konvejerskiva

Konvejerskiva, often translated as conveyor pulley or conveyor roller, is a fundamental component in conveyor belt systems. Its primary function is to support and guide the conveyor belt, facilitating the smooth transport of materials. These pulleys are typically mounted on shafts and are designed to rotate freely, minimizing friction between the belt and the system.

There are several types of konvejerskiva, each serving specific purposes within the conveyor's structure. Drive pulleys, for instance, are connected to a motor and provide the power to move the belt. Tail pulleys, located at the end of the conveyor opposite the drive, help to maintain belt tension and can be used for belt take-up mechanisms. Snub pulleys are positioned to increase the arc of contact between the belt and the drive pulley, thereby improving traction. Return idlers support the belt as it travels back from the discharge point to the head pulley.

The materials used in the construction of konvejerskiva vary depending on the application and the type of conveyor. Common materials include steel, cast iron, and sometimes rubber lagging. Rubber lagging is often applied to drive pulleys to enhance grip and prevent belt slippage, especially in wet or dusty environments. The diameter, width, and bearing type of a konvejerskiva are critical design parameters that influence the conveyor's overall performance, load capacity, and belt life. Proper selection and maintenance of konvejerskiva are essential for efficient and reliable operation of any conveyor belt system.