Model/Brand/Package
Category/Description
Inventory
Price
Data
-
![]()
Category: Classification of electronic componentsDescription: Aluminum flexible coupling design can achieve better performance than other couplings at higher speeds, larger deviations, and limited lubrication. Each coupling can be made as a whole, thereby eliminating mechanical joints and potential failure points. Provide two fixed types: typically used in encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans, etc. (i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, backlash free torsional rigidity, temperature insensitivity for high-speed or low-speed operation, reversible without lubrication, and maximum allowable axial deviation of 3 ° # # # Note that the coupling shown in the diagram is installed in a clamp shell style,57971+$258.645410+$251.898150+$246.7252100+$244.9259200+$243.5764500+$241.77721000+$240.65262000+$239.5281 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, backlash free torsional rigidity, temperature insensitivity for high-speed or low-speed operation, reversible without lubrication, and maximum allowable axial deviation of 3 ° # # # Note that the coupling shown in the diagram is installed in a clamp shell style,19241+$399.176510+$388.763250+$380.7797100+$378.0028200+$375.9201500+$373.14331000+$371.40772000+$369.6722 -
![]()
Category: Classification of electronic componentsDescription: 92 Shore The coupling elastomer can provide the best vibration reduction performance, and the use of 98 Shore coupling elastomer can achieve the best torsional stiffness. The buckle type coupling elastomer can ensure zero clearance and high torque function. Fault safety design can still achieve coupling operation in the event of coupling elastomer component failure. Each coupling component requires 2 hubs * * rated size (mm) * * | * hardness (Shore A) * * | * maximum angular deviation (mm) * * | * maximum axial deviation (mm) * * | * maximum axial motion (mm) * * | * rated torque (Nm) * * | * torsional stiffness (Nm)/ Arc) * * | * Breaking torque (Nm) * * --------- | ---------- | | -----------19 | 92 | 1 | 0.13 | 0.8 | 3 | 31 | 3 19 | 98 | 1 | 0.08 | 0.8 | 5 | 50 | 5 25 | 92 | 1 | 0.15 | 1.0 | 7 | 115 | 7 25 | 98 | 1 | 0.09 | 1.0 | 12 | 175 | 12 33 | 92 | 1 | 0.15 | 1.0 | 9 | 590 | 9 33 | 98 | 1 | 0.09 | 1.0 | 15 | 890 | 1569611+$152.582010+$148.601650+$145.5500100+$144.4885200+$143.6924500+$142.63101000+$141.96762000+$141.3042 -
![]()
Category: Classification of electronic componentsDescription: 92 Shore The coupling elastomer can provide the best vibration reduction performance, and the use of 98 Shore coupling elastomer can achieve the best torsional stiffness. The buckle type coupling elastomer can ensure zero clearance and high torque function. Fault safety design can still achieve coupling operation in the event of coupling elastomer component failure. Each coupling component requires 2 hubs * * rated size (mm) * * | * hardness (Shore A) * * | * maximum angular deviation (mm) * * | * maximum axial deviation (mm) * * | * maximum axial motion (mm) * * | * rated torque (Nm) * * | * torsional stiffness (Nm)/ Arc) * * | * Breaking torque (Nm) * * --------- | ---------- | | -----------19 | 92 | 1 | 0.13 | 0.8 | 3 | 31 | 3 19 | 98 | 1 | 0.08 | 0.8 | 5 | 50 | 5 25 | 92 | 1 | 0.15 | 1.0 | 7 | 115 | 7 25 | 98 | 1 | 0.09 | 1.0 | 12 | 175 | 12 33 | 92 | 1 | 0.15 | 1.0 | 9 | 590 | 9 33 | 98 | 1 | 0.09 | 1.0 | 15 | 890 | 1554041+$197.812710+$192.652350+$188.6961100+$187.3200200+$186.2879500+$184.91181000+$184.05182000+$183.1917 -
![]()
Category: Classification of electronic componentsDescription: Steel coupling with black oxide surface # # # Rigid coupling - two-piece type83851+$641.716310+$619.199950+$616.3854100+$613.5708150+$609.0675250+$605.1272500+$601.18681000+$596.6835 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, and no backlash torsion rigidity is temperature insensitive, and can operate at high or low speeds without lubrication, allowing for a maximum axial deviation of 3 °. The indicated coupling is installed in a clamp shell style. The multi link flexible coupling is made of stainless steel61321+$1429.170610+$1416.178125+$1409.681950+$1403.1857100+$1396.6895150+$1390.1932250+$1383.6970500+$1377.2008 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, backlash free torsional rigidity, temperature insensitivity for high-speed or low-speed operation, reversible without lubrication, and maximum allowable axial deviation of 3 ° # # # Note that the coupling shown in the diagram is installed in a clamp shell style,36011+$481.249710+$468.695450+$459.0704100+$455.7225200+$453.2117500+$449.86391000+$447.77152000+$445.6791 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, and no backlash torsion rigidity is temperature insensitive, and can operate at high or low speeds without lubrication, allowing for a maximum axial deviation of 3 °. The indicated coupling is installed in a clamp shell style. The multi link flexible coupling is made of stainless steel41491+$1926.403610+$1908.890825+$1900.134550+$1891.3781100+$1882.6217150+$1873.8653250+$1865.1089500+$1856.3526 -
![]()
Category: Classification of electronic componentsDescription: MCLC The series has keyways. ###Rigid Coupling - One piece Type42901+$445.789510+$434.160250+$425.2444100+$422.1432200+$419.8174500+$416.71621000+$414.77802000+$412.8398 -
![]()
Category: Classification of electronic componentsDescription: Ruland Oldham The coupling sleeve clamp Ruland clamp Oldham coupling is particularly suitable for coupling shafts with small axial and angular deviations. Three piece design, including two shaft sleeves connected by a central torque disc. The clamp type shaft sleeve is made of black anodized aluminum and comes with a replaceable center disc made of formaldehyde or nylon. Oldham couplings are particularly suitable for light industrial and mobile control applications, and due to their unique design, Oldham couplings can prevent mechanical torque overload forces (acting as torque limiters), and the center disc can be cleanly separated. Each component requires 2 shaft sleeves and 1 torque disc technical parameters - * * size code * * | * shaft sleeve length (mm) * * | * * shaft penetration amount (mm) * * | * shaft sleeve outer diameter (mm) * * | * * coupling length (mm) * * | * * positioning screw * * 19 | 9.7 | 9.7 | 19.1 | 25.4| M2.5 25 | 11.9 | 31.8 | 25.4 | 11.9 | M3 33 | 15 | 47.6 | 33.3 | 15 | M3 41 | 18 | 50.8 | 41.3 | 18 | M4 51 | 20.8 | 59.7 | 50.8 | 20.8 | M5 57 | 28.7 | 78.7 | 57.2 | 28.7 | M6 ### Note * * Non complete supply * *; Each complete set of components requires 2 shaft sleeves and 1 torque disc. ###Ruland Oldham type coupling Paradrive ™ Couplings are suitable for mobile control applications, especially those that use stepper motors or servo motors. Their low inertia design is highly suitable for higher speed applications that also require electrical isolation. Slight angular and axial deviations can be allowed. Fixed: 13mm and 19mm anodized aluminum are fixed to the shaft with a set screw at both ends. The two set screws for the 33mm, 35mm, and 41mm shaft sleeves are set to separate at a 90 ° angle80611+$375.371510+$365.579250+$358.0718100+$355.4605200+$353.5020500+$350.89081000+$349.25872000+$347.6267 -
![]()
Category: Classification of electronic componentsDescription: Ruland The clamp type claw coupling. These couplings have strong torque capacity and balanced design. To complete the assembly, two shaft sleeves must be purchased. Claw type elastomers must be placed between these couplings. For suitable claw type elastic torque discs, please refer to our important attachment. A complete coupling assembly includes * * two * * shaft sleeves * * and a corresponding * * torque disc * *; Please note that these components must be ordered separately. The illustrated coupling is for reference only. Each set of coupling components requires * * two * * shaft sleeves. A complete set of coupling components includes * * two * * shaft sleeves * * and a corresponding * * torque disc * *; Please note that these components must be ordered separately for Claw Couplings Claw Couplings Zero Gap Bending Jaw Couplings Series. The three piece coupling includes two shaft sleeves and an elastic insert (coupling elastic body). Polyurethane coupling elastomer can provide attenuation of pulse loads, minimizing vibration to motors and other sensitive equipment. Two hardness levels are available, and the coupling elastomer can be used to customize the coupling performance. Low to moderate torsional stiffness and strength electrical isolation coupling solution is suitable for high load and moderate inertia balance design, allowing for small angles, axial and parallel deviations. A complete coupling includes two aluminum shaft sleeves and a coupling elastic body (ordered separately). Using 92 Shore coupling elastic body can provide the best vibration reduction performance, and using 98 Shore coupling elastic body can achieve the best torsional stiffness. The buckle type coupling elastic body can ensure zero clearance and high torque function. Fault safety design can still achieve coupling operation in case of coupling elastic element failure. Each coupling component requires 2 hubs * * rated size (mm) * * | * hardness (Shore A) * * | * maximum angular deviation (mm) * * | * maximum axial deviation. (mm) * * |49961+$170.808410+$166.352550+$162.9363100+$161.7481200+$160.8569500+$159.66871000+$158.92602000+$158.1834 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, backlash free torsional rigidity, temperature insensitivity for high-speed or low-speed operation, reversible without lubrication, and maximum allowable axial deviation of 3 ° # # # Note that the coupling shown in the diagram is installed in a clamp shell style,78671+$234.684010+$228.561850+$223.8681100+$222.2355200+$221.0111500+$219.37851000+$218.35812000+$217.3377 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, backlash free torsional rigidity, temperature insensitivity for high-speed or low-speed operation, reversible without lubrication, and maximum allowable axial deviation of 3 ° # # # Note that the coupling shown in the diagram is installed in a clamp shell style,66611+$1492.659310+$1479.089725+$1472.304950+$1465.5200100+$1458.7352150+$1451.9504250+$1445.1656500+$1438.3808 -
![]()
Category: Classification of electronic componentsDescription: Steel coupling with black oxide surface # # # Rigid coupling - two-piece type68521+$632.161910+$609.980850+$607.2082100+$604.4355150+$599.9993250+$596.1176500+$592.23591000+$587.7997 -
![]()
Category: Classification of electronic componentsDescription: Quick clamping shaft sleeve is easy to adjust, with an integral lever and tool free design for quick repositioning of anodized aluminum, corrosion-resistant # # clamping ring66141+$266.260710+$259.314750+$253.9895100+$252.1373200+$250.7481500+$248.89581000+$247.73822000+$246.5805 -
![]()
Category: Classification of electronic componentsDescription: Aluminum ring clamp sleeve will not damage the shaft, is easy to disassemble and can be adjusted for a long time. They are usually suitable for guidance, separation, braking, installation, and component calibration. Equipment manufacturers benefit from the strict control of surface to bore orthogonality of Ruland bushings (TIR ≤ 0.002 "or 0.05 mm). When the shaft sleeve is used as a load bearing surface, mechanical stopping device, or for installing components such as gears or bearings, orthogonality is crucial for calibration. The patent process developed by Ruland makes it extremely suitable, maintaining excellent surface and clamping force. Ruland marks the name and inner diameter size on each shaft sleeve for easy identification. 2-piece assembly can be matched during the manufacturing process, providing appropriate installation and alignment. The cast screws have been tested to exceed the DIN 912 12.9 standard, ensuring maximum retention. All shaft sleeves are made of solid bar blanks, providing a fine, burr free surface, and are specifically purchased from North American mills. Ruland uses advanced 2024 aluminum, which can increase the torque of screw fixation. All products comply with RoHS 2 and REACH standards and are manufactured at our Marlborough MA factory. Single piece and double piece aluminum sleeve rings are not scored on the shaft, making them easy to install and adjust in size - * * clamp type * * | * * aperture (mm) * * | * outer diameter (mm) * * | * width (mm) * * | * clamping screw * * | * fixing torque (Nm) * * | * RS inventory number * * 1 | 3 | 16 | 9 | M3 x 8 | 2.1 | 435-0898 (1 piece) 2 | 4 | 16 | 9 | M3 x 8 | 2.1 | 435-0905 (1 piece); 435-1021 (2 pieces) 3 | 5 | 16 | 9 | M3 x 8 | 2.1 | 435-0911 (1 piece); 435-1043 (2 pieces) 4 | 6 | 16 | 9 | M3 x 8 | 2.1 | 435-0927 (1 piece); 435-1059 (2 pieces) 5 | 8 | 18 | 9 | M3 x 8 | 2.1 | 435-0933 (1 piece); 435-1065 (2 pieces) 6 | 10 | 24 | 9 | M3 x 8 | 2.1 | 435-0949 (1 piece); 435-1071 (2 pieces) 7 | 12 | 28 | 11 | M4 x 12 | 4.6 | 435-0955 (1 p50891+$140.409310+$136.746450+$133.9382100+$132.9615200+$132.2289500+$131.25211000+$130.64172000+$130.0312 -
![]()
Category: Classification of electronic componentsDescription: Single piece fastening type threaded collar will not leave marks on the shaft towards a single point with accompanying fastening screw # # # clamp ring48511+$93.841210+$89.7611100+$89.0267250+$88.4555500+$87.55791000+$87.14992500+$86.57875000+$86.0891 -
![]()
Category: Classification of electronic componentsDescription: Ruland The surface to inner hole orthogonality of the shaft sleeve (TIR ≤ 0.002 "or 0.05 mm) is strictly controlled. When the shaft sleeve is used as a load bearing surface, mechanical stopping device, or for installing components such as gears or bearings, orthogonality is crucial for calibration. The patent process developed by Ruland makes it extremely suitable, maintaining excellent surface and clamping force. Ruland marks the name and inner diameter size on each shaft sleeve for easy identification. 2-piece assembly can be matched during the manufacturing process, providing appropriate installation and alignment. The cast screws have been tested to exceed the DIN 912 12.9 standard, ensuring maximum retention. All shaft sleeves are made of solid bar blanks, providing a fine, burr free surface, and are specifically purchased from North American mills. Ruland uses advanced 2024 aluminum, which can increase the torque of screw fixation. All products comply with RoHS 2 and REACH standards and are manufactured at our Marlborough MA factory. Single piece and double piece aluminum sleeve rings are not scored on the shaft, making them easy to install and adjust in size - * * clamp type * * | * * aperture (mm) * * | * outer diameter (mm) * * | * width (mm) * * | * clamping screw * * | * fixing torque (Nm) * * | * RS inventory number * * 1 | 3 | 16 | 9 | M3 x 8 | 2.1 | 435-0898 (1 piece) 2 | 4 | 16 | 9 | M3 x 8 | 2.1 | 435-0905 (1 piece); 435-1021 (2 pieces) 3 | 5 | 16 | 9 | M3 x 8 | 2.1 | 435-0911 (1 piece); 435-1043 (2 pieces) 4 | 6 | 16 | 9 | M3 x 8 | 2.1 | 435-0927 (1 piece); 435-1059 (2 pieces) 5 | 8 | 18 | 9 | M3 x 8 | 2.1 | 435-0933 (1 piece); 435-1065 (2 pieces) 6 | 10 | 24 | 9 | M3 x 8 | 2.1 | 435-0949 (1 piece); 435-1071 (2 pieces) 7 | 12 | 28 | 11 | M4 x 12 | 4.6 | 435-0955 (1 piece); 435-1087 (2 pieces) 10 | 16 | 34 | 13 | M5 x 16 | 9.5 | 435-0977 (1 piece); 435-1093 (2 pieces) 11 | 20 | 40 | 15 | M6 x 16 | 16 | 435-0983 (1 piece); 435-1100 (2 pieces) 13 | 25 | 45 | 15 | M6 x 16 | 16 | 435-0999 (1 piece); 459601+$68.581410+$65.5996100+$65.0629250+$64.6454500+$63.98941000+$63.69122500+$63.27385000+$62.9160 -
![]()
Category: Classification of electronic componentsDescription: 13 The disc is not suitable for use with a clamp type coupling, Ruland Oldham type coupling Paradrive ™ Couplings are suitable for mobile control applications, especially those that use stepper motors or servo motors. Their low inertia design is highly suitable for higher speed applications that also require electrical isolation. Slight angular and axial deviations can be allowed. Fixed: 13mm and 19mm anodized aluminum are fixed to the shaft with a set screw at both ends. The two set screws for the 33mm, 35mm, and 41mm shaft sleeves are set to separate at a 90 ° angle94751+$591.085410+$570.345650+$567.7531100+$565.1606150+$561.0127250+$557.3832500+$553.75371000+$549.6058 -
![]()
Category: Classification of electronic componentsDescription: Ruland The surface to inner hole orthogonality of the shaft sleeve (TIR ≤ 0.002 "or 0.05 mm) is strictly controlled. When the shaft sleeve is used as a load bearing surface, mechanical stopping device, or for installing components such as gears or bearings, orthogonality is crucial for calibration. The patent process developed by Ruland makes it extremely suitable, maintaining excellent surface and clamping force. Ruland marks the name and inner diameter size on each shaft sleeve for easy identification. 2-piece assembly can be matched during the manufacturing process, providing appropriate installation and alignment. The cast screws have been tested to exceed the DIN 912 12.9 standard, ensuring maximum retention. All shaft sleeves are made of solid bar blanks, providing a fine, burr free surface, and are specifically purchased from North American mills. Ruland uses advanced 2024 aluminum, which can increase the torque of screw fixation. All products comply with RoHS 2 and REACH standards and are manufactured at our Marlborough MA factory. Single piece and double piece aluminum sleeve rings are not scored on the shaft, making them easy to install and adjust in size - * * clamp type * * | * * aperture (mm) * * | * outer diameter (mm) * * | * width (mm) * * | * clamping screw * * | * fixing torque (Nm) * * | * RS inventory number * * 1 | 3 | 16 | 9 | M3 x 8 | 2.1 | 435-0898 (1 piece) 2 | 4 | 16 | 9 | M3 x 8 | 2.1 | 435-0905 (1 piece); 435-1021 (2 pieces) 3 | 5 | 16 | 9 | M3 x 8 | 2.1 | 435-0911 (1 piece); 435-1043 (2 pieces) 4 | 6 | 16 | 9 | M3 x 8 | 2.1 | 435-0927 (1 piece); 435-1059 (2 pieces) 5 | 8 | 18 | 9 | M3 x 8 | 2.1 | 435-0933 (1 piece); 435-1065 (2 pieces) 6 | 10 | 24 | 9 | M3 x 8 | 2.1 | 435-0949 (1 piece); 435-1071 (2 pieces) 7 | 12 | 28 | 11 | M4 x 12 | 4.6 | 435-0955 (1 piece); 435-1087 (2 pieces) 10 | 16 | 34 | 13 | M5 x 16 | 9.5 | 435-0977 (1 piece); 435-1093 (2 pieces) 11 | 20 | 40 | 15 | M6 x 16 | 16 | 435-0983 (1 piece); 435-1100 (2 pieces) 13 | 25 | 45 | 15 | M6 x 16 | 16 | 435-0999 (1 piece); 454741+$46.740610+$44.0588100+$42.0666250+$41.7601500+$41.45361000+$41.10882500+$40.80235000+$40.6107 -
![]()
Category: Classification of electronic componentsDescription: Ruland Oldham The coupling sleeve clamp Ruland clamp Oldham coupling is particularly suitable for coupling shafts with minimal axial and angular deviations. Three piece design, including two shaft sleeves connected by a central torque disc. The clamp type shaft sleeve is made of black anodized aluminum and comes with a replaceable center disc made of formaldehyde or nylon. Oldham couplings are particularly suitable for light industrial and mobile control applications, and due to their unique design, Oldham couplings can prevent mechanical torque overload forces (acting as torque limiters), and the center disc can be cleanly separated. Each component requires 2 shaft sleeves and 1 torque disc technical parameters - * * size code * * | * shaft sleeve length (mm) * * | * * shaft penetration amount (mm) * * | * shaft sleeve outer diameter (mm) * * | * * coupling length (mm) * * | * * positioning screw * * 19 | 9.7 | 9.7 | 19.1 | 25.4| M2.5 25 | 11.9 | 31.8 | 25.4 | 11.9 | M3 33 | 15 | 47.6 | 33.3 | 15 | M3 41 | 18 | 50.8 | 41.3 | 18 | M4 51 | 20.8 | 59.7 | 50.8 | 20.8 | M5 57 | 28.7 | 78.7 | 57.2 | 28.7 | M6 ### Note * * Non complete supply * *; Each complete set of components requires 2 shaft sleeves and 1 torque disc. ###Ruland Oldham type coupling Paradrive ™ Couplings are suitable for mobile control applications, especially those that use stepper motors or servo motors. Their low inertia design is highly suitable for higher speed applications that also require electrical isolation. Slight angular and axial deviations can be allowed. Fixed: 13mm and 19mm anodized aluminum are fixed to the shaft with a set screw at both ends. The two set screws for the 33mm, 35mm, and 41mm shaft sleeves are set to separate at a 90 ° angle84441+$445.904510+$434.272250+$425.3541100+$422.2521200+$419.9257500+$416.82371000+$414.88502000+$412.9463 -
![]()
Category: Classification of electronic componentsDescription: Ruland The surface to inner hole orthogonality of the shaft sleeve (TIR ≤ 0.002 "or 0.05 mm) is strictly controlled. When the shaft sleeve is used as a load bearing surface, mechanical stopping device, or for installing components such as gears or bearings, orthogonality is crucial for calibration. The patent process developed by Ruland makes it extremely suitable, maintaining excellent surface and clamping force. Ruland marks the name and inner diameter size on each shaft sleeve for easy identification. 2-piece assembly can be matched during the manufacturing process, providing appropriate installation and alignment. The cast screws have been tested to exceed the DIN 912 12.9 standard, ensuring maximum retention. All shaft sleeves are made of solid bar blanks, providing a fine, burr free surface, and are specifically purchased from North American mills. Ruland uses advanced 2024 aluminum, which can increase the torque of screw fixation. All products comply with RoHS 2 and REACH standards and are manufactured at our Marlborough MA factory. Single piece and double piece aluminum sleeve rings are not scored on the shaft, making them easy to install and adjust in size - * * clamp type * * | * * aperture (mm) * * | * outer diameter (mm) * * | * width (mm) * * | * clamping screw * * | * fixing torque (Nm) * * | * RS inventory number * * 1 | 3 | 16 | 9 | M3 x 8 | 2.1 | 435-0898 (1 piece) 2 | 4 | 16 | 9 | M3 x 8 | 2.1 | 435-0905 (1 piece); 435-1021 (2 pieces) 3 | 5 | 16 | 9 | M3 x 8 | 2.1 | 435-0911 (1 piece); 435-1043 (2 pieces) 4 | 6 | 16 | 9 | M3 x 8 | 2.1 | 435-0927 (1 piece); 435-1059 (2 pieces) 5 | 8 | 18 | 9 | M3 x 8 | 2.1 | 435-0933 (1 piece); 435-1065 (2 pieces) 6 | 10 | 24 | 9 | M3 x 8 | 2.1 | 435-0949 (1 piece); 435-1071 (2 pieces) 7 | 12 | 28 | 11 | M4 x 12 | 4.6 | 435-0955 (1 piece); 435-1087 (2 pieces) 10 | 16 | 34 | 13 | M5 x 16 | 9.5 | 435-0977 (1 piece); 435-1093 (2 pieces) 11 | 20 | 40 | 15 | M6 x 16 | 16 | 435-0983 (1 piece); 435-1100 (2 pieces) 13 | 25 | 45 | 15 | M6 x 16 | 16 | 435-0999 (1 piece); 485901+$99.651010+$95.3183100+$94.5384250+$93.9319500+$92.97871000+$92.54542500+$91.93885000+$91.4189 -
![]()
Category: Classification of electronic componentsDescription: Quick clamping shaft sleeve is easy to adjust, with an integral lever and tool free design for quick repositioning of anodized aluminum, corrosion-resistant # # clamping ring74951+$239.892310+$233.634250+$228.8364100+$227.1676200+$225.9160500+$224.24721000+$223.20412000+$222.1611 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, and no backlash torsion rigidity is temperature insensitive, and can operate at high or low speeds without lubrication, allowing for a maximum axial deviation of 3 °. The indicated coupling is installed in a clamp shell style. The multi link flexible coupling is made of stainless steel12811+$507.497310+$494.258250+$484.1083100+$480.5779200+$477.9301500+$474.39971000+$472.19312000+$469.9866 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, and no backlash torsion rigidity is temperature insensitive, and can operate at high or low speeds without lubrication, allowing for a maximum axial deviation of 3 °. The indicated coupling is installed in a clamp shell style. The multi link flexible coupling is made of stainless steel88751+$699.335310+$674.797250+$671.7299100+$668.6627150+$663.7551250+$659.4609500+$655.16671000+$650.2591 -
![]()
Category: Classification of electronic componentsDescription: i) The set screw type is fixed by one flat head screw per axis (swinging at 120 °) (ii) clamp type fixing, using one hexagon socket screw per axis. The integral structure with constant coupling speed, anti torsion, backlash free torsional rigidity, temperature insensitivity for high-speed or low-speed operation, reversible without lubrication, and maximum allowable axial deviation of 3 ° # # # Note that the coupling shown in the diagram is installed in a clamp shell style,93901+$533.705810+$519.783050+$509.1089100+$505.3962200+$502.6116500+$498.89891000+$496.57842000+$494.2580 -
![]()
Category: Classification of electronic componentsDescription: Ruland Oldham The coupling sleeve with Ruland set screw Oldham coupling is particularly suitable for coupling shafts with small axial and angular deviations. The tightening screw type shaft sleeve is made of black anodized aluminum with a replaceable center disc made of formaldehyde or nylon. Three piece design, including two shaft sleeves connected by a central torque disc. Oldham couplings are particularly suitable for light industrial and mobile control applications, and due to their unique design, Oldham couplings can prevent mechanical torque overload forces (acting as torque limiters), and the center disc can be cleanly separated. Each component requires 2 shaft sleeves and 1 torque disc * * size code * * | * * shaft sleeve length (mm) * * | * * shaft penetration amount (mm) * * | * * shaft sleeve outer diameter (mm) * * | * * coupling length (mm) * * | * * tightening screw * * ------------ | ------------- | 13 | 5.6 | 5.6 | 12.7 | 15.9 | M3 19 | 7.6 | 19.1 | 22.2 | M3 25 | 9.9 | 9.9 | 25.4 | 28.6 | M4 # # # Note * * Not supplied as a complete set; **Each complete set of components requires 2 shaft sleeves and 1 torque disc. Typical torque disc inventory number: 745-8150 # # # Ruland Oldham type coupling Paradrive ™ Couplings are suitable for mobile control applications, especially those that use stepper motors or servo motors. Their low inertia design is highly suitable for higher speed applications that also require electrical isolation. Slight angular and axial deviations can be allowed. Fixed: 13mm and 19mm anodized aluminum are fixed to the shaft with a set screw at both ends. The two set screws for the 33mm, 35mm, and 41mm shaft sleeves are set to separate at a 90 ° angle60941+$338.849810+$330.010250+$323.2332100+$320.8760200+$319.1081500+$316.75091000+$315.27762000+$313.8044 -
![]()
Category: Classification of electronic componentsDescription: Quick clamping shaft sleeve is easy to adjust, with an integral lever and tool free design for quick repositioning of anodized aluminum, corrosion-resistant # # clamping ring67551+$275.218010+$268.038450+$262.5340100+$260.6195200+$259.1836500+$257.26901000+$256.07242000+$254.8758 -
![]()
Category: Classification of electronic componentsDescription: 13 The disc is not suitable for use with a clamp type coupling, Ruland Oldham type coupling Paradrive ™ Couplings are suitable for mobile control applications, especially those that use stepper motors or servo motors. Their low inertia design is highly suitable for higher speed applications that also require electrical isolation. Slight angular and axial deviations can be allowed. Fixed: 13mm and 19mm anodized aluminum are fixed to the shaft with a set screw at both ends. The two set screws for the 33mm, 35mm, and 41mm shaft sleeves are set to separate at a 90 ° angle27241+$445.671010+$434.044850+$425.1314100+$422.0311200+$419.7058500+$416.60551000+$414.66782000+$412.7301 -
![]()
Category: Classification of electronic componentsDescription: Ruland The clamp type claw coupling. These couplings have strong torque capacity and balanced design. To complete the assembly, two shaft sleeves must be purchased. Claw type elastomers must be placed between these couplings. For suitable claw type elastic torque discs, please refer to our important attachment. A complete coupling assembly includes * * two indicated couplings for reference only. Each set of coupling components requires * * two claw shaped couplings, zero clearance bending jaw coupling series. The three piece coupling includes two shaft sleeves and an elastic insert (coupling elastic body). Polyurethane coupling elastomer can provide attenuation of pulse loads, minimizing vibration to motors and other sensitive equipment. Two hardness levels are available, and the coupling elastomer can be used to customize the coupling performance. Low to moderate torsional stiffness and strength electrical isolation coupling solution is suitable for high load and moderate inertia balance design, allowing for small angles, axial and parallel deviations. A complete coupling includes two aluminum shaft sleeves and a coupling elastic body (ordered separately). Using 92 Shore coupling elastic body can provide the best vibration reduction performance, and using 98 Shore coupling elastic body can achieve the best torsional stiffness. Buckling coupling elastic body can ensure zero clearance and high torque function. Fault safety design can still achieve coupling operation in case of coupling elastic element failure. Each coupling component requires 2 hubs76151+$223.529010+$217.697850+$213.2272100+$211.6722200+$210.5060500+$208.95101000+$207.97912000+$207.0072
