Description
Brand - RBC
Item Number - CJS1624 RBC
Category - Split Seam Steel Backed Bearings (Standard Inch Series)
Principal Dimensions & Load Ratings (Imperial) :
Minimum Recommended Shaft Diameter - 0.998 inch
Maximum Recommended Shaft Diameter - 1 inch
Minimum Recommended Housing Bore * - 1.1245 inch
Maximum Recommended Housing Bore * - 1.1255 inch
Bearing Length - 1.500 (+0.000 to -0.020) inch
Wall Thickness - 0.062 inch
Maximum Static Load - 57000 lbf
Bearing Weight - 0.074 lbs
Principal Dimensions & Load Ratings (Metric) :
Bearing Weight - 0.0336 kg
Description of Prefix : CJS
• Inch/Metric Journal Bearings
• Split Seam Steel Backing
• Zinc Plated
Other salient points to be noted :
• Fiberglide® split seam steel journal bearings are built to comply with or surpass industry standards for self-lubricating bushings.
• They deliver the full benefits of Fiberglide® while remaining cost-effective. Typically, carbon steel is used as the backing material, with a protective plated coating to prevent corrosion. Alternative metal options are available upon request.
* Recommended housing bores are for steel housings.
♦ ♦ Images are for representation purposes only
Item Number - CJS1624 RBC
Category - Split Seam Steel Backed Bearings (Standard Inch Series)
Principal Dimensions & Load Ratings (Imperial) :
Minimum Recommended Shaft Diameter - 0.998 inch
Maximum Recommended Shaft Diameter - 1 inch
Minimum Recommended Housing Bore * - 1.1245 inch
Maximum Recommended Housing Bore * - 1.1255 inch
Bearing Length - 1.500 (+0.000 to -0.020) inch
Wall Thickness - 0.062 inch
Maximum Static Load - 57000 lbf
Bearing Weight - 0.074 lbs
Principal Dimensions & Load Ratings (Metric) :
Bearing Weight - 0.0336 kg
Description of Prefix : CJS
• Inch/Metric Journal Bearings
• Split Seam Steel Backing
• Zinc Plated
Other salient points to be noted :
• Fiberglide® split seam steel journal bearings are built to comply with or surpass industry standards for self-lubricating bushings.
• They deliver the full benefits of Fiberglide® while remaining cost-effective. Typically, carbon steel is used as the backing material, with a protective plated coating to prevent corrosion. Alternative metal options are available upon request.
* Recommended housing bores are for steel housings.
♦ ♦ Images are for representation purposes only