Description
The 6317 J20AA C3 is a electrically insulated high-quality deep groove radial ball bearing manufactured by FAG, designed for superior performance in electric motor applications. With its advanced ceramic coating (J20-AA), the FAG 6317 C3 bearing provides excellent electrical insulation and protection again bearing damage due to electric currents. The coating is designed to prevent electrical erosion and extend the lifespan of the bearing and the machinery. The bearing dimensions is 85x180x41mm.
63 | 17 | c3 | j20aa | ||
---|---|---|---|---|---|
Metric, Medium | 85mm - Bore Size | Open Type | Steel Cage | Internal Clearance Greater Than Normal | Ceramic Coated Outer Ring |
Key Features
Electrical Insulation
The J20-AA coating is a key feature of the 6317 C3 bearing that offers insulation up to 3kV. This electrical insulation helps to reduce the risk of electrical damage in motor applications.
C3 Clearance
The C3 clearance of the FAG 6317 bearing allows for greater thermal expansion and smooth operation at high speeds. This makes this bearing ideal for demanding environments.
Durability & Reliability
FAG's precision engineering ensures high load capacity and long service life. The 6317 bearing is manufactured to minimize wear caused by stray currents, enhancing overall efficiency.
Versatile Application
The FAG 6317 J20AA C3 is a deep groove radial ball bearing that is suitable for electric motors, generators, and industrial machinery where electrical insulation is required.
Product Information

Technical Data
Inside Diameter (mm):
85mm
Outside Diameter (mm):
180mm
Width (mm):
41mm
Cage Type:
Steel
Seals Or Shields:
Open Type
Clearance:
C3
Dynamic Load Rating (kN):
141
Static Load Rating (kN):
97
Fatigue Load Rating (kN):
5.8
Reference Speed Rating (r/min):
5000
Limiting Speed Rating (r/min):
5300
DescriptionThe 6317 J20AA C3 is a electrically insulated high-quality deep groove radial ball bearing manufactured by FAG, designed for superior performance in electric motor applications. With its advanced ceramic coating (J20-AA), the FAG 6317 C3 bearing provides excellent electrical insulation and protection again bearing damage due to electric currents. The coating is designed to prevent electrical erosion and extend the lifespan of the bearing and the machinery. The bearing dimensions is 85x180x41mm.
Key FeaturesElectrical InsulationThe J20-AA coating is a key feature of the 6317 C3 bearing that offers insulation up to 3kV. This electrical insulation helps to reduce the risk of electrical damage in motor applications. C3 ClearanceThe C3 clearance of the FAG 6317 bearing allows for greater thermal expansion and smooth operation at high speeds. This makes this bearing ideal for demanding environments. Durability & ReliabilityFAG's precision engineering ensures high load capacity and long service life. The 6317 bearing is manufactured to minimize wear caused by stray currents, enhancing overall efficiency. Versatile ApplicationThe FAG 6317 J20AA C3 is a deep groove radial ball bearing that is suitable for electric motors, generators, and industrial machinery where electrical insulation is required. Product InformationBRAND: ![]() SKU:6317-c3-j20-aa-fag AVAILABILITY:In Stock ✅ WEIGHT:4.07 kg Technical DataInside Diameter (mm):85mm Outside Diameter (mm):180mm Width (mm):41mm Cage Type:Steel Seals Or Shields:Open Type Clearance:C3 Dynamic Load Rating (kN):141 Static Load Rating (kN):97 Fatigue Load Rating (kN):5.8 Reference Speed Rating (r/min):5000 Limiting Speed Rating (r/min):5300 | ||||||||||||
Bulk PricingFor bulk discount on this product, contact our dedicated sales team today by filling out the form below: | ||||||||||||
Delivery Information We have one of the largest online stocks of bearings and ancillary components available online anywhere in the world, and we take pride in great customer service, superb products, and express delivery to over 110 countries worldwide. If you have any specific delivery requirements call our sales team on 646 650 4572 or contact us here and they will be happy to help you. | ||||||||||||