Ruland, 25.4 mm OD 9 mm, 34.2 mm Length Bellow Coupling 7 mm

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PHP8,598.67

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PHP9,630.51

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RS Stock No.:
591-324
Mfr. Part No.:
MBC25-9-7-A
Manufacturer:
Ruland
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Brand

Ruland

Product Type

Bellow Coupling

Outside Diameter

25.4 mm

Length

34.2mm

Maximum Speed

10000rpm

Torque Rating

6.8Nm

Moment of Inertia

2.741 x 10-6 kg/m²

Misalignment - Angular

1.5°

Hub Material

Aluminium

Misalignment - Parallel

0.10mm

Misalignment - Axial

0.30mm

Bore Size A

9mm

Minimum Operating Temperature

-40°C

Bellows Material

321 Stainless Steel

Bore Size B

7mm

Series

MBC25

Maximum Operating Temperature

93°C

Standards/Approvals

ISO 9001:2015, REACH, RoHS3, DIN 912 12.9

Screw Size

M3

COO (Country of Origin):
US
The Ruland High Stiffness Bellows Coupling is meticulously designed to enhance precision in positioning applications. Crafted with 9mm x 7mm bores, it combines lightweight anodized aluminium hubs with a stainless steel bellows, ensuring low inertia and superior performance. With a unique balance in its design, this coupling minimizes vibrations, supporting high speed applications up to 10,000 RPM. Its construction, derived from carefully selected North American bar stock, meets stringent manufacturing standards, ensuring durability and reliability. Engineered for optimal torque management, it accommodates various misalignment types, making it a prime choice for diverse mechanical assemblies. This product’s compliance with environmental regulations further reflects its design integrity and commitment to quality.

Constructed from high quality anodized aluminium for enhanced durability

Engineered for reduced vibration during high speed operations

Accommodates all forms of misalignment ensuring flexible performance

Meets DIN standards for maximum torque capabilities providing reliability

Manufactured in an ISO 9001:2015 certified facility for consistent quality

Designed to offer zero backlash enabling precise motion control

Features a balanced design that optimises performance under dynamic loading

Lightweight construction contributes to overall system efficiency

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