Industrial Drawer Slide - Side by Side SDS43S-0610 Full Extension, Slim Design, Stroke: 626mm

Full-extension drawer slide, heavy-duty steel, size 43 with a 626mm maximum stroke, using a side-by-side S-Beam configuration and ball bearing linear guide action to support cantilevered loads from just one side in a narrow telescopic assembly. The slide is built from two zinc-plated hardened steel SDP rail components, each 43mm wide, arranged side by side to create an assembled profile only 28mm thick. One rail remains fixed while the other carries the moving tray, panel, bin, or service module. A precision ball cage travels between the rail surfaces for rigid, low-friction guidance. Unlike conventional drawer slides mounted on both sides of a cabinet or frame, the SDS layout supports heavy one-sided loads where installation width is limited.

  • Nominal Size: 43mm
  • Rail Length: 610 mm
  • Max Stroke: 626 mm
  • Max Static Load (Fy): 2,603 N
  • Slide Direction: Single – use the configurator to select double direction
  • Material: Hardened Steel (56.5–60.5 HRC)
  • Finish: Zinc Plated Internal & External Rails with an E-Coated S-Beam
$1,564.41
This quantity could qualify for bulk pricing.
Dimensions
Videos
Resources

Product Dimensions

Approx. Weightsizelengthheight
28.28 lbs28 mm610 mm120 mm
Linear Guides
Linear Guides
Steel Rail Drawer Slides Overview
Steel Rail Drawer Slides Overview
Steel Rail Drawer Slides Overview
Steel Rail Drawer Slides Overview
Cam Roller Technology Overview
Cam Roller Technology Overview
Motion Control in Washdown Applications
Motion Control in Washdown Applications

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
Telescoping Steel Drawer Slides: Heavy-Duty Linear Motion Reach
blogOpen Link
Telescoping Steel Drawer Slides: Heavy-Duty Linear Motion Reach
blogOpen 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