PCI, ProCal Innovations LLC
  1. Companies
  2. PCI, ProCal Innovations LLC
  3. Products
  4. PCI - Model FC & MC Series - Package ...

PCIModel FC & MC Series -Package Handling Drum Pulleys

SHARE

PCI FC and MC Series drum pulleys are integral to various conveyor system positions such as head positions for driving belts or in tail, snub, bend, and take-up settings for belt tension and redirection. The FC Series features a crown formed in the pulley face, whereas the MC Series employs machining for the crown profile, typically requiring thicker materials for construction. These pulleys are available in diameters ranging from 2 to 12 inches and offer multiple hub styles including Plain Bore, Welded Through Shaft, Keyed Hubs with Setscrews, ER Style Internal Bearings, and more. Aluminum versions provide a lightweight and corrosion-resistant option, suitable when stainless steel is not required. PCI’s Contoured Integral End Disks are designed to enhance pulley life by reducing end disk fatigue, eliminating the need for hub-to-disk welds and optimizing surface stress for flexibility. This design maximizes reliability and conveyor performance across various industrial applications.

Most popular related searches

PCI FC and MC Series drum pulleys are used in numerous locations within a conveyor system such as head positions to drive a belt, or in return/tail, snub, bend and take-up orientations when belt tension and redirection is needed. Each series provide numerous choices for hassle-free selection in most standard to medium duty drum pulley applications. The main difference between these two products is the method used to crown the pulley face when a crown profile is specified. FC Series pulleys receive a crown that is formed into the face of the pulley while MC Series pulleys utilize machining operations to accomplish the crowned profile. Because MC Series pulleys require machining, they are typically constructed from thicker materials as well. Both FC and MC Series pulleys ordered with vulcanized lagging would receive a crown machined into the lagging versus a crown provided in the core.