Massey Ferguson Massey Ferguson LAGERINNENRING

A Tapered Roller Bearing combines an inner cone with an outer race. This simple design allows the rollers from the cone to meet the outer race at a specific angle to allow for high radial and single direction thrust loads. Tapered roller bearings are used in a number of applications throughout the off-road industry. The simple design of how the cone (inner ring) matches to the cup (outer ring) allows for applying both thrust (side-to-side) and radial (up and down) loads. Technische Daten: Innendurchmesser: 5 CM Breite des lagerkonus: 2.8 CM Gruppennummer: 131

A Tapered Roller Bearing combines an inner cone with an outer race. This simple design allows the rollers from the cone to meet the outer race at a specific angle to allow for high radial and single direction thrust loads. Tapered roller bearings are used in a number of applications throughout the off-road industry. The simple design of how the cone (inner ring) matches to the cup (outer ring) allows for applying both thrust (side-to-side) and radial (up and down) loads. Technische Daten: Innendurchmesser: 7.5 CM Breite des lagerkonus: 2.95 CM Gruppennummer: 163

A tapered roller bearing combines an inner cone with an outer race. This simple design allows the rollers from the cone to meet the outer race at a specific angle to allow for high radial and single direction thrust loads. Tapered roller bearings are used in a number of applications throughout the off-road industry. The simple design of how the cone (inner ring) matches to the cup (outer ring) allows for applying both thrust (side-to-side) and radial (up and down) loads.

A tapered roller bearing combines an inner cone with an outer race. This simple design allows the rollers from the cone to meet the outer race at a specific angle to allow for high radial and single direction thrust loads. Tapered roller bearings are used in a number of applications throughout the off-road industry. The simple design of how the cone (inner ring) matches to the cup (outer ring) allows for applying both thrust (side-to-side) and radial (up and down) loads.