B104-9LNMSS RBC


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Country Of Origin: USA
Price:
Sale price₹ 100.00 Regular price₹ 200.00

Description

Brand - RBC
Item Number - B104-9LNMSS RBC
Category - DuraLube Self-Lubricating, Maintenance-Free Spherical Plain Bearing
Basic Part Number - (-104)

Principal Dimensions & Load Ratings (Imperial) :
Nominal Inside Diameter (d) - 6.5 inch
Maximum Inside Diameter (d) - 6.5 inch
Minimum Inside Diameter (d) - 6.499 inch
Nominal Outside Diameter (D) - 9.75 inch
Maximum Outside Diameter (D) - 9.75 inch
Minimum Outside Diameter (D) - 9.7488 inch
Inner Ring Width (B) - 4.875 inch
Outer Ring Width (C) - 4.062 inch
Sphere Diameter (K) - 8.775 inch
Unmounted Diametral Clearance - 0.007/0.012 inch
Shaft Shoulder Diameter (d1) - 7.293 inch
Tilt Angle (α) - 7°
Maximum Shaft Fillet (r1) - 0.08 inch
Maximum Housing Fillet (r2) - 0.08 inch
Approximate Weight - 50.36 lbs
Static Radial Load Limit - 941003 lbf
Static Thrust Load Limit - 150443 lbf
Static Dynamic Load Limit - 627335 lbf
Maximum Recommended Shaft Diameter ISO f6 (Slip Fit) - 6.4983 lbf
Minimum Recommended Shaft Diameter ISO f6 (Slip Fit) - 6.4973 lbf
Maximum Recommended Shaft Diameter ISO m5 (Press Fit) - 6.5013 inch
Minimum Recommended Shaft Diameter ISO m5 (Press Fit) - 6.5006 inch
Maximum Recommended Housing Bore ISO R7 (Press Fit) - 9.7474 inch
Minimum Recommended Housing Bore ISO R7 (Press Fit) - 9.7476 inch

Principal Dimensions & Load Ratings (Metric) :
Approximate Weight - 22.839 kg

Notes about B....LNMSS Series :
RBC's DuraLube™ self-lubricating spherical plain bearings are built for long-lasting performance in tough environments. They operate without grease, using a robust PTFE liner system that minimizes friction between the inner and outer spherical surfaces. These bearings are perfect for situations where re-lubrication isn't feasible but extended service life is essential. They are available in both inch and metric sizes.

Other salient points to be noted :
• Outer rings of bearings size 72 and above are double fractured (suffix-9L).
• Ultimate static and impact loads should not exceed 150% of catalog ratings.

♦ ♦ Images are for representation purposes only

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