UC215-48 Pillow Block Bearings
Product Name: UC215-48 Pillow Block Bearings
Bearings Model: UC215-48
Size: 61.913mm x 110mm x 65.1mm
Material: Chrome Steel, Carbon Steel, Stainless Steel
Brand Name: Timken SKF NSK NTN Koyo NACHI & OEM
Quality Standard: SGS ISO9001
Supply Ability: 1,000,000 pcs/Day In stock Fast Delivery!
Payment Terms: T/T, L/C, Paypal, Western UnionPackage:
Plastic bag + single box + carton + plywood pallet
Neutral industrial packaging + neutral carton packaging + pallet
According to customer requirements
Advantage of UC215-48 Bearing
The service life of the bearing is prolonged.
Its code is uk200 series and uk300 series. This kind of outer spherical ball bearing has a tapered inner hole with an inner diameter of 1:12, which should be used in conjunction with the tightening sleeve. The characteristics of this kind of outer spherical ball bearing are that it can bear greater load than the outer spherical ball bearing with jacking wire.
Main Dimensions & Performance Data
d | 61.913 mm | Bore diameter |
d | 2.438 inch | Bore diameter, inch |
DSP | 110 mm | Outside diameter |
B | 65.1 mm | Width |
nG Grease | 7,300 1/min | Limiting speed for grease lubrication |
Cr | 52,000 N | Basic dynamic load rating, radial |
C0r | 36,000 N | Basic static load rating, radial |
Cur | 1,530 N | Fatigue load limit, radial |
≈m | 1.4 kg | Weight |
Dimensions
C | 27 mm | Width, outer ring |
C2 | 27.6 mm | Sealing total width |
S | 25.4 mm | Distance raceway |
d1 | 76.48 mm | Rib diameter inner ring |
Ca | 7.4 mm | Distance to lubrication hole |
A | 10 mm | Distance thread |
W | 0.1875 | Width across flats (Inch) |
Calculation factors
f0 | 14.3 | Calculation factor |
Insert spherical bearings are favored for purposes requiring easy gear and parts, such as agricultural machinery, transportation structures or building machinery.
It is commonly used to undergo blended radial and axial masses often primarily based on radial loads. Generally, it is now not appropriate to undergo the axial load alone. Bearings of this kind can be geared up with an internal ring (with a whole set of rollers and cages) and an outer ring. This kind of bearing does now not enable the shaft to tilt relative to the housing, and extra axial forces are generated underneath radial loads. The axial clearance of this sort of bearing has a terrific affect on whether or not the bearing can work normally. If the axial clearance is too small, the temperature will rise; when the axial clearance is large, the bearing is without problems damaged. Therefore, distinctive interest need to be paid to adjusting the axial clearance of the bearing for the duration of set up and operation.
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