Ruland, 19.1 mm OD 7 mm, 33.2 mm Length Flexible Coupling 4 mm

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MYR597.89

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RS Stock No.:
592-908
Mfr. Part No.:
MBC19-7-4-A
Manufacturer:
Ruland
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Brand

Ruland

Product Type

Flexible Coupling

Outside Diameter

19.1 mm

Length

33.2mm

Maximum Speed

10000rpm

Torque Rating

4.5Nm

Moment of Inertia

0.898 x 10-6 kg/m²

Misalignment - Angular

1.5°

Style

Clamp

Hub Material

Aluminium

Misalignment - Parallel

0.10mm

Misalignment - Axial

0.25mm

Bore Size A

7mm

Minimum Operating Temperature

-40°F

Bellows Material

321 Stainless Steel

Bore Size B

4mm

Series

MBC19

Maximum Operating Temperature

200°F

Standards/Approvals

DIN 912 12.9, REACH, RoHS3

Screw Size

M2.5

COO (Country of Origin):
US
The Ruland Clamp Bellows Coupling designed to deliver exceptional performance in demanding applications. This coupling features a unique balanced design that ensures minimal vibration during high speed operations, making it an ideal choice for precision positioning in stepper servo systems and encoders. Constructed from anodised aluminium and stainless steel, it excels in durability while remaining lightweight, accommodating up to 10,000 RPM with ease. The unique bellows design not only allows for flexibility but also provides excellent rigidity under torsional loads, effectively handling various misalignments. The MBC19 7 4 A is manufactured in the USA under stringent quality controls, showcasing superior craftsmanship and compliance with international standards.

Zero backlash functionality ensures precise movements and enhanced performance

Lightweight design reduces inertia supporting high speed operations effortlessly

Anodised aluminium hubs resist corrosion while maintaining structural integrity

Suitable for applications with angular parallel and axial misalignments

Tested to exceed DIN standards for maximum torque assuring reliability

Manufactured from North American sourced materials reflecting quality commitment

RoHS and REACH compliant aligning with modern environmental standards

Strategically designed with five convolutions for superior torsional rigidity

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