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NTN 6214LLUC3/EM is a 62 series single-row deep groove ball bearing with a 70 mm straight bore. It features double contact rubber seals (NBR) for contamination protection, a machined brass cage, and C3 internal clearance for thermal expansion. Made from high carbon chrome steel, it is suitable for electric motors, pumps, and general industrial machinery.
MODEL 6214LLUC3/EM
$156.67 Each
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Returnable:No
Axial Static Load Rating
9892 lbf
Axial static load rating
9892 lbf
B (in)
0.9450
Ball Material
Through Hardened Steel
Ball material
Through hardened steel
Bore Type
0
Bore type
0
Cage Material
Pressed Steel
Cage material
Pressed steel
Cage Type
Pressed
Cage type
Pressed
Clearance
C3
Configuration
One
D (in)
4.9210
d (in)
2.7560
Da max
4.6063 in
da max
3.3465 in
Dynamic Load Rating
15513 lbf
Dynamic load rating
15513 lbf
Enclosure
Full Contact Seal - Both Sides
Factor
14.5
Height
4.921
I.D.
70 mm
Length
4.921
Limiting Speed - Grease
3400 RPM
Limiting speed - grease
3400 RPM
Material
High carbon chrome steel
O.D.
125 mm
Operating Temperature Range
-40 to 250 °F
Operating temperature range
-40 to 250 ºF
Outside Ring Type
0
Precision
ISO class 0
r (in)
0.0591
r1
0.0197 in
Radial Dynamic Load Rating
15512 lbf
Radial Internal Clearance
0
Radial internal clearance
0
ras max
0.0591 in
Seal Material
Nitrile Rubber
Seal material
Nitrile rubber
Seal Type
Contact
Seal type
Contact
Static Load Rating
9892 lbf
Static load rating
9892 lbf
Type
Deep Groove Ball Bearing
Width
0.9449
Technical Specifications
Type | Deep Groove Ball Bearing |
|---|---|
Bore Type | Round |
Material | High Carbon Chrome Steel |
Cage Type | Pressed |
Cage Material | Steel |
Ball Material | Steel |
Limiting Speed - Grease | 3400 RPM |
Seal Type | Contact |
Seal Material | Nitrile Rubber |
Precision | ISO Class 0 |
Configuration | One |
Factor | 14.5 |
Radial Internal Clearance | C3 |
Static Load Rating | 9900 lbf44000 N44.00 kN |
Dynamic Load Rating | 13900 lbf62000 N62.00 kN |
Enclosure | Double Sealed |
Operating Temperature Range | -40 to 250 F-40 to 120 C |
Dimensional Specifications
| |
d | 2.7559 in70.000 mm |
|---|---|
D | 4.9213 in125.000 mm |
B | 0.9449 in24.000 mm |
r | 0.0591 in1.500 mm |
r1 | 0.0197 in0.500 mm |
da max | 3.3465 in85.000 mm |
Da max | 4.6063 in117.000 mm |
ras max | 0.0591 in1.500 mm |
How do I choose the right type of bearing for my application?
Start with the load and how it’s applied. You need to know if you’re dealing with radial loads, axial loads, or a mix of both. Then look at speed, operating environment, and space constraints. For example, ball bearings are great for high speed and lighter loads, while roller bearings handle heavier loads but usually at lower speeds. If there’s contamination, moisture, or heat involved, you may need sealed bearings or specific materials. In most cases, the right choice comes down to matching load type, speed, and environment to the bearing design.
What are the dimensions and typical uses of a 6200 series ball bearing?
A standard 6200 ball bearing has: • 10 mm bore • 30 mm outer diameter • 9 mm width The 6200 series sits within the deep groove ball bearing family and is designed for light to moderate loads at relatively high speeds. You’ll typically find them in electric motors, small gearboxes, pumps, and general industrial equipment. They’re popular because they’re compact, widely available, and cost effective. Different variants exist such as sealed, shielded, or high clearance versions, depending on the application.
What is the difference between deep groove and angular contact ball bearings?
Deep groove ball bearings are the most common type. They’re designed to handle mainly radial loads, but they can also take some axial load in both directions. They’re simple, versatile, and used in everything from motors to conveyors. Angular contact ball bearings are built for combined loads, especially where there’s significant axial force in one direction. They’re often used in pairs and are common in higher precision or higher load applications like pumps and gearboxes. If your load is mostly radial, go deep groove. If axial load matters more, angular contact is usually the better choice.
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