Rod Ends Series K -  Stainless, Maintenance Free
Series GIRSW
Rod Ends with female thread made from stainless steel with PTFE liner, maintenance free










For use at high dynamic pressure and tension loads in corrosive environments
Size
(D)
B M A F L K J O SW G GL Static
load
Co kN
Dynamic
load C
kN
Limiting
speed
rev/min
Weight
g
4¹ 7 5,25 14 24 31 9,5 7,8 6,5 8 M 4 12 2,5 5,1 11
5 8 6,00 18 27 36 11,0 9,0 7,7 9 M 5 10 11,8 7,5 600 18
6 9 6,75 20 30 40 13,0 10,0 8,9 11 M 6 12 13,1 9,3 530 27
8 12 9,00 24 36 48 16,0 12,5 10,4 13 M 8 16 20,7 16,7 420 46
10 14 10,50 28 43 57 19,0 15,0 12,9 17 M 10 20 28,3 23,4 350 76
12 16 12,00 32 50 66 22,0 17,5 15,4 19 M 12 22 34,5 32,0 300 115
14 19 13,50 36 57 75 25,0 20,0 16,8 22 M 14 25 39,5 42,0 260 170
16 21 15,00 42 64 85 27,0 22,0 19,3 22 M 16 28 60,5 52,5 230 230
18 23 16,50 46 71 94 31,0 25,0 21,8 27 M 18x1,5 32 73,0 64,0 210 320
20 25 18,00 50 77 102 34,0 27,5 24,3 32 M 20x1,5 33 83,0 78,0 190 415
22 28 20,00 54 84 111 37,0 30,0 25,8 32 M 22x1,5 37 100,0 97,0 170 540
25 31 22,00 60 94 124 42,0 33,5 29,6 36 M 24x2 42 118,0 122,0 150 750
30 37 25,00 70 110 145 50,0 40,0 34,8 41 M 30x2 51 155,0 168,0 130 1130
35 43 28,00 80 125 165 58,0 46,0 37,7 50 M 36x2 56 191,0 206,0 110 1600
40 49 35,00 90 142 187 69,0 57,0 44,2 60 M 42x2 60 235,0 286,0 100 2770

Materials:

Housing: stainless steel to 1.4057, Aisi 431, forged, polished
size 40 turned from stainless steel to 1.4057, Aisi 431
Insert: special high strength bronze to CuSn8 with PTFE liner bonded to the inner surface
Ball: bearing steel to 100Cr6, Aisi 52100, hardened, ground, polished, hard chrome plated on the running surface
On request: insert: stainless steel to 1.4571, Aisi 316Ti
ball: stainless steel to 1.4034, Aisi 420C hardened, ground, polished
or in stainless steel to 1.4401, Aisi 316 ground, polished
This series is also available sealed (-2RS) or with threaded bolt (-BO)
Cetop connections see G...-CETOP
¹ Size 4 on request. Housing turned from stainless steel to 1.4305, Aisi 303

achtungneu

Please note: The dynamic load "C" of the bearing of some rod ends is in some sizes higher than the static load "Co" of the rod end.