Ruland, 50.8 mm OD, 64 mm Length 19 mm Flexible Coupling 14 mm

Sous-total (1 unité)*

258,30 €

(TVA exclue)

312,54 €

(TVA incluse)

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  • Expédition à partir du 10 mars 2026
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Prix par unité
1 +258,30 €

*Prix donné à titre indicatif

N° de stock RS:
592-444
Référence fabricant:
MDCDK51-19-14-A
Fabricant:
Ruland
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Marque

Ruland

Product Type

Flexible Coupling

Outside Diameter

50.8 mm

Length

64mm

Bore Size A

19mm

Bore Size B

14mm

Maximum Speed

10000rpm

Hub Material

Aluminium

Membrane Material

302 Stainless Steel

Minimum Operating Temperature

-40°F

Series

MDCDK51

Maximum Operating Temperature

200°F

Standards/Approvals

ASTM B580 Type B, DIN 912 12.9, MIL-A-8625 Type II Class 2, RoHS3, REACH

Screw Size

M5

Pays d'origine :
US
The Ruland Clamp Double Disc Coupling is engineered for precision and performance, offering exceptional versatility in various applications. Crafted from high-quality 2024-T351 aluminium, it provides a lightweight yet robust solution for connecting shafts with minimal backlash. This coupling features a balanced design that effectively reduces vibration at high speeds and is suitable for applications reaching up to 10,000 RPM. With its unique double disc configuration, it accommodates a variety of misalignments, making it an ideal choice for demanding environments such as semiconductor manufacturing and machine tooling. Each unit is produced under strict quality controls in the USA, ensuring reliability and compliance with RoHS3 and REACH standards. The MDCDK51-19-14-A is not just a coupling; it’s a commitment to excellence in motion control.

Zero backlash design ensures precise positioning

Lightweight aluminium construction aids in efficiency

Balanced design minimises vibration during operation

Compatible with a wide range of misalignments

Constructed to withstand high speeds without failure

Manufactured from materials that comply with environmental regulations

Ideal for use in high performance servo applications

Robust torque handling capabilities safeguard against slippage

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