Heavy Duty Linear Rail HVRI-09-1500 - Steel I-Channel 1,500 mm

  • Cut-to-length rail only
  • Compatible with wheel part number HVB, HVBEA, HVB/HVPS, HVB/HVP
  • I shaped channel
$422.87
Dimensions
Videos
Resources

Product Dimensions

weightwidthlengthheight
112.8 lbs3.19 in59.06 in5.1 in
Bearing Selection Criteria for Linear Guides
Bearing Selection Criteria for Linear Guides
Hevi Rail Overview
Hevi Rail Overview
Hevi Rail Bearing Adjustment
Hevi Rail Bearing Adjustment
Mobile & On Vehicle Applications
Mobile & On Vehicle Applications
Hevi-Rail Heavy Duty Roller Bearing Design Tips
Hevi-Rail Heavy Duty Roller Bearing Design Tips
Hevi-Rail Telescopic Racking Case Study
Hevi-Rail Telescopic Racking Case Study
Cam Roller Technology Overview
Cam Roller Technology Overview
Motion Control in Washdown Applications
Motion Control in Washdown Applications

Catalogs & Datasheets

Competitor Interchange Chart
datasheetOpen Link

News & Blogs

Rail Systems for Very Long Travel Applications
blogOpen Link
Flexibility in Linear Motion helps Customers Choose the Perfect Profile
blogOpen Link
Flexibility in Linear Motion helps Customers Choose the Best Bearing Type
blogOpen Link
Overview of Linear Guides in Motion Design
blogOpen Link
The Heavy Duty Roller Bearing
blogOpen Link
Hevi-Rail Offers Heavy Lifting for Precision Applications
blogOpen Link
Design Tips for Implementing Hevi-Rail Roller Bearings
blogOpen Link
Hevi-Rail Heavy Duty Combined Bearing Adjustment Guide
blogOpen Link
Supporting Nuclear Reactor Refueling
blogOpen Link
Machine Maintenance and Tooling
blogOpen Link
Eliminating Stalls on Injection Machines
blogOpen Link
Home Building and Drilling
blogOpen Link
Keeping Cargo Accessible
blogOpen Link
Stage Construction using Hevi-Rail
blogOpen Link
Hevi-Rail®: The Original Heavy Duty Bearing
newsOpen Link
Hevi-Rail® Clears Way for Machine Maintenance and Tooling
newsOpen Link
Top Design Considerations for Cantilevered and Telescoping Apps
blogOpen Link
A Guide to Roller Bearings Lubrication
blogOpen Link
Calculating the life of Roller Bearings in Linear Motion
blogOpen Link