Products Found: 90
Showing Results For: Couplings
Couplings
What are couplings?
A coupling is a component used to make connections between two components named shafts held together at their terminals for the purpose of power transmission. The absolute purpose of couplings is to connect two devices by rotating components. Simultaneously allowing some degree of misalignment or end pace
Typical applications
Shaft couplings are used in machinery for several purposes. A primary function is to transfer power from one end to another end (ex: motor transfers power to a pump through a coupling). Other common uses:
Shaft couplings are employed in machinery for various jobs. A fundamental function is to transmit the power of one terminal to another, such as motor transmission power to a pump via coupling. Several more common uses are:
- To change the vibration benefits of rotating units
- To link the driving and the driven part
- To introduce the secure system
- To mitigate the transfer of shock loads from one shaft to another
- To slip when overload happens
Types of coupling
A beam coupling, also called a helical coupling, is an adjustable coupling for the transmission of torque between two shafts, at the same time ensuring angular misalignment, continuous offset, and even axial rotation of one shaft relative to the other. In this design, a single piece of material is used, and it is made flexible by removing material along a spiral path to create a flexible beam that is bent and shaped like a helical spiral. The beam-type coupling does not display the backlash present in certain multi-piece couplings since it is manufactured from a single piece of material, including:
- Bush pin flange coupling
- Constant velocity coupling
- A clamp or split-muff coupling
- Diaphragm coupling
- Disc coupling
What are couplings used for?
Coupling is mechanical equipment used to link two straight line shafts to make sure one shaft drives the other at the same time and speed. A coupling can either be rigid or flexible, ensuring a large number of angular, radial and axial misalignments between the two shafts.
What is a coupling joint?
In the mechanical field, the coupling is defined as "a portion that joins two shafts together" and is sometimes referred to as a "coupling," "shaft coupling," or "joint." As demonstrated in the accompanying pictures, power may be transferred using a coupling even across axes of differing diameters. What a coupling does (shaft fitting)
FILTERS
Filters
Enrgtech #
Manufacturer Part No
Name
Availability
Price
Rating
Facom
DM.30, Facom
84 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 108.11
Huco
592.56.4949, Huco
2 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 57.20
Nabeya Bi-Tech Kaisha
MSX-19C 5X7, Nabeya Bi-Tech Kaisha
104 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 31.67
5 +
£ 30.40
10 +
£ 29.77
Nabeya Bi-Tech Kaisha
MST-16C 4.5X5, Nabeya Bi-Tech Kaisha
5 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 29.13
5 +
£ 27.97
10 +
£ 27.38
Nabeya Bi-Tech Kaisha
MSX-29C 10X12, Nabeya Bi-Tech Kaisha
26 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 40.30
5 +
£ 38.69
10 +
£ 37.88
Nabeya Bi-Tech Kaisha
MOL-20 5X8, Nabeya Bi-Tech Kaisha
8 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 12.23
5 +
£ 11.75
10 +
£ 11.49
Nabeya Bi-Tech Kaisha
MST-25C 6X10, Nabeya Bi-Tech Kaisha
2 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 23.97
Nabeya Bi-Tech Kaisha
MST-32C 8X8, Nabeya Bi-Tech Kaisha
28 In Stock
Check Stock & Lead Times Packaging Options
Nabeya Bi-Tech Kaisha
MOS-12C 4X4, Nabeya Bi-Tech Kaisha
30 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 17.22
5 +
£ 16.74
10 +
£ 16.29
Nabeya Bi-Tech Kaisha
MSX-19C 6X8, Nabeya Bi-Tech Kaisha
25 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 31.52
5 +
£ 30.63
10 +
£ 29.81
TB Woods
WES5M, TB Woods
37 In Stock
Check Stock & Lead Times Packaging Options
TB Woods
WE3HMTL, TB Woods
26 In Stock
Check Stock & Lead Times Packaging Options
TB Woods
WE4M, TB Woods
60 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 119.98
5 +
£ 116.38
10 +
£ 112.78
TB Woods
WE20HMTL, TB Woods
19 In Stock
Check Stock & Lead Times Packaging Options
TB Woods
WE40HMTL, TB Woods
27 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 181.80
5 +
£ 176.34
10 +
£ 170.89
TB Woods
WE2HMMPB, TB Woods
21 In Stock
Check Stock & Lead Times Packaging Options
TB Woods
WE30M, TB Woods
24 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 280.37
5 +
£ 271.96
10 +
£ 263.55
Ruland
MBS33-12-12-A, Ruland
83 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 34.86
TB Woods
WES30M, TB Woods
34 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 405.30
5 +
£ 393.13
10 +
£ 380.98
TB Woods
WES3M, TB Woods
35 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 92.29
5 +
£ 88.60
10 +
£ 86.75
TB Woods
WE20M, TB Woods
20 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 225.13
5 +
£ 218.37
10 +
£ 211.63
TB Woods
WE10HMMPB, TB Woods
17 In Stock
Check Stock & Lead Times Packaging Options
TB Woods
WE30HMMPB, TB Woods
37 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 177.64
5 +
£ 172.31
10 +
£ 166.98
TB Woods
WE10M, TB Woods
18 In Stock
Check Stock & Lead Times Packaging Options
1 +
£ 186.52
5 +
£ 180.93
10 +
£ 175.33
TB Woods
WE30HMTL, TB Woods
23 In Stock
Check Stock & Lead Times Packaging Options
Showing
1 -
New Items
New items
PCMR25-10-6E-A, Ruland
Aluminium Flexible Shaft Couplings
Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft.
Constant velocity couplings with high torque capacity and zero backlash
Torsionally rigid one-piece construction
Not temperature sensitive
High or low speed operation and reversible
No lubrication required
Up to 3° of axial misalignment allowable
Note
The coupling illustrated shows the Clamp style fixing.
New items
WE30HMTL, TB Woods
TB Woods Dura-Flex® couplings are designed from the ground up using finite element analysis to maximize flex life. Perfect for a wide variety of applications -- including those with uniform to heavy shock loads -- Dura-Flex® couplings employ a light weight element that absorbs shock loading and torsional vibration. These couplings are available in stock bore-to-size (BTS), Taper-Lock® and Sure-Grip® bushed (QD) hubs.
Up to 4. 50 kNm, 39,500 in/lb.
Easy to assemble/replace
High misalignment ratings
No maintenance/lubrication
Part-for-part interchangeable with industry standard design
New items
WE5HMTL, TB Woods
TB Woods Dura-Flex® couplings are designed from the ground up using finite element analysis to maximize flex life. Perfect for a wide variety of applications -- including those with uniform to heavy shock loads -- Dura-Flex® couplings employ a light weight element that absorbs shock loading and torsional vibration. These couplings are available in stock bore-to-size (BTS), Taper-Lock® and Sure-Grip® bushed (QD) hubs.
Up to 4. 50 kNm, 39,500 in/lb.
Easy to assemble/replace
High misalignment ratings
No maintenance/lubrication
Part-for-part interchangeable with industry standard design
New items
MSX-24C 10X10, Nabeya Bi-Tech Kaisha
Slit-type coupling
MSX coupling
Single-piece metal spring coupling featuring slitted cylinder material
High torsional rigidity, low moment of inertia
Backlash 0 (zero)
Slitted flat spring absorbs misalignments
Full shaft hole
Body material
Extra Super Duralumin, Alumite Treatment
Allowable eccentricity (mm)
0.05
Allowable deflection angle (° )
0.5
Allowable endplay (mm)
±0.1
Part name D1
´
D2 (mm)
A (mm)
W (mm)
L (mm)
Normal torque (Nm)
Max speed (min
-1
)
Moment of inertia (kg m
2
)
Static twist spring constant (N/m/rad)
Mass (g)
MSX-16C 5
´
5
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 5
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 6
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-19C 5
´
5
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 8
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-24C 6
´
6
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 7
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 10
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-29C 8
´
8
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
10
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
11
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
12
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 10
´
10
29...
New items
MDW-25C 6X12, Nabeya Bi-Tech Kaisha
Disc-Style Clamping Type
Coupling MDW
Disc-type flexible coupling
High torque / high torsional stiffness
Backlash 0 (zero)
Same properties in normal or reverse rotation
Full shaft hole
Material (hub / spacer)
Aluminium alloy, alumite processed
Materials (disc)
Stainless
Materials (pins)
Stainless
Allowable eccentricity (mm)
0.12 (MDW32C only: 0.15)
Allowable deflection angle (° )
1.5
Allowable endplay (mm)
±0.5
Product name D1
´
D2 (mm)
A (mm)
W (mm)
L (mm)
Normal torque (N/m)
Max. rotations (min
-1
)
Inertial moment (kg/m
2
)
Static twist spring constant (N/m/rad)
Mass (g)
MDW-19C 5
´
5
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 5
´
6
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 5
´
7
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 5
´
8
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 6
´
6
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 6
´
7
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 6
´
8
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-19C 8
´
8
19
27
8
0.7
10000
8.7
´
10
-7
200
18
MDW-25C 6
´
6
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 6
´
8
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 6
´
10
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 6
´
12
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 8
´
8
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 8
´
10
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 8
´
12
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 10
´
10
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 10
´
12
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-25C 12
´
12
25
31
10
1
8000
2.7
´
10
-6
450
25
MDW-32C 8
´
8
32
40
12
2.5
6000
9.6
´
10
-6
1100
60
MDW-32C 8
´
10
32
40
12
2.5
6000
9.6
´
10
-6
1100
60
MDW-32C 8
´
12
32
40
12
2.5
6000
9.6
´
10
-6
1100
60
MDW-32C 8
´
14
32
40
12
2.5
6000
9.6
´
10
-6
1100
60
MD...
New items
13005532, Lenze
Lovejoy Jaw Couplings
The industry standard general duty jaw coupling. Generally used for connecting a wide range of equipment including pumps, compressors, gear reducers, line shafts, conveyors and most types of rotating machinery.
Quick, simple to install
Hubs in sintered iron as standard
Industry proven reliability, rugged and compact
Smooth, silent action
Grease and oil resistant
Supplied as a complete pilot bored coupling with standard spider
Replacement spiders available separately
Dimensions (mm)
Type
A
B
C
D
E
Pilot Bore (in.)
L035
16
21
8
6.5
3.3
1/8
L050
27.4
43
12
15.5
8
1/4
L070
35
51
13
19
9.6
1/4
L075
45
54
13
20.35
8
1/2
L090
54
54
13
21
11
3/8
L095
54
64
13
25.5
11
7/16
Note
Each set comprises two couplings and one standard spider. The "Bore" size quoted relates to the diameter of the hole (pilot bore) for each coupling. The bore may be drilled out to a larger diameter, limits of which are specified and available on the manufacturer's datasheet. Grub screws not supplied.
New items
MSX-24C 6X8, Nabeya Bi-Tech Kaisha
Slit-type coupling
MSX coupling
Single-piece metal spring coupling featuring slitted cylinder material
High torsional rigidity, low moment of inertia
Backlash 0 (zero)
Slitted flat spring absorbs misalignments
Full shaft hole
Body material
Extra Super Duralumin, Alumite Treatment
Allowable eccentricity (mm)
0.05
Allowable deflection angle (° )
0.5
Allowable endplay (mm)
±0.1
Part name D1
´
D2 (mm)
A (mm)
W (mm)
L (mm)
Normal torque (Nm)
Max speed (min
-1
)
Moment of inertia (kg m
2
)
Static twist spring constant (N/m/rad)
Mass (g)
MSX-16C 5
´
5
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 5
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 6
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-19C 5
´
5
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 8
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-24C 6
´
6
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 7
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 10
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-29C 8
´
8
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
10
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
11
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
12
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 10
´
10
29...
New items
MSX-29C 11X12, Nabeya Bi-Tech Kaisha
Slit-type coupling
MSX coupling
Single-piece metal spring coupling featuring slitted cylinder material
High torsional rigidity, low moment of inertia
Backlash 0 (zero)
Slitted flat spring absorbs misalignments
Full shaft hole
Body material
Extra Super Duralumin, Alumite Treatment
Allowable eccentricity (mm)
0.05
Allowable deflection angle (° )
0.5
Allowable endplay (mm)
±0.1
Part name D1
´
D2 (mm)
A (mm)
W (mm)
L (mm)
Normal torque (Nm)
Max speed (min
-1
)
Moment of inertia (kg m
2
)
Static twist spring constant (N/m/rad)
Mass (g)
MSX-16C 5
´
5
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 5
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 6
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-19C 5
´
5
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 8
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-24C 6
´
6
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 7
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 10
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-29C 8
´
8
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
10
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
11
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
12
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 10
´
10
29...
New items
PCMR19-6-4E-A, Ruland
Aluminium Flexible Shaft Couplings
Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft.
Constant velocity couplings with high torque capacity and zero backlash
Torsionally rigid one-piece construction
Not temperature sensitive
High or low speed operation and reversible
No lubrication required
Up to 3° of axial misalignment allowable
Note
The coupling illustrated shows the Clamp style fixing.
New items
MST-20C 5X6, Nabeya Bi-Tech Kaisha
Slit-Style Clamping Type
Coupling MST
Single-piece metal spring coupling featuring slitted cylinder material
Backlash 0 (zero)
Slitted flat spring absorbs misalignments
Made of aluminium alloy
Full shaft hole
Product Specification
Body material (MST)
Aluminium alloy, alumite processed
Allowable eccentricity (mm)
0.1 (MST-12C/16C/20C)
Allowable eccentricity (mm)
0.15 (MST-25C/32C)
Allowable deflection angle (° )
2
Product name
D1
´
D2
(mm)
A
(mm)
W
(mm)
L
(mm)
Normal
torque
(N/
m)
Max.
rotations
(min
-1
)
Inertial
moment
(kg/m
2
)
Static
twist
spring
constant
(N/m
/rad)
Allowable
end
play
(mm)
Mass
(g)
MST-12C 4
´
4
12
18.5
5
0.2
12000
7.8
´
10
-8
35
±0.3
3.6
MST-12C 4
´
5
12
18.5
5
0.2
12000
7.8
´
10
-8
35
±0.3
3.6
MST-12C 4.5
´
5
12
18.5
5
0.2
12000
7.8
´
10
-8
35
±0.3
3.6
MST-12C 5
´
5
12
18.5
5
0.2
12000
7.8
´
10
-8
35
±0.3
3.6
MST-16C 4.5
´
5
16
23
6.5
0.3
9500
3.4
´
10
-7
47
±0.4
9.2
MST-16C 4.5
´
6
16
23
6.5
0.3
9500
3.4
´
10
-7
47
±0.4
9.2
MST-16C 5
´
5
16
23
6.5
0.3
9500
3.4
´
10
-7
47
±0.4
9.2
MST-16C 5
´
6
16
23
6.5
0.3
9500
3.4
´
10
-7
47
±0.4
9.2
MST-16C 6
´
6
16
23
6.5
0.3
9500
3.4
´
10
-7
47
±0.4
9.2
MST-20C 5
´
6
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-20C 5
´
7
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-20C 5
´
8
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-20C 6
´
6
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-20C 6
´
7
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-20C 6
´
8
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-20C 8
´
8
20
26
7.5
0.5
7600
9.1
´
10
-7
120
±0.4
16
MST-25C 5
´
6
25
31
8.5
1
6100
2.6
´
10
-6
170
±0.5
28
MST-25C 6
´
6
25
31
8.5
1
6100
2.6
´
10
-6
170
±0.5
28
MST-25C 6
´
8
25
31
8.5
1
6100
2.6
´
10
-6
170
±0.5
28
MST-25C 6
´
10
25
31
8.5
1
6...
New items
WE10M, TB Woods
TB Woods Dura-Flex® couplings are designed from the ground up using finite element analysis to maximize flex life. Perfect for a wide variety of applications -- including those with uniform to heavy shock loads -- Dura-Flex® couplings employ a light weight element that absorbs shock loading and torsional vibration. These couplings are available in stock bore-to-size (BTS), Taper-Lock® and Sure-Grip® bushed (QD) hubs.
Up to 4. 50 kNm, 39,500 in/lb.
Easy to assemble/replace
High misalignment ratings
No maintenance/lubrication
Part-for-part interchangeable with industry standard design
New items
MSX-29C 10X12, Nabeya Bi-Tech Kaisha
Slit-type coupling
MSX coupling
Single-piece metal spring coupling featuring slitted cylinder material
High torsional rigidity, low moment of inertia
Backlash 0 (zero)
Slitted flat spring absorbs misalignments
Full shaft hole
Body material
Extra Super Duralumin, Alumite Treatment
Allowable eccentricity (mm)
0.05
Allowable deflection angle (° )
0.5
Allowable endplay (mm)
±0.1
Part name D1
´
D2 (mm)
A (mm)
W (mm)
L (mm)
Normal torque (Nm)
Max speed (min
-1
)
Moment of inertia (kg m
2
)
Static twist spring constant (N/m/rad)
Mass (g)
MSX-16C 5
´
5
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 5
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-16C 6
´
6
16
17.4
6
0.5
9500
2.5
´
10
-7
200
7
MSX-19C 5
´
5
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 5
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
6
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
7
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 6
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-19C 8
´
8
19
20
6.8
1
8000
5.8
´
10
-7
270
12
MSX-24C 6
´
6
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 6
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 7
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
8
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 8
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-24C 10
´
10
24
25
8.5
1.5
6300
1.8
´
10
-6
790
23
MSX-29C 8
´
8
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
10
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
11
29
30
10.2
2
5200
4.7
´
10
-6
1400
41
MSX-29C 8
´
12
29
30
10.2
2
5200
4.7
´
10
-6
14...