This cable allows you to establish an organized installation in applications such as elevator pit lighting, sensor connections, safety circuits, and auxiliary power lines located in the elevator pit. The 3-core structure provides an advantage in field applications where phase–neutral–ground or different control lines need to be carried through a single cable. This ensures cleaner connections, reduces line confusion, and speeds up service interventions.

Its flexible structure makes it easier to pass through narrow channels in the elevator pit and allows the cable to take shape comfortably at connection points. This saves time during installation and reduces conductor stress caused by unnecessary bending. By minimizing wear that may occur on the cable in vibration-prone environments, it offers longer service life.

Thanks to its copper conductor structure, it has low conductor resistance, which reduces energy losses and contributes to more efficient system operation. According to the values in the table, the current carrying capacity in air is 16 A; this allows safe use in scenarios such as higher lighting loads or auxiliary equipment supply in elevator pit applications. In addition, the outer sheath manufactured according to standards protects the cable against mechanical impacts that may occur in the elevator pit.

For application and planning, cable management is also important: the approximate outer diameter of 8.1 mm and weight of 107 kg/km help with accurate planning when arranging space in cable channels and during transportation or installation. The 100-meter delivery length provides a practical standard for field installations; by reducing the number of joints and connections, it increases line reliability.

In conclusion, the 3x1.5 elevator pit TTR cable is the right choice for applications that require safe power transmission, organized installation, easy mounting, and long service life in elevator pits. Especially in systems where maintenance teams must respond quickly, organized cabling shortens fault detection and service times.