Ruland Flexible Coupling Flector 19.1mm
Technical Document
Specifications
Brand
RulandSize
19.1mm
Coupling Types
Oldham Coupling
Torque Rating
2.25Nm
Material
Acetal
Misalignment - Angular
0.5°
Maximum Operating Temperature
+65°C
Misalignment - Axial
0.1mm
Minimum Operating Temperature
-23°C
Misalignment - Parallel
0.2mm
Maximum Speed
4500rpm
Country of Origin
United States
Product details
Torque Discs
Nylon discs (resilient) - help dampen vibration and noise,Acetal discs (backlash-free) - designed for precise applications requiring zero backlash and higher torque capacity
Ruland Oldham Style Couplings
Paradrive™ couplings are ideal for motion control applications, especially those utilising stepper or servo motors. Their low inertia design is ideally suited to higher speed applications and where electrical isolation is also required. Small angular and axial misalignments may be accommodated.
26.609 OMR
26.609 OMR 1 Bag of 10 (ex VAT)
27.939 OMR
27.939 OMR 1 Bag of 10 (inc. VAT)
1
26.609 OMR
26.609 OMR 1 Bag of 10 (ex VAT)
27.939 OMR
27.939 OMR 1 Bag of 10 (inc. VAT)
1
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Please check again later.
| Quantity | Unit price |
|---|---|
| 1 - 4 | 26.609 OMR |
| 5 - 9 | 25.542 OMR |
| 10+ | 25.008 OMR |
Technical Document
Specifications
Brand
RulandSize
19.1mm
Coupling Types
Oldham Coupling
Torque Rating
2.25Nm
Material
Acetal
Misalignment - Angular
0.5°
Maximum Operating Temperature
+65°C
Misalignment - Axial
0.1mm
Minimum Operating Temperature
-23°C
Misalignment - Parallel
0.2mm
Maximum Speed
4500rpm
Country of Origin
United States
Product details
Torque Discs
Nylon discs (resilient) - help dampen vibration and noise,Acetal discs (backlash-free) - designed for precise applications requiring zero backlash and higher torque capacity
Ruland Oldham Style Couplings
Paradrive™ couplings are ideal for motion control applications, especially those utilising stepper or servo motors. Their low inertia design is ideally suited to higher speed applications and where electrical isolation is also required. Small angular and axial misalignments may be accommodated.