JIS Plain Linear Bearing FJC100 100mm Closed, Compensated

Closed plain linear bearing with a JIS 100mm ID, compensated running clearance, durable green anodized aluminum shell, and a bonded self-lubricating FrelonGOLD® liner that facilitates smooth linear, rotational, or oscillating motion on round shafts in harsh conditions where contamination, vibration, shock loads, washdowns, temperature extremes, lubricant maintenance difficulties, or poor machine accessibility can make rolling element bearings harder to maintain. This oil-free bearing provides maintenance-free operation without the need for grease. Compensated and precision ID running clearance options allow the bearing to have more or less play on the shaft.

  • Closed shell plain bearing with green anodized aluminum body for round shafts
  • Compensated running clearance: 0.0015" per side for more shaft play
  • JIS refers to Japanese Industrial Standards for metric tolerance compatibility
  • Self-lubricating FrelonGOLD® liner supports maintenance-free operation
  • Oil-free design eliminates grease for cleaner operation in harsh environments
  • Bonded liner design resists dirt, vibration, shock loads, and debris ingress
  • Provides vibration dampening for smoother performance in demanding machinery
  • Self-lubricating bearing design brushes away dirt instead of trapping debris
  • Temperature rating: -400°F/+400°F or -240°C/+204°C
  • Optional FDA-compliant food-contact liner: Available with Frelon®W liner material for food-contact applications in food and drug use environments
  • Optional Frelon®J liner for corrosive environments
  • Optional stainless steel shell and housing for washdown or corrosion-sensitive use
  • Open shell variants are available with the part number FJCN
  • Optional urethane seals for ID sizes 20 mm and larger
  • Optional JKM lubrication system (zirk fitting thru hole, felt wick)
  • Valuable when downtime costs far more than the bearing itself

3D Models

TypeFileFormatLink
3dFJC100.htmlhtmlView
cadFJC100.x_tSolidWorks >=2006Download
$566.07
Configure Custom Features
Dimensions
Videos
Resources

Product Dimensions

Approx. Weightwidthlengthheight
10.25 lbs5.91 in6.88 in5.91 in

Additional Dimensions

Category Dimensions
Simplicity Plain Bearing Overview
Simplicity Plain Bearing Overview
Simplicity 60 Plus Shafting and Bearing Matched for Performance
Simplicity 60 Plus Shafting and Bearing Matched for Performance
How to Install the Right Simplicity Linear Bearing
How to Install the Right Simplicity Linear Bearing
How to Properly Lubricate a Plain Linear Bearing
How to Properly Lubricate a Plain Linear Bearing
Custom Bearings Project
Custom Bearings Project
Custom Hillman Case Study DOD
Custom Hillman Case Study DOD

3D Models

SolidWorks >=2006
cadDownload
html
3dView

Catalogs & Datasheets

SIMPLICITY Self-Lubricated Linear Bearings Datasheet
datasheetOpen Link
SIMPLICITY Self-Lubricated Linear Bearings Chemical Reaction Chart
datasheetOpen Link
Simplicity Linear Bearings Chemical Chart
datasheetOpen Link
Simplicity Linear Plain Bearings
datasheetOpen Link

News & Blogs

The Science of Simplicity Self-Lubricating Linear Plain Bearings
blogOpen Link
Simplicity Bearings - Designed to Last
blogOpen Link
Withstand the test of time with Simplicity® Bearings
newsOpen Link
The Simplicity® Bearing: Meeting All Packaging Needs without Fail
newsOpen Link
Combating Environmental Issues With PBC Linear Guidance Solutions
blogOpen Link
Ball-bearing vs. Plane Bearing Technology in Heavy Wash-down
newsOpen Link
White Paper: Demystifying the 2:1 Ratio and the Stick-Slip Phenomenon
blogOpen Link
Calculating a Plain Bearings Pressure Velocity
blogOpen Link
Plain vs Ball Bushings in Washdown Environments
blogOpen Link
PBC Linear’s Guide for Approved Bearing Inspection Methods
blogOpen Link
Closed Simplicity Linear Bearings
blogOpen Link
Welding and Automotive Manufacturing
blogOpen Link
Simplicity Keeps Automotive Welding Line Running
newsOpen Link
Automation in the Automotive Industry
blogOpen Link
Washdown Bottling Automation
blogOpen Link
Overview of Linear Guides in Motion Design
blogOpen Link