Chat with us, powered by LiveChat

Roller Bearings

Ball Bearings

Super Precision Bearings

Linear Motion Bearings

Roller Bearings

Super Precision Bearings

Linear Motion Bearings

Ball Bearings

Bearings Catalog

217 – Maximum Capacity Series Deep Groove Radial Ball Bearings

217

The 217 - Maximum Capacity Series Deep Groove Radial Ball Bearings have exceptional durability while providing an unrivaled bearing capacity. Tailored for strong industrial applications, they ensure effective operations and reduced auxiliary expenses by minimizing economic drains on time through downtime. These bearings can deliver consistent results under strenuous requirements and heighten operational productivity while maximally preserving equipment use over time.

217 interchange SKF 217
217 cross reference SKF 217
217 Equivalent bearing interchange guide:
Price:enquiry
Model Number:217

Explore the 217 - Maximum Capacity Series Deep Groove Radial Ball Bearings Catalogue

D150 mm
d85 mm
B28 mm
C28 mm
d1104 mm
D2135 mm
NounBearing
Bore3.346 Inch | 85 Millimeter
UNSPSC31171504
da max96,9 mm
Weight1,95 Kg
ra max.2 mm
Da max.139 mm
da min.96 mm
r2 min.2 mm
r1 min.2 mm
series:21
CategorySingle Row Ball Bearing
EnclosureOpen
Size (mm)85x150x28
Inventory0
Snap RingNo
Width (mm)28
bore type:Round
maximum rpm:4800 RPM
Weight / LBS4.51
Mass bearing1.95 kg
Inch - MetricMetric
Cage MaterialSteel
Product GroupB00308
closure type:Open
Keyword StringBall
overall width:28 mm
Limiting speed4800 r/min
Bearing number217
cage material:Steel
fillet radius:2 mm
bore diameter:85 mm
finish/coating:Uncoated
Rolling ElementBall Bearing
Reference speed7500 r/min
Precision ClassABEC 1 | ISO P0
Outside Diameter5.906 Inch | 150 Millimeter
Long Description85MM Bore; 150MM Outside Diameter; 28MM Outer Race Diameter; Open; Ball Bearing; ABEC 1 | ISO P0; Yes Filling Slot; No Snap Ring; No Internal Special Features
Manufacturer URLhttp://www.skf.com
Outer Race Width1.102 Inch | 28 Millimeter
outer ring width:28 mm
outside diameter:150 mm
Weight / Kilogram1.854
Manufacturer NameSKF
precision rating:ABEC 1 (ISO Class Normal)
ra?max.2 mm
Da?max.139 mm
da?min.96 mm
Internal ClearanceC0-Medium
Bore Diameter (mm)85
snap ring included:Without Snap Ring
Outer Diameter (mm)150
internal clearance:C0
r1,2?min.2 mm
Minimum Buy QuantityN/A
row type & fill slot:Single Row Filling Slot
static load capacity:100 kN
dynamic load capacity:96.8 kN
Harmonized Tariff Code8482.10.50.68
Fatigue load limit (Pu)3,9
Manufacturer Item Number217
Internal Special FeaturesNo
thrust application warning:This product can not be used in Thrust Applications
Basic dynamic load rating C96.8 kN
Basic dynamic load rating (C)96,8 kN
Basic static load rating (C0)100 kN
Maximum Capacity / Filling SlotYes
Fatigue load limit Pu3.9 kN
Calculation factor kr0.04
Basic static load rating C0100 kN

Latest Blog Posts

Maintain Inventiveness by Following The Blog for the Latest Best Practices, Techniques, Innovations, and Insights in the Field.

Why Choose Our 217 Bearings

Providing exceptional durability, high load capacity, and reliable efficiency for industrial applications, AMIGO 217 Bearings are second to none. They minimize maintenance requirements and repair work by withstanding demanding environments, reducing downtime, while improving mechanical performance. Consistent operation under harsh conditions is accomplished through increased productivity and extended equipment longevity. The unrivaled quality paired with expert design renders them the optimal solution for any business looking to enhance performance amid AMIGO 217 Bearings demanding operational strain.

Exceptional Durability: AMIGO 217 Bearings excel in durability, enduring harsh industrial environments.
Superior Load Capacity: Engineered to support heavy loads, ensuring reliable and efficient performance.
Reduced Maintenance: Minimizes upkeep, cutting downtime and maximizing operational efficiency.
Enhanced Productivity: Designed to boost machinery performance and extend equipment lifespan.

210
Get in touch with us
Leave a message
Contact Form Demo

Nullam quis risus eget urna mollis ornare vel eu leo. Aenean lacinia bibendum nulla sedÂ