The installation method is more flexible. The gear-driven slide moves in an arc on the arc guide rail.

YOSO Circular Guide Rail Series

Arc linear guide have roller type linear guide rails and ball type linear guide rails,Can form precision ring guide rail; Coupled with the driving system,it can form a precision ring assembly line, ring production line or ring assembly line and other cycle lines. This kind of guideway circulation line,more compact structure, higher positioning accuracy, more configuration options; In many ways,it outperforms traditional delivery lines.

Modern production factories, always constantly looking for ways to reduce production costs, an automation direction is: put each station as close as possible together, reduce the workpiece in the distance between the station, and minimize the footprint of space;To achieve this,you need the workpiece to do ring motion, you need to use ring line.There are two types of ring wires, traditional non-guide and precision guide, which are described as follows:

Traditional belt type

Belt conveyor line, is a relatively simple structure, wide conveyor belt around the two rollers separated by a certain distance, the roller rotation,conveyor belt movement,drive the workpiece on the belt move. Roller conveyor line and belt conveyor line, the principle is similar, except that the belt is replaced by a number of densely arranged drums.

Non-guideway ring line, the workpiece is fixed on the belt or roller, is not rigid, is generated by the friction force of gravity, and can not well limit the workpiece left and right, front and back and up movement. In order to prevent the workpiece from falling out,it is necessary to add a baffle on both sides of the belt or drum. Because the workpiece is not fixed to the belt or roller, the workpiece often vibrates; If the shape of the workpiece is more complex, it will often be stuck together with the parts of the conveyor line.By the friction generated by gravity to fix the workpiece on the conveyor line, it can not ensure good positioning accuracy, more can not put the conveyor line up vertical. The fixed

workpiece is not rigid, which limits the moving speed of the conveyor line.

The workpiece is fixed on the slide seat, the slide seat rolls on the guide rail throughthe roller, the guide rail very well limits the freedom of the slide seat, only one direction offreedom of movement. Therefore, guideway type ring pipeline, with higher speed, higherpositioning accuracy, These two characteristics meet the requirement of precisionautomation.

To sum up, when you need to be in a small space, to achieve precision automation:workpiece quickly move between stations; After the motion stops, the workpiece has agood position accuracy; After the motion stops, additional force can be applied to theworkpiece for processing or assembly; Then you can choose a precise ring guide as thebasis for the design of your ring pipeline.

There are two main wavs to use annular guide rail for annular line: runway shape andsquare:

Model Guide rail size Slider size Oil cup size
H B1 B2 B3 K L1 L2 L3 M Ф L4 G N
YCR16/168AA(AB) 24 47 4.5 38 19.4 58 40.5 30 MS 4.5 7 M4 4
YCR16/228AA(AB) 24 47 4.5 38 19.4 58 40.5 30 MS 4.5 7 M4 4
YCR16/300AA(AB) 24 47 4.5 38 19.4 58 40.5 30 MS 4.5 7 M4 4
YCR16/390AA(AB) 24 47 4.5 38 19.4 58 40.5 30 MS 4.5 7 M4 4
YCR25/230AA(AB) 36 70 6.5 57 28.8 79.5 59 45 M8 7 11 M6 6
YCR25/400AA(AB) 36 70 6.5 57 28.8 79.5 59 45 MB 7 11 M6 6
YCR25/500AA(AB) 36 70 6.5 57 28.8 79.5 59 45 M8 7 11 M6 6
YCR25/750AA(AB) 36 70 6.5 57 28.8 79.5 59 45 M8 7 11 M6 6
YCR25/1000AA(AB) 36 70 6.5 57 28.8 79.5 59 45 M8 7 11 M6 6
YCR35/600AA(AB) 48 100 9 82 38 111 81 58 M10 11 11 M6 8
YCR35/800AA(AB) 48 100 9 82 38 111 81 58 M10 11 11 M6 8
YCR35/1000AA(AB) 48 100 9 82 38 111 81 58 M10 11 11 M6 8
YCR35/1300AA(AB) 48 100 9 82 38 111 81 58 M10 11 11 M6 8

Guide rall sire Minimum end angle Rated dymamic load Rated static load Rated static moment Slide wright kg Rall weight Kg/m Model
B4 H1 daDuh Θ R1 R2 Θm Θ1 C (MN) (KN) MA (N-m) Mb (N·m) Mc (N-m)
16 15 4.5×7.5×5.3 15° 168 160 176 160° 5.67 6.35 51.8 51.8 829 0.2 1.5 YCR16/16BAA(AB)
16 15 45×7.5×5.3 15° 228 220 236 160° 5.67 6.35 51.8 51.8 829 0.2 15 YCR:16/228AA(AB)
16 15 45×7.5×5.3 15° 300 292 30g 75° 5.67 6.35 51.8 51.8 829 0.2 1.5 VCR16/30GAA(AB)
16 15 4.5×7.5×5.3 15 390 382 398 65° 5.67 6.35 51.8 51.8 829 0.2 1.5 YCR 16/39GAA(AB)
23 22 7x11x9 15° 230 218.5 241.5 160° 16.8 21.5 142.2 142.2 233.5 0.59 3.3 YCR25/23GAA(AB)
23 22 7x11x9 10° 400 388.5 411.5 60° 16.8 21.5 142.2 1422 233.5 0.99 3.3 YCR25/40GAA(AB)
23 22 7x11x 500 488.5 511.5 60° 168 21.5 142.2 1422 233.5 0.99 3.3 YCR25/SOGAA(AB)
23 22 7x11x9 5* 750 738.5 751.5 35° 16.8 21.5 142.2 142.2 233.5 0.99 3.3 YCR25/75GAA(AB)
23 22 7x11x 10:00 988.5 1011.5 28° 16.8 21.5 142.2 1422 233.5 0.99 33 YCR25/1000A.A(AB)
34 29 9x14x12 9″ 600 583 617 60° 3497 58.53 610 610 1030 1.4 6.5 YCR 3S/SOGAA(AB)
34 29 9x14x12 5.5 800 783 817 35° 2* 34.97 58.53 610 610 1030 1.4 6.5 VCR 35/BOGAA(AB)
34 29 9x14x12 1000 983 1017 28* 2* 34.97 58.53 610 610 1030 1.4 65 YCR3S/1000AA(AB)
34 29 9x14x12 3.5 1300 1283 1317 22° 2* 34.97 58.53 610 610 1030 1.4 6.5 YCR35/1300AA(AB)

Model No. Outer dimensions LM block dimensions H3
Height M Width W Length L B C S L1 T T1 N E Grease Nipple
YCR15A+60/150R 24 47 54.5 38 24 M5 38.8 10.3 11 45 5.5 PB1021B 4.8
YCR15A+60/300R 55.5 28
YCR15A+60/400R 55.8 28
YCR25A+60/500R 36 70 81.6 57 45 MB 59.5 149 16 6 12 B-M6F 7
YCR25A+60/750R 82.3
YCR25A+60/1000R 82.5
YCR35A+60/600R 48 100 107.2 82 58 M10 80.4 19.9 21 8 12 B-M6F 8.5
YCR35A+60/800R 107.5
YCR35A+60/1000R 108.2
YCR35A+60/1300R 108.5
YCR45A+60/800R 60 120 136.7 100 70 M12 98 239 25 10 16 B-PT1/8 11.5
YCR45A+60/1000R 137.3
YCR45A+60/1200R 137.3
YCR45A+60/1600R 138

LM rail dimensions Basic load rating Static permissible moment kN·m Mass
R RO Ri LO U Width W1 W2 Height M1 d1xd2xh m1 Θ° Θ° Θ2 kN CO kN MA MB 0 MC 6 LM Block kg LM Ral kg/m
1 Block Double Blocks 1 Block Double Blocks 1 Block
150 157.5 142.5 150 20.1 15 16 15 4.5×7.5×5.3 3   7 23 6.66 10.8 0.0805 0.457 0.080 5 0.457 0.084 4 0.2 1.5
300 307.5 2925 300 40 5 6 12 8.33 13.5
400 407.5 392.5 400 54 7 3 9 8.33 13.5
500 511.5 488.5 500 67 23 23.5 22 7x11x9 9   2 7 19.9 344 0.307 1.71 0 .307 1.71 0.344 0.59 3.3
750 761.5 738.5 750 100 12 2.5 5
1000 1011.5 988.5 1000 134 15 2 4
600 617 583 600 80 34 33 29 9x14x12 7   3 9 37.3 61.1 0.782 3.93 0 .782 3.93 0.905 1.6 6.6
800 817 793 800 107 11 2.5 5.5
1000 1017 983 1000 134 12 2.5 5
1300 1317 1283 1300 174 17 2 3.5
800 822.5 777.5 800 107 45 37.5 38 14x20x17 8 60 2 8 60 95.6 1.42 7.92 1.42 7.92 1.83 2.8 11.0
1000 1022.5 977.5 1000 134 10 3 6
12.00 1222.5 1177.5 1200 161 12 2.5 5
1600 1622.5 1577.5 1600 214 15 2 4