper conductor with high-quality PVC insulation gives excellent insulation and safety; U-shaped rails combine freely for any pole layout with a minimal footprint.