Ruland, 31.8 mm OD 14 mm, 44.5 mm Length 9 mm Flexible Beam Coupling

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PHP6,483.11

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PHP7,261.08

(inc. VAT)

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RS Stock No.:
593-468
Mfr. Part No.:
FCMR32-14-9-A
Manufacturer:
Ruland
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Brand

Ruland

Product Type

Flexible Beam Coupling

Outside Diameter

31.8 mm

Length

44.5mm

Maximum Speed

6000rpm

Torque Rating

5.08Nm

Moment of Inertia

11.885 x 10-6 kg/m²

Number of Beams

6

Misalignment - Angular

3.0°

Misalignment - Parallel

0.38mm

Style

Clamp

Misalignment - Axial

0.25mm

Bore Size B

9mm

Material

7075-T651 Extruded Drawn Aluminium Bar

Minimum Operating Temperature

-40°C

Bore Size A

14mm

Series

FCMR32

Maximum Operating Temperature

107°C

Standards/Approvals

DIN 912 12.9, RoHS3, REACH

Screw Size

M5

COO (Country of Origin):
US
The Ruland Clamp style six beam coupling has been expertly designed to accommodate precise power transmission in light-duty applications. Featuring 14mm x 9mm bores, this coupling showcases a robust construction from a single piece of 7075 aluminium, ensuring both lightweight attributes and minimal inertia. The spiral cuts enhance torque capacity and reduce wind-up, making it an ideal choice for applications where vibrations must be kept to a minimum. With compatibility for high-speed operations of up to 6,000 RPM, this coupling is engineered for zero-backlash performance and is supplied with advanced Nypatch anti-vibration hardware for improved screw seating. This product is further distinguished by its meticulous manufacturing process, performed under strict controls, in compliance with RoHS3 and REACH standards, ensuring both quality and environmental responsibility.

Zero-backlash design offers precise alignment and operational efficiency

Supports angular misalignment of up to 3° for flexible installation

Dynamic torque capacities enable effective handling of varying loads

Balanced design minimizes vibrations at high RPMs

Meets stringent performance criteria for reliability in demanding environments

Catering to installations requiring high torque capabilities and flexibility

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