"1"" PILLOW BLOCK BEARING"
Cast Iron Variable Pitch Sheave, 1 Groove, Finished Bore, for 3L and 4L belts
The 1VL40X3/4 Variable Pitch Sheave from Browning is a great addition to the machinery you have. This product adds a good value.
This Browning 1VL40X3/4 Variable Pitch Sheave is the part of the Endless Conveyor System that allows the conveyor belt to move material up and down.
Browning Variable Pitch Sheave, 1/4" Bore. When you need a sheave that holds securely under heavy loads, consider Browning's strong, rigid and durable cast iron construction. With precision ground sheaves in sizes to fit almost any application, Browning meets the needs of a wide range of industrial-grade applications and settings.
The Browning Variable Pitch Sheave is an assembly of precision components designed to provide accurate speed regulation and to endure the highest working loads. The variable pitch sheave is offered with standard one groove, finished bore and 3/4" bore for 3L, 4L or A, 5L or B section belts. It may also be available in multiple grooves (contact the factory for details). In a belt-driven application, both the sheaves are designed to be used on the drive side of the belt. Sheave selection should be based on belt type; i.e.
Neuco Inc. is a leading manufacturer and supplier of power transmission components and systems, supplying the fluid power industry for more than 40 years. Neuco's product offering includes new, rebuilt and remanufactured products for the valve, pump, motor, cylinder and end-user markets.
Browning® Variable Pitch™ Sheaves are a unique innovation for use with flexible belts. They provide the ability to vary the belt pitch, which is defined as the distance between one tooth of the driving sheave and its corresponding tooth on the driven sheave. This distance controls belt tracking (i.e., ensures that all teeth are meshed during rotation), and allows for a wide range of material handling ratios without changing pulley diameters.
Browning Variable Pitch Sheave, 1 Groove, 1VL40X3/4, C.I.Sheave 3/4"Bore 3.