Ultimate Guide to track roller bearing

Track roller bearings are vital components in a wide array of industrial and mechanical applications, known for their reliability, load-bearing capacity, and performance in demanding environments. Whether you’re in the field of material handling, rail transportation, packaging machinery, or automated production lines, track roller bearings play a crucial role in ensuring smooth linear motion and guiding systems. In this ultimate guide brought to you by BYWB Bearing, we will explore everything you need to know about track roller bearings: what they are, their types, uses, differences from similar components, sizing, and how to choose the right one for your needs.

1. What is a Track Roller Bearing?

Track roller bearings are rolling elements designed to run on tracks or guide rails, typically used in linear motion systems. These bearings are designed to carry heavy loads, withstand shock, and operate in tough environments with minimal maintenance. They usually consist of an inner race, outer race, rolling elements (cylindrical or needle rollers), and sealing elements to protect against contaminants.

There are two main configurations:

• Yoke-type track rollers: Mounted on shafts and supported in housings.

Stud-type track rollers (cam followers): Feature a stud or bolt that can be mounted directly onto a machine frame.

Key features of track roller bearings include:

High radial and axial load capacity

Resistance to wear and misalignment

Sealed designs for harsh environments

BYWB track roller bearings are manufactured with high-precision components and heat-treated steel to ensure durability and long service life.

2. Types of Track Roller Bearings

There are various types of track roller bearings depending on design, application, and load requirements. The most common types include:

A. Yoke Type Track Rollers

Mounted using a shaft or bolt

Ideal for high radial loads

Available with cylindrical or crowned outer rings

B. Stud Type Track Rollers (Cam Followers)

Integrated stud makes mounting simple

Suitable for applications with reciprocating motion

Some designs include hexagon sockets or lubrication holes

C. Full Complement Rollers

Maximize the number of rolling elements

High load capacity

More suitable for low to moderate speed applications

D. Caged Rollers

Use a cage to separate rollers

Reduced friction and wear

Suitable for high-speed applications

E. Crowned vs. Cylindrical Outer Rings

Crowned rings: Reduce edge stress and allow misalignment

Cylindrical rings: Provide more surface contact

BYWB Bearing offers a wide selection of all these types, engineered to provide optimal performance in various industrial conditions.

3. What is the Use of a Track Roller?

Track rollers are primarily used to guide or support a load along a defined path. Some of the most common uses include:

Conveyor systems: Guide and support conveyor belts

Automated machinery: Provide linear movement and support

Material handling equipment: Carry heavy loads with reduced friction

Packaging machines: Assist with fast and precise linear motion

Robotic arms: Guide movement along rails

Rail transport and elevator systems: Support and guide moving components

In addition to their versatility, track rollers from BYWB are known for their:

Excellent resistance to contamination

Long service life

Maintenance-friendly designs

4. What is the Difference Between a Cam Roller and a Track Roller?

The terms “cam roller” and “track roller” are often used interchangeably, but there are some differences worth noting:

Feature	Cam Roller (Cam Follower)	Track Roller
Mounting	Comes with integrated stud	Mounted on shaft (yoke)
Application	Follows a cam profile or path	Guides a load along a track
Load Type	Radial + occasional axial	Primarily radial
Lubrication	Often includes built-in grease fitting	Typically lubricated externally

At BYWB Bearing, both cam followers and track rollers are manufactured to meet international standards and customer-specific performance requirements. Understanding these differences helps engineers choose the right product for the intended mechanical design.

• Metric Track Rollers Size Chart

NUTR Track Roller Bearing Size Chart

Part Number	Inner Diameter, d	Outer Diameter, D	Inner Ring Width, b	Outer Ring Width, B	Dynamic Capacity, Cr.	Static Capacity, Cor.	Weight
NUTR 15	15 mm	35 mm	19 mm	18 mm	23,000 N	27,000 N	0.218 lb
NUTR 1542	15 mm	42 mm	19 mm	18 mm	23,000 N	27,000 N	0.348 lb
NUTR 17	17 mm	40 mm	21 mm	20 mm	24,800 N	31,000 N	0.324 lb
NUTR 1747	17 mm	47 mm	21 mm	20 mm	24,800 N	31,000 N	0.485 lb
NUTR 20	20 mm	47 mm	25 mm	24 mm	39,000 N	50,000 N	0.540 lb
NUTR 2052	20 mm	52 mm	25 mm	24 mm	39,000 N	50,000 N	0.708 lb
NUTR 25	25 mm	52 mm	25 mm	24 mm	43,500 N	60,000 N	0.620 lb
NUTR 2562	25 mm	62 mm	25 mm	24 mm	43,500 N	60,000 N	0.992 lb
NUTR 30	30 mm	62 mm	29 mm	28 mm	59,000 N	79,000 N	1.025 lb
NUTR 3072	30 mm	72 mm	29 mm	28 mm	59,000 N	79,000 N	1.537 lb
NUTR 35	35 mm	72 mm	29 mm	28 mm	65,000 N	93,000 N	1.389 lb
NUTR 3580	35 mm	80 mm	29 mm	28 mm	65,000 N	93,000 N	1.843 lb
NUTR 40	40 mm	80 mm	32 mm	30 mm	90,000 N	134,000 N	1.799 lb
NUTR 4090	40 mm	90 mm	32 mm	30 mm	90,000 N	134,000 N	2.489 lb
NUTR 45	45 mm	85 mm	32 mm	30 mm	95,000 N	147,000 N	1.947 lb
NUTR 45100	45 mm	100 mm	32 mm	30 mm	95,000 N	147,000 N	3.078 lb
NUTR 50	50 mm	90 mm	32 mm	30 mm	100,000 N	161,000 N	2.095 lb
NUTR 50110	50 mm	110 mm	32 mm	30 mm	100,000 N	161,000 N	3.726 lb
NUTR 50110A	50 mm	110 mm	32 mm	40 mm	100,000 N	161,000 N	4.605 lb

KR.PP Metric Series Cam Follower  size chart

Part Number	D	S	B	L	L1	L2	B1	Weight
KR 16 PP	16 mm	6 mm	11 mm	28 mm	16.0 mm	8 mm	0.6 mm	0.044 lb
KR 19 PP	19 mm	8 mm	11 mm	32 mm	20.0 mm	10 mm	0.6 mm	0.071 lb
KR 22 PP	22 mm	10 mm	12 mm	36 mm	23.0 mm	12 mm	0.6 mm	0.099 lb
KR 26 PP	26 mm	10 mm	12 mm	36 mm	23.0 mm	12 mm	0.6 mm	0.134 lb
KR 30 PP	30 mm	12 mm	14 mm	40 mm	25.0 mm	13 mm	0.6 mm	0.196 lb
KR 32 PP	32 mm	12 mm	14 mm	40 mm	25.0 mm	13 mm	0.6 mm	0.220 lb
KR 35 PP	35 mm	16 mm	18 mm	52 mm	32.5 mm	17 mm	0.8 mm	0.377 lb
KR 40 PP	40 mm	18 mm	20 mm	58 mm	36.5 mm	19 mm	0.8 mm	0.549 lb
KR 47 PP	47 mm	20 mm	24 mm	66 mm	40.5 mm	21 mm	0.8 mm	0.860 lb
KR 52 PP	52 mm	20 mm	24 mm	66 mm	40.5 mm	21 mm	0.8 mm	1.025 lb
KR 62 PP	62 mm	24 mm	29 mm	80 mm	49.5 mm	25 mm	0.8 mm	1.768 lb
KR 72 PP	72 mm	24 mm	29 mm	80 mm	49.5 mm	25 mm	0.8 mm	2.304 lb
KR 80 PP	80 mm	30 mm	35 mm	100 mm	63.0 mm	32 mm	1.0 mm	3.441 lb
KR 85 PP	85 mm	30 mm	35 mm	100 mm	63.0 mm	32 mm	1.0 mm	3.836 lb
KR 90 PP	90 mm	30 mm	35 mm	100 mm	63.0 mm	32 mm	1.0 mm	4.343 lb

KRV Series Track Roller Bearing Size Chart

Part Number	D, mm	SD, mm	B, mm	C, mm	L, mm	SL, mm	TL, mm	Dyn. Cap. N	Sta. Cap. N	Weight, lbs
KRV 16	16	6	11	0.6	28	16.0	8	4,850	6,500	0.044
KRV 19	19	8	11	0.6	32	20.0	10	5,500	7,900	0.071
KRV 22	22	10	12	0.6	36	23.0	12	6,300	9,100	0.099
KRV 26	26	10	12	0.6	36	23.0	12	7,300	11,300	0.135
KRV 30	30	12	14	0.6	40	25.0	13	9,500	14,600	0.196
KRV 32	32	12	14	0.6	40	25.0	13	10,000	15,800	0.221
KRV 35	35	16	18	0.8	52	32.5	17	12,800	23,000	0.377
KRV 40	40	18	20	0.8	58	36.5	19	14,800	26,500	0.549
KRV 47	47	20	24	0.8	66	40.5	21	20,600	42,000	0.860
KRV 52	52	20	24	0.8	66	40.5	21	22,500	46,000	1.025
KRV 62	62	24	29	0.8	80	49.5	25	34,000	76,000	1.768
KRV 72	72	24	29	0.8	80	49.5	25	37,000	85,000	2.304
KRV 80	80	30	35	1.0	100	63.0	32	49,500	120,000	3.442
KRV 90	90	30	35	1.0	100	63.0	32	53,000	130,000	4.344

Note: Always refer to the latest manufacturer catalog for precise dimensions and tolerances. BYWB Bearing provides custom track roller solutions upon request.

6. Conclusion: Why Choose BYWB Track Roller Bearings?

At BYWB Bearing, we understand that performance, precision, and durability are non-negotiable in today’s competitive industrial environments. Our track roller bearings are engineered to:

Withstand high radial and axial loads

Operate efficiently in dusty, wet, or high-temperature conditions

Offer long service life with minimal maintenance

Whether you need standard NUTR series rollers or custom solutions for your machinery, BYWB is your trusted partner. Our team offers:

Global sourcing and logistics support

OEM & ODM services

Fast lead times and competitive pricing

Technical consultation and engineering support

Contact us today to discuss your track roller bearing requirements or explore our complete catalog at www.bywbbearing.com. Let BYWB help you keep your systems rolling smoothly and reliably.

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BYWB Bearing – Your Precision Partner in Motion