Specifications
1.High Quality Self-aligning Roller Bearing
2.Long Working Time
3.Prompt Delivery
4.Low Noise And Vibration
Self-aligning Roller Bearing 24032CC/C3W33
Application:
It widely used in mechanical equipments of steel, mine, paper making, shipping, textile machinery,
coal mill and electric power industries and so on. It is one of the bearings most widely used in mechanical industry.
Payment Term:
30% T/T In Advance,70% T/T Against Copy Of B/L
Packaging & Delivery:
Packaging Detail:Plastic Bag+Box+Wooden Case/Pallet
Delivery Detail: Within 5 Working Days after the order is confirmed
Type | Spherical Roller Bearings | Brand Name: |
Inside Diameter:160 mm | Outside Diameter:240 mm | Model Number:24032CC/C3W33 |
Precision Rating: P0. P6. P5,P4 | Seals Type: Bearing seal | Number of Row:Double Row |
Retainer/Cage: Steel | Material: GCr15SiMn, GCr15, etc | Usage: Widely used in industries |
Breadth:80mm | Cr:652KN | Cor:1230KN |
Greased speed:1100r/min | Oil speed:1400r/min | Weight:12.2KG |
SKF extends and upgrades the SKF Explorer self-aligning roller bearing range
All SKF spherical roller bearings, CARB toroidal bearings and most spherical roller thrust bearings now carry the industry leading SKF Explorer performance class designation. In addition to that, all SKF self-aligning roller bearings have been upgraded to a new level of performance with SKF next-generation bearing steel.
SKF next generation bearing steel used for all SKF Explorer self-aligning bearings has a superior balance between hardness and toughness to significantly improve wear resistance.
Improved wear resistance means that these SKF Explorer bearings will run longer - particularly under difficult operating conditions.
Tests have clearly shown that bearings made from SKF next generation bearing steel will provide
- Almost 2x service life under contaminated and/or poor lubrication conditions
- Extend the time from initial spall to when the bearing becomes unserviceable
Upgraded SKF Explorer self-aligning roller bearings can not only last longer and reduce the need for maintenance, they can also make unplanned downtime and the additional costs of an unexpected shutdown a thing of the past.
The extended time from when an initial spall is discovered to when the bearing becomes unserviceable, provides more time to plan, order parts and prepare for a shutdown; thereby reducing the additional time and cost related to unplanned downtime.
Specifications
