IMPERIAL TIMING BELTS

Dunlop Imperial Timing Belts for industrial use where Part numbers are identified by a 3 or 4 digit number (e.g. 72.8 inches ) which represents the pitch length, 1 or 2 letters which signify the belts pitch (e.g. 3/8″) and a 2 or 3 digit number (e.g. 1″) the belts width giving the part number …

Challenge Imperial Timing Belts for industrial use where Part numbers are identified by a 3 or 4 digit number (e.g. 125 inches ) which represents the pitch length, 1 or 2 letters which signify the belts pitch (e.g. 1/2″) and a 2 or 3 digit number (e.g. 1″) the belts width giving the part number …

Challenge Imperial Timing Belts for industrial use where Part numbers are identified by a 3 or 4 digit number (e.g. 85 inches ) which represents the pitch length, 1 or 2 letters which signify the belts pitch (e.g. 1/2″) and a 2 or 3 digit number (e.g. 1-1/2″) the belts width giving the part number …

Challenge Imperial Timing Belts for industrial use where Part numbers are identified by a 3 or 4 digit number (e.g. 66 inches ) which represents the pitch length, 1 or 2 letters which signify the belts pitch (e.g. 1/2″) and a 2 or 3 digit number (e.g. 2″) the belts width giving the part number …

725H-100 manufactured by Dunlop has an application range which extends from minimum drives (computer printers) to heavy-duty machinery (oil pumps, etc). With a length of 72.5 inches, 1″ width and a 1/2″ pitch, these IMPERIAL TIMING BELTS belts offers a maintenance-free and economical alternative to conventional drives such as chains and gears.s. If you require …

Dunlop IMPERIAL TIMING BELTS have a design that contributes to their ability to absorb shock loads and reduced interference during meshing. The 817L-100 timing belt other benefits include a reduction in transmission noise, an increase in tooth jump resistance, power transmitted and a resistance to tooth shear. If you require additional information please contact Sales …

Challenge IMPERIAL TIMING BELTS have a design that contributes to their ability to absorb shock loads and reduced interference during meshing. The 900H-150 timing belt other benefits include a reduction in transmission noise, an increase in tooth jump resistance, power transmitted and a resistance to tooth shear. If you require additional information please contact Sales …

Challenge IMPERIAL TIMING BELTS have a design that contributes to their ability to absorb shock loads and reduced interference during meshing. The 1400H-100 timing belt other benefits include a reduction in transmission noise, an increase in tooth jump resistance, power transmitted and a resistance to tooth shear. If you require additional information please contact Sales …

Challenge IMPERIAL TIMING BELTS have a design that contributes to their ability to absorb shock loads and reduced interference during meshing. The 700H-200 timing belt other benefits include a reduction in transmission noise, an increase in tooth jump resistance, power transmitted and a resistance to tooth shear. If you require additional information please contact Sales …

Dunlop IMPERIAL TIMING BELTS have a design that contributes to their ability to absorb shock loads and reduced interference during meshing. The 1120H-075 timing belt other benefits include a reduction in transmission noise, an increase in tooth jump resistance, power transmitted and a resistance to tooth shear. If you require additional information please contact Sales …