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LR5201-2HRS-TVH-XL INA

LR5201-2HRS-TVH-XL-INA.jpg-1.jpg
LR5201-2HRS-TVH-XL-INA.jpg-1.jpg
LR5201-2HRS-TVH-XL INA

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Đầy đủ chứng từ CO,CQ do Schaeffler Group cấp.

Thay thế: 

LR5201-2HRS-TVH
LR5201NPPU

 

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LR5201-2HRS-TVH-XL INA

Ball-bearing yoke type track roller

Weight and Dimensions

Inner (d) MM12

Outer (D) MM35

Width (B) MM15,9

Inner (d) Inch0.4724

Outer (D) Inch1.378

Width (B) Inch0.626

Weight (kg) 0.076

LR5201-2HRS-TVH-XL INA

Product Properties

Seal2RH - High Speed Low Friction Seal on Two Sides

Running SurfaceStandard

Data from Schaeffler (medias)

Height (C) mm15,9

Basic dynamic load rating, radial (C r w)8800

Basic static load rating, radial (C 0r)6100

Speed on permanent grease lubrication (n D G)8100

ECLASS number23-05-15-90

ECLASS2 number23-05-15-90

Medias descriptionTrack roller LR..-2HRS-TVH-XL, two-row, no plastic tyre

Suffix description

2HRSLip Seals On Both Sides Made From Nitrile Butadiene Rubber, These Designs Are Lubricated For Life Using A High Quality Grease And Are Suitable For Moderate Speeds. The Frictional Torque And Heat Generation Are Lower Than With The Previous RSR Seal

TVHMoulded Polyamide Cage Snap-Type, Rolling Element Riding

XLX-Life

LR5201-2HRS-TVH-XL INA

Product description

The LR5201-2HRS-TVH-XL INA is a ball-bearing Yoke type track roller, of which the rolling elements combine low friction with high precision. Track rollers are designed for use with various types of tracks. Thanks to a thick-walled outer ring, they can withstand high radial loads. Axial loads due to alignment errors or misalignment can be absorbed in both directions. Yoke type track rollers are suitable for mounting on a shaft. They are not mounted in a housing bore, but a flat (counter) track provides support.

The LR5201-2HRS-TVH-XL INA is equipped with a cage that prevents the rolling elements from coming into contact with each other. This design allows for a controlled movement of the rolling elements. There is lower friction compared to full complement track rollers, allowing for higher rotational speeds and less heat generation. Common applications of support rollers include conveyor systems, linear guidance systems, and cam mechanisms.