
FAG
2208-TVH-C3 - FAG Double Row Self Aligning - 40x80x23mm
SKU
: 2208-tvh-c3-fag
Availability
: In Stock ✅
Bulk Pricing :
Description
This 2208-TVH-C3 bearing is a double row, wide series, metric self aligning bearing with a solid cage made from glass fibre reinforced polyamide 66 and a larger than normal radial internal clearance. The bearing's dimensions are 40x80x23.
22 | 08 | TVH | C3 | ||
---|---|---|---|---|---|
Wide | 40mm - Bore Size | Cylindrical Bore | Open Type | Solid Cage Made From Glass Reinforced Polyamide 66 | Radial Internal Clearance Larger Than Normal |
Product Information

Availability:
In Stock ✅
Technical Data
Inside Diameter (mm)
40mm
Outside Diameter (mm)
80mm
Width (mm)
23mm
Cage Type
Plastic
Seals Or Shields
Open Type
Clearance
C3
Dynamic Load Rating (kN)
32.5
Static Load Rating (kN)
9.4
Fatigue Load Rating (kN)
0.58
Reference Speed Rating (r/min)
9700
Limiting Speed Rating (r/min)
9000
DescriptionThis 2208-TVH-C3 bearing is a double row, wide series, metric self aligning bearing with a solid cage made from glass fibre reinforced polyamide 66 and a larger than normal radial internal clearance. The bearing's dimensions are 40x80x23.
Product InformationBRANDS: ![]() 2208-tvh-c3-fag Availability:In Stock ✅ 0.476 kg Technical DataInside Diameter (mm)40mm Outside Diameter (mm)80mm Width (mm)23mm Cage TypePlastic Seals Or ShieldsOpen Type ClearanceC3 Dynamic Load Rating (kN)32.5 Static Load Rating (kN)9.4 Fatigue Load Rating (kN)0.58 Reference Speed Rating (r/min)9700 Limiting Speed Rating (r/min)9000 | ||||||||||||
Product InformationBRANDS: ![]() 2208-tvh-c3-fag Availability:In Stock ✅ 0.476 kg Technical DataInside Diameter (mm)40mm Outside Diameter (mm)80mm Width (mm)23mm Cage TypePlastic Seals Or ShieldsOpen Type ClearanceC3 Dynamic Load Rating (kN)32.5 Static Load Rating (kN)9.4 Fatigue Load Rating (kN)0.58 Reference Speed Rating (r/min)9700 Limiting Speed Rating (r/min)9000 | ||||||||||||
Bulk PricingFor bulk discount on this product, contact our dedicated sales team today by filling out the form below: | ||||||||||||