LOCKING BUSHES & SHAFT COLLARS

Transcription

1 LOCKING BUSHES & SHAFT COLLARS

2 INDEX TAPER BUSHES Page 3 WELD-ON HUBS Page 4 QD BUSHES Page 5 MECHANICAL LOCKING BUSHES CAL1 (Not Self-Centering) Page 6 CAL2 (Not Self-Centering) Page 7 CAL3 (Self-Centering) Page 8 CAL4 (Self-Centering) Page 9 CAL5A (Self-Centering) Page 10 CAL5B (Self-Centering) Page 11 CAL6 (Self-Centering) Page 12 CAL7 (Self-Centering) Page 13 CAL8 (Self-Centering) Page 14 CAL9 (Not Self-Centering) Page 15 CAL10 (Rigid Coupling) Page 16 CAL11S (Shrink Disc) Page 17 CAL12S (Self-Centering) Page 18 CAL13S (Self-Centering) Page 19 CAL15 (Self-Centering) Page 20 LOCKING BUSH CONVERSION CHART Page 21 RULAND SHAFT COLLARS One Piece Solid (Set Screw Type) Page One Piece Split (Clamp Type) Page Two Piece Split (Clamp Type) Page Quick Clamping One Piece Split Page Double Wide One Piece Split (Clamp Type) Page 30 Double Wide Two Piece Split (Clamp Type) Page 31 Threaded One Piece Split (Clamp Type) Page Threaded Two Piece Split (Clamp Type) Page 34 PAGE 2 All descriptions and dimensions as published are believed to be correct, but subject to the possibility of printing errors. The right is reserved by us or our suppliers to alter or modify dimensions or designs without notice.

3 Taper Bushes Taper bushes are designed to give the following:- 1. Easy assembly. 2. Rapid dismantling of the pulley and other transmission equipment. 3. No special tool requirement except hexagonal allan key. A large range of bores are available off the shelf which ensures that an immediate assembly can be made, thus avoiding costly factory down-time. The bushes are machined with standard keyways. This, in addition to clamping screws is sufficient to meet the required torque. Part No. Stock Bore Sizes OD L 1008 mm 12, 14, 15, 16, 18, 19, 20, 22, 24, inch 1/2", 5/8", 3/4", 7/8", 1" 1108 mm 12, 14, 15, 16, 18, 19, 20, 22, 24, 25, inch 1/2", 5/8", 3/4", 7/8", 15/16", 1", 1 1/16", 1 1/8" 1210 mm 12, 14, 15, 16, 18, 19, 20, 22, 24, 25, 26, 28, 30, inch 1/2", 5/8", 11/16", 3/4", 13/16", 7/8", 1", 1 1/16", 1 1/8",1 3/16", 1 1/4" 1215 mm 12, 14, 16, 18, 19, 20, 22, 24, 25, 28, 30, inch 1/2", 9/16", 5/8", 11/16", 3/4", 7/8", 1", 1 1/16", 1 1/8", 1 3/16", 1 1/4" 1610 mm 12, 14, 16, 18, 19, 20, 22, 24, 25, 28, 30, 32, 35, 38, 40, inch 1/2", 5/8", 3/4", 13/16", 7/8", 1", 1 1/8", 1 1/4", 1 5/16, 1 3/8", 1 1/2", 1 5/8" 1615 mm 12, 14, 16, 18, 19, 20, 22, 24, 25, 28, 30, 32, 35, 38, 40, inch 1/2", 9/16", 5/8", 11/16", 3/4", 13/16", 7/8", 5/16", 1", 1 1/8", 1 3/16", 1 1/4" inch 1 5/16", 1 3/8", 1 1/2", 1 5/8" 2012 mm 16, 19, 20, 22, 24, 25, 28, 30, 32, 35, 38, 40, 42, 45, 48, inch 3/4", 7/8", 1", 1 1/8", 1 1/4", 1 3/8", 1 1/2", 1 5/8", 1 3/4", 1 7/8", 2" 2017 mm 19, 20, 22, 24, 25, 28, 30, 32, 35, 38, 40, 42, 45, 48, inch 3/4", 13/16", 7/8", 15/16", 1", 1 1/16", 1 1/8", 1 5/16", 1 3/8" 2517 mm 19, 20, 22, 24, 25, 28, 30, 32, 35, 38, 40, 42, 45, 48, 50, 55, inch 3/4", 7/8", 1", 1 1/8", 1 1/4", 1 3/8", 1 1/2", 1 5/8", 1 3/4", 1 7/8", 2", 2 1/8", inch 2 1/4", 2 3/8", 2 1/2" 2525 mm 19, 20, 22, 24, 25, 28, 30, 32, 35, 38, 40, 42, 45, 48, 50, 55, inch 3/4", 7/8", 1", 1 1/8", 1 3/16", 1 3/8", 1 5/8" 3020 mm 24, 25, 28, 30, 32, 35, 38, 40, 42, 45, 48, 50, 55, 60, 65, 70, inch 1", 1 1/8", 1 1/4", 1 3/8", 1 1/2", 1 5/8", 1 3/4", 1 7/8", 2", 2 1/8", 2 1/4", 2 3/8", inch 2 1/2", 2 5/8", 2 3/4", 2 7/8", 3" 3030 mm 32, 35, 38, 40, 42, 45, 48, 50, 55, 60, 65, 70, inch 1 1/4", 1 3/8", 1 7/16", 1 1/2", 1 5/8", 1 3/4", 1 7/8", 2", 2 1/8", 2 1/4", 2 3/8", inch 2 1/2", 2 5/8", 2 3/4", 2 7/8", 3" 3525 mm 35, 38, 40, 42, 45, 48, 50, 55, 60, 65, 70, 75, 80, 85, mm 35, 38, 40, 42, 45, 48, 50, 55, 60, 65, 70, 75, 80, 85, inch 1 1/2", 1 5/8", 1 3/4", 1 7/8", 2", 2 1/8", 2 1/4", 2 3/8", 2 1/2", 2 5/8", 2 3/4", inch 2 7/8", 3", 3 1/8, 3 1/4", 3 3/8", 3 1/2" 4030 mm 40, 42, 45, 48, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, mm 40, 42, 45, 48, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, inch 1 3/8", 1 3/4, 1 7/8", 2", 2 1/8", 2 1/4", 2 1/2", 2 5/8", 2 3/4", inch 3", 3 1/4",3 1/2", 3 3/4", 4" 4535 mm 60, 65, 70, 75, 80, 85, 90, 95, 100, 105, mm 60, 65, 70, 75, 80, 85, 90, 95, 100, 105, inch 3", 3 1/8", 3 1/4", 3 3/8", 3 1/2", 3 3/4", 4", 4 1/4", 4 1/2" 5040 mm 70, 95, 100, 110, 115, 120, mm 70, 95, 100, 110, 115, 120, The first 2 digits of the part number are the maximum bore size in inches. The second 2 digits of the part number are the length through bore in inches. PAGE 3

4 Weld-On Hubs Weld-On Hubs are made of steel, drilled, tapped and taper bored to receive Tapered Bushings. They are very useful for welding into pulleys, plate sprockets, impellers, agitators and many other devices which must be firmly fastened to the shaft. A A1 A2 H H1 H2 Part No. Bush A A1 A2 H H1 H2 Long Bush Design W W W W W W W W Short Bush Design WH WH WH WH WH WH WH WH WH All dimensions in mm unless otherwise stated PAGE 4

5 B C QD Bushes The taper-bored "QD" item easily fits over the tapered bush and tightening of the cap screws produces a tight fit on the shaft. The bush is easily removed from the hub by using the pull-up bolts as jack screws. Sizes available include QH, JA, SH, SDS, SD, SK, SF, E, F, J, M, N. All bushes are available in pilot bore, and can be re bored to suit the shaft requirements. All bushes "JA" through "N are drilled for Reverse Mounting. Max Part No. A B C Bore No. Bolts P.C.D JA QH SH SDS SD SK SF E F J M N All dimensions in mm unless otherwise stated D D A PAGE 5

6 CAL1 (Not Self-Centering) Cone clamping unit consists of four pieces with two inside double-cone rings joined through a set of tightening screws. It is recommended for medium to high torques and although it is not self-centering, it can be easily assembled and disassembled. Available for shaft diameters from 20 to 900 mm. Characteristics Medium-high torque Wide tolerances Easy dismantling B L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. When using more than one CAL1 unit, the total transmittable torque is as follows: 1 unit: Torque = Torque in table 2 unit: Torque = Torque in table X unit: Torque = Torque in table X 2.7 For CAL1 use the following tolerances h11 for the shaft H11 for the hub Part No. I.D. L L1 B Torque Axial Force Nm N CAL1--20/ CAL1--22/ CAL1--24/ CAL1--25/ CAL1--28/ CAL1--30/ CAL1--32/ CAL1--35/ CAL1--38/ CAL1--40/ CAL1--42/ CAL1--45/ CAL1--48/ CAL1--50/ CAL1--55/ CAL1--60/ CAL1--65/ CAL1--70/ CAL1--75/ CAL1--80/ CAL1--85/ CAL1--90/ CAL1--95/ CAL1-100/ CAL1-110/ CAL1-120/ CAL1-130/ CAL1-140/ CAL1-150/ CAL1-160/ CAL1-170/ CAL1-180/ CAL1-190/ CAL1-200/ CAL1-220/ CAL1-240/ CAL1-260/ CAL1-280/ CAL1-300/ Sizes up to CAL1-900/1010 available on request All dimensions in mm unless otherwise stated PAGE 6

7 Characteristics Medium low torque Restricted radial encumbrance Quick installation Economical L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. When using more than one CAL2 unit, the total transmittable torque is as follows: 1 unit: Torque = Torque in table 2 unit: Torque = Torque in table X unit: Torque = Torque in table X unit: Torque = Torque in table X 2.02 For CAL2 use the following tolerances h6 for the shaft - H7 for the hub (up to 40mm I.D.) h8 for the shaft - H8 for the hub (over 42mm I.D.) CAL2 (Not Self-Centering) Consists of two cone rings and must be equipped with a fastening flange, usually manufactured by the customer. The number of locking screws depends on the torque to be transmitted. It is not self-centering. CAL2 requires very small axial installation dimensions. Up to 4 units can be arranged behind each other, allowing high torques to be transmitted. Available for shaft diameters from mm. Part No. I.D. L L1 Torque Axial Force Nm N CAL2---6/ CAL2---7/ CAL2---8/ CAL2---9/ CAL2--10/ CAL2--12/ CAL2--13/ CAL2--14/ CAL2--15/ CAL2--16/ CAL2--17/ CAL2--18/ CAL2--19/ CAL2--20/ CAL2--22/ CAL2--24/ CAL2--25/ CAL2--28/ CAL2--30/ CAL2--32/ CAL2--35/ CAL2--36/ CAL2--38/ CAL2--40/ CAL2--42/ CAL2--45/ CAL2--48/ CAL2--50/ CAL2--55/ CAL2--56/ CAL2--60/ CAL2--63/ CAL2--65/ CAL2--70/ CAL2--71/ CAL2--75/ CAL2--80/ CAL2--85/ CAL2--90/ CAL2--95/ CAL2-100/ CAL2-110/ CAL2-120/ CAL2-130/ CAL2-140/ CAL2-150/ Sizes up to CAL2-320/360 available on request. All dimensions in mm unless otherwise stated PAGE 7

8 CAL3 (Self-Centering) Consists of two conical pieces and a spacer. It has minimum overall dimensions in virtue of the reduced thickness of the cones; so, CAL3 is suitable for the applications where small hubs are used. It is recommended for medium to high torques and is self-centering. CAL3 guarantees a very precise axial positioning, as no axial displacement of the hub occurs during the assembly operation. Available for shaft diameters from 6 to 130 mm. Part No. I.D. L L1 B D Torque Axial Force Nm N CAL3---6/ CAL3---7/ CAL3---8/ D Characteristics Medium-high torque Restricted hub diameter Quick installation Very low surface pressure Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL3 use the following tolerances h8 for the shaft H8 for the hub B L1 L I.D. CAL3---9/ CAL3--10/ CAL3--11/ CAL3--12/ CAL3--13/ CAL3--14/ CAL3--15/ CAL3--16/ CAL3--17/ CAL3--18/ CAL3--19/ CAL3--20/ CAL3--22/ CAL3--24/ CAL3--25/ CAL3--28/ CAL3--30/ CAL3--32/ CAL3--35/ CAL3--38/ CAL3--40/ CAL3--42/ CAL3--45/ CAL3--48/ CAL3--50/ CAL3--55/ CAL3--60/ CAL3--65/ CAL3--70/ CAL3--75/ CAL3--80/ CAL3--85/ CAL3--90/ CAL3--95/ CAL3-100/ CAL3-110/ CAL3-120/ CAL3-130/ All dimensions in mm unless otherwise stated PAGE 8

9 CAL4 (Self-Centering) Consists of one biconic ring and two truncated cone rings. It is suitable for very high torques and is self-centering. Ideal for conveyors and many other machine applications. Available for shaft diameter from 25 to 400 mm. Characteristics Very high torques Capacity to withstand bending moments Standard sizes B L1 L Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL4 use the following tolerances: h8 for the shaft H8 for the hub I.D. Part No. I.D. L L1 B Torque Axial Force Nm N CAL4--25/ CAL4--28/ CAL4--30/ CAL4--35/ CAL4--38/ CAL4--40/ CAL4--42/ CAL4--45/ CAL4--48/ CAL4--50/ CAL4--55/ CAL4--60/ CAL4--65/ CAL4--70/ CAL4--75/ CAL4--80/ CAL4--85/ CAL4--90/ CAL4--95/ CAL4-100/ CAL4-110/ CAL4-120/ CAL4-130/ CAL4-140/ CAL4-150/ CAL4-160/ CAL4-170/ CAL4-180/ CAL4-190/ CAL4-200/ CAL4-220/ CAL4-240/ CAL4-260/ CAL4-280/ CAL4-300/ Sizes up to CAL4-400/495 available on request. All dimensions in mm unless otherwise stated PAGE 9

10 CAL5A (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for high torques and is self-centering. Applications which require a very precise axial positioning are not recommended, owing to a small axial displacement of the hub during the assembly operation. Available for shaft diameters from 18 to 220 mm. Characteristics High torque Economical Quick installation B L1 Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL5A use the following tolerances h8 for the shaft H8 for the hub L I.D. Part No. I.D. L L1 B Torque Axial Force Nm N CAL5A--18/47* CAL5A--19/47* CAL5A--20/ CAL5A--22/ CAL5A--24/ CAL5A--25/ CAL5A--28/ CAL5A--30/ CAL5A--32/ CAL5A--35/ CAL5A--38/ CAL5A--40/ CAL5A--42/ CAL5A--45/ CAL5A--48/ CAL5A--50/ CAL5A--55/ CAL5A--60/ CAL5A--65/ CAL5A--70/ CAL5A--75/ CAL5A--80/ CAL5A--85/ CAL5A--90/ CAL5A--95/ CAL5A-100/ CAL5A-110/ CAL5A-120/ CAL5A-130/ CAL5A-140/ CAL5A-150/ CAL5A-160/ CAL5A-170/ CAL5A-180/ CAL5A-190/250* CAL5A-200/260* CAL5A-220/285* * Discontinued size, Limited stock available. All dimensions in mm unless otherwise stated PAGE 10

11 CAL5B (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for high torques and is self-centering. Applications which require a very precise axial positioning are recommended, owing to no axial displacement of the hub during the assembly operation. Available for shaft diameters from 18 to 180 mm. Part No. I.D. L L1 B D Torque Axial Force Nm N CAL5B--18/47* CAL5B--19/47* CAL5B--20/ CAL5B--22/ Characteristics High torque Economical Quick installation D B L1 Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL5B use the following tolerances: h8 for the shaft H8 for the hub L I.D. CAL5B--24/ CAL5B--25/ CAL5B--28/ CAL5B--30/ CAL5B--32/ CAL5B--35/ CAL5B--38/ CAL5B--40/ CAL5B--42/ CAL5B--45/ CAL5B--48/ CAL5B--50/ CAL5B--55/ CAL5B--60/ CAL5B--65/ CAL5B--70/ CAL5B--75/ CAL5B--80/ CAL5B--85/ CAL5B--90/ CAL5B--95/ CAL5B-100/ CAL5B-110/ CAL5B-120/ CAL5B-130/ CAL5B-140/ CAL5B-150/ CAL5B-160/ CAL5B-170/ CAL5B-180/ * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated PAGE 11

12 CAL6 (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for medium to high torques and is self-centering. Applications which require a very precise axial positioning are not recommended, owing to a small axial displacement of the hub during the assembly operation. Available for shaft diameters from 18 to 200 mm. Characteristics Medium-high torque Economical Quick installation B L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL6 use the following tolerances h8 for the shaft H8 for the hub Part No. I.D. L L1 B Torque Axial Force Nm N CAL6--18/47* CAL6--19/47* CAL6--20/ CAL6--22/ CAL6--24/ CAL6--25/ CAL6--28/ CAL6--30/ CAL6--32/ CAL6--35/ CAL6--38/ CAL6--40/ CAL6--42/ CAL6--45/ CAL6--48/ CAL6--50/ CAL6--55/ CAL6--60/ CAL6--65/ CAL6--70/ CAL6--75/ CAL6--80/ CAL6--85/ CAL6--90/ CAL6--95/ CAL6-100/ CAL6-110/ CAL6-120/ CAL6-130/ CAL6-140/ CAL6-150/ CAL6-160/ CAL6-170/ CAL6-180/ CAL6-190/ CAL6-200/ * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated PAGE 12

13 CAL7 (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for medium to high torques and is self-centering. Applications which require a very precise axial positioning are not recommended, owing to a small axial displacement of the hub during the assembly operation. Available for shaft diameters from 18 to 200 mm. D Characteristics Medium-high torque Economical Quick installation B L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL7 use the following tolerances h8 for the shaft H8 for the hub Part No. I.D. L L1 B D Torque Axial Force Nm N CAL7--18/47* CAL7--20/ CAL7--22/ CAL7--24/ CAL7--25/ CAL7--28/ CAL7--30/ CAL7--32/ CAL7--35/ CAL7--38/ CAL7--40/ CAL7--42/ CAL7--45/ CAL7--48/ CAL7--50/ CAL7--55/ CAL7--60/ CAL7--65/ CAL7--70/ CAL7--75/ CAL7--80/ CAL7--85/ CAL7--90/ CAL7--95/ CAL7-100/ CAL7-110/ CAL7-120/ CAL7-130/ CAL7-140/ CAL7-150/ CAL7-160/ CAL7-170/ CAL7-180/ CAL7-190/ CAL7-200/ * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated PAGE 13

14 CAL8 (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for medium torques and is self-centering. Applications which require a very precise axial positioning are recommended. Available for shaft diameters from 14 to 50 mm. D Characteristics Medium-low torque Economical Quick installation B L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. Part No. I.D. L L1 B D Torque Axial Force Nm N Diam-55 () CAL8--14/ CAL8--16/ CAL8--18/ CAL8--19/ CAL8--20/ CAL8--22/ CAL8--24/ CAL8--25/ CAL8--28/ CAL8--30/ Diam-65 () CAL8--24/ CAL8--25/ CAL8--28/ CAL8--30/ CAL8--32/ CAL8--35/ CAL8--38/ CAL8--40/ Diam-80 () CAL8--30/ CAL8--32/ CAL8--33/ CAL8--35/ CAL8--38/ CAL8--40/ CAL8--42/ CAL8--45/ CAL8--48/ CAL8--50/ All dimensions in mm unless otherwise stated For CAL8 use the following tolerances h8 for the shaft H8 for the hub PAGE 14

15 CAL9 (Not Self-Centering) Consists of two cone rings, joined through a lock nut and a tab washer. In virtue of the simple design, very fast assembly/disassembly is possible. CAL9 is suitable for applications with medium to low torques. Available for shaft diameters from 14 to 70mm. Characteristics Medium-low torque Restricted hub diameter Quick installation Economical D L1 Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. L I.D. Part No. I.D. L L1 D Torque Axial Force Nm N CAL9-14/ CAL9-15/ CAL9-16/ CAL9-17/ CAL9-18/ CAL9-18/ CAL9-19/ CAL9-20/ CAL9-22/ CAL9-24/ CAL9-25/ CAL9-28/ CAL9-28/ CAL9-30/ CAL9-32/ CAL9-35/ CAL9-36/ CAL9-38/ CAL9-40/ CAL9-42/ CAL9-42/57* CAL9-45/ CAL9-45/57* CAL9-48/ CAL9-50/ CAL9-50/ CAL-55/ CAL9-55/ CAL9-56/ CAL9-60/ CAL9-60/ CAL9-63/ CAL9-65/ CAL9-70/ * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated For CAL9 use the following tolerances h8 for the shaft H8 for the hub PAGE 15

16 CAL10 (Rigid Coupling) Consists of one inside and two outside cone rings, which are joined by a set of screws. This locking device is designed as a rigid coupling to join the shafts of the same size. CAL10 is also available to suit shafts of different sizes on request. Available for shaft diameters from 16 to 80 mm. Characteristics Medium high torque Few tightening screws Easy installation Economical L1 L I.D. Part No. I.D. L L1 Torque Axial Force Nm N CAL10-16/45* CAL10-17/ CAL10-18/ CAL10-19/ CAL10-20/ CAL10-22/ CAL10-24/ CAL10-25/ CAL10-28/ CAL10-30/ CAL10-32/ CAL10-32/75* CAL10-35/ CAL10-38/ CAL10-40/ CAL10-42/ CAL10-42/90* CAL10-45/ CAL10-48/ CAL10-50/ CAL10-55/ CAL10-55/105* CAL10-60/ CAL10-65/ CAL10-70/ CAL10-70/125* CAL10-75/ CAL10-80/ * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL10 use the following tolerances h8 for the shaft PAGE 16

17 CAL11S (Shrink Disc) Consists of one inside and two outside cone rings, which are joined by a set of screws. It is suitable for medium high torques. CAL11S shrink disc is used for clamping a hollow shaft to a standard shaft. Available for hollow shaft diameters from 14 to 480 mm. Characteristics Medium-high torque No shaft-hub axial movement Quick installation Quick dismantling L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. Part No. I.D. S.D. L L1 Torque Axial Force Nm N CAL11S--14/38* CAL11S--16/41* CAL11S--18/43* CAL11S--24/ CAL11S--30/ CAL11S--36/ CAL11S--44/ CAL11S--50/ CAL11S--55/ CAL11S--62/ CAL11S--68/ CAL11S--75/ CAL11S--80/ CAL11S--85/155* CAL11S--90/ CAL11S-100/ CAL11S-110/ CAL11S-125/ CAL11S-140/ CAL11S-155/ CAL11S-165/ CAL11S-175/ CAL11S-185/ CAL11S-195/ CAL11S-200/ CAL11S-220/ CAL11S CAL11S-260/ CAL11S-280/ CAL11S-300/ S.D.: The maximum shaft diameter. Smaller shaft diameters can be used at reduced Torque and Axial Force. * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated For CAL11S use the following tolerances From mm dw H6/j6 From mm dw H6/h6 From mm dw H6/g6 From mm dw H7/g6 PAGE 17

18 CAL12S (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for medium to low torques and is self-centering. Available for shaft diameters from 18 to 90 mm. Characteristics Medium-low torque Economical Quick installation B L1 L I.D. Part No. I.D. L L1 B Torque Axial Force Nm N CAL12S-18/ CAL12S-19/ CAL12S-20/ CAL12S-22/ CAL12S-24/ CAL12S-25/ CAL12S-28/ CAL12S-30/ CAL12S-32/ CAL12S-35/ CAL12S-36/ CAL12S-38/ CAL12S-40/ CAL12S-42/ CAL12S-45/ CAL12S-48/ CAL12S-50/ CAL12S-55/ CAL12S-56/ CAL12S-60/ CAL12S-63/ CAL12S-65/ CAL12S-70/ CAL12S-75/ CAL12S-80/ CAL12S-85/ CAL12S-90/ All dimensions in mm unless otherwise stated Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL12S use the following tolerances h8 for the shaft H8 for the hub PAGE 18

19 CAL13S (Self-Centering) Consists of two cone rings, joined through a lock nut and a tab washer. In virtue of the simple design, very fast assembly/disassembly is possible. CAL13S is suitable for applications with medium to low torques. CAL13S is very similar to the standard CAL9, but is manufactured in a longer execution. Available for shaft diameters from 14 to 60 mm. Part No. I.D. L L1 D Torque Axial Force Nm N CAL13S-14/ CAL13S-15/ CAL13S-16/25* CAL13S-18/ Characteristics Medium-low torque Restricted hub diameter Quick installation Economical CAL13S-19/ CAL13S-20/ CAL13S-24/ CAL13S-25/ CAL13S-28/ CAL13S-30/ L1 L CAL13S-32/ CAL13S-35/ CAL13S-40/ CAL13S-45/ CAL13S-48/ CAL13S-50/ CAL13S-55/ D I.D. CAL13S-60/ * Discontinued size, Limited stock available All dimensions in mm unless otherwise stated Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. For CAL13S use the following tolerances h8 for the shaft H8 for the hub PAGE 19

20 CAL15 (Self-Centering) Consists of one inside and one outside cone ring, which are joined by a set of screws. It is suitable for medium to high torques and is self-centering. The CAL15 is a very small and light weight design. Applications which require a very precise axial positioning are not recommended, owing to a small axial displacement of the hub during the assembly operation. Available for shaft diameters from 5 to 50 mm. Characteristics Medium-low torque Easy mounting Very quick installation Few clamping screws B L1 L I.D. Torque = Maximum transmittable torque when axial force is zero. Axial Force = Maximum axial force when transmittable torque is zero. Part No. I.D. L L1 B Torque Axial Force Nm N CAL15--5/ CAL15--6/ CAL / CAL15--7/ CAL15--8/ CAL15--9/ CAL / CAL15-10/ CAL15-11/ CAL15-12/ CAL15-14/ CAL15-15/ CAL15-16/ CAL15-17/ CAL15-18/ CAL15-19/ CAL15-20/ CAL15-22/ CAL15-24/ CAL15-25/ CAL /47* CAL15-28/ CAL15-30/ CAL15-32/ CAL15-35/ CAL15-38/ CAL15-40/ CAL15-42/ CAL15-45/ CAL15-48/ CAL15-50/ * Discontinued size, Limited stock available. All dimensions in mm unless otherwise stated For CAL15 use the following tolerances h8 for the shaft H8 for the hub PAGE 20

21 Locking Bush Conversion Chart SIT (CAL) TOLLOK (TLK) Lovejoy (SLD) MAV RINGFEDER (RFN) CAL * A 100 CAL C 150 CAL * B* 250 CAL * F* 400 CAL5A A D 200 CAL5B B E 201 CAL * DS 203 CAL * ES 206 CAL EP 225 CAL9 250* C 5500SP H 125 CAL * * M 700 CAL11S * SD 603 CAL12S L 90 CAL13S 250L S I CAL * 7061 RINGBLOK BIKON COMPOMAC (Conex) KTR (Clampex) * External diameters and torque ratings may vary between suppliers PAGE 21

22 One Piece Solid (Set Screw Type) Metric Set screw collars are most effective when used on a shaft made of a material that is softer than the set screw. Ruland set screw collars are furnished exclusively with forged socket set screws for greater torque capacity and improved holding power. Forging of the stainless steel set screws has the additional benefit of work hardening, which results in stainless steel with elevated hardness and performance. Bore W Part Bore W F SS No. (mm) (mm) (mm) MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ^ ^ MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü MSC ü ü ü Stocked Size ^ Available on request Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. - Forged socket set screws. - Additional sizes available. - Bore tolerances: Bore Tolerances All +.01mm +.05mm -Width tolerance All +.08mm -.25mm PAGE 22

23 One Piece Solid (Set Screw Type) Inch Set screw collars are most effective when used on a shaft made of a material that is softer than the set screw. Ruland set screw collars are furnished exclusively with forged socket set screws for greater torque capacity and improved holding power. Forging of the stainless steel set screws has the additional benefit of work hardening, which results in stainless steel with elevated hardness and performance. Bore Part Bore W F A SS P No. (in) (in) (in) SC ü ü ü ü SC ü ü ü ü SC ü ü ü ü SC ü ü ü ü SC ü ü ü ü SC ü ü ü ü SC ü ü ü ü SC ü ü ü ü SC ü ü ü* SC ü ü ü* SC ü ü ü* SC ü ü ü* SC ü ü SC ü ü ü* SC ü ü SC ü ü SC ü ü ü Stocked Size * Discontinued size, Limited stock available W Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Aluminium (A) 2024-T351 bar with a bright finish. - Forged socket set screws. - Additional sizes available. - Bore tolerances: Bore Tolerance Up to Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. Acetal (P) Delrin 150E (White) with a plain finish 1.1/8 to Width tolerance: All PAGE 23

24 One Piece Split (Clamp Type) Metric One-piece clamp style collars wrap around the shaft for even greater distribution of clamping forces. This results in a tight fit and greater holding power, without the shaft damage caused by set screws. Ruland uses carefully selected materials and proprietary processes to ensure that the clamping gap remains open for simpler and more precise adjustment. - Does not mar the shaft. - Single point faced. - Balanced versions available. - Additional sizes available. C Bore -Width tolerance: All +.08 mm -.25 mm W Part Bore C W F A SS P No. (mm) (mm) (mm) (mm) MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ü ü MCL ü ^ MCL ü ^ MCL ü ^ MCL ü ^ MCL ü ^ MCL ü ^ ü Stocked Size ^ Available on request Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Aluminium (A) 2024-T351 bar with a bright finish. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. Acetal (P) Delrin 150E (White) with a plain finish PAGE 24

25 One Piece Split (Clamp Type) Inch One-piece clamp style collars wrap around the shaft for even greater distribution of clamping forces. This results in a tight fit and greater holding power, without the shaft damage caused by set screws. Ruland uses carefully selected materials and proprietary processes to ensure that the clamping gap remains open for simpler and more precise adjustment. C Bore Part Bore C W F A SS P No. (in) (in) (in) (in) CL ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü CL ü ü ü ^ CL ü ü ü ü CL ü ü ü ^ CL ü ü ü ü CL ü ü ü ü CL ü ü ü ü ü Stocked Size ^ Available on request W Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Aluminium (A) 2024-T351 bar with a bright finish. - Does not mar the shaft. - Single point faced. - Balanced versions available. - Additional sizes available. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. Acetal (P) Delrin 150E (White) with a plain finish -Width tolerance: All PAGE 25

26 - Does not mar the shaft. - Single point faced. - Available with keyways. - Opposing screws available. - Additional sizes available. C Bore -Width tolerance: All +.08 mm -.25 mm W Two Piece Split (Clamp Type) Metric Two-piece clamp style collars offer the same benefits of the one-piece collars with additional versatility and convenience. They are easily disassembled, reducing labour and downtime when adjustment, removal or replacement is necessary. Ruland keeps both halves of its two-piece collars together throughout the manufacturing process to assure a perfect match, proper fit, holding power and alignment. Part Bore C W F A SS P No. (mm) (mm) (mm) (mm) MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ü ü MSP ü ^ MSP ü ^ MSP ü ^ MSP ü ^ MSP ü ^ MSP ü ^ ü Stocked Size ^ Available on request Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Aluminium (A) 2024-T351 bar with a bright finish. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. Acetal (P) Delrin 150E (White) with a plain finish PAGE 26

27 Two Piece Split (Clamp Type) Inch Two-piece clamp style collars offer the same benefits of the one-piece collars with additional versatility and convenience. They are easily disassembled, reducing labour and downtime when adjustment, removal or replacement is necessary. Ruland keeps both halves of its two-piece collars together throughout the manufacturing process to assure a perfect match, proper fit, holding power and alignment. C Bore Part Bore C W F A SS P No. (in) (in) (in) (in) SP ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü ü SP ü ü ü SP ü ü ü ü* SP ü ü ü ü* SP ü ü ü ü* ü Stocked Size W * Discontinued size, Limited stock available Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Aluminium (A) 2024-T351 bar with a bright finish. - Does not mar the shaft. - Single point faced. - Available with keyways. - Opposing screws available. - Additional sizes available. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. Acetal (P) Delrin 150E (White) with a plain finish -Width tolerance: All PAGE 27

28 Quick Clamping One Piece Split Metric Ruland s Quick clamp style collars are designed for fast assembly and disassembly of the collar. They are ideal for applications where the collar must be moved or adjusted on a regular basis. No tools are required to connect and disconnect the collar. This style of collar wraps around the shaft for greater distribution of clamping forces. This results in a tight fit and greater holding power, without the shaft damage caused by set screws. Ruland uses carefully selected materials and proprietary processes to ensure that the clamping gap remains open for simpler and more precise adjustment. Bore - Does not mar the shaft. - No tools required. - Designed for quick adjustments - Quick release - Made from high quality aluminium. W Part Bore W A No. (mm) (mm) (mm) MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ MQCL ^ ^ Available on request Aluminium (A) 2024-T351 bar with a bright finish. -Width tolerance: All +.076mm -.254mm PAGE 28

29 Bore W Quick Clamping One Piece Split Inch Ruland s Quick clamp style collars are designed for fast assembly and disassembly of the collar. They are ideal for applications where the collar must be moved or adjusted on a regular basis. No tools are required to connect and disconnect the collar. This style of collar wraps around the shaft for greater distribution of clamping forces. This results in a tight fit and greater holding power, without the shaft damage caused by set screws. Ruland uses carefully selected materials and proprietary processes to ensure that the clamping gap remains open for simpler and more precise adjustment. Part Bore W A No. (in) (in) (in) QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ QCL ^ ^ Available on request - Does not mar the shaft. - No tools required. - Designed for quick adjustments - Quick release - Made from high quality aluminium. Aluminium (A) 2024-T351 bar with a bright finish. -Width tolerance: All +.003" -.010" PAGE 29

30 Double Wide One Piece Split (Clamp Type) Metric & Inch Ruland s double width collars in one piece clamp design in are available in steel and stainless steel. Clamp style collars wrap around the shaft, providing high torsional holding power without the shaft damage and fretting that occurs when set screw style collars are used. C Bore W Part Bore C W F A SS No. (mm) (mm) (mm) (mm) MWCL ü ^ ^ MWCL ü ^ ^ MWCL ü ^ ^ MWCL ü ^ ^ MWCL ü ^ MWCL ü ^ MWCL ü ^ WCL ü ^ ^ WCL ü ^ ^ WCL ü ^ ^ WCL ü ^ ^ WCL ü ^ ^ WCL ü ^ ^ WCL ü ^ WCL ü ^ WCL ü ^ WCL ü ^ WCL ü ^ WCL ü ^ WCL ü ^ WCL ü ^ WCL ü ^ ü Stocked Size ^ Available on request - Does not mar the shaft. - Single point faced. - Balanced versions available. - Additional sizes available. -Width tolerance: All +.076mm -.254mm Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Aluminium (A) 2024-T351 bar with a bright finish. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. PAGE 30

31 Double Wide Two Piece Split (Clamp Type) Metric & Inch Ruland s double width collars in two piece clamp design are available in steel and stainless steel. Clamp style collars wrap around the shaft, providing high torsional holding power without the shaft damage and fretting that occurs when set screw style collars are used. Two-piece clamp styles also allow for disassembly and maintenance without removal of other machine components and feature opposing hardware from a balanced design. C Bore Part Bore C W F SS No. (mm) (mm) (mm) (mm) MWSP ü ^ MWSP ü ^ MWSP ü ^ MWSP ü ^ MWSP ü ^ MWSP ü ^ MWSP ü ^ W WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ WSP ü ^ ü Stocked Size ^ Available on request - Does not mar the shaft. - Single point faced. - Balanced versions available. - Additional sizes available. Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. -Width tolerance: All +.076mm -.254mm PAGE 31

32 Threaded One Piece Split (Clamp Type) Metric Clamp style collars with threaded bores are also available. Threaded collars provide axial holding power superior to smooth bore collars, while offering easier installation and adjustment than solid ring locking devices. C Bore Part Thread Pitch C W F SS No. (mm) (mm) (mm) (mm) MTCL M ü ü MTCL M ü ü MTCL-6-1 M ü ü MTCL M ü ü MTCL M ü ü MTCL M ü ü MTCL-16-2 M ü ü MTCL M ü ü MTCL-24-3 M ü ü MTCL M ü ü ü Stocked Size Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. W - Does not mar the shaft. - Single point faced. - Acme and Left-hand threads available. - Additional sizes available. -Width tolerance: All +.08 mm -.25 mm PAGE 32

33 Threaded One Piece Split (Clamp Type) Inch Clamp style collars with threaded bores are also available. Threaded collars provide axial holding power superior to smooth bore collars, while offering easier installation and adjustment than solid ring locking devices. C Bore - Does not mar the shaft. - Single point faced. - Acme and Left-hand threads available. - Additional sizes available. -Width tolerance: All W Part Bore T.P.I. C W F SS No. (in) (in) (in) (in) TCL-2-32 #8 UNC ü ü TCL-3-24 #10 UNC ü ü TCL-3-32 #10 UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNS ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNC ü ü TCL UNF ü ü TCL UNS ü ü TCL UN ü ü TCL UN ü ü ü Stock Size Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. PAGE 33

34 Threaded Two Piece Split (Clamp Type) Inch Clamp style collars with threaded bores are also available. Threaded collars provide axial holding power superior to smooth bore collars, while offering easier installation and adjustment than solid ring locking devices. C Bore - Does not mar the shaft. - Single point faced. - Acme and Left-hand threads available. - Opposing screws available. - Additional sizes available. -Width tolerance: All W Part Thread T.P.I. C W F SS No. (in) (in) (in) (in) TSP-2-32 #8 UNC ^ ^ TSP-3-24 #10 UNC ^ ^ TSP-3-32 #10 UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNS ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNC ^ ^ TSP UNF ^ ^ TSP UNS ^ ^ TSP UN ^ ^ TSP UN ^ ^ ^ Available on request Steel - Black Oxide (F) Cold drawn bar. Hot process black oxide, impregnated with napthenic oil, centrifugal dried. Stainless Steel (SS) Stainless Steel Grade 303 austenitic, non-magnetic bar with a bright finish. PAGE 34

35 Notes PAGE 35

36 Sprocket in both B.S. A.S.A. - Plates, Simplex, Duplex & Triplex. Chain in B.S. A.S.A. Conveyor & Special chains. We can supply more than 40 different types of coupling from 9 different suppliers. Variable speed pulleys. Zero-Max variable speed drives. Winsmith gear boxes, Zero-max Crown Gear Drives & Tol-O-Matic Float-A-Shafts. Timing pulleys Classical, HTD, Metric T & AT & Poly Chain G.T. With belts to suit. A full range of Poly-V Pulleys, V-pulleys with belts to suit. Naismith Eng & Mfg Co Pty.Ltd A.B.N Heidelberg Rd Northcote, Victoria Australia, 3070 Ph (03) Fax (03) /29 Bearing Rd Seven Hills, New South Wales Australia, 2147 Ph (02) Fax (02) Edition