LFR50/8KDD Yoke type track roller bearings 8*24*11mm-DEEG
Specifications
d | 8 mm | |
---|---|---|
Dmax | 24 mm | |
B | 11 mm |
AT | 14 mm | |
---|---|---|
C | 11 mm | |
Da | 22,8 mm | Rolling contact diameter |
ds | 6 mm | |
rmin | 0,3 mm |
“LFR50/8KDD Double row angular contact bearings” detailed introduction
Arc Groove Guide Roller-LFR Series:
LFR50/8KDD Yoke type track roller bearings dimensions :8*24*11mm-DEEG
LFR50/8KDD roller bearing size:
Bearing Type | LFR50/5KDD “Gothic” arc groove guide roller |
the inside diameter of | 8 mm |
Outer diameter | 24mm |
thickness | 11mm |
Material | Bearing steel |
Use | Rust machine, CNC equipment, etc. |
brand | DEEG |
Category | Guide roller with arc groove |
illustrate | LFR roller bearing features: |
1. Low resistance, long life and wide application; | |
2. Easy to install and use; | |
3. Smooth operation, small error, extremely low operating noise | |
4. Adopt the internal structure design of double row angular contact ball bearing and thickened outer ring; | |
5.The carrying capacity of DEEG rail roller bearings; | |
6. Spot inventory | |
LFR series bearing model:
LFR50/4NPP, LFR50/5-4KDD=R50/5-4ZZ, LFR50/5-4NPP=R50/5-4-2RS, LFR50/5NPP=R50/5-6 -2RS,LFR50/5KDD=R50/5-6 ZZ
LFR50/8KDD=R50/8-6ZZ,LFR50/8NPP=R50/8-6-2rs,LFR50/8-8KDD,LFR50/8-8NPP,LFR30/8KDD,LFR30/ 8NPP,
LFR5201NPP=R5201-10-2RS,LFR5201KDD=R5201-10KDD,LFR5301KDD=R5301-10ZZ,LFR5301NPP=R5301-10-2RS
LFR5301-20KDD=R5301-20ZZ,LFR5301-20NPP=R5301-20.2RS,LFR5302KDD=R5302- 10KDD,
LFR5302NPP=R5302-10.2RS,LFR5201-12KDD=R5201-12ZZ,LFR5201-12NPP=R5201-12.2RS,
LFR5201-14KDD=R5201-14ZZ,LFR5201-14NPP=R5201-14.2RS,LFR5201-10.40KDD,LFR5201- 10.40NPP,
LFR5204-16NPP=R5204-16.2RS,LFR5204-16KDD=R5204-16ZZ,LFR5206-20KDD=R5206-20DD,
LFR5206-20NPP=R5206-20.2RS,LFR5206-25KDD=R5206-25ZZ,LFR5206-25NPP=R5206 -25.2RS,
LFR5207-30KDD=R5207-30ZZ,LFR5207-30NPP=R5207-30.2RS
LFR5208-40KDD=R5208-40ZZ,LFR5208-40NPP=R5208-40-2RS
LFR5308-50KDD=R5308-50ZZ,LFR5308-50NPP=R5308-50-2RS
Picture of LFR50/5 NPP Gothic Roller Bearing:
Leave a Reply
Want to join the discussion?Feel free to contribute!