Home > Taper Roller Bearing >

30318 taper roller bearing with 90mm190mm46.5mm

Product Categories

Inch taper roller bearings [715]
Pillow block bearing [26]
Taper Roller Bearing [74]
Deep groove ball bearings [5]
Spherical roller bearings [80]
Needle roller bearings [10]
Full complement cylindrical roller bearing [38]
Cylindrical roller bearings [3]
Wheel Hub Bearing [3]
Cylindrical Roller Thrust Bearings [1]
Special Dimension Bearings and Custom Bearings [8]
The other bearings [3]
Agricultural Bearings [7]
Hand Finger Spinner [1]
high temperature Bearing [24]

HOJE BEARING CO.,LIMITED

Contact Now

30318 taper roller bearing with 90mm190mm46.5mm

Name: 30318 taper roller bearing with 90mm190mm465mm
Brand: HOJE or OEM
Price: 8 USD

Quality 30318 taper roller bearing with 90mm*190mm*46.5mm for sale

Place of Origin : China

Brand Name : HOJE or OEM

Certification : ISO 9001:2008

Model Number : 30318

MOQ : 10 pcs

Price : 8$

Packaging Details : single box

Delivery Time : 7-15 days

Payment Terms : T/T, L/C,D/P,Western Union,Paypal,Money Gram,etc

Supply Ability : 100000 pcs/month

Contact Now

Taper Roller Bearing 30318

30318 taper roller bearing with 90mm*190mm*46.5mm

Taper Roller Bearing 30318 Specifications
Designation	30318
Principle dimensions(d)	90mm
Principle dimensions(D)	190mm
Principle dimensions(T)	46.5mm
Basic load ratings(dyn.)	337kN
Basic load ratings(stat.)	429kN
Limiting speed(grease lubrication)	1800r/min
Limiting speed(oil lubrication)	2600r/min
Weight	6.01kg

Tapered roller bearings consisting of inner ring with roller and cage assembly can be mounted separately from the cup. The projection lines of all the tapered surfaces meet at a common point on the main axis of the bearing. The rollers are guided by the cone (inner ring) back-face rib.The design of tapered roller bearing can support a combined radial and axial load. The larger the half angles of these cones, the larger the axial force that the bearing can sustain. Internal clearance for this bearing type is established during mounting by the axial position of the cone relative to the cup.