Bellows Couplings BK

Please select a Metal Bellows Coupling:

Bellows coupling model BK5
with tapered press-fit connection from 15-1,500 Nm

  • absolutely backlash-free and torsionally rigid
  • easy mounting and dismounting
  • wear-free press fit connection
  • electrically and thermally insulated

Design:
One side with a single radial clamping screw ISO 4762. One side includes backlash-free clamping hub and tapered press-fit device. Any imbalance of the clamping hub, is compensated for balancing bores located on the inside of the hub. More design details

Temperature range:
-30 to +120° C (3.6 F to 270)

Backlash:
Absolutely backlash-free.

Brief overloads:
Acceptable up to 1.5 times the value specified.

Service life:
These bellows couplings have an infinite life and are maintenance-free if the technical ratings are not exceeded.

Material:
Bellows are made of highly flexible, high-grade stainless steel; clamping hubs up to series 80 aluminium, and 150 and up steel. Tapered segment on hub face: glass-fiber reinforced plastic deposited onto an aluminium hub.

Fit tolerance:
On the hub/shaft connection 0.01 to 0.05 mm.

Speeds:
Up to 10,000 rpm, in excess of 10,000 rpm available with a finaly balanced version.

Non-standard application:
Custom designs with varied tolerances, keyways, non-standard material and bellows are available upon request.

Technical Data:

  • rated torque from 15 - 1500 Nm
  • shaft diameter from 8 - 80 mm

Metal Bellows Coupling BK5 press-fit design


Shaft Couplings - optional - stainless steel
Optional: Bellows couplings
made of stainless steel

Properties of bellows coupling model BK5:

  • torsionally rigid coupling
  • electrically and thermally insulated
  • wear- and maintenance-free
  • low moment of inertia
  • compensation for misalignment
  This bellows coupling is available as ATEX version
for applications in explosive atmosphere.

Possible applications for bellows coupling BK5:

 Applications for metal bellow couplings

Press releases:
About this bellows coupling / shaft coupling in press-fit design click here

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