Also known as
GIL70-UK-2RS
SIL70TE-2RS
SILA70TE-2RS
EAN4012802529036
CategoryRod End
Weight and Dimensions
Inner (d) MM
70
Outer (D) MM
160
Width (B) MM
49
Inner (d) Inch
2.7559
Outer (D) Inch
6.2992
Width (B) Inch
1.9291
Weight (kg)
10.5
Product Properties
Seal
2RS - Rubber Seal on Two Sides
Contact Material
Steel on PTFE
Data from Schaeffler (medias)
Outside diameter bearing (D) mm
105
Radial Static Load Rating C0r (N)
564000
Width inner ring (B) mm
49
Radial Dynamic Load Rating Cr (N)
883000
ECLASS number
23-05-01-05
ECLASS2 number
23-05-01-05
Medias description
Rod end with internal thread, maintenance-free, sliding layer: ELGOGLIDE, DIN ISO 12240-4, dimension series E, type F, inner ring curved surface with hard chromium coating, sealed, left hand thread
Suffix description
UKSliding Contact Surface Hard Chromium/PTFE Composite
2RSLip Seals On Both Sides
AThe Significance Of This Sign Is Not Determined Separately. They Are In Need For Appointment Of Special Features Of The Construction Of Internal Form External Uses. In General, The Use These Only Temporarily, During A Transitional Time To Avoid Confusion. In Some Cases, They Also For Permanent Appointment Of Bearings And Parts Of The Same Type And Size, But With A Differ Interior Design. (Source: Ina-Catalogue No. 307)
The GIL70-UK-2RS-A INA is a rod end. Rod ends consist of a housing with integral shank and a spherical plain bearing. This plain bearing is composed of an inner and outer ring without rolling elements. Rod ends are often mounted on the end of hydraulic or pneumatic cylinders. They are also used to connect two shafts. Rod ends can accommodate misalignment, and they support radial forces in a tensile or compressive direction.
The GIL70-UK-2RS-A INA has a spherical plain bearing with a steel-on-PTFE sliding contact, making it maintenance-free. PTFE is a special plastic. During the run-in period of these plain bearings, particles of PTFE are deposited on the opposite running surface. They fill in the small irregularities of the inner ring surface, creating a smooth surface. As a result, the components fit each other perfectly.
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