INA HK2216-2RS Drawn cup needle bearings (China Trading Company) - Insulation - Machine Hardware Products

INA HK2216-2RS Drawn cup needle bearings

Model:	HK2216-2RS
Brand:	INA
Origin:	Made In Germany
Category:	Industrial Supplies / Machine Hardware / Insulation
Label:	INA bearing , INA HK2216-2RS , HK needle bearings
Price:	¥50 / pc
Min. Order:	1 pc

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Product Description

INA bearing:	HK2216-2RS
Type:	Drawn cup needle roller bearings, open end
Fw:	22 mm
Outer diameter:	28 mm
Depth:	16 mm
Dynamic load rating:	9100 N
Static load rating:	13400 N
Fatigue limit load:	1600 N
Limiting speed by grease:	7000 r/min
Suitable inner ring:	IR17x22x16-XL
Seals 2RS:	Contact seals on both sides
Bearing weight:	18 G
Country of Origin:	Original in Germany
Stock availability:	300 pcs from stock

Contact: sales(at)hzskf.cn www.industrybearing.com skype: lovejoanna8

INA drawn cup needle roller bearings HK2216-2RS is sealed needle roller bearing, they comprise thin-walled, drawn cup outer rings and needle roller and cage assemblies which together form a complete unit.

Under normal operating conditions, the lip seals give protection against contamination, spray water and the loss of lubricant.

INA needle bearing	Fw(mm)	D(mm)	C1(mm)
HK0810-2RS	8	12	10
HK0812-2RS	8	12	12
HK1010-2RS	10	14	10
HK1012-2RS	10	14	12
HK1014-2RS	10	14	14
HK1214-2RS	12	16	14
HK1216-2RS	12	18	16
HK1416-2RS	14	20	16
HK1516-2RS	15	21	16
HK1520-2RS	15	21	20
HK1616-2RS	16	22	16
HK1620-2RS	16	22	20
HK1816-2RS	18	24	16
HK2016-2RS	20	26	16
HK2020-2RS	20	26	20
HK2216-2RS	22	28	16
HK2220-2RS	22	28	20
HK2516-2RS	25	32	16
HK2520-2RS	25	32	20
HK2524-2RS	25	32	24
HK2530-2RS	25	32	30
HK2820-2RS	28	35	20
HK3016-2RS	30	37	16
HK3020-2RS	30	37	20
HK3024-2RS	30	37	24
HK3516-2RS	35	42	16
HK3520-2RS	35	42	20
HK4016-2RS	40	47	16
HK4020-2RS	40	47	20
HK4520-2RS	45	52	20
HK5024-2RS	50	58	24

INA Drawn cup needle bearings are ideal for housing bores that are of low rigidity like cast iron, aluminum or plastic. Mechanical efficiency is improved with needle roller bearings because the rotating radius and torque is small. Due to the small bearing volume and weight, the moment of inertia of the bearing is minimized when put in motion, therefore requiring lower torque.