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Set collars / aluminium, stainless steel, steel / double set screw / stepped (PSCSBS20-24-YC)

Set collars / aluminium, stainless steel, steel / double set screw / stepped PSCSBS20-24-YC
  • Promotional pricing ends 30/11/2024
  • Volume Discount

MISUMI

MISUMI

Product Details:

Manufacturer part number: PSCSBS20-24-YC

Brand: MISUMI

Price: 9.56 €

Delivery time: 7 Days


Technical Data:

[D] Inner Diameter (mm): 20 mm

O.D.: 32 mm

Width: 15 mm

Material: EN 1.1191 Equiv.

Surface Treatment: [Surface Treatment Provided] Surface Treatment Provided


  • Order quantities extended (D-JIT)
  • Stock

Data sheet

Part Number

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PSCSBS20-24-YC

Back to the Category Adjusting Rings

Technical Drawing - Set Collars / Clamping Rings

 

Shaft Collars/For Bearing Mounting/Set Screw Type/Compact/Short Shoulder:Related Image

Available dimensions and tolerances can be found under the tab More Information .

 

Basic Properties (e.g., material, hardness, coating, tolerance) - Set Collars / Clamping Rings

 

 
TypeMaterialSurface TreatmentAccessory
Short ShoulderLong ShoulderSet Screw 2 pcs.
StandardCompactStandardCompact
SCSBRSCBRJSCSBSSCBSJEN 1.1191 Equiv.Black Oxide CoatingEN 1.7220 Equiv.
PSCSBRPSCBRJPSCSBSPSCBSJElectroless Nickel PlatingEN 1.4301 Equiv.
SSCSBRSSCBRJSSCSBSSSCBSJEN 1.4301 Equiv.-
SCSRAW-SCSSAW-Aluminum Alloy 2000 seriesClear Anodize

Further specifications can be found under the tab More Information .

 

Composition of a Product Code - Set Collars / Clamping Rings

 

Part Number-Ds
 SCBRJ10-13

 

Alterations - Set Collars / Clamping Rings

 

Shaft Collars/For Bearing Mounting/Set Screw Type/Compact/Short Shoulder:Related Image

 

General Information - Set Collars / Clamping Rings

 

Adjusting Ring Selection Details

- Material: aluminum, plastic, stainless steel, steel
- Coatings: uncoated, burnished, anodized, stove-enameled, LTBC plated, nickel-plated
- Inner diameter: 3 to 100 mm
- External diameter: 7 to 150 mm
- Width: 5 to 36 mm
- Basic shapes: round, chamfered, offset, flattened on one side, flattened on both sides, cross hole
- Shaft fixing: clamping screw, with keyway, slotted clamping, with clamping lever, two-part, with hinge, wedge, quick-release, spring pin, internal thread

Overview of the various designs as PDF

 

Description/Basics

An adjusting ring is a connecting element that serves as a stopper or a locking device for linear shafts and rotary shafts.

The basic task of the adjusting rings, also called clamping rings, is the fixing by clamping a shaft at a predetermined position. The clamping ring can in this case serve as a stopper or as a positioning jig.
The adjusting ring enables to do without a shoulder on a shaft, as it can be mounted anywhere on a shaft due to the clamping connection. In addition to greater position flexibility, this feature reduces the production costs of the shaft and allows for a greater use of identical parts. Another advantage of the clamping connection of clamping rings is the continuous adjustment of the shaft or its attachments (e.g., ball bearings, timing pulley).
An adjusting ring can be used in applications for linear and rotary movements. For this purpose, MISUMI offers clamping rings in various designs.

 

Clamping ring with bearing
Application example: adjusting ring – (1) rotary shaft, (2) adjusting ring, (3) ball bearings

 

The appropriate adjusting ring should be selected depending on the application and the loads and forces that occur. MISUMI offers clamping rings in different types of clamping and sizes

 

Adjusting ring with set screw

The adjusting ring with set screw is the standard version of adjusting rings. In this variant, the adjusting ring is clamped to the set screw on the shaft.
In order to provide the adjusting ring with a good fit on the shaft with this type of clamping connection, it is often provided with a flat surface. This prevents any damage and deformations to the outer shaft part caused by the clamping pressure of the set screw. Another option to protect the outer part of the shaft is the utilization of a set screw with pins or a pressure piece made of a soft material (e.g., plastic, brass).

 

Clamping ring with grub screw and set piece

Application example: adjusting ring with set screw and set piece – (1) adjusting ring, (2) set screw, (3) set piece, (4) linear shaft

 

Clamping ring with a slot

The clamping ring with a slot is yet another, very common variant of adjusting rings. Its great advantage is that the clamping of the shaft exists over almost the entire contact surface of the clamping ring. This creates an evenly distributed clamping force, which reduces the risk of deformation or damage to the shaft. Bifurcated clamping rings can also create high clamping forces and ensure a stable fit of the clamping ring on the shaft. Since this type of clamping connection does not require a flat surface on the shaft for the clamping ring, the position of the clamping ring can be freely selected. This allows continuous adjustment on the shaft and the attachments (e.g., ball bearing, timing pulley).

 

Adjusting ring with slot
Drawing: clamping ring with slot

 

Adjusting ring with slot and clamping lever

In applications where adjusting rings must be frequently adjusted, an adjusting ring with clamping lever can be used. This adjusting ring is identical in design to the slotted clamping ring, but it is equipped with a clamping lever that facilitates the fixing and loosening of the adjusting rings. Therefore, there is no additional tool required thanks to the clamping lever on the adjusting ring.

 

Adjusting ring with clamping lever
Drawing: clamping ring with clamping lever

 

Adjusting ring with shoulder (for bearings)

The adjusting ring with shoulder is suitable for clamping ball bearings. The shoulder on the adjusting ring is clamped to the inner ring of the bearing. The adjusting ring with shoulder can thus rotate along the shaft while holding the bearing in the desired position.

 

Adjusting ring with shoulder
Drawing: clamp ring with shoulder

 

Clamping ring with keyway

Clamping rings with a keyway are a special form of clamping ring as they allow the inclusion of keyways. This special form of adjusting ring enables clamping of timing pulleys or sprockets that are connected to the shaft with a parallel key. If a parallel key protrudes from the assembly part to be clamped, the clamping ring with a parallel key groove can receive the parallel key. This allows the clamping ring to lie flat with the component to be clamped. This makes it possible to maintain the necessary clamping force despite the parallel key.

 

Clamping ring with keyway
Drawing: adjusting ring with keyway

 

Two-part adjusting ring

These adjusting rings, in two-part design, are centrally split adjusting rings that create the clamping force with two screws and are thus mounted on the shaft.
This feature makes it easier to assemble and disassemble these adjusting rings during maintenance, especially in confined spaces, as the shaft does not have to be removed from the shaft holder during maintenance of the adjusting ring.
The split adjusting ring uses the entire contact surface for clamping, as well as the slotted clamping ring, and thus protects the shaft surface.

 

Two-part adjusting ring
Drawing: two-part clamping ring

 

Two-part adjusting ring with slit and hinge

The two-part adjusting ring with hinge is a special variant of the adjusting rings. Like the two-part adjusting ring, this adjusting ring is also divided. However, in this variant, the upper part and lower part of the adjusting ring are connected to each other via a hinge.
This type of clamping facilitates assembly and disassembly of the adjusting ring compared to conventional clamping rings. Another benefit of the two-part adjusting rings with a hinge compared to the conventional two-part clamping rings is the reduced risk of loss during disassembly.
This adjusting ring is suitable for applications where the shaft should not be disassembled. The adjusting ring with hinge is particularly maintenance-friendly and can reduce the maintenance costs of an application.

 

Two-part adjusting ring with hinge
Drawing: two-part clamping ring with hinge

 

Clamping ring with wedge

The clamping ring with wedge is a special version of the adjusting rings. This adjusting ring uses an internal wedge for clamping, which presses the adjusting ring onto the shaft when the screw or lever is tightened.
A low tightening torque is necessary for clamping rings with a wedge, as this uses almost the entire contact surface for the clamping. Compared to an adjusting ring with a set screw, no flat surface is necessary and the risk of damage to the shaft is reduced. However, the wedge material should be softer than the shaft material to prevent deformation of the shaft.

 

Clamping ring with wedge
Drawing: adjusting ring with wedge – (1) clamping ring, (2) screw, (3) wedge

 

Adjusting ring with quick-release fastener

MISUMI offers adjusting rings with a spring-loaded quick-release fastener for applications that frequently transition or require adjustment. This clamping ring uses spring force to clamp the shaft.
The spring installed in the clamping ring acts on the external operating lever, which is pressed onto the shaft and thus clamps the adjusting ring to the shaft. If the operating lever is actuated, the clamping force drops and the clamping ring can be released, removed or readjusted.
The clamping ring with quick-release fastener is particularly suitable for applications that require changing attachments frequently (e.g., unwinders). Adjusting rings with quick-release fasteners should not be used vertically, as they are not suitable for high axial forces.

 

Adjusting ring with quick-release fastener
Adjusting ring with quick-release fastener

 

Clamping ring with damper

For applications that require a damped stopper, the MISUMI clamping rings with dampers are an option that can reduce the assembly parts.
The clamping ring with damper is coated with polyurethane rubber, which acts as a damper in the event of an impact and is available in various types of Shore hardness at MISUMI. Therefore, it is not necessary to install a separate impact damper in an application.

 

Clamping ring with damper
Drawing: adjusting ring with damper

 

Female threaded adjusting ring

The female threaded adjusting ring is functionally similar to a shaft nut. However, a female threaded adjusting ring is additionally secured by a slotted clamp or a set screw. With this type of clamping function, a locking agent or another locknut is unnecessary with this type of adjusting ring.
The female threaded adjusting ring is available at MISUMI with standard metric threads and fine metric threads.

 

Female threaded adjusting ring
Drawing: female threaded clamping ring – (1) rotary shaft, (2) female threaded adjusting ring, (3) shaft holder, (4) ball bearings

 

Areas of Application

An adjusting ring, also called a clamping ring, can be used in many applications in various industries. MISUMI offers clamping rings in various basic forms and clamping types for positioning or as a stopper for various applications.
When using adjusting rings, further complex processing of the shafts can be dispensed with when form-locking clamps are used without the risk of damaging the shaft surface. Likewise, some of our clamp rings do not necessarily allow the shaft to be removed for maintenance, which can reduce maintenance costs.

 

Materials

MISUMI adjusting rings are made of aluminum, plastic, steel and stainless steel.

 

Coatings

MISUMI has adjusting rings available as uncoated, bronze-plated, nickel-plated, painted, anodized and LTBC-plated to protect them as much as possible from corrosion.

 

Dimensions

Adjusting ring with slot

Round

Clamping ring with chamfer

Chamfered

Adjusting ring flattened on both sides

Flattened on both sides

Adjusting ring flattened on one side

Flattened on one side

Clamping ring with cross holes

Cross hole

Adjusting ring with shoulder

Offset

 

 

Instructions for Use / Installation Information - Set Collars / Clamping Rings

 

Installation Information

The maximum axial load of the adjusting rings depends on the clamping force generated. This is created by tightening the set screw, the clamping screw or the clamping lever. Therefore, it is important to maintain the correct tightening torque for the adjusting rings in order to ensure their correct function. The following test values are used for comparison, since the appropriate tightening torque depends on the corresponding application.

General note: The threads of the adjusting rings should be checked for damage after frequent tightening and loosening to ensure the required clamping force.

 

Test procedure design for clamping force
Drawing: test method design for clamping force – (1) test device, (2) linear shaft, (3) adjusting ring

 

[M] Thread diameter

Tightening torque (Nm)

EN 1.1191 equivalent/
EN 1.4301 equivalent

EN AW-2017 equivalent

M2.6

0.94

-

M3

1.61

1.61

M4

3.71

3.71

M5

7.54

7.54

M6

12.87

7.54

M8

31.2

12.87

M10

61.75

12.87

M16

267

-

Tightening torque table Adjusting rings with slot

 

Dimensions

Max. axial load (kN)

Weight (g)

[D] Internal diameter

[W] Width

[M] Thread diameter

EN 1.1191 equivalent

EN 1.4301 equivalent

EN 1.1191 equivalent

6

*6

2.6

0,7

0,4

10

8

3

1,1

0,5

17

10

4

1,8

1

21

8

*6

2.6

0,9

0,3

14

8

3

0,6

0,6

26

10

4

2,2

1,1

32

10

*6

2.6

0,7

0,3

17

8

3

1,2

0,4

36

10

4

2

1

45

12

5

5,1

0,9

55

12

*6

2.6

0,7

0,3

16

8

3

1,1

0,8

34

10

4

2,8

0,8

43

12

5

4

1,2

52

15

*8

3

1,5

0,6

31

10

4

1,5

1,1

54

12

5

5,1

1,8

69

15

6

5,6

1,4

119

16

*8

3

2,1

1,1

29

10

5

7,1

2,9

55

12

5

5,4

2,3

67

15

6

10,2

1,5

116

20

*8

3

2,2

0,8

38

10

5

5,8

2,7

69

12

5

6,4

1,7

84

15

6

10,4

3

140

25

*10

4

3,6

1,8

66

12

5

8,8

2,6

98

15

6

8,8

3,6

164

30

*12

5

8,4

2,8

111

15

6

8,9

2,2

185

20

8

15

4

318

35

15

6

9,9

2,7

207

40

18

8

21,3

6

348

50

22

10

35,8

11,8

604

Table axial load adjusting rings with slot

*Note: The axial load may differ from the determined data depending on the application. Dimensions marked with * only apply to the SCSJ, SSCSJ versions. All information is provided without guarantee.

 

[M] Thread diameter

Tightening torque (Nm)

EN 1.1191 Equiv. /
EN 1.4301 Equiv.

EN AW-2017 Equiv.

M2.6

0.94

-

M3

1.61

1.61

M4

3.71

3.71

M5

7.54

7.54

M6

12.87

7.54

M8

31.2

12.87

M10

61.75

12.87

M16

267

-

Table tightening torques for adjusting rings with wedge

 

Mass

Max. Axial load (kN)

Weight (g)

[D] Internal diameter

[B] Width

[M] Thread diameter

EN 1.1191
Equiv.

EN 1.4301 Equiv.

EN 1.1191
Equiv.

10

10

4

1,6

1,2

29

12

10

4

2,2

1,4

35

15

10

4

1,8

1,5

37

16

12

5

3,0

2,3

57

20

12

5

3,5

3,0

69

25

12

5

3,5

3,2

88

30

12

5

3,2

3,2

94

35

15

6

-

3,1

154

40

15

8

-

3,1

243

50

15

8

-

3,1

299

Table axial load adjusting rings with wedge

*Note: The axial load may differ from the determined data depending on the application. All information is provided without guarantee.

 

Application Examples - Set Collars / Clamping Rings

 

Klemmring mit Passfedernut für Synchronriemenscheibe

Application example Adjusting rings with keyway for timing pulleys
(1) Adjusting ring with keyway, (2) timing pulley, (3) timing belt

Klemmring mit Absatz für Förderband

Application example Adjusting ring with shoulder for conveyor belt
(1) Adjusting ring with shoulder, (2) Ball bearing, (3) Flat belt

Zweiteiliger Klemmring mit Kettenrad

Application example split adjusting ring with chain wheel
(1) Two-piece adjusting ring, (2) Sprocket

Klemmring mit Dämpfer

Application example adjusting ring with damper
(1) Adjusting ring with damper, (2) Linear ball bearing block type, (3) Linear shaft, (4) Air cylinder

Stellring mit Schnellverschluss für Abroller

Application example clamping ring with quick release for unwinder
(1) clamping ring with quick release, (2) Rotary shaft

Stellring mit Querbohrung für Sensor

Application example clamping ring with cross hole for sensor
(1) Linear shaft, (2) clamping ring with cross hole, (3) contact switch

   

Supplementary Article

 

Rotary Shaft

Rotationsachsen

 

Linear Shaft

Stahlwelle

 

Set Screw

Gewindebolzen

 

Lever

Klemmhebel

 

Shaft Holder

Wellenbock

 

Industrial Applications

 

3D printer industry
TEXT
Automotive industry
TEXT
Pharmaceutical industry
TEXT
Packaging industry
TEXT

 

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  1. 1
Part Number
PSCSBS20-24-YC
Part Number
Standard Unit Price
Minimum order quantityVolume Discount
Standard
Shipping Days
?
RoHS[D] Inner Diameter (mm)
(mm) 		O.D.
(mm) 		Width
(mm) 		Material Surface Treatment Thickness Material Surface Treatment YC (Thread Locking Set Screw) Nose O.D. Ds
(mm)

9.56 €

1 Available 7 Days 10203215EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedStandard TypeEN 1.1191 Equiv.Electroless Nickel PlatingProvided24

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  1. 1

Back to the Category Adjusting Rings

Technical Drawing - Set Collars / Clamping Rings

 

Shaft Collars/For Bearing Mounting/Set Screw Type/Compact/Short Shoulder:Related Image

 

Specification Tables - Set Collars / Clamping Rings

 

DDsB
(Short Shoulder)		D1Set Screw
M x Length		bApplicable Bearing (O.D.)EN 1.1191 Equiv.EN 1.4301 Equiv.EN AW-2017 Equiv.
Black Oxide CoatingElectroless Nickel Plating-Clear Anodize
StandardCompactStandardCompactStandardCompactStandardCompactStandardCompactSCSBR
(Standard)		SCBRJ
(Compact)		PSCSBR
(Standard)		PSCBRJ
(Compact)		SSCSBR
(Standard)		SSCBRJ
(Compact)		SCSRAW
(Standard)
3-58-10-M3x3-7-673ZZ (6), 683ZZ (7)-●-●-●--
 68-10-M3x3-7-693ZZ (8), 603ZZ (9), 623ZZ (10)-●---●--
4-68-12-M3x3-7-674ZZ (7), 684ZZ (9)-●-●-●--
 7861210M3x3M3x375694ZZ (11), 604ZZ (12), 624ZZ (13)684ZZ (9), 694ZZ (11), 604ZZ (12), 624ZZ (13)●●●●●●●
5-78-14-M4x3-7-675ZZ (8)-●-●-●--
 8861412M4x3M3x375685ZZ (11), 695ZZ (13), 605ZZ (14), 625ZZ (16)695ZZ (13), 605ZZ (14), 625ZZ (16)●●●●●●●
6-88-15-M4x3-7-676ZZ (10), 686ZZ (13)-●-●-●--
 9861513M4x3M3x375696ZZ (15), 606ZZ (17), 626ZZ (19)676ZZ (10), 686ZZ (13), 696ZZ (15), 606ZZ (17), 626ZZ (19)●●●●●●●
8-1110-16-M4x3-8.5-688ZZ (16)-●-●-●--
 121061615M4x3M3x38.55698ZZ (19), 608ZZ (22), 628ZZ (24)688ZZ (16), 698ZZ (19), 608ZZ (22), 628ZZ (24)●●●●●●●
10-13107.51817M4x3M3x38.566800ZZ (19)6800ZZ(19)●●●●●●●
 14107.51817M4x3M3x38.566900ZZ (22), 6000ZZ (26)6900ZZ (22), 6000ZZ (26)●●●●●●●
 16107.52017M4x3M3x38.566200ZZ (30), 6300ZZ (35)6200ZZ (30), 6300ZZ (35)●●●●●●-
12-15107.52219M5x4M4x38.566801ZZ (21)6701ZZ (18), 6801ZZ (21)●●●●●●-
 16107.52219M5x4M4x38.566901ZZ (24), 6001ZZ (28)6901ZZ (24), 6001ZZ (28)●●●●●●●
 18107.52219M5x4M4x38.566201ZZ (32), 6301ZZ (37)6201ZZ (32), 6301ZZ (37)●●●●●●●
15-18107.52522M5x4M4x38.566802ZZ (24), 6902ZZ (28)6802ZZ (24), 6902ZZ (28)●●●●●●●
 19107.52522M5x4M4x38.566002ZZ (32)6002ZZ (32)●●●●●●●
 21107.52522M5x4M4x38.566202ZZ (35), 6302ZZ (42)6202ZZ (35), 6302ZZ (42)●●●●●●●
20-23128.53229M6x5M5x41076704ZZ (27), 6804ZZ (32)6704ZZ (27), 6804ZZ (32)●●●●●●-
 24128.53229M6x5M5x41076904ZZ (37)6904ZZ (37)●●●●●●●
 27128.53229M6x5M5x41076004ZZ (42), 6204ZZ (47)6004ZZ (42), 6204ZZ (47)●●●●●●●
25-2812-42-M6x5-10-6805ZZ (37)-●-●-●--
 29128.54234M6x5M5x41076905ZZ (42)6905ZZ (42)●●●●●●●
 31128.54234M6x5M5x41076005ZZ (47)6005ZZ (47)●●●●●●●
 32128.54234M6x5M5x41076205ZZ (52)6205ZZ (52), 6305ZZ (62)●●●●●●●
30-3315.5-45-M8x6-13-6806ZZ (42)-●-●-●--
 3515.5104541M8x6M6x51386906ZZ (47)6906ZZ (47)●●●●●●-
 3815.5104541M8x6M6x51386006ZZ (55), 6206ZZ (62), 6306ZZ (72)6006ZZ (55), 6206ZZ (62), 6306ZZ (72)●●●●●●●
DDsB1
(Long Shoulder)		D1Set Screw
M x Length		bApplicable Bearing (O.D.)EN 1.1191 Equiv.EN 1.4301 Equiv.EN AW-2017 Equiv.
Black Oxide CoatingElectroless Nickel Plating-Clear Anodize
StandardCompactStandardCompactStandardCompactStandardCompactStandard
Type		Compact
Type		SCSBS
(Standard)		SCBSJ
(Compact)		PSCSBS
(Standard)		PSCBSJ
(Compact)		SSCSBS
(Standard)		SSCBSJ
(Compact)		SCSSAW
(Standard)
3-511-10-M3x3-7-673ZZ (6), 683ZZ (7)-●-●-●--
 611-10-M3x3-7-693ZZ (8), 603ZZ (9), 623ZZ (10)-●---●--
4-611-12-M3x3-7-674ZZ (7), 684ZZ (9)-●-●-●--
 71191210M3x3M3x375694ZZ (11), 604ZZ (12), 624ZZ (13)684ZZ (9), 694ZZ (11), 604ZZ (12), 624ZZ (13)●●●●●●●
5-711-14-M4x3-7-675ZZ (8)-●-●-●--
 81191412M4x3M3x375685ZZ (11), 695ZZ (13), 605ZZ (14), 625ZZ (16)695ZZ (13), 605ZZ (14), 625ZZ (16)●●●●●●●
6-811-15-M4x3-7-676ZZ (10), 686ZZ (13)-●-●-●--
 91191513M4x3M3x375696ZZ (15), 606ZZ (17), 626ZZ (19)676ZZ (10), 686ZZ (13), 696ZZ (15), 606ZZ (17), 626ZZ (19)●●●●●●●
8-1112.5-16-M4x3-8.5-688ZZ (16)-●-●-●--
 1212.591615M4x3M3x38.55698ZZ (19), 608ZZ (22), 628ZZ (24)688ZZ (16), 698ZZ (19), 608ZZ (22), 628ZZ (24)●●●●●●●
10-1312.5101817M4x3M3x38.566800ZZ (19)6800ZZ (19)●●●●●●●
 1412.5101817M4x3M3x38.566900ZZ (22), 6000ZZ (26)6900ZZ (22), 6000ZZ (26)●●●●●●●
 1612.5102017M4x3M3x38.566200ZZ (30), 6300ZZ (35)6200ZZ (30), 6300ZZ (35)●●●●●●-
12-1512.5102219M5x4M4x38.566801ZZ (21)6701ZZ (18), 6801ZZ (21)●●●●●●-
 1612.5102219M5x4M4x38.566901ZZ (24), 6001ZZ (28)6901ZZ (24), 6001ZZ (28)●●●●●●●
 1812.5102219M5x4M4x38.566201ZZ (32), 6301ZZ (37)6201ZZ (32), 6301ZZ (37)●●●●●●●
15-1812.5102522M5x4M4x38.566802ZZ (24), 6902ZZ (28)6802ZZ (24), 6902ZZ (28)●●●●●●●
 1912.5102522M5x4M4x38.566002ZZ (32)6002ZZ (32)●●●●●●●
 2112.5102522M5x4M4x38.566202ZZ (35), 6302ZZ (42)6202ZZ (35), 6302ZZ (42)●●●●●●●
17-2012.5102724M5x4M4x38.566803ZZ (26)6803ZZ (26)●●●●-●-
 2112.5102724M5x4M4x38.566903ZZ (30), 6003ZZ (35)6903ZZ (30), 6003ZZ (35)●●●●●●●
 2312.5102724M5x4M4x38.566203ZZ (40), 6303ZZ (47)6203ZZ (40), 6303ZZ (47)●●●●●●●
20-2315123229M6x5M5x41076704ZZ (27), 6804ZZ (32)6704ZZ (27), 6804ZZ (32)●●●●●●-
 2415123229M6x5M5x41076904ZZ (37)6904ZZ (37)●●●●●●●
 2715123229M6x5M5x41076004ZZ (42), 6204ZZ (47)6004ZZ (42), 6204ZZ (47)●●●●●●●
25-2815-42-M6x5-10-6805ZZ (37)-●-●-●--
 2915124234M6x5M5x41076905ZZ (42)6905ZZ (42)●●●●●●●
 3115124234M6x5M5x41076005ZZ (47)6005ZZ (47)●●●●●●●
 3215124234M6x5M5x41076205ZZ (52)6205ZZ (52), 6305ZZ (62)●●●●●●●
30-3319-45-M8x6-13-6806ZZ (42)-●-●-●--
 3519144541M8x6M6x51386906ZZ (47)6906ZZ (47)●●●●●●-
 3819144541M8x6M6x51386006ZZ (55), 6206ZZ (62), 6306ZZ (72)6006ZZ (55), 6206ZZ (62), 6306ZZ (72)●●●●●●●
35-3819-50-M8x6-13-6807ZZ (47)-●-●-●--
 4119145046M8x6M6x51386907ZZ (55)6907ZZ (55)●●●●●●-
 4319145046M8x6M6x51386007ZZ (62), 6207ZZ (72)6007ZZ (62), 6207ZZ (72)●●●●●●-
40-4321-60-M10x8-15-6808ZZ (52)-●---●--
 4521-60-M10x8-15-6908ZZ (62)-●---●--
 4821166053M10x8M8x615106008ZZ (68), 6208ZZ (80)6008ZZ (68), 6208ZZ (80)●●●●●●-

 

Alterations - Set Collars / Clamping Rings

 

Shaft Collars/For Bearing Mounting/Set Screw Type/Compact/Short Shoulder:Related Image
 

Basic information

Tightening Method Set Screw Specifications For Bearing Mounting Side Surface Machining Not Provided

This page is Set collars / aluminium, stainless steel, steel / double set screw / stepped, part number PSCSBS20-24-YC.
You can find the detail information about specifications and dimensions on part number PSCSBS20-24-YC.

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Basic Attributes

  • Type

    • PSCBRJ
    • PSCBSJ
    • PSCSBR
    • PSCSBS
    • SCBRJ
    • SCBSJ
    • SCSBR
    • SCSBS
    • SCSRAW
    • SCSSAW
    • SSCBRJ
    • SSCBSJ
    • SSCSBR
    • SSCSBS

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  • [D] Inner Diameter (mm)(mm)

    • 3
    • 4
    • 5
    • 6
    • 8
    • 10
    • 12
    • 15
    • 17
    • 20
    • 25
    • 30
    • 35
    • 40

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  • O.D.(mm)

    • 10
    • 12
    • 13
    • 14
    • 15
    • 16
    • 17
    • 18
    • 19
    • 20
    • 22
    • 24
    • 25
    • 27
    • 29
    • 32
    • 34
    • 41
    • 42
    • 45
    • 46
    • 50
    • 53
    • 60

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  • Width(mm)

    • 6
    • 7.5
    • 8
    • 8.5
    • 9
    • 10
    • 11
    • 12
    • 12.5
    • 14
    • 15
    • 15.5
    • 16
    • 19
    • 21

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  • Material

    • EN 1.1191 Equiv.
    • EN 1.4301 Equiv.
    • Aluminum

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  • Surface Treatment

    • No Surface Treatment
    • Surface Treatment Provided
      • Surface Treatment Provided

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  • Thickness

    • Standard Type
    • Compact Type

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  • Material

    • EN AW-2017 Equiv.
    • EN 1.1191 Equiv.
    • EN 1.4301 Equiv.
    • Aluminum Alloy 2000 series

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  • Surface Treatment

    • Black Oxide Coating
    • Clear Anodize
    • Electroless Nickel Plating
    • Not Provided

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  • YC (Thread Locking Set Screw)

    • Not Provided
    • Provided

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  • Nose O.D. Ds(mm)

    • 5
    • 6
    • 7
    • 8
    • 9
    • 11
    • 12
    • 13
    • 14
    • 15
    • 16
    • 18
    • 19
    • 20
    • 21
    • 23
    • 24
    • 27
    • 28
    • 29
    • 31
    • 32
    • 33
    • 35
    • 38
    • 41
    • 43
    • 45
    • 48

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  • Filter by CAD data type

    • 2D
    • 3D

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    • Same day
    • 5 Days or Less
    • 7 Days or Less

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Optional Attributes

Variation of this product

Part Number
PSCBRJ12-15
PSCBRJ12-16
PSCBRJ12-18
PSCSBS20-27-YC
PSCSBS25-28-YC
PSCSBS25-29-YC
Part NumberStandard Unit PriceMinimum order quantityVolume DiscountStandard
Shipping Days
?		RoHS[D] Inner Diameter (mm)
(mm) 		O.D.
(mm) 		Width
(mm) 		Material Surface Treatment Thickness Material Surface Treatment YC (Thread Locking Set Screw) Nose O.D. Ds
(mm)

5.13 €

1 Available 5 Days 1012197.5EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedCompact TypeEN 1.1191 Equiv.Electroless Nickel Plating-15

5.13 €

1 Available 5 Days 1012197.5EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedCompact TypeEN 1.1191 Equiv.Electroless Nickel Plating-16

5.13 €

1 Available 5 Days 1012197.5EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedCompact TypeEN 1.1191 Equiv.Electroless Nickel Plating-18

9.56 €

1 Available 7 Days 10203215EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedStandard TypeEN 1.1191 Equiv.Electroless Nickel PlatingProvided27

11.56 €

1 Available 7 Days 10254215EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedStandard TypeEN 1.1191 Equiv.Electroless Nickel PlatingProvided28

11.56 €

1 Available 7 Days 10254215EN 1.1191 Equiv.[Surface Treatment Provided] Surface Treatment ProvidedStandard TypeEN 1.1191 Equiv.Electroless Nickel PlatingProvided29

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