4x6 elevator pit TTR cable is a multi-core cable consisting of 4 conductors, each with a cross-section of 6 mm², designed for high current and continuously loaded systems in elevator pits. Since the pit area contains lighting systems, auxiliary motors, control panels, and energy-intensive equipment, using a cable with sufficient cross-section and current capacity is critically important.

The 4-core structure allows phase, neutral, ground, and an additional power line to be carried through a single cable in an organized manner. This structure simplifies the installation, reduces cable congestion, and helps connections to be inspected more quickly and safely during maintenance and service operations in the elevator pit.

Thanks to its copper conductor structure, the cable offers very low conductor resistance and provides an air current carrying capacity of 53 A according to the specified technical values. This high capacity enables safe power supply for powerful lighting groups, continuously operating auxiliary equipment, and systems working under heavy load in the elevator pit. The low resistance value also helps minimize energy losses.

Despite its larger cross-section, the cable maintains flexibility, allowing easier installation in confined and hard-to-access areas within the elevator pit. Its structure is suitable for vibration-prone operating environments, minimizing mechanical stress on the cable. The durable outer sheath protects the cable against friction, impact, and heavy mechanical stresses that may occur in the elevator pit.

From a technical planning perspective, the approximate outer cable diameter of 15.7 mm, weight of 432 kg/km, and 100-meter supply length support accurate cable duct selection and transportation planning before installation. These values are particularly important for ensuring application safety with larger cross-section cables.

4x6 elevator pit TTR cable is preferred in elevator pit applications requiring high power capacity, providing stable energy transmission, long service life, and high operational reliability.