McGill Bearing MCFRE 30 mm Roller Diameter, Eccentric Stud, Bearing Steel with Black Oxide Finish, Unsealed, Screwdriver Slot, CAMROL Stud Type Crowned Metric Cam Follower

Regal Beloit Mcgill&Reg; MCFRE 30

UPC: 726166100926 | UNSPSC: 26101708 | GTIN:

Bearings > Cam Follower & Yoke Rollers > Crowned/Flat Follower & Track Runners

McGill® CAMROL® Cam Follower, Crowned OD, Series: MCFRE, 30 mm Roller Diameter, 14 mm Roller Width, 12 mm Stud Diameter, 25 mm Stud Length, M12 x 1.5 Thread, 14 mm Thread Length, 6860 N Dynamic/8050 N Static Load, 9600 rpm Maximum, -20 to 250 deg F, Eccentric Stud, Unsealed Closure, Slotted Head, Chrome Steel Roller, 8620H Steel Stud, Black Oxide

Features:

• Full complement needle roller construction provides high radial load capacity, it also provides improved resistance to shock loading versus caged needle bearing
• It provides improved resistance to shock loading versus caged needle bearing
• A heavy sectioned outer race design to help withstand shock loading of cam follower operation
• Inner studs are induction heat treated in the roller path and flange surfaces
• Our sealed bearing option helps extend bearing life by utilizing a lubrication groove and LUBRI-DISC® seals
• Bearings are supplied pre-lubricated with lithium soap thickened grease
• The annular groove in the outer raceway provides a lubrication reservoir which increases the pre-lubricated life of the bearing
• The threads are manufactured to a class 2 tolerance

Specs:

• Stud Material: 8620H Steel
• Stud Type: Eccentric
• Stud Diameter: 12 mm
• Stud Length: 25 mm
• Roller Material: Chrome Steel
• Roller Width: 14 mm
• Roller Diameter: 30 mm
• Thread Length: 14 mm
• Head Type: Slotted
• Temperature Rating: -20 to 250 deg F
• Load Capacity: 6860 N Dynamic/8050 N Static
• Closure Type: Unsealed
• Thread Size: M12 x 1.5
• Finish: Black Oxide
• Maximum Speed: 9600 rpm
• Type: Crowned OD
• Series: MCFRE

Packaging:

• Length: 1.37 in
• Width: 1.37 in
• Height: 1.57 in
• Weight: 0.2 lb

Certifications/Standards:

ABMA Standard