Delivery Time:10 working days after received your payment.
Certification:ISO9001:2008, GB/T 19001-2008

NSK NU210ET Cylindrical Roller Bearing For Scroll Compressor NU210ECJ NU210ECM NU210ECP NU210E NU210ET NU210R

Type No.	NU210ET Chrome Steel Cylindrical  Roller Bearings For Scroll Compressor  Factory Price Good quality
Inner Diameter	50 mm
Outer Diameter	90 mm
Thickness	20 mm
Besic Load Rating (kn) (Dynamic Cr)	61.2
Besic Load Rating (kn) (Static Cor)	69.2
Limiting Speed (r/min) Grease	6000
Limiting Speed (r/min) Oil	7500
Weight (kg)	0.505
Material	GC15, GCr15SiMn, ZGCr15, ZGCr15SiMn
Clearance	C0, C2, C3, C4, C5
Precision	ABEC1(0), ABEC3(P6), ABEC5(P5)
Vabration	Z1, Z2, Z3
Certification	ISO9001:2008, GB/T 19001-2008
Basic Tests	1.Assembly 2.Windage test 3.Cleaning 4.Rotary test 5.Greasing and gland 6.Noise inspection 7.Appearance inspection 8.Rust prevention

Related bearings:

N1010  HJ2211E  HJ415  HJ317  HJ2216E  HJ2216  HJ413  HJ2315E  HJ2210E  HJ409  23256  HJ2310

NU1010  HJ216E  HJ2214  HJ311  HJ211  HJ414  HJ210E  N1011  NU409  HJ2317  NJ2310ET  02420

NJ210  HJ2212E  NUP2310ET  HJ316E  HJ214E  NUP210

Tips:

1.The mounting position is accurately determined by the support ring.

2.Other components on the shaft can be positioned axially against the bearing and adapter sleeve via spacer

sleeves.

3.The arrangement is easier to dismount than when a smooth shaft is used as the bearing inner ring abuts

the support ring.

4.Bearing clearance can be adjusted, within certain limits, to the operating conditions during mounting.

5.Support of shaft ends.

6.Bearing arrangements which have to be repeatedly mounted and dismounted. 

Cylindrical roller bearing description:

Cylindrical roller bearing are commonly used to support rotary tables, indexing heads and multi-spindle

heads on machining centres. SG manufactures super-precision axial-radial cylindrical roller bearings for

shaft diameters from 80 to 850 mm. Their internal design, together with close tolerance manufacturing

processes, enables these bearings to attain radial run-out better than, and axial run-out close to,

P