PV60 Model Elevator Traction Steel Belt for Schindler 3300/3600 with Core Traction Drive

PV30, PV40, PV50, PV60 Elevator Accessories, Elevator Traction Steel Belt Design, Steel Traction Belt

Core Traction Drive: As the core transmission component of the elevator, the PV60 steel belt works in conjunction with the elevator traction sheave, transmitting power through friction between them. When the elevator traction machine drives the traction sheave to rotate, it moves the PV60 steel belt, which in turn pulls the car and counterweight along the guide rails in a reciprocating motion, thus transporting passengers or goods between different floors. This is its most crucial function.

Stable Load Bearing: Elevator steel belts are typically composite structures, often with an outer layer of polyurethane and an inner high-strength load-bearing layer. The PV60 steel belt also possesses these structural characteristics. It can stably bear the weight of the elevator car itself, as well as the weight of passengers and goods inside. Compared to traditional steel wire ropes, the steel belt has higher strength and more even stress distribution, reducing swaying problems caused by uneven load during operation.

Enhancing operational safety and comfort: On one hand, PV60 steel belts possess superior wear resistance and toughness, reducing the likelihood of breakage and other malfunctions, thus minimizing safety hazards during elevator operation. On the other hand, the flexibility of steel belts surpasses that of traditional steel wire ropes, resulting in less vibration and noise during traction, leading to smoother elevator operation and improved passenger comfort.

Compatible with specific elevator models: These are dedicated accessories for specific Schindler elevator series. Their specifications are precisely matched to the traction system, pulleys, and other components of Schindler 3300, 3600, and other elevators, ensuring the compatibility and operational stability of the overall elevator transmission system. This prevents malfunctions caused by incompatible parts and facilitates future maintenance and replacement.